CN109237933A

CN109237933A - A kind of method for drying wood

Info

Publication number: CN109237933A
Application number: CN201811095439.1A
Authority: CN
Inventors: 任霄原
Original assignee: Shaoxing Shangyu Jinke Trade Co Ltd
Current assignee: Shaoxing Shangyu Jinke Trade Co Ltd
Priority date: 2018-09-19
Filing date: 2018-09-19
Publication date: 2019-01-18

Abstract

The invention discloses a kind of method for drying wood, including being provided with the first cavity in fuselage and the fuselage, rotation is provided with the first rotation axis that front and back extends in first cavity, the first rotation axis front side end is connect with the motor power for being arranged on front side of first cavity in end wall, end is fixedly installed first bevel gear on rear side of first rotation axis, rotation is provided with the second rotation axis that left and right extends in first cavity, and the second rotation axis left distal end is fixedly installed the second bevel gear engaged with the first bevel gear；Device structure of the invention is simple, reliable performance, it is easily installed and Maintenance and Repair, the equipment is not necessarily to human intervention in operation simultaneously, the automatic processing of the equipment is realized, while improving timber kiln heap efficiency, while mechanical kiln heap controls accurately timber spacing, the influence for causing drying process to timber because timber spacing is different is avoided, while improving automation degree of equipment and practicability.

Description

A kind of method for drying wood

Technical field

The present invention relates to wood processing field, specially a kind of method for drying wood.

Background technique

With the development of society, the demand of woodwork is increasing, therefore the requirement to timber processing is higher and higher, Timber is dried before timber processing, can not only mitigate the weight of timber but also the intensity of timber can be improved, but Need to carry out kiln heap placement before the drying of wood, at this stage mostly using manpower carry out kiln heap, greatly affect processing efficiency with A kind of and labour cost, it is therefore desirable to novel device solution problems.

Summary of the invention

The purpose of the present invention is to provide a kind of method for drying wood, for overcoming drawbacks described above in the prior art.

The present invention is achieved through the following technical solutions: a kind of method for drying wood of the invention, including fuselage with And the first cavity is provided in the fuselage, rotation is provided with the first rotation axis that front and back extends in first cavity, described First rotation axis front side end is connect with the motor power for being arranged on front side of first cavity in end wall, first rotation axis Rear side end is fixedly installed first bevel gear, and rotation is provided with the second rotation axis that left and right extends, institute in first cavity It states the second rotation axis left distal end and is fixedly installed the second bevel gear engaged with the first bevel gear, in first cavity Rotation is provided with the third rotation axis that left and right extends, and passes through spline fitted between the third rotation axis and second rotation axis Connection, the third rotation axis left distal end are fixedly installed third hand tap gear, and the third rotation axis right end fixation is set It is equipped with first gear, rotation is provided with the 4th rotation axis that front and back extends, the 4th rotation axis rear side in first cavity End is fixedly installed the 4th bevel gear engaged with the third hand tap gear, the 4th rotation axis front side end fixed setting There is first pulley, be provided with the first sliding groove in end wall on the left of first cavity, left and right is provided in first sliding groove First sliding block of sliding is provided with the second cavity in first sliding block, turns between first cavity and second cavity Dynamic the 5th rotation axis for being provided with front and back and extending, the 5th rotation axis front side end are fixedly installed the second belt wheel, and described the Transmission is provided with telescopic first belt between two belt wheels and the first pulley, and the 5th rotation axis outer surface fixation is set Be equipped with the 5th bevel gear of multiple groups, be provided with the second sliding groove on the right side of second cavity in end wall, second cavity with it is described The 6th rotation axis that left and right extends is provided between second sliding groove, the 6th rotation axis left distal end is provided with and described the Five bevel gears engage the 6th bevel gear, and end is provided with carrying roller, the 5th rotation axis outer surface on rear side of the 6th rotation axis It is fixedly installed the first sector gear, is fixedly installed in the first sliding groove bottom end wall de- with first sector gear The first rack gear from cooperation, the interior rotation of first cavity are provided with the 7th rotation axis that left and right extends, the 7th rotation axis Left distal end is fixedly installed the ring gear that cooperation is detached from the first gear, and the 7th rotation axis right end fixation is set It is equipped with third belt wheel, third sliding groove is provided in end wall on rear side of first cavity, before being provided in the third sliding groove The second sliding block slided afterwards is provided with third cavity in second sliding block, between the third cavity and first cavity Rotation is provided with the eight revolution moving axis that left and right extends, and the eight revolution moving axis right end is fixedly installed the 4th belt wheel, described Transmission is provided with telescopic second belt between 4th belt wheel and the third belt wheel, and the eight revolution moving axis outer surface is fixed Be provided with the 7th bevel gear of multiple groups, be provided with the 4th sliding groove on rear side of the third cavity in end wall, the 4th sliding groove with Rotation is provided with the 9th rotation axis that front and back extends, the 9th rotation axis front side end fixed setting between the third cavity There is the 8th bevel gear engaged with the 7th bevel gear, end is fixedly installed second roller on rear side of the 9th rotation axis, The eight revolution moving axis outer surface is fixedly installed the second sector gear, is provided in the third sliding groove bottom end wall and institute It states the second sector gear and is detached from the second rack gear of cooperation.

Further technical solution, the rotation of third rotation axis outer surface are provided with first connecting rod, first sliding block Bottom end wall is fixedly installed third rack gear, and rotation is provided with the tenth rotation axis that front and back extends in first cavity, described End is fixedly installed on rear side of tenth rotation axis engage with the third rack gear, and the tenth rotation axis front side end fixes and sets The 5th belt wheel being equipped with, the interior rotation of first cavity are provided with the 11st rotation axis that front and back extends, the 11st rotation Axis front side end is fixedly installed the 6th belt wheel, and transmission is provided with telescopic between the 5th belt wheel and the 6th belt wheel Third belt, the 11st rotation axis rear side end are fixedly installed the first special-shaped wheel with first connecting rod cooperation, institute It states and is fixedly installed the 4th rack gear on the second slider bottom end wall, rotation is provided with the tenth that left and right extends in first cavity Two rotation axis, the 12nd rotation axis left distal end are provided with the third gear engaged with the 4th rack gear, and the described tenth Two rotation axis right ends are fixedly installed the 9th bevel gear, and rotation is provided with the front and back extends the 13rd in first cavity Rotation axis, the 13rd rotation axis rear side end are fixedly installed the tenth bevel gear engaged with the 9th bevel gear, institute It states the 13rd rotation axis front side end and is fixedly installed the 11st bevel gear, rotation is provided with extension up and down in first cavity The 14th rotation axis, the 14th rotation axis bottom end is provided with the tenth plug tap engaged with the 11st bevel gear Gear, the 14th rotation axis top end are fixedly installed the second special-shaped wheel with first connecting rod cooperation, are conducive to Horizontally slipping for the third rotation axis is controlled, be conducive to control first sliding block and second sliding block replaces sliding, And then control the working condition of the equipment.

Further technical solution is provided with the 4th cavity, the 4th cavity in end wall on rear side of first sliding groove It is provided with the 5th sliding groove in the end wall of right side, the supporting plate slided up and down, the 4th cavity are provided in the 5th sliding groove Interior rotation is provided with the first screw rod extended up and down, and the first screw thread with first screw rod cooperation is provided on the supporting plate, First screw rod outer surface is fixedly installed the 4th gear, and rotation is provided with the 15th extended up and down in the 4th cavity Rotation axis, the 15th rotation axis top end are provided with the 5th gear engaged with the 4th gear, and the described 15th Rotation axis bottom end is provided with the tenth third hand tap gear, and rotation is provided with the 16th rotation that left and right extends in the 4th cavity Axis, the 16th rotation axis left distal end are provided with the 14th bevel gear engaged with the tenth third hand tap gear, and described 16 rotation axis right ends are provided with the 15th bevel gear, and rotation is provided with the front and back extends the 17th in the 4th cavity Rotation axis axis, the 17th rotation axis rear side end are provided with the 16th bevel gear engaged with the 15th bevel gear, The 17th rotation axis front side end is fixedly installed the 17th bevel gear, and rotation is provided with left and right and prolongs in the 4th cavity The tenth eight revolution moving axis stretched, the tenth eight revolution moving axis left distal end are fixedly installed engaged with the 17th bevel gear 18 bevel gears, the tenth eight revolution moving axis right end are provided with the first flywheel, and it is sliding that front and back is provided in the 4th cavity Dynamic the 5th rack gear engaged with first flywheel, the 5th rack gear are fixedly connected with second sliding block, and the described 4th It is provided with the 6th sliding groove in cavity top end wall, is provided with the first piston slid back and forth, institute in the 6th sliding groove It states first piston to be fixedly connected with end on rear side of the 5th rack gear, is provided with second slid back and forth in the 6th sliding groove Piston, the second piston are fixedly connected with the 5th rack gear front side end, are provided with and are slid back and forth in the 4th cavity The 6th rack gear, be provided with the third piston slid back and forth, the third piston and the described 6th in the 6th sliding groove End is fixedly connected on rear side of rack gear, is provided with the 4th piston slid back and forth in the 6th sliding groove, the 4th piston with The 6th rack gear front side end is fixedly connected, and is provided with hydraulic oil in the 6th sliding groove, outside the tenth eight revolution moving axis Surface is fixedly installed the second flywheel engaged with the 6th rack gear on the left of first flywheel, the 4th cavity Interior rotation is provided with the second screw rod extended up and down, and the second screw thread with second screw rod cooperation is provided on the supporting plate, The 6th gear is fixedly installed on second screw rod, rotation is provided with the 19th rotation extended up and down in the 4th cavity Axis, the 19th rotation axis top end are fixedly installed the 7th gear engaged with the 6th gear, and the described 19th Rotation axis bottom end is fixedly installed the 19th bevel gear, and rotation is provided with the 20th rotation axis in the 4th cavity, institute It states the 20th rotation axis right end and is fixedly installed the 20th bevel gear engaged with the 19th bevel gear, described second Ten rotation axis left distal ends are fixedly installed the 21st bevel gear, and rotation is provided with the 21st rotation in the 4th cavity Axis, the 21st rotation axis front side end are provided with the 22nd bevel gear engaged with the 21st bevel gear, The 21st rotation axis front side end is fixedly installed the 7th belt wheel, the 22nd turn of rotation setting in the 4th cavity Moving axis, the 22nd rotation axis rear side end are fixedly installed the 8th belt wheel, the 8th belt wheel and the 7th belt wheel Between transmission be provided with telescopic 4th belt, end is provided with third flywheel on rear side of the 22nd rotation axis, described The 7th rack gear engaged with the third flywheel to horizontally slip, the 7th rack gear and described first are provided in 4th cavity Sliding block is fixedly connected, and the 7th sliding groove, being provided in the 7th sliding groove are provided in the 4th cavity top end wall The 5th piston slid back and forth, the 5th piston are fixedly connected with the 7th rack gear left distal end, the 7th sliding groove It is inside provided with the 6th piston slid back and forth, the 5th piston is fixedly connected with the 7th rack gear right end, and described It is provided with the octadentate article slid back and forth in four cavitys, is provided with the 7th piston slid back and forth in the 7th sliding groove, 7th piston is fixedly connected with the octadentate article right end, and slid back and forth is provided in the 7th sliding groove Eight pistons, the 8th piston are fixedly connected with the octadentate article left distal end, are provided in the 7th sliding groove hydraulic Oil, first screw tip end are provided with the 9th belt wheel, and second screw tip end is fixedly installed the tenth belt wheel, Transmission is provided with telescopic 5th belt between tenth belt wheel and the 9th belt wheel, is conducive to control first spiral shell Bar rotates simultaneously with second screw rod, is conducive to control the supporting plate intermittence decline, improves the degree of being practical of the equipment.

Further technical solution, the interior rotation of first cavity are provided with the 23rd rotation axis extended up and down, institute It states the 23rd rotation axis bottom end and is provided with the 20th third hand tap gear engaged with the first bevel gear, the described 20th Three rotation axis top ends are provided with the 24th bevel gear, and rotation is provided with the front and back extends the 20th in first cavity Four rotation axis, the 24th rotation axis rear side end are fixedly installed the 20th engaged with the 24th bevel gear Five bevel gears, the interior rotation of first cavity are provided with the 25th rotation axis, the 25th rotation axis and described second It is connected between 14 rotation axis by the spline fitted, the 25th rotation axis front side end is fixedly installed the 11st Belt wheel, the interior rotation of first cavity are provided with the 26th rotation axis, and the 26th rotation axis front side end fixation is set It is equipped with the 12nd belt wheel, transmission is provided with telescopic 6th belt between the 12nd belt wheel and the 11st belt wheel, End is connected by power with first transmission belt on rear side of 26th rotation axis, and rotation is provided with a left side in first cavity 27th rotation axis of right extension, the 27th rotation axis left distal end are fixedly installed and the 24th cone tooth Wheel is detached from the 26th bevel gear of cooperation, rotates in first cavity and is provided with the 20th eight revolution moving axis, and the described 20th It is connected between eight revolution moving axis and the 27th rotation axis by spline fitted, the 20th eight revolution moving axis right end is solid Surely it is provided with the 13rd belt wheel, is rotated in first cavity and is provided with the 29th rotation axis that left and right extends, described second 19 rotation axis right ends are provided with the 14th belt wheel, and setting is driven between the 13rd belt wheel and the 14th belt wheel There is telescopic 7th belt, the 29th rotation axis left distal end is connected by power with second conveyer belt, is conducive to It will prepare in dry Wood Transportation to second sliding groove and the 4th sliding groove.

Further technical solution, the first cavity right end are provided with the 8th sliding groove, the 8th sliding groove It is inside provided with the 9th rack gear slid back and forth, the eighth gear engaged with the 9th rack gear is provided in first cavity, The 27th rotation axis outer surface rotation is provided with the first rotating block, is provided with second connecting rod in first cavity, institute It is slide hinged to state end and first rotating block on rear side of second connecting rod, the second connecting rod front side end and the eighth gear Top end wall is fixedly connected, and rotation is provided with the second rotating block, setting in first cavity in the 24th rotation axis There is third connecting rod, the third connecting rod left distal end and second rotating block are slide hinged, the third connecting rod right end It is fixedly connected with the eighth gear top end wall, the permanent magnetism iron slider slid back and forth, institute is provided in the 8th sliding groove It states permanent magnetism iron slider to be fixedly connected with the 9th rack gear, on front side of the permanent magnetism iron slider and the 8th sliding groove between end wall Elasticity is provided with spring, and electromagnet is fixedly installed on front side of the 8th sliding groove in end wall, is conducive to control first transmission The intermittent duty of band and second conveyer belt.

According to a kind of above-mentioned method for drying wood, specifically used method is as follows:

In the initial state, the supporting plate is located at the 5th sliding groove the top, first sliding block position to equipment of the invention End wall and first sliding groove left side end wall are located at same flat on the left of first sliding groove leftmost side, first sliding block On face, second sliding block is located at the third sliding groove most front side, and end wall and the third are slided on front side of second sliding block End wall is in the same plane on front side of slot, and the third hand tap gear is engaged with the 4th bevel gear, the 25th cone tooth Wheel is engaged with the 24th bevel gear；

When using equipment of the invention, the motor is started to work, and the motor drives the first bevel gear rotation, described First bevel gear drives second bevel gear rotation, and the second bevel gear drives the third hand tap gear rotation, and described the Third hand tap gear band moves the 4th bevel gear rotation, and the 4th bevel gear drives first pulley rotation, the first pulley band The second belt wheel rotation is moved, second belt wheel drives the 5th bevel gear to rotate, described in the 5th bevel gear drive The rotation of 6th bevel gear, the 6th bevel gear drive the carrying roller rotation, and the carrying roller places parting bead on the supporting plate, institute It states the second belt wheel and drives the first sector gear rotation, first sector gear drives first sliding block to break away to the right Dynamic, the first bevel gear drives the 20th triconodont wheel rotation, and the 20th third hand tap gear band moves the described 20th The rotation of four bevel gears, the 24th bevel gear drive the 25th bevel gear rotation, the 25th bevel gear The 11st belt wheel is driven to rotate, the 11st belt wheel drives the 12nd belt wheel rotation, the 12nd band wheel belt The first transmission belt work is moved, first sliding block drives the third rack gear to slide to the right, the third rack drives institute Second gear rotation is stated, the second gear drives the 5th belt wheel rotation, and the 5th belt wheel drives the 6th belt wheel Rotation, the 6th belt wheel drive the described first special-shaped wheel rotation, and first sliding block drives the 7th rack gear to slide to the right, Third flywheel turns described in 7th rack drives, the third flywheel drive the 8th belt wheel rotation, the 8th band Wheel drives the 7th belt wheel rotation, and the 7th belt wheel drives the 22nd bevel gear rotation, the 20th plug tap Gear drives the 21st bevel gear rotation, and the 21st bevel gear drives the 20th bevel gear rotation, institute It states the 20th bevel gear and drives the 19th bevel gear rotation, the 19th bevel gear drives the rotation of the 7th gear, described 7th gear drives the 6th gear rotation, and the 6th gear drives the second screw rod rotation, the second screw rod band The supporting plate slide downward is moved, octadentate article described in the 7th rack drives slides to the left, when the first sliding block right-hand end When end wall is generally aligned in the same plane on the right side of wall and first sliding groove, the described first special-shaped wheel drives the third rotation axis to the right Slideslip, the first gear are engaged with the ring gear, and the electromagnet is powered, and the electromagnet drives the permanent magnet sliding Block slides backward, and the permanent magnetism iron slider drives the 9th rack gear to slide backward, octadentate described in the 9th rack drives Wheel rotation, the eighth gear drive the 24th rotation axis forward slip, and the eighth gear drives the described 20th Seven rotation axis are slided to the left, and the 25th bevel gear and the 24th bevel gear are detached from and cooperate, and the described 26th Bevel gear engages with the 24th bevel gear, and the second bevel gear drives the third belt wheel rotation, the third band Wheel drives the 4th belt wheel rotation, and the 4th belt wheel drives the 7th bevel gear rotation, and the 7th bevel gear drives 8th bevel gear rotation, the 8th bevel gear drive the second roller rotation, and the 4th belt wheel drives described the The rotation of two sector gears, second sector gear drive second sliding block to slide backward, the 24th bevel gear band The 13rd belt wheel rotation is moved, the 13rd belt wheel drives the 14th belt wheel rotation, and the 14th belt wheel drives The second conveyer belt work, second sliding block drives the 5th rack gear to slide backward, described in the 5th rack drives First flywheel turns, first flywheel drive the 18th bevel gear rotation, and the 18th bevel gear drives described the The rotation of 17 bevel gears, the 17th bevel gear drive the 16th bevel gear rotation, and the 16th bevel gear drives The 15th bevel gear rotation, the 15th bevel gear drive the 14th bevel gear rotation, the 14th cone tooth Wheel drives the tenth triconodont wheel rotation, and the tenth third hand tap gear band moves the 5th gear rotation, the 5th gear The 4th gear is driven to rotate, the 4th gear drives the first screw rod rotation, and first screw rod drives described Supporting plate slide downward, the 6th rack gear forward slip described in the 5th rack drives, second sliding block drive the 4th tooth Item slides backward, and the rotation of third gear described in the 4th rack drives, the third gear drives the 9th bevel gear to turn Dynamic, the 9th bevel gear drives the tenth bevel gear rotation, and the tenth bevel gear drives the 11st bevel gear to turn Dynamic, the 11st bevel gear drives the 12nd bevel gear rotation, and the tenth plug tap gear drives second abnormal shape Wheel rotation, when end wall and third sliding groove rear side end wall are generally aligned in the same plane on the right side of second sliding block, described second Abnormal shape wheel slides to the left described in driving, and the electromagnet power-off, the electromagnet drives the permanent magnetism iron slider forward slip, institute It states permanent magnetism iron slider and drives the 9th rack gear forward slip, eighth gear described in the 9th rack drives rotates backward, institute Stating eighth gear drives the 24th rotation axis to slide backward, and the eighth gear drives the 27th rotation axial Right sliding, the 25th bevel gear engage with the 24th bevel gear, the 26th bevel gear and described the 24 bevel gears are detached from cooperation, and when the supporting plate is brought down completely to the 5th sliding trench bottom, the supporting plate is filled, institute Motor is stated to stop working.

Detailed description of the invention

Fig. 1 is a kind of method for drying wood overall structure outside schematic diagram in the present invention；

Fig. 2 is the structural schematic diagram of A-A in Fig. 1；

Fig. 3 is the structural schematic diagram of B-B in Fig. 1；

Fig. 4 is the structural schematic diagram of C-C in Fig. 2；

Fig. 5 is the structural schematic diagram of D-D in Fig. 2；

Fig. 6 is the structural schematic diagram of E-E in Fig. 2；

Fig. 7 is the structural schematic diagram of F-F in Fig. 6.

Specific embodiment

Below with reference to Fig. 1-7, the present invention is described in detail.

As shown in Fig. 1-Fig. 7, it is arranged in a kind of method for drying wood of the invention, including fuselage 11 and the fuselage 11 There is the first cavity 201, rotation is provided with the first rotation axis 40 that front and back extends, first rotation in first cavity 201 40 front side end of axis is connected by power with the motor 41 being arranged in the 201 front side end wall of the first cavity, first rotation axis 40 rear side ends are fixedly installed first bevel gear 39, and rotation is provided with second turn that left and right extends in first cavity 201 Moving axis 47,47 left distal end of the second rotation axis are fixedly installed the second bevel gear engaged with the first bevel gear 39 43, rotation is provided with the third rotation axis 49 that left and right extends in first cavity 201, the third rotation axis 49 and described the It is connected between two rotation axis 47 by spline fitted, 49 left distal end of third rotation axis is fixedly installed third hand tap gear 48,49 right end of third rotation axis is fixedly installed first gear 50, before rotation is provided in first cavity 201 The 4th rotation axis 46 extended afterwards, the 46 rear side end of the 4th rotation axis is fixedly installed engages with the third hand tap gear 48 The 4th bevel gear 44,46 front side end of the 4th rotation axis is fixedly installed first pulley 45, and first cavity 201 is left It is provided with the first sliding groove 37 in the wall of side, the first sliding block 31 to horizontally slip is provided in first sliding groove 37, it is described It is provided with the second cavity 202 in first sliding block 33, rotates and is provided between first cavity 201 and second cavity 202 The 5th rotation axis 29 that front and back extends, 29 front side end of the 5th rotation axis are fixedly installed the second belt wheel 34, and described second Transmission is provided with telescopic first belt 36,29 outer surface of the 5th rotation axis between belt wheel 34 and the first pulley 45 It is fixedly installed the 5th bevel gear 25 of multiple groups, is provided with the second sliding groove 160 in the 202 right side end wall of the second cavity, it is described The 6th rotation axis 26 that left and right extends, the 6th rotation axis are provided between second cavity 202 and second sliding groove 160 26 left distal ends are provided with and engage the 6th bevel gear 24 with the 5th bevel gear 25, and the 26 rear side end of the 6th rotation axis is set It is equipped with carrying roller 27,29 outer surface of the 5th rotation axis is fixedly installed the first sector gear 28,37 bottom of the first sliding groove The first rack gear 34 that cooperation is detached from first sector gear 28 is fixedly installed on portion's end wall, in first cavity 201 Rotation is provided with the 7th rotation axis 52 that left and right extends, and 52 left distal end of the 7th rotation axis is fixedly installed and described first Gear 50 is detached from the ring gear 51 of cooperation, and the 7th rotation axis right end is fixedly installed third belt wheel 53, and described first It is provided with third sliding groove 98 in 201 rear side end wall of cavity, it is sliding that second slid back and forth is provided in the third sliding groove 98 Block 23 is provided with third cavity 203 in second sliding block 23, turns between the third cavity 203 and first cavity 201 The dynamic eight revolution moving axis 57 for being provided with left and right and extending, 57 right end of eight revolution moving axis are fixedly installed the 4th belt wheel 56, Transmission is provided with telescopic second belt 54, the eight revolution moving axis between 4th belt wheel 56 and the third belt wheel 53 57 outer surfaces are fixedly installed the 7th bevel gear 62 of multiple groups, are provided with the 4th sliding groove in the 203 rear side end wall of third cavity 58, rotation is provided with the 9th rotation axis 64 that front and back extends between the 4th sliding groove 58 and the third cavity 203, described 9th rotation axis, 64 front side end is fixedly installed the 8th bevel gear 63 engaged with the 7th bevel gear 62, and described 9th turn 64 rear side end of moving axis is fixedly installed second roller 66, and 57 outer surface of eight revolution moving axis is fixedly installed the second sector 61 are taken turns, is provided in 98 bottom end wall of third sliding groove and second sector gear 61 is detached from the second rack gear 65 of cooperation.

Valuably or illustratively, 49 outer surface of third rotation axis, which rotates, is provided with first connecting rod 108, and described first 31 bottom end wall of sliding block is fixedly installed third rack gear 100, and rotation is provided with the front and back extends the tenth in first cavity 201 Rotation axis 103, the 103 rear side end of the tenth rotation axis is fixedly installed 101 engaged with the third rack gear 100, described The 5th belt wheel 102 that tenth rotation axis, 103 front side end is fixedly installed, the interior rotation of first cavity 201 are provided with front and back The 11st rotation axis 106 extended, 106 front side end of the 11st rotation axis are fixedly installed the 6th belt wheel 105, and described the Transmission is provided with telescopic third belt 104, the 11st rotation axis between five belt wheels 102 and the 6th belt wheel 105 106 rear side ends are fixedly installed the first special-shaped wheel 107 with the first connecting rod 108 cooperation, 23 bottom of the second sliding block The 4th rack gear 115 is fixedly installed on end wall, rotation is provided with the 12nd rotation axis that left and right extends in first cavity 201 118,118 left distal end of the 12nd rotation axis is provided with the third gear 119 engaged with the 4th rack gear 115, described 12nd rotation axis, 118 right end is fixedly installed the 9th bevel gear 117, before rotation is provided in first cavity 201 The 13rd rotation axis 112 extended afterwards, the 112 rear side end of the 13rd rotation axis are fixedly installed and the 9th bevel gear Tenth bevel gear 116 of 117 engagements, 112 front side end of the 13rd rotation axis are fixedly installed the 11st bevel gear 111, Rotation is provided with the 14th rotation axis 114 extended up and down, 114 bottom of the 14th rotation axis in first cavity 201 End is provided with the 12nd bevel gear 110 engaged with the 11st bevel gear 111,114 top of the 14th rotation axis End is fixedly installed the second special-shaped wheel 109 with the first connecting rod 108 cooperation, is conducive to control the third rotation axis 49 Horizontally slip, be conducive to control first sliding block 31 and second sliding block 23 replaces sliding, and then controls the equipment Working condition.

Valuably or illustratively, it is provided with the 4th cavity 204 in the 37 rear side end wall of the first sliding groove, the described 4th It is provided with the 5th sliding groove 161 in 204 right side end wall of cavity, is provided with the supporting plate slided up and down in the 5th sliding groove 161 22, rotation is provided with the first screw rod 15 extended up and down in the 4th cavity 204, is provided on the supporting plate 22 and described the First screw thread 124 of one screw rod 15 cooperation, 15 outer surface of the first screw rod are fixedly installed the 4th gear 16, and the described 4th is empty Rotation is provided with the 15th rotation axis 120 extended up and down in chamber 204, and 120 top end of the 15th rotation axis is provided with The 5th gear 12 engaged with the 4th gear 16,120 bottom end of the 15th rotation axis are provided with the tenth triconodont Wheel 121, the interior rotation of the 4th cavity 204 are provided with the 16th rotation axis 123 that left and right extends, the 16th rotation axis 123 left distal ends are provided with the 14th bevel gear 122 engaged with the tenth third hand tap gear 121, the 16th rotation axis 123 right ends are provided with the 15th bevel gear 131, and rotation is provided with the front and back extends the 17th in the 4th cavity 204 Rotation axis axis 135, the 135 rear side end of the 17th rotation axis are provided with the tenth engaged with the 15th bevel gear 131 Six bevel gears 134, the 17th rotation axis front side end are fixedly installed the 17th bevel gear 136, the 4th cavity 204 It is interior rotation be provided with left and right extend the tenth eight revolution moving axis 145,145 left distal end of the tenth eight revolution moving axis be fixedly installed with 18th bevel gear 146 of the 17th bevel gear 136 engagement, 145 right end of the tenth eight revolution moving axis are provided with the One flywheel 143 is provided with the 5th rack gear engaged with first flywheel 143 slid back and forth in the 4th cavity 204 139, the 5th rack gear 139 is fixedly connected with second sliding block 23, and is provided in 204 top end wall of the 4th cavity Six sliding grooves 130 are provided with the first piston 137 slid back and forth, the first piston 137 in the 6th sliding groove 130 It is fixedly connected with the 139 rear side end of the 5th rack gear, is provided with the second piston slid back and forth in the 6th sliding groove 130 140, the second piston 140 is fixedly connected with 139 front side end of the 5th rack gear, is provided in the 4th cavity 204 The 6th rack gear 141 slid back and forth is provided with the third piston 138 slid back and forth in the 6th sliding groove 130, and described Three pistons 138 are fixedly connected with the 141 rear side end of the 6th rack gear, are provided with and are slid back and forth in the 6th sliding groove 130 The 4th piston 142, the 4th piston 142 is fixedly connected with 141 front side end of the 6th rack gear, the 6th sliding groove Hydraulic oil is provided in 130,145 outer surface of the tenth eight revolution moving axis is fixedly installed positioned at 143 left side of the first flywheel The second flywheel 144 engaged with the 6th rack gear 141, rotation is provided with the extended up and down in the 4th cavity 204 Two screw rods 20, are provided with the second screw thread 125 with second screw rod 20 cooperation on the supporting plate 22, on second screw rod 20 It is fixedly installed the 6th gear 19, rotation is provided with the 19th rotation axis 126 extended up and down, institute in the 4th cavity 204 It states 126 top end of the 19th rotation axis and is fixedly installed the 7th gear 17 engaged with the 6th gear 126, the described tenth Nine rotation axis, 126 bottom end is fixedly installed the 19th bevel gear 127, and rotation is provided with second in the 4th cavity 204 Ten rotation axis 129,129 right end of the 20th rotation axis, which is fixedly installed, to be engaged with the 19th bevel gear 127 20th bevel gear 128,129 left distal end of the 20th rotation axis are fixedly installed the 21st bevel gear 158, and described Rotation is provided with the 21st rotation axis 129 in four cavitys 204, the 21st rotation axis front side end be provided with it is described 22nd bevel gear 157 of the 21st bevel gear 158 engagement, 129 front side end of the 21st rotation axis fixation are set It is equipped with the 7th belt wheel 155, the 22nd rotation axis 149 of rotation setting, the 22nd rotation axis in the 4th cavity 204 Rear side end is fixedly installed the 8th belt wheel 154, is driven and is provided between the 8th belt wheel 154 and the 7th belt wheel 155 Telescopic 4th belt 162, the 22nd rotation axis rear side end are provided with third flywheel 151, the 4th cavity Be provided with the 7th rack gear 152 engaged with the third flywheel 151 to horizontally slip in 204, the 7th rack gear 152 with it is described First sliding block 31 is fixedly connected, and the 7th sliding groove 163, the 7th sliding are provided in 204 top end wall of the 4th cavity The 5th piston 153 that being provided in slot 163 slides back and forth, the 5th piston 153 and 152 left distal end of the 7th rack gear Be fixedly connected, be provided with the 6th piston 150 slid back and forth in the 7th sliding groove 163, the 5th piston 150 with it is described 7th rack gear, 152 right end is fixedly connected, and is provided with the octadentate article 147 slid back and forth in the 4th cavity 204, described The 7th piston 146 that being provided in the 7th sliding groove 163 slides back and forth, the 7th piston 146 and the octadentate article 147 Right end is fixedly connected, and the 8th piston 164 slid back and forth, the 8th piston are provided in the 7th sliding groove 163 164 are fixedly connected with 147 left distal end of octadentate article, are provided with hydraulic oil in the 7th sliding groove 163, and described first 15 top end of screw rod is provided with the 9th belt wheel 67, and 20 top end of the second screw rod is fixedly installed the tenth belt wheel 69, institute It states between the tenth belt wheel 69 and the 9th belt wheel 67 transmission and is provided with telescopic 5th belt 68, be conducive to control described the One screw rod 15 rotates simultaneously with second screw rod 20, is conducive to control the intermittent decline of the supporting plate 22, improves the equipment Degree of being practical.

Valuably or illustratively, rotation is provided with the 23rd rotation axis extended up and down in first cavity 201 38,38 bottom end of the 23rd rotation axis is provided with the 20th third hand tap gear engaged with the first bevel gear 39 42,38 top end of the 23rd rotation axis is provided with the 24th bevel gear 71, and rotation is set in first cavity 201 It is equipped with the 24th rotation axis 76 that front and back extends, the 76 rear side end of the 24th rotation axis is fixedly installed and described the 25th bevel gear 72 of 24 bevel gears 71 engagement, the interior rotation of first cavity 201 are provided with the 25th rotation Axis 78 is connected between the 25th rotation axis 78 and the 24th rotation axis 76 by the spline fitted, described 25th rotation axis, 78 front side end is fixedly installed the 11st belt wheel 79, and rotation is provided with the in first cavity 201 26 rotation axis 73,73 front side end of the 26th rotation axis are fixedly installed the 12nd belt wheel 74, and the described 12nd Transmission is provided with telescopic 6th belt 75, the 26th rotation axis 73 between belt wheel 74 and the 11st belt wheel 79 Rear side end is connected by power with first transmission belt 70, and rotation is provided with left and right extends second in first cavity 201 17 rotation axis 93,93 left distal end of the 27th rotation axis is fixedly installed to be detached from the 24th bevel gear 71 26th bevel gear 94 of cooperation, interior rotate of the first cavity 201 are provided with the 20th eight revolution moving axis 91, and the described 20th It is connected between eight revolution moving axis 91 and the 27th rotation axis 93 by spline fitted, 91 right side of the 20th eight revolution moving axis End is fixedly installed the 13rd belt wheel 90, and rotation is provided with the 29th rotation that left and right extends in first cavity 201 Axis 97,97 right end of the 29th rotation axis are provided with the 14th belt wheel 96, the 13rd belt wheel 90 and described the Transmission is provided with telescopic 7th belt 92 between 14 belt wheels 96,97 left distal end of the 29th rotation axis with it is described Second conveyer belt 95 is connected by power, and is conducive to will to prepare dry Wood Transportation to second sliding groove 160 and described the In four sliding grooves 58.

Valuably or illustratively, 201 right end of the first cavity is provided with the 8th sliding groove 81, and the described 8th is sliding It is provided with the 9th rack gear 87 slid back and forth in dynamic slot 81, is provided in first cavity 201 and is nibbled with the 9th rack gear 87 The eighth gear 85 of conjunction, 93 outer surface of the 27th rotation axis rotation are provided with the first rotating block 89, first cavity Second connecting rod 88 is provided in 201, the 88 rear side end of second connecting rod and first rotating block 89 are slide hinged, and described Two connecting rods, 88 front side end is fixedly connected with 85 top end wall of eighth gear, is rotated and is set in the 24th rotation axis 76 It is equipped with the second rotating block 77, third connecting rod 80,80 left distal end of third connecting rod and institute are provided in first cavity 201 It is slide hinged to state the second rotating block 77,80 right end of third connecting rod and the fixed company of 85 top end wall of eighth gear It connects, the permanent magnetism iron slider 84 slid back and forth, the permanent magnetism iron slider 84 and the described 9th is provided in the 8th sliding groove 81 Rack gear 87 is fixedly connected, and elasticity is provided with spring between 81 front side end wall of the permanent magnetism iron slider 84 and the 8th sliding groove 83, electromagnet 82 is fixedly installed in the 81 front side end wall of the 8th sliding groove, be conducive to control first conveyer belt 70 and The intermittent duty of second conveyer belt 95.

In the initial state, the supporting plate 22 is located at 161 the top of the 5th sliding groove to equipment of the invention, and described first is sliding Block 31 is located at 37 leftmost side of the first sliding groove, the 31 left side end wall of the first sliding block and 37 left-hand end of the first sliding groove Wall is in the same plane, and second sliding block 23 is located at the third sliding groove 98 most front side, 23 front side of the second sliding block End wall is in the same plane with the 98 front side end wall of third sliding groove, the third hand tap gear 48 and the 4th bevel gear 44 engagements, the 25th bevel gear 72 engage with the 24th bevel gear 71；

When using equipment of the invention, the motor 41 is started to work, and the motor 41 drives 39 turns of the first bevel gear Dynamic, the first bevel gear 39 drives the second bevel gear 43 to rotate, and the second bevel gear 43 drives the triconodont 48 rotation of wheel, the third hand tap gear 48 drive the 4th bevel gear 44 to rotate, and the 4th bevel gear 44 drives first band 45 rotation of wheel, the first pulley 45 drive second belt wheel 34 to rotate, and second belt wheel 34 drives the 5th cone tooth 25 rotation of wheel, the 5th bevel gear 25 drive the 6th bevel gear 24 to rotate, and the 6th bevel gear 24 drives the support Roller 27 rotates, and the carrying roller 27 places parting bead on the supporting plate 22, and second belt wheel 34 drives first sector gear 28 rotations, first sector gear 28 drive first sliding block 31 Slideslip to the right, and the first bevel gear 39 drives institute The rotation of the 20th third hand tap gear 42 is stated, the 20th third hand tap gear 42 drives the 24th bevel gear 71 to rotate, described 24th bevel gear 71 drives the 25th bevel gear 72 to rotate, and the 25th bevel gear 72 drives the described tenth The rotation of one belt wheel 79, the 11st belt wheel 79 drive the 12nd belt wheel 74 to rotate, and the 12nd belt wheel 74 drives institute The work of the first transmission belt 70 is stated, first sliding block 31 drives the third rack gear 100 to slide to the right, the third rack gear 100 The second gear 101 is driven to rotate, the second gear 101 drives the 5th belt wheel 102 to rotate, the 5th belt wheel 102 drive the 6th belt wheel 105 rotation, and the 6th belt wheel 105 drives the described first special-shaped wheel 107 to rotate, and described first Sliding block 31 drives the 7th rack gear 152 to slide to the right, and the 7th rack gear 152 drives the third flywheel 151 to rotate, described Third flywheel 151 drives the 8th belt wheel 154 to rotate, and the 8th belt wheel 154 drives the 7th belt wheel 155 to rotate, institute Stating the 7th belt wheel 155 drives the 22nd bevel gear 157 to rotate, and the 22nd bevel gear 157 drives described second The rotation of 11 bevel gears 158, the 21st bevel gear 158 drive the 20th bevel gear 128 to rotate, and the described 20th Bevel gear 128 drives the 19th bevel gear 127 to rotate, and the 19th bevel gear 127 drives the rotation of the 7th gear 17, institute Stating the 7th gear 17 drives the 6th gear 19 to rotate, and the 6th gear 19 drives second screw rod 20 to rotate, described Second screw rod 20 drives 22 slide downward of supporting plate, and the 7th rack gear 152 drives the octadentate article 147 to slide to the left, When the 31 right side end wall of the first sliding block and the 37 right side end wall of the first sliding groove are generally aligned in the same plane, described first is special-shaped Wheel 107 drives the third rotation axis 49, and Slideslip, the first gear 50 are engaged with the ring gear 51 to the right, the electromagnetism Iron 82 is powered, and the electromagnet 82 drives the permanent magnetism iron slider 84 to slide backward, and the permanent magnetism iron slider 84 drives described the Nine rack gears 87 slide backward, and the 9th rack gear 87 drives the eighth gear 85 to rotate, and the eighth gear 85 drives described 24th rotation axis, 76 forward slip, the eighth gear 85 drives the 27th rotation axis 93 to slide to the left, described 25th bevel gear 72 is detached from the 24th bevel gear 71 to be cooperated, the 26th bevel gear 94 and described second The engagement of 14 bevel gears 71, the second bevel gear 43 drive the third belt wheel 53 to rotate, and the third belt wheel 53 drives institute The rotation of the 4th belt wheel 56 is stated, the 4th belt wheel 56 drives the 7th bevel gear 62 to rotate, and the 7th bevel gear 62 drives 8th bevel gear 63 rotation, the 8th bevel gear 63 drive the second roller 66 to rotate, 56 band of the 4th belt wheel Second sector gear 61 is moved to rotate, second sector gear 61 drives second sliding block 23 to slide backward, and described the 24 bevel gears 71 drive the 13rd belt wheel 90 to rotate, and the 13rd belt wheel 90 drives described 96 turns of 14th belt wheel Dynamic, the 14th belt wheel 96 drives second conveyer belt 95 to work, and second sliding block 23 drives the 5th rack gear 139 It slides backward, the 5th rack gear 139 drives first flywheel 143 to rotate, and first flywheel 143 drives the described 18th Bevel gear 146 rotates, and the 18th bevel gear 146 drives the 17th bevel gear 136 to rotate, the 17th bevel gear 136 drive the 16th bevel gear 134 rotation, and the 16th bevel gear 134 drives described 131 turns of 15th bevel gear Dynamic, the 15th bevel gear 131 drives the 14th bevel gear 122 to rotate, and the 14th bevel gear 122 drives described The rotation of tenth third hand tap gear 121, the tenth third hand tap gear 121 drive the 5th gear 12 to rotate, the 5th gear 12 The 4th gear 16 is driven to rotate, the 4th gear 16 drives first screw rod 15 to rotate, 15 band of the first screw rod Dynamic 22 slide downward of the supporting plate, the 5th rack gear 139 drive 141 forward slip of the 6th rack gear, and described second is sliding Block 23 drives the 4th rack gear 115 to slide backward, and the 4th rack gear 115 drives the third gear 119 to rotate, and described the Three gears 119 drive the 9th bevel gear 117 to rotate, and the 9th bevel gear 117 drives described 116 turns of tenth bevel gear Dynamic, the tenth bevel gear 116 drives the 11st bevel gear 111 to rotate, and the 11st bevel gear 111 drives described the The rotation of 12 bevel gears 110, the 12nd bevel gear 110 drives the described second special-shaped 109 rotation of wheel, when second sliding block When 23 right side end walls and the 98 rear side end wall of third sliding groove are generally aligned in the same plane, described in the described second special-shaped 109 drive of wheel 49 slide to the left, and the electromagnet 82 powers off, and the electromagnet 82 drives 84 forward slip of permanent magnetism iron slider, the permanent magnetism Iron slider 84 drives 87 forward slip of the 9th rack gear, and the 9th rack gear 87 drives the eighth gear 85 to rotate backward, The eighth gear 85 drives the 24th rotation axis 76 to slide backward, and the eighth gear 85 drives the described 27th Rotation axis 93 is slided to the right, and the 25th bevel gear 72 engages with the 24th bevel gear 71, and the described 26th Bevel gear 94 and the 24th bevel gear 71, which are detached from, to be cooperated, when the supporting plate 22 is brought down completely to the 5th sliding groove When 161 bottom, the supporting plate 22 is filled, and the motor 41 stops working.

The beneficial effects of the present invention are: equipment of the invention is in the initial state, the supporting plate is located at the 5th sliding Slot the top, first sliding block are located at first sliding groove leftmost side, end wall and described first on the left of first sliding block End wall is in the same plane on the left of sliding groove, and second sliding block is located at the third sliding groove most front side, and described second is sliding End wall is in the same plane with end wall on front side of the third sliding groove on front side of block, the third hand tap gear and the 4th cone tooth Wheel engagement, the 25th bevel gear engage with the 24th bevel gear；

Device structure of the invention is simple, reliable performance, is easily installed and Maintenance and Repair, while the equipment is in operating process In be not necessarily to human intervention, realize the automatic processing of the equipment, while improving timber kiln heap efficiency, while mechanical kiln heap is to wood The control of material spacing is accurate, avoids the influence for causing drying process to timber because timber spacing is different, while improving equipment certainly Dynamicization degree and practicability.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. being provided with the first cavity in a kind of method for drying wood of the invention, including fuselage and the fuselage, feature exists In: rotation is provided with the first rotation axis that front and back extends, the first rotation axis front side end and setting in first cavity Motor power connection on front side of first cavity in end wall, end is fixedly installed the first cone on rear side of first rotation axis Gear, the interior rotation of first cavity are provided with the second rotation axis that left and right extends, and the second rotation axis left distal end is fixed It is provided with the second bevel gear engaged with the first bevel gear, rotation is provided with the third that left and right extends in first cavity Rotation axis is connected between the third rotation axis and second rotation axis by spline fitted, on the left of the third rotation axis End is fixedly installed third hand tap gear, and the third rotation axis right end is fixedly installed first gear, and described first is empty Intracavitary rotation is provided with the 4th rotation axis that front and back extends, and end is fixedly installed and the third on rear side of the 4th rotation axis 4th bevel gear of bevel gear engagement, the 4th rotation axis front side end are fixedly installed first pulley, first cavity It is provided with the first sliding groove in the end wall of left side, is provided with the first sliding block to horizontally slip in first sliding groove, described first The second cavity is provided in sliding block, rotation is provided with the 5th turn that front and back extends between first cavity and second cavity Moving axis, the 5th rotation axis front side end is fixedly installed the second belt wheel, between second belt wheel and the first pulley Transmission is provided with telescopic first belt, and the 5th rotation axis outer surface is fixedly installed the 5th bevel gear of multiple groups, described It is provided with the second sliding groove in end wall on the right side of second cavity, left and right is provided between second cavity and second sliding groove The 6th rotation axis extended, the 6th rotation axis left distal end, which is provided with, engages the 6th bevel gear with the 5th bevel gear, End is provided with carrying roller on rear side of 6th rotation axis, and the 5th rotation axis outer surface is fixedly installed the first sector gear, It is fixedly installed the first rack gear that cooperation is detached from first sector gear in the first sliding groove bottom end wall, described the Rotation is provided with the 7th rotation axis that left and right extends in one cavity, the 7th rotation axis left distal end be fixedly installed with it is described First gear is detached from the ring gear of cooperation, and the 7th rotation axis right end is fixedly installed third belt wheel, and described first is empty Third sliding groove is provided in end wall on rear side of chamber, is provided with the second sliding block slid back and forth in the third sliding groove, described the Third cavity is provided in two sliding blocks, rotation is provided with the 8th that left and right extends between the third cavity and first cavity Rotation axis, the eight revolution moving axis right end are fixedly installed the 4th belt wheel, the 4th belt wheel and the third belt wheel it Between transmission be provided with telescopic second belt, the eight revolution moving axis outer surface is fixedly installed the 7th bevel gear of multiple groups, institute It states and is provided with the 4th sliding groove in end wall on rear side of third cavity, setting is rotated between the 4th sliding groove and the third cavity The 9th rotation axis for having front and back to extend, the 9th rotation axis front side end, which is fixedly installed, to be engaged with the 7th bevel gear 8th bevel gear, the 9th rotation axis rear side end are fixedly installed second roller, and the eight revolution moving axis outer surface is fixed It is provided with the second sector gear, is provided in the third sliding groove bottom end wall and is detached from cooperation the with second sector gear Two rack gears.

2. a kind of method for drying wood according to claim 1, it is characterised in that: the rotation of third rotation axis outer surface It is provided with first connecting rod, the first slider bottom end wall is fixedly installed third rack gear, rotation setting in first cavity The tenth rotation axis for having front and back to extend, end is fixedly installed on rear side of the tenth rotation axis engages with the third rack gear, The 5th belt wheel that the tenth rotation axis front side end is fixedly installed, the interior rotation of first cavity are provided with what front and back extended 11st rotation axis, the 11st rotation axis front side end are fixedly installed the 6th belt wheel, the 5th belt wheel and described the Transmission is provided with telescopic third belt between six belt wheels, on rear side of the 11st rotation axis end be fixedly installed with it is described The first of first connecting rod cooperation is special-shaped to take turns, and the 4th rack gear is fixedly installed on the second slider bottom end wall, and described first is empty Intracavitary rotation is provided with the 12nd rotation axis that left and right extends, and the 12nd rotation axis left distal end is provided with and the described 4th The third gear of rack gear engagement, the 12nd rotation axis right end are fixedly installed the 9th bevel gear, first cavity Interior rotation is provided with the 13rd rotation axis that front and back extends, and end is fixedly installed and described the on rear side of the 13rd rotation axis Tenth bevel gear of nine bevel gears engagement, the 13rd rotation axis front side end is fixedly installed the 11st bevel gear, described Rotation is provided with the 14th rotation axis extended up and down in first cavity, and the 14th rotation axis bottom end is provided with and institute The 12nd bevel gear of the 11st bevel gear engagement is stated, the 14th rotation axis top end is fixedly installed and described first The special-shaped wheel of the second of connecting rod cooperation, is conducive to control horizontally slipping for the third rotation axis, is conducive to control first cunning Block replaces sliding with second sliding block, and then controls the working condition of the equipment.

3. a kind of method for drying wood according to claim 1, it is characterised in that: on rear side of first sliding groove in end wall It is provided with the 4th cavity, the 5th sliding groove is provided in end wall on the right side of the 4th cavity, is provided in the 5th sliding groove The supporting plate slided up and down, rotation is provided with the first screw rod extended up and down in the 4th cavity, be provided on the supporting plate with First screw thread of the first screw rod cooperation, first screw rod outer surface is fixedly installed the 4th gear, the 4th cavity Interior rotation is provided with the 15th rotation axis extended up and down, and the 15th rotation axis top end is provided with and the 4th tooth The 5th gear of engagement is taken turns, the 15th rotation axis bottom end is provided with the tenth third hand tap gear, turns in the 4th cavity Dynamic the 16th rotation axis for being provided with left and right and extending, the 16th rotation axis left distal end are provided with and the tenth triconodont The 14th bevel gear of engagement is taken turns, the 16th rotation axis right end is provided with the 15th bevel gear, the 4th cavity Interior rotation is provided with the 17th rotation axis axis that front and back extends, and end is provided with and the described tenth on rear side of the 17th rotation axis 16th bevel gear of five bevel gears engagement, the 17th rotation axis front side end are fixedly installed the 17th bevel gear, institute It states rotation in the 4th cavity and is provided with the tenth eight revolution moving axis that left and right extends, the tenth eight revolution moving axis left distal end fixed setting There is the 18th bevel gear engaged with the 17th bevel gear, the tenth eight revolution moving axis right end is provided with first and flies Wheel, is provided with the 5th rack gear engage with first flywheel slid back and forth in the 4th cavity, the 5th rack gear and Second sliding block is fixedly connected, and is provided with the 6th sliding groove in the 4th cavity top end wall, in the 6th sliding groove Be provided with the first piston slid back and forth, the first piston is fixedly connected with end on rear side of the 5th rack gear, described the The second piston slid back and forth, the second piston and the fixed company of the 5th rack gear front side end are provided in six sliding grooves It connects, the 6th rack gear slid back and forth is provided in the 4th cavity, what being provided in the 6th sliding groove slid back and forth Third piston, the third piston is fixedly connected with end on rear side of the 6th rack gear, before being provided in the 6th sliding groove The 4th piston slided afterwards, the 4th piston are fixedly connected with the 6th rack gear front side end, in the 6th sliding groove Be provided with hydraulic oil, the tenth eight revolution moving axis outer surface be fixedly installed on the left of first flywheel with the described 6th Second flywheel of rack gear engagement, the interior rotation of the 4th cavity are provided with the second screw rod extended up and down, are arranged on the supporting plate There is the second screw thread with second screw rod cooperation, is fixedly installed the 6th gear, the 4th cavity on second screw rod Interior rotation is provided with the 19th rotation axis extended up and down, and the 19th rotation axis top end is fixedly installed and described the 7th gear of six gears engagement, the 19th rotation axis bottom end are fixedly installed the 19th bevel gear, and the described 4th Rotation is provided with the 20th rotation axis in cavity, and the 20th rotation axis right end is fixedly installed and the 19th cone 20th bevel gear of gear engagement, the 20th rotation axis left distal end is fixedly installed the 21st bevel gear, described Rotation is provided with the 21st rotation axis in 4th cavity, and the 21st rotation axis front side end is provided with and described second 22nd bevel gear of 11 bevel gears engagement, the 21st rotation axis front side end are fixedly installed the 7th belt wheel, The 22nd rotation axis of rotation setting in 4th cavity, the 22nd rotation axis rear side end are fixedly installed the 8th Belt wheel is driven between the 8th belt wheel and the 7th belt wheel and is provided with telescopic 4th belt, and described 22nd turn End is provided with third flywheel on rear side of moving axis, and engaging with the third flywheel of horizontally slipping is provided in the 4th cavity 7th rack gear, the 7th rack gear are fixedly connected with first sliding block, are provided with the 7th in the 4th cavity top end wall Sliding groove is provided with the 5th piston slid back and forth, the 5th piston and the 7th rack gear in the 7th sliding groove Left distal end is fixedly connected, and is provided with the 6th piston slid back and forth in the 7th sliding groove, the 5th piston with it is described 7th rack gear right end is fixedly connected, and the octadentate article slid back and forth, the 7th sliding are provided in the 4th cavity The 7th piston that being provided in slot slides back and forth, the 7th piston are fixedly connected with the octadentate article right end, institute The 8th piston for being provided with and sliding back and forth in the 7th sliding groove is stated, the 8th piston is fixed with the octadentate article left distal end Connection, is provided with hydraulic oil in the 7th sliding groove, and first screw tip end is provided with the 9th belt wheel, and described second Screw tip end is fixedly installed the tenth belt wheel, and transmission is provided with scalable between the tenth belt wheel and the 9th belt wheel The 5th belt, be conducive to control first screw rod and rotated simultaneously with second screw rod, be conducive to control between the supporting plate The decline of having a rest property, improves the degree of being practical of the equipment.

4. a kind of method for drying wood according to claim 1, it is characterised in that: rotation is provided in first cavity The 23rd rotation axis extended up and down, the 23rd rotation axis bottom end is provided with to be engaged with the first bevel gear The 20th third hand tap gear, the 23rd rotation axis top end is provided with the 24th bevel gear, first cavity Interior rotation is provided with the 24th rotation axis that front and back extends, and the 24th rotation axis rear side end is fixedly installed and institute The 25th bevel gear of the 24th bevel gear engagement is stated, rotation is provided with the 25th rotation axis in first cavity, It is connected between 25th rotation axis and the 24th rotation axis by the spline fitted, described 25th turn Moving axis front side end is fixedly installed the 11st belt wheel, and rotation is provided with the 26th rotation axis in first cavity, described 26th rotation axis front side end is fixedly installed the 12nd belt wheel, between the 12nd belt wheel and the 11st belt wheel Transmission is provided with telescopic 6th belt, and end and the first transmission drive connect on rear side of the 26th rotation axis It connects, rotation is provided with the 27th rotation axis that left and right extends, end on the left of the 27th rotation axis in first cavity End is fixedly installed the 26th bevel gear that cooperation is detached from the 24th bevel gear, and rotation is set in first cavity It is equipped with the 20th eight revolution moving axis, is connected between the 20th eight revolution moving axis and the 27th rotation axis by spline fitted It connects, the 20th eight revolution moving axis right end is fixedly installed the 13rd belt wheel, and rotation is provided with a left side in first cavity 29th rotation axis of right extension, the 29th rotation axis right end are provided with the 14th belt wheel, and the described 13rd Transmission is provided with telescopic 7th belt, the 29th rotation axis left distal end between belt wheel and the 14th belt wheel It is connected by power with second conveyer belt, is conducive to will to prepare dry Wood Transportation to second sliding groove and described the In four sliding grooves.

5. a kind of method for drying wood according to claim 1, it is characterised in that: the first cavity right end is provided with Eight sliding grooves are provided with the 9th rack gear slid back and forth in the 8th sliding groove, be provided in first cavity with it is described The eighth gear of 9th rack gear engagement, the 27th rotation axis outer surface, which rotates, is provided with the first rotating block, and described first Second connecting rod is provided in cavity, end and first rotating block are slide hinged on rear side of the second connecting rod, and described second connects Bar front side end is fixedly connected with the eighth gear top end wall, and rotation is provided with second turn in the 24th rotation axis Motion block is provided with third connecting rod, the third connecting rod left distal end and the second rotating block sliding hinge in first cavity It connects, the third connecting rod right end is fixedly connected with the eighth gear top end wall, is provided in the 8th sliding groove The permanent magnetism iron slider slid back and forth, the permanent magnetism iron slider are fixedly connected with the 9th rack gear, the permanent magnetism iron slider and institute It states elasticity between the end wall of the 8th sliding groove front side and is provided with spring, electromagnetism is fixedly installed on front side of the 8th sliding groove in end wall Iron is conducive to the intermittent duty for controlling first conveyer belt and second conveyer belt.

6. a kind of method for drying wood, specifically used method described in -5 are as follows according to claim 1: