CN108908603A - A kind of wood fumigation colouring method - Google Patents

Abstract

The invention discloses a kind of wood fumigation colouring methods,Including body,Mobile space is equipped in the body,Movable block is equipped in the mobile space,Fixed link is symmetrically installed with before and after the movable block,It is symmetrically communicated before and after the mobile space and is equipped with the opposite first sliding groove that is open,The first sliding groove is equipped with lifting chamber far from the end wall connection of the mobile space,The lifting is intracavitary to be equipped with lifter plate,The lifter plate is equipped with the opposite groove that is open close to an end face of the mobile space,The fixed link other end protrudes into the groove through the first sliding groove and is connected with the first sliding block,In present invention work,Timber is fixed on movable plate by clamping plate,The processing of each dyeing process is carried out with vertical lifting by moving horizontally for movable plate,Single unit system occupied area is small,Convenient for operation,And gearing property is good,High degree of automation,Reduce the consumption of electric energy,Reduce the cost of wood fumigation dyeing processing.

Description

A kind of wood fumigation colouring method

Technical field

The present invention relates to treating of wood field, specially a kind of wood fumigation colouring method.

Background technique

The stifling dyeing of timber is mainly to handle the insect pest in timber, improves the quality of timber, and method is mainly logical Cross and carry out stifling coloring after boiling in dyeing liquor, carrying out fixation thereafter, finally cleaned and dried, current fixation with Apparatus structure used in road timber treatment process is many and diverse afterwards, inconvenient, and takes up a large area, consumed in treating of wood Electric energy is big, increases the cost of timber, and the degree of automation is not high, manpower is needed to participate in, while increasing human cost, but this Invention device can solve this problem.

Summary of the invention

The purpose of the present invention is to provide a kind of wood fumigation colouring methods to solve mentioned above in the background art ask Topic.

To achieve the above object, the present invention provides the following technical solutions：A kind of wood fumigation colouring method, including body, It is equipped with mobile space in the body, movable block is equipped in the mobile space, is symmetrically installed with fixation before and after the movable block Bar, the mobile space front and back, which symmetrically communicates, is equipped with the opposite first sliding groove that is open, and the first sliding groove is far from the mobile sky Between end wall connection be equipped with lifting chamber, the lifting is intracavitary to be equipped with lifter plate, and the lifter plate is close to described mobile empty Between an end face be equipped with the opposite groove of being open, the fixed link other end protruded into the groove through the first sliding groove and It is connected with the first sliding block, the lifting chamber is communicated far from one end of the mobile space is equipped with the first opposite lifting groove that is open, The lifter plate is installed with the first lifting that the other end protrudes into first lifting groove far from an end face of the mobile space Block, the lifting chamber right end wall, which communicates, is equipped with opening towards the second left lifting groove, and the lifter plate right side is installed with the other end Protrude into the second elevator in second lifting groove, lifter plate left end middle position screw thread run through be equipped with upper end with it is described The elevating screw thread axis of chamber upper end wall rotation connection is gone up and down, is communicated on the downside of the lifting chamber equipped with the first belt chamber, the lifting spiral shell Line axis lower end through the lifting chamber protrude into first belt it is intracavitary and with the first belt chamber lower end wall rotation connection, It is installed with the first belt pulley on the intracavitary elevating screw thread axis of first belt, passes through first between first belt pulley Belt is connected by power, the elevating screw thread axis lower end of front side and the fixed lifting motor power of the first belt chamber lower end wall Connection, the movable block is interior to be equipped with the opening down clamping space communicated with the mobile space, the clamping space front bulkhead It is installed with clamping motor, the clamping motor rear end is connected by power the folder of rear end and clamping space aft bulkhead rotation connection Tight screw rod is threaded with clamping plate on the clamping screw rod, rear end face and the clamping space aft bulkhead on the clamping plate It is installed with rubber antiskid pad, the movable plate upper end is equipped on the left of the mobile space through mobile screw rod is threaded with First cavity is connected between first cavity and the mobile space and is equipped with second sliding slot, and the mobile screw rod left end is run through The second sliding slot protrudes into first cavity and is installed with the second sliding block, second sliding block lower end surface be installed with lower end with The first spring that the first cavity lower end wall is fixedly connected, the mobile space right side are equipped with the second cavity, and described second is empty It is communicated between chamber and the mobile space equipped with third sliding slot, the interior sliding of second cavity is equipped with lower end and is installed with second spring Be connected by power block, the second spring lower end is fixedly connected with the second cavity lower end wall, and described be connected by power in block sets Have a drive cavity, the mobile screw rod right end protruded into the drive cavity through the third sliding slot and with the drive cavity right end wall It is rotatablely connected, is installed with first bevel gear, the first bevel gear upper surface on the mobile screw rod in the drive cavity Engagement is connected with second bevel gear, and the second bevel gear upper surface is installed with the splined shaft being connected by power with driving device, institute It states and is communicated on the downside of mobile space equipped with opening up fixation chamber, the fixation chamber right side is equipped with cleaning chamber, and the cleaning chamber is right Side is equipped with drying chamber, and the dry cavity wall is installed with the cyclic annular heating plate being electrically connected with the power supply, is equipped in the drying chamber Rotor plate, the first rotating shaft that the rotor plate lower end surface is installed with lower end and the driving device is connected by power, the drying chamber Lower end wall is equipped with several perforative sinks communicated with free surrounding space up and down.

The driving device includes driving chamber as a preferred technical solution, and sliding is equipped with drive block in the driving chamber, The drive block lower end surface is fixedly connected with jack unit, and driving motor is installed in the drive block, and the driving motor is left End has been connected by power the first rotation axis, communicates on the left of the driving chamber and is equipped with engagement chamber, and institute is run through in first rotation axis left end Stating driving chamber, to protrude into the engagement intracavitary and be installed with taper third hand tap gear, and the engagement is intracavitary to be equipped with and the triconodont 4th bevel gear of wheel engagement connection, the 4th bevel gear lower end surface are installed with spline housing, the engagement chamber and lower end wall and The second cavity upper end wall communicates, the spline housing through the engagement chamber protrude into second cavity it is interior and with the spline The connection of axis spline fitted, the driving motor right end are connected by power the second rotation axis that right end is installed with the 5th bevel gear, institute The 6th bevel gear being equipped in driving chamber to engage connection with the 5th bevel gear is stated, is consolidated at the 6th bevel gear axle center The second shaft equipped with upper end and driving chamber upper end wall rotation connection, driving chamber downside are equipped with the second belt chamber, institute It states to be connected between the second belt chamber and the driving chamber and is equipped with link slot, second shaft lower end is protruded into through the link slot Second belt is intracavitary and is rotatablely connected with the second belt chamber lower end wall, the second belt chamber and the drying chamber phase It is logical, the first rotating shaft lower end through the drying chamber protrude into second belt it is intracavitary and with the second belt chamber lower end wall Rotation connection is connected between the intracavitary first rotating shaft of second belt and second shaft by the second belt power It connects.

The jack unit includes the rotation chamber communicated with the driving chamber, the rotation as a preferred technical solution, Fixed strut is installed between intracavitary left hand end wall, the fixed strut, which rotates, slidably connects turning handle, on the press turning handle End is rotatably connected to upper surface and the first affixed link block of the drive block lower end surface, communicates on the downside of the rotation chamber and is equipped with a left side Hold the opening communicated with second cavity towards left top pressures groove, the press is protruded into through the rotation chamber in the turning handle lower end In slot and it is rotatably connected to the second link block, the second link block right end is installed with right end and fixes with the top pressures groove right end wall The top pressure spring of connection, second link block left side are installed with left side and the compression bar for being connected by power block and abutting.

Described method includes following steps：

Firstly, the timber after having dyed is placed in clamping space, clamping motor work, drive clamping plate be moved to the left by Timber is clamped in clamping space, and lifting motor works thereafter, drives the rotation of elevating screw thread axis, then lifter plate declines so that mobile Block drives timber to drop to the intracavitary carry out fixation treatment of fixation, and after fixation, lifting motor is rotated backward, then lifter plate rises Drive timber rise in mobile space, while be connected by power block rise squeeze compression bar move right push the second link block to It moves right, then makes the first link block that drive block be driven to be moved to the left third hand tap gear by turning handle and engaged with the 4th bevel gear Connection, then driving motor works, and drives third hand tap gear rotation, then is connected by spline and drive second bevel gear rotation, made Screw rod rotation must be moved, then movable block drives the timber after fixation to move right to cleaning chamber, and then lifting motor works, Lifter plate declines so that movable block drives the timber after fixation to drop to the intracavitary carry out cleaning and dipping of cleaning.

Thereafter, after cleaning, lifting motor is rotated backward, then lifter plate, which rises, drives timber to rise to mobile space Interior, then same primary, driving motor work drives the rotation of movable wire bar, then movable block drive the timber after cleaning move right to Above drying chamber, then lifting motor works, and lifter plate declines so that movable block drives the timber after cleaning to drop to drying chamber It is inside placed on rotor plate, driving motor works thereafter, drives the rotation of the 5th bevel gear, then the second shaft rotates, and passes through second Belt makes first rotating shaft that the timber after dyeing on rotor plate be driven slowly to rotate evenly drying, lifting motor work after drying process Make, timber is brought to removing timber in mobile space.

The beneficial effects of the invention are as follows：In present invention work, timber is fixed on movable plate by clamping plate, passes through movable plate Move horizontally the processing that each dyeing process is carried out with vertical lifting, single unit system occupied area is small, convenient for operation, and interlock property Good, high degree of automation reduces the consumption of electric energy, reduces the cost of wood fumigation dyeing processing.

Detailed description of the invention

Fig. 1 is a kind of schematic view of the front view of wood fumigation colouring method entirety complete section of the present invention；

Fig. 2 is A-A direction structure schematic diagram in a kind of wood fumigation colouring method of the present invention;

Fig. 3 is B-B direction structure schematic diagram in a kind of wood fumigation colouring method of the present invention；

Fig. 4 is C enlarged structure schematic diagram in a kind of wood fumigation colouring method of the present invention.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Please refer to Fig. 1-4, a kind of embodiment provided by the invention：A kind of wood fumigation colouring method, including body 10, institute It states and is equipped with mobile space 11 in body 10, movable block 12 is equipped in the mobile space 11,12 front and back of movable block is symmetrical solid Equipped with fixed link 13,11 front and back of mobile space, which symmetrically communicates, is equipped with the opposite first sliding groove 14 that is open, the first sliding groove 14 end wall connections far from the mobile space 11 are equipped with lifting chamber 15, are equipped with lifter plate 16 in the lifting chamber 15, The lifter plate 16 is equipped with the opposite groove 17 that is open, 13 other end of fixed link close to an end face of the mobile space 11 Protrude into the groove 17 and be connected with the first sliding block 18 through the first sliding groove 14, the lifting chamber 15 is far from the movement The one end in space 11, which communicates, is equipped with opposite the first lifting groove 19 of being open, the lifter plate 16 far from the mobile space 11 one End face is installed with the first elevator 20 that the other end protrudes into first lifting groove 19, and the 15 right end wall of lifting chamber, which communicates, to be set There is opening towards the second left lifting groove 74,16 right side of lifter plate is installed with the other end and protrudes into second lifting groove 74 The second elevator 75, the 16 left end middle position screw thread of lifter plate, which runs through, is equipped with upper end and 15 upper end wall of lifting chamber turn The elevating screw thread axis 73 of dynamic connection communicates on the downside of the lifting chamber 15 equipped with the first belt chamber 21, under the elevating screw thread axis 73 End is protruded into the first belt chamber 21 through the lifting chamber 15 and is rotatablely connected with 21 lower end wall of the first belt chamber, The first belt pulley 22 is installed on the elevating screw thread axis 73 in the first belt chamber 21, between first belt pulley 22 It is connected by power by the first belt 23,73 lower end of elevating screw thread axis of front side and 21 lower end walls of the first belt chamber are fixed Lifting motor 24 be connected by power, the opening down clamping space communicated with the mobile space 11 is equipped in the movable block 12 25,25 front bulkhead of clamping space is installed with clamping motor 26, and 26 rear end of clamping motor has been connected by power rear end and institute The clamping screw rod 27 of 25 aft bulkhead of clamping space rotation connection is stated, is threaded with clamping plate 28, institute on the clamping screw rod 27 It states rear end face and 25 aft bulkhead of clamping space on clamping plate 28 and is installed with rubber antiskid pad 29,12 upper end of movable plate Through mobile screw rod 30 is threaded with, the first cavity 32, first cavity 32 and institute are equipped on the left of the mobile space 11 It states connection between mobile space 11 and is equipped with second sliding slot 31, institute is protruded into through the second sliding slot 31 in mobile 30 left end of screw rod It states in the first cavity 32 and is installed with the second sliding block 33,33 lower end surface of the second sliding block is installed with lower end and first cavity The first spring 34 that 32 lower end walls are fixedly connected is equipped with the second cavity 36, second cavity 36 on the right side of the mobile space 11 It is communicated between the mobile space 11 equipped with third sliding slot 35, the interior sliding of second cavity 36 is equipped with lower end and is installed with second Spring 38 is connected by power block 37, and 38 lower end of second spring is fixedly connected with 36 lower end wall of the second cavity, described dynamic Drive cavity 39 is equipped in power link block 37, mobile 30 right end of screw rod protrudes into the drive cavity 39 through the third sliding slot 35 It is interior and be rotatablely connected with the 39 right end wall of drive cavity, first is installed on the mobile screw rod 30 in the drive cavity 39 Bevel gear 40,40 upper surface of the first bevel gear engagement are connected with second bevel gear 41,41 upper surface of second bevel gear It is installed with the splined shaft 42 being connected by power with driving device, is communicated on the downside of the mobile space 11 equipped with opening up fixation chamber 72, cleaning chamber 71 is equipped on the right side of the fixation chamber 72, equipped with drying chamber 66,66 inner wall of drying chamber on the right side of the cleaning chamber 71 It is installed with the cyclic annular heating plate 67 being electrically connected with the power supply, is equipped with rotor plate 69 in the drying chamber 66, under the rotor plate 69 The first rotating shaft 65 that end face is installed with lower end and the driving device is connected by power, 66 lower end wall of drying chamber are equipped on several Under the perforative sink 70 communicated with free surrounding space.

Valuably, the driving device includes driving chamber 50, and sliding is equipped with drive block 48, the drive in the driving chamber 50 48 lower end surface of motion block is fixedly connected with jack unit, and driving motor 49, the driving motor 49 are installed in the drive block 48 Left end has been connected by power the first rotation axis 47, communicates on the left of the driving chamber 50 and is equipped with engagement chamber 43, first rotation axis 47 It is interior and be installed with taper third hand tap gear 46 that the engagement chamber 43 through the driving chamber 50 is protruded into left end, in the engagement chamber 43 Equipped with the 4th bevel gear 44 for engaging connection with the third hand tap gear 46,44 lower end surface of the 4th bevel gear is installed with spline Set 45, the engagement chamber 43 is communicated with lower end wall with 36 upper end wall of the second cavity, and the spline housing 45 runs through the engagement Chamber 43 is protruded into second cavity 36 and is connect with 42 spline fitted of splined shaft, and the 49 right end power of driving motor connects It is connected to the second rotation axis 51 that right end is installed with the 5th bevel gear 52, is equipped in the driving chamber 50 to bore tooth with the described 5th Wheel 52 engages the 6th bevel gear 53 of connection, is installed with upper end and 50 upper end of driving chamber at 53 axle center of the 6th bevel gear Second shaft 54 of wall rotation connection, the second belt chamber 64, the second belt chamber 64 and institute are equipped on the downside of the driving chamber 50 It states connection between driving chamber 50 and is equipped with link slot 63,54 lower end of the second shaft protrudes into described second through the link slot 63 It is rotatablely connected in belt chamber 64 and with 64 lower end wall of the second belt chamber, the second belt chamber 64 and 66 phase of drying chamber It is logical, 65 lower end of first rotating shaft protruded into the second belt chamber 64 through the drying chamber 66 and with the second belt chamber The rotation connection of 64 lower end walls, passes through between the first rotating shaft 65 and second shaft 54 in the second belt chamber 64 Second belt 68 is connected by power, and improves the harmony of device and gearing property.

Valuably, the jack unit includes the rotation chamber 55 communicated with the driving chamber 50, left in the rotation chamber 55 Fixed strut 62 is installed between right end wall, the fixed rotation of strut 62 slidably connects turning handle 57, the press turning handle 57 Upper end is rotatably connected to upper surface and the first affixed link block 56 of 48 lower end surface of drive block, the 55 downside phase of rotation chamber The logical opening communicated equipped with left end with second cavity 36 runs through the rotation towards left top pressures groove 59,57 lower end of turning handle Chamber 55 protrudes into the top pressures groove 59 and is rotatably connected to the second link block 58, and 58 right end of the second link block is installed with right end The top pressure spring 60 being fixedly connected with the 59 right end wall of top pressures groove, 58 left side of the second link block be installed with left side with The compression bar 61 for being connected by power the abutting of block 37, effect be, by being connected by power block 37 to the extruding of compression bar 61 so that First link block 56 drives drive block 48 mobile, then changes being connected by power for device, improves the power conversion flexibility of device.

When original state, 61 left end of compression bar is protruded into the second cavity 36, the first link block 56 and the second link block 58 In vertical position, third hand tap gear 46 is not engaged with the 4th bevel gear 44 and is connect, and the 5th bevel gear 52 nibbles with the 6th bevel gear 53 Close connection.

Described method includes following steps：

Firstly, the timber after having dyed is placed in clamping space 25, clamping motor 26 works, and drives clamping plate 28 to the left Timber is clamped in clamping space 25 by movement, and lifting motor 24 works thereafter, drives elevating screw thread axis 73 to rotate, then lifter plate 16 declines carry out fixation treatment so that movable block 12 drives timber to drop in fixation chamber 72, after fixation, lifting motor 24 It rotates backward, then lifter plate 16, which rises, drives timber to rise in mobile space 11, while being connected by power block 37 and rising extruding top Compression bar 61, which moves right, pushes the second link block 58 to move right, then makes the first link block 56 drive drive block by turning handle 57 48, which are moved to the left third hand tap gear 46, engages connection with the 4th bevel gear 44, and then driving motor 49 works, and drives third cone Gear 46 rotates, then drives second bevel gear 41 to rotate by spline connection, so that the rotation of mobile screw rod 30, then 12 band of movable block Timber after dynamic fixation moves right to 71 top of cleaning chamber, and then lifting motor 24 works, and lifter plate 16 declines so that mobile Block 12 drives the timber after fixation to drop to progress cleaning and dipping in cleaning chamber 71.

Thereafter, after cleaning, lifting motor 24 is rotated backward, then lifter plate 16, which rises, drives timber to rise to mobile sky Between in 11, then same primary, the work of driving motor 49 drives movable wire bar 30 to rotate, then movable block 12 drives the timber after cleaning It moves right to 66 top of drying chamber, then lifting motor 24 works, and lifter plate 16 declines so that movable block 12 drives after cleaning Timber drop in drying chamber 66 and be placed on rotor plate 69, driving motor 49 works thereafter, drives 52 turns of the 5th bevel gear Dynamic, then the second shaft 54 rotates, and makes first rotating shaft 65 drive the timber after dyeing on rotor plate 69 slow by the second belt 68 Evenly drying is moved in slow-speed, and lifting motor 24 works after drying process, and timber is brought to removing timber in mobile space 11.

When being worked by the present apparatus, the timber after having dyed is placed in clamping space 25, clamping motor 26 works, It drives clamping plate 28 to be moved to the left timber is clamped in clamping space 25, lifting motor 24 works thereafter, drives elevating screw thread Axis 73 rotates, then lifter plate 16 declines so that movable block 12, which drives timber to drop to, carries out fixation treatment, fixation in fixation chamber 72 After, lifting motor 24 rotates backward, then lifter plate 16, which rises, drives timber to rise in mobile space 11, while power connects It connects block 37 and rises to squeeze compression bar 61 and move right and the second link block 58 is pushed to move right, then the first company is made by turning handle 57 Connecing block 56 drives drive block 48 to be moved to the left third hand tap gear 46 and engage connection with the 4th bevel gear 44, then driving motor 49 Work drives third hand tap gear 46 to rotate, then is connected by spline and second bevel gear 41 is driven to rotate, so that mobile 30 turns of screw rod Dynamic, then movable block 12 drives the timber after fixation to move right to 71 top of cleaning chamber, and then lifting motor 24 works, lifter plate 16 declines are so that movable block 12 drives the timber after fixation to drop to progress cleaning and dipping in cleaning chamber 71, after cleaning, liter Drop motor 24 rotates backward, then lifter plate 16, which rises, drives timber to rise in mobile space 11, then same primary, driving motor 49 work drive movable wire bar 30 to rotate, then movable block 12 drives the timber after cleaning to move right to 66 top of drying chamber, connect Lifting motor 24 work, lifter plate 16 declines so that movable block 12 drives the timber after cleaning to drop in drying chamber 66 places In on rotor plate 69, driving motor 49 works thereafter, drives the rotation of the 5th bevel gear 52, then the second shaft 54 rotates, by the Two belts 68 make first rotating shaft 65 that the timber after dyeing on rotor plate 69 be driven slowly to rotate evenly drying, rise after drying process It drops motor 24 to work, timber is brought to removing timber in mobile space 11.

The beneficial effects of the invention are as follows：In present invention work, timber is fixed on movable plate by clamping plate, passes through movable plate Move horizontally the processing that each dyeing process is carried out with vertical lifting, single unit system occupied area is small, convenient for operation, and interlock property Good, high degree of automation reduces the consumption of electric energy, reduces the cost of wood fumigation dyeing processing.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.

Claims (3)

1. a kind of wood fumigation colouring method, including body, the body is interior to be equipped with mobile space, it is equipped in the mobile space Movable block, the movable block front and back are symmetrically installed with fixed link, symmetrically communicate before and after the mobile space opposite equipped with opening First sliding groove, the first sliding groove are equipped with lifting chamber far from the end wall connection of the mobile space, and the lifting is intracavitary Equipped with lifter plate, the lifter plate is equipped with the opposite groove that is open close to an end face of the mobile space, and the fixed link is another One end is protruded into the groove through the first sliding groove and is connected with the first sliding block, and the lifting chamber is far from the mobile space One end communicate and be equipped with opposite the first lifting groove of being open, the lifter plate is installed with separately far from an end face of the mobile space The first elevator in first lifting groove is protruded into one end, and the lifting chamber right end wall, which communicates, is equipped with opening towards left second liter Slot drops, and the lifter plate right side is installed with the second elevator that the other end protrudes into second lifting groove, the lifter plate Left end middle position screw thread runs through the elevating screw thread axis for being equipped with upper end and the lifting chamber upper end wall rotation connection, the lifting chamber Downside is communicated equipped with the first belt chamber, elevating screw thread axis lower end through the lifting chamber protrude into first belt it is intracavitary and It is rotatablely connected with the first belt chamber lower end wall, is installed with first on the intracavitary elevating screw thread axis of first belt Belt pulley is connected by power between first belt pulley by the first belt, the elevating screw thread axis lower end of front side with it is described The fixed lifting motor of first belt chamber lower end wall is connected by power, and the opening down and mobile space is equipped in the movable block The clamping space communicated, the clamping space front bulkhead is installed with clamping motor, after the clamping motor rear end has been connected by power The clamping screw rod with clamping space aft bulkhead rotation connection is held, is threaded with clamping plate on the clamping screw rod, it is described Rear end face and the clamping space aft bulkhead are installed with rubber antiskid pad on clamping plate, and the movable plate upper end connects through screw thread It is connected to mobile screw rod, the first cavity is equipped on the left of the mobile space, is connected between first cavity and the mobile space Equipped with second sliding slot, the mobile screw rod left end, which is protruded into first cavity through the second sliding slot and is installed with second, to be slided Block, second sliding block lower end surface are installed with the first spring that lower end is fixedly connected with the first cavity lower end wall, the shifting It is equipped with the second cavity on the right side of dynamic space, is communicated between second cavity and the mobile space equipped with third sliding slot, described the Sliding is equipped with the block that is connected by power that lower end is installed with second spring, the second spring lower end and second cavity in two cavitys Lower end wall is fixedly connected, and described be connected by power in block is equipped with drive cavity, and the mobile screw rod right end is stretched through the third sliding slot Enter in the drive cavity and is rotatablely connected with the drive cavity right end wall, it is fixed on the mobile screw rod in the drive cavity There is first bevel gear, the first bevel gear upper surface engagement is connected with second bevel gear, and the second bevel gear upper surface is solid Equipped with the splined shaft being connected by power with driving device, communicate on the downside of the mobile space equipped with opening up fixation chamber, it is described It is equipped with cleaning chamber on the right side of fixation chamber, drying chamber is equipped on the right side of the cleaning chamber, the dry cavity wall is installed with and power supply electrical property The cyclic annular heating plate of connection, the drying chamber is interior to be equipped with rotor plate, and the rotor plate lower end surface is installed with lower end and the driving The first rotating shaft that device is connected by power, the drying chamber lower end wall are equipped with several perforative water communicated with free surrounding space up and down Slot.

2. a kind of wood fumigation colouring method according to claim 1, it is characterised in that：The driving device includes driving Chamber, the interior sliding of the driving chamber are equipped with drive block, and the drive block lower end surface is fixedly connected with jack unit, in the drive block It is installed with driving motor, the driving motor left end has been connected by power the first rotation axis, communicates to be equipped on the left of the driving chamber and nibble Close chamber, it is intracavitary and be installed with taper third hand tap gear that the engagement through the driving chamber is protruded into first rotation axis left end, The engagement is intracavitary to be equipped with the 4th bevel gear that connection is engaged with the third hand tap gear, and the 4th bevel gear lower end surface is fixed There is spline housing, the engagement chamber is communicated with lower end wall with the second cavity upper end wall, and the spline housing runs through the engagement chamber It protrudes into second cavity and is connect with the splined shaft spline fitted, it is solid that the driving motor right end has been connected by power right end The second rotation axis equipped with the 5th bevel gear, the driving chamber is interior to be equipped with to engage the connect the 6th with the 5th bevel gear Bevel gear is installed with the second shaft of upper end and driving chamber upper end wall rotation connection, institute at the 6th bevel gear axle center It states and is equipped with the second belt chamber on the downside of driving chamber, be connected between the second belt chamber and the driving chamber and be equipped with link slot, it is described Second shaft lower end through the link slot protrude into second belt it is intracavitary and with the second belt chamber lower end wall rotate connect It connects, the second belt chamber is communicated with the drying chamber, and the first rotating shaft lower end protrudes into described second through the drying chamber Belt is intracavitary and is rotatablely connected with the second belt chamber lower end wall, in the intracavitary first rotating shaft of second belt and institute It states and is connected by power between the second shaft by the second belt.

3. a kind of wood fumigation colouring method according to claim 2, it is characterised in that：The jack unit includes and institute The rotation chamber that driving chamber communicates is stated, fixed strut, the fixed strut rotation are installed between the intracavitary left hand end wall of rotation Turning handle is slidably connected, the press turning handle upper end is rotatably connected to upper surface first company affixed with the drive block lower end surface Block is connect, top pressures groove of the opening communicated equipped with left end with second cavity towards a left side, the turning handle are communicated on the downside of the rotation chamber The second link block is protruded into the top pressures groove through the rotation chamber and be rotatably connected in lower end, and the second link block right end is solid Equipped with the top pressure spring that right end is fixedly connected with the top pressures groove right end wall, second link block left side is installed with left side With the compression bar for being connected by power block and abutting;Described method includes following steps：

Firstly, the timber after having dyed is placed in clamping space, clamping motor work, drive clamping plate be moved to the left by Timber is clamped in clamping space, and lifting motor works thereafter, drives the rotation of elevating screw thread axis, then lifter plate declines so that mobile Block drives timber to drop to the intracavitary carry out fixation treatment of fixation, and after fixation, lifting motor is rotated backward, then lifter plate rises Drive timber rise in mobile space, while be connected by power block rise squeeze compression bar move right push the second link block to It moves right, then makes the first link block that drive block be driven to be moved to the left third hand tap gear by turning handle and engaged with the 4th bevel gear Connection, then driving motor works, and drives third hand tap gear rotation, then is connected by spline and drive second bevel gear rotation, made Screw rod rotation must be moved, then movable block drives the timber after fixation to move right to cleaning chamber, and then lifting motor works, Lifter plate declines so that movable block drives the timber after fixation to drop to the intracavitary carry out cleaning and dipping of cleaning;Thereafter, cleaning terminates Afterwards, lifting motor rotates backward, then lifter plate, which rises, drives timber to rise in mobile space, then same primary, driving motor Work drives the rotation of movable wire bar, then movable block drives the timber after cleaning to move right to drying chamber, then lifting electricity Machine work, lifter plate declines so that the timber after movable block drive cleaning is dropped in drying chamber and is placed on rotor plate, thereafter Driving motor work drives the rotation of the 5th bevel gear, then the second shaft rotates, and makes first rotating shaft band turn by the second belt Timber after dyeing on movable plate slowly rotates evenly drying, and lifting motor works after drying process, and timber is brought to mobile space It is interior to remove timber.