CN108839169A

CN108839169A - A kind of method for modifying wood

Info

Publication number: CN108839169A
Application number: CN201810842299.3A
Authority: CN
Inventors: 余屹
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-27
Filing date: 2018-07-27
Publication date: 2018-11-20

Abstract

The invention discloses a kind of method for modifying wood, including apparatus main body and it is set to the intracorporal soakage device of described device master, the permeability apparatus includes being set to intracorporal first cavity of described device master, first sliding block that can slide up and down is provided in first cavity, what is be connected in the left and right sides inner wall of first cavity is provided with the second cavity, the second sliding block for extending and being passed through in second cavity is fixedly connected on the left and right sides end face of first sliding block, the first bracing wire is fixedly connected on the upside end face of second sliding block, third cavity is provided in the inner wall of second cavity far from first cavity side, the upper end of the third cavity is connected with the upper end opening of second cavity；The present invention is directed to design one kind and can be filled timber inner wall gap by immersion liquid to reinforce timber hardness, and the device and method that the worm's ovum inside timber is killed and then is modified to timber.

Description

A kind of method for modifying wood

Technical field

The present invention relates to timber technical field of modification, specifically a kind of method for modifying wood.

Background technique

It often can all use to wood materials when we fit up in order to increase the Original of finishing and fit up, But phenomena such as aoxidizing blackening, damaging by worms can all occur after these timber are using one end time, therefore, made in these timber Used time needs to carry out spray painting processing, at that time even if spray painting after only by Wood surface and air exclusion, can not change in timber Therefore the structure in portion designs one kind and can be filled by immersion liquid to timber inner wall gap and reinforce timber hardness, and will Worm's ovum inside timber is killed and then is modified to timber be a kind of method for modifying wood it is really necessary to.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of method for modifying wood, are able to solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions：A kind of method for modifying wood of the invention, including device master Body and it is set to the intracorporal soakage device of described device master, the permeability apparatus includes being set to described device master intracorporal the One cavity, is provided with first sliding block that can slide up and down in first cavity, in the left and right sides inner wall of first cavity What is be connected is provided with the second cavity, is fixedly connected with extension on the left and right sides end face of first sliding block and is passed through described second The second sliding block in cavity is fixedly connected with the first bracing wire on the upside end face of second sliding block, and second cavity is separate Third cavity, the upper end of the upper end of the third cavity and second cavity are provided in the inner wall of first cavity side Opening in communication, what is be connected in the downside inner wall of the third cavity is provided with the 4th cavity, can turn in the 4th cavity It is dynamic to be provided with the first reel, the upper end of first bracing wire extend through be set around after the third cavity described first around In line wheel, it is fixedly connected with the first rotation axis at the axle center of first reel, is set in the downside inner wall of first cavity It is equipped with the 5th cavity, can slide up and down in the 5th cavity and be provided with third sliding block, fixed setting in the third sliding block There is a first motor, the downside of the first motor and is located in the third sliding block that left and right is perforative to be provided with the 6th cavity, institute State the downside that Four-slider, the downside end face of the Four-slider and the 6th cavity are slidably provided in the 6th cavity The first spring is fixedly connected between inner wall, what is be connected in the left and right sides inner wall of the 5th cavity is provided with the 7th sky The left and right ends of chamber, the first motor are connected with the first tooth that can be rotated in the 7th cavity by shaft power Wheel, the downside of the first gear and be located at the 7th cavity in be provided with engageable second gear, the second gear Axle center at be fixedly connected with the second rotation axis, the left end of second rotation axis extends into the 7th cavity far from described In the inner wall of five cavity sides and it is fixedly connected on the ratchet assembly being set in the 7th cavity inner wall, first tooth The upside of wheel and be located at it is engageable in the 7th cavity be provided with third gear, it is fixed at the axle center of the third gear to connect It is connected to third rotation axis, is provided with the 8th cavity in the inner wall of the 7th cavity far from the 5th cavity side, described Three rotation axis extend far from one end of the third sliding block to be passed through in the 8th cavity and is fixedly connected with the 4th gear, described The downside of 4th gear and it is located in the 8th cavity and is rotatably provided with the 5th gear, at the axle center of the 5th gear It is fixedly connected with the 4th rotation axis, the 4th rotation axis extends close to one end of the third sliding block is passed through the 8th cavity Inner wall in and be fixedly connected on the ratchet assembly, by being set between the 4th gear and the 5th gear The 6th gear connection between the 8th cavity left and right sides inner wall is stated, is fixedly connected with the 5th rotation at the axle center of the 6th gear Axis is provided with the 9th cavity being connected with the 5th cavity, the 9th cavity in the downside inner wall of the 7th cavity It is interior to be rotatably provided with the first lead screw, the left and right ends of the Four-slider extend be passed through in the 9th cavity and with it is described First threads of lead screw is cooperatively connected, and is provided with the tenth cavity in the inner wall of the 9th cavity far from third sliding block side, The upper end of first lead screw, which extends, to be passed through in the tenth cavity and is fixedly connected with first bevel gear, the first bevel gear One end engagement far from the third sliding block is connected with second bevel gear, is fixedly connected at the axle center of the second bevel gear There is the 6th rotation axis, it is symmetrical in inner wall at left and right sides of the 5th cavity to be provided with positioned at the 8th cavity and described Arrangement of clutch between 4th cavity.

As a preferred technical solution, the arrangement of clutch include be set to the 8th cavity and the 4th cavity it Between be provided with first and begin to speak, described first begin to speak in be provided with the 5th sliding block that can be horizontally slipped, left and right in the 5th sliding block It is perforative to be provided with first through hole, the 6th sliding block, left and right in the 6th sliding block are rotatably provided in the first through hole Perforative to be provided with the second through-hole, first rotation axis extends close to one end of the third sliding block to be passed through in described second simultaneously It is fixedly connected with the first rotating block connecting with the inner wall spline fitted of second through-hole, the 5th rotation axis is far from described One end of third sliding block extends the inner wall spline fitted for being passed through in second through-hole and being fixedly connected with second through-hole Second rotating block of connection, being provided with for being connected in the described first upper inside walls begun to speak second are begun to speak, the 5th sliding block Upside end face on be fixedly connected with to be extended with to extend and be passed through described second and begin to speak the 7th interior sliding block, the 7th sliding block is close Second spring, the 7th sliding block are fixedly connected between the end face of third sliding block side and the described second inner wall for beginning to speak The 8th sliding block is fixedly connected on end face far from third sliding block side, described second begins to speak far from the third sliding block one It is provided with third in the inner wall of side to begin to speak, the 8th sliding block is passed through the third far from one end extension of the 7th sliding block and opens Chamber is simultaneously provided with bevel structure, the third begin to speak in be provided with the 9th sliding block that can slide up and down, under the 9th sliding block The bevel structure matched with the bevel structure being set on the 8th sliding block is provided on side end face, the 9th sliding block The first sliding shoe for extending and being passed through in first cavity, the described first downside inner wall begun to speak are fixedly connected on the end face of upside Being provided with for being inside connected the 4th is begun to speak, and is rotatably provided with and the described 5th between the described 4th front and back side inner wall begun to speak The downside end face engagement of sliding block is connected with the 7th gear, the front side of the 7th gear and be located at the described 4th begin to speak it is interior same Axis connection has a third hand tap gear, the 6th rotation axis extend far from one end of the third sliding block be passed through the described 4th begin to speak in And it is fixedly connected with the 4th bevel gear being meshed with the third hand tap gear.

What the 5th cavity was connected in the left and right sides inner wall of upper inside walls as a preferred technical solution, sets The 5th is equipped with to begin to speak, the described 5th begin to speak in be provided with the first sliding shoe that can be horizontally slipped, first sliding shoe is close to institute It states and is provided with bevel structure on the end face of third sliding block side, wherein be provided on the left and right sides end face of the third sliding block The groove that can be matched with first sliding shoe, first sliding shoe is far from third sliding block side and is located at described the Five begin to speak it is interior be slidably provided with the second sliding shoe, the second sliding shoe is set on the end face far from third sliding block side Be equipped with bevel structure, the described 5th begins to speak be connected in the inner wall far from third sliding block side be provided with upper end with it is described What the first cavity was connected the 6th begins to speak, the described 6th begin to speak in be provided with the third sliding shoe that can slide up and down, the third Left and right is perforative in sliding shoe is provided with third through-hole, is provided with and is set to described on the downside inner wall of the third through-hole The bevel structure that bevel structure on two sliding shoes matches.

As a preferred technical solution, the ratchet assembly include be set to the 7th cavity and the 8th cavity it Between the 6th begin to speak, the described 6th begin to speak it is interior be rotatably provided with third rotating block, second rotation axis is far from described the One end extension of three sliding blocks is passed through the described 6th and begins to speak interior and be fixedly connected on the third rotating block, the third rotating block Inside be provided with the separate third sliding block side of opening the 7th begins to speak, and the 4th rotation axis is close to the one of the third sliding block End extension is passed through the described 7th and begins to speak interior and be fixedly connected with the 4th rotating block that the inner wall ratchet begun to speak with the described 7th is connect, When the third rotating block rotates forward, the 4th rotating block engages mating connection with the third rotating block, when the third When rotating block inverts, the inner wall that the 4th rotating block is begun to speak with the described 7th is slidably connected, and the described 6th of left side opens Being provided with for being connected in the side arc inner wall of chamber the 8th is begun to speak, and fixation is set on the side curved end of the third rotating block It is equipped with to extend and is passed through the described 8th and begins to speak the first interior ring gear.

Immersion liquid supplementary device, the leaching are provided in the downside inner wall of first cavity as a preferred technical solution, Liquid supplementing device includes the first water service pipe being set on the downside of first cavity in inner wall, the right end phase of first water service pipe Connection is provided with liquid-storing cavity, and the lower end of inner wall is provided with liquid exchange opening on the right side of the liquid-storing cavity, between the inner wall of the liquid exchange opening Be provided with and change liquid switch, what is be connected in the inner wall of first water service pipe is provided with first turn of chamber, described first turn it is intracavitary can Rotation is provided with the first rotating cylinder sleeve, is fixedly installed turbine fan blades on the inner wall of first rotational sleeve, and described first Turn chamber with the described 8th begin to speak between be connected be provided with second turn of chamber, described second turn intracavitary to be rotatably provided with first Change, first change is to be driven the upper end of first ring gear and the lower end of first rotational sleeve, and described first What is be connected in the inner left wall of water service pipe is provided with the first sliding chamber, and what the lower end of inner wall was connected on the right side of the described first sliding chamber sets It is equipped with the second water service pipe, the right end of second water service pipe is connected with first water service pipe, a left side for second water service pipe First time liquid switch is fixedly installed at end opening, what is be connected in the upper inside walls of the described first sliding chamber is provided with third water flowing Pipe, the upper end of the third water service pipe is connected with first cavity, is provided in the inner left wall of the third water service pipe The upper end opening of 4th water service pipe, the 4th water service pipe extends to the right and is connected with first cavity, the four-way The lower end of water pipe is connected with the described first sliding chamber, described first it is sliding it is intracavitary be provided with first floating block that can slide up and down, it is described Left and right is perforative in first floating block is provided with the fourth hole that can be connected to first water service pipe and the 4th water service pipe, described Third spring is fixedly connected between the upper inside walls of the upside end face of first floating block and the first sliding chamber.

As a preferred technical solution, the described 6th begin to speak to be connected in the inner wall far from third sliding block side set It is equipped with the first guide runner, extension is fixedly connected on the end face of the third sliding shoe far from third sliding block side and is passed through institute State the downside inner wall of the first slider guide in the first guide runner, the downside end face of first slider guide and first guide runner Between be fixedly connected with the 4th spring.

As a preferred technical solution, in first sliding block left and right array distribution be provided with front and back run through and be open to On card slot, plank of the card slot to place pending immersion liquid.

Described method includes following steps：Timber is placed in card slot and and is fixed, at this time first by user of service Electric motor starting, and then first gear rotation is driven by shaft, and then the rotation of third rotation axis is driven by third rotation axis, into And the rotation of the 5th rotation axis is driven by the 6th gear, and then the rotation of the 6th sliding block is driven by the second rotating block, and then pass through First rotating block drives the rotation of the first rotation axis, and then drives the first reel to rotate and loosen the first bracing wire, and at this time first Bracing wire drives the decline of the second sliding block, and then drives timber to decline and immerse the immersion liquid being placed in the first cavity by the first sliding block In, in the process, the first sliding shoe is pushed downwards in the lower end surface of the first sliding block, and then drives the 7th sliding block by the 9th sliding block It is mobile towards third sliding block side, and then drive the 5th sliding block mobile towards third sliding block side, and then by under the 5th sliding block Engagement connection between side end face and the 7th gear upper end drives third hand tap gear rotation, and then drives the by the 6th rotation axis The rotation of two bevel gears, and then the rotation of the first lead screw is driven by first bevel gear, and then drive Four-slider declines and squeezes the One spring, at this point, when being compressed to third sliding shoe during the first sliding block continues decline, the push effect band of the first sliding block Dynamic third sliding shoe overcomes the elastic force of the 4th spring to act on moving down and third through-hole being opened with the 5th and be connected, and at this time the Three sliding blocks are pushed the first sliding shoe retraction the 5th to open interior and first motor are driven to move down by the elastic force effect of the first spring, And then first gear is driven to move down and be meshed with the second gear, the first sliding block drops to most lower in the first cavity at this time Side, meanwhile, first motor continues to rotate forward, and then third rotating block is driven to rotate forward, and then drives the first rotation by the first change Sleeve rotation, and then the immersion liquid in liquid-storing cavity is pumped into first by the first water service pipe and the 4th water service pipe by turbine fan blades In cavity, the immersion liquid overflowed in the first cavity when the immersion liquid abundance in the first cavity is flowed into first by third water service pipe and slides Intracavitary and the first floating block of drive rises and then separates the 4th water service pipe and the first water service pipe, and first motor stops operating not at this time It is further continued for supplement immersion liquid, when impregnating completion, first motor reversion, and then liquid switch reversion is moved by second gear band, into And the reversion of the 6th gear is driven by ratchet assembly, and then the first reel is driven to invert and tense the first bracing wire, and then by the One sliding block is brought to liquid level is risen from, in the process, when the first sliding block is detached from the 4th spring when compressing effect with third sliding shoe Push third sliding shoe rise, and then push the second sliding shoe be set back in the 5th open in, when the first sliding block continues to rise and is detached from When with the abutting of the first sliding shoe, the first sliding shoe is returned to original state, and then the 5th sliding block is returned to original state, at this time 6th rotation axis inverts and then Four-slider is driven to rise, and then stretches the first spring and third sliding block is driven to restore to initial shape State, and first gear is driven to engage with third rotation axis, first motor continues to invert and the first sliding block is driven to restore to first at this time Beginning state, when first gear is engaged with second gear and first motor inverts, first motor drives the reversion of the first rotational sleeve, And then the first sliding intracavitary immersion liquid is drawn back to liquid-storing cavity.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when modified by present apparatus progress timber, User of service by timber be placed in card slot and and be fixed, at this time first motor start, and then by shaft drive first Gear rotation, and then the rotation of third rotation axis is driven by third rotation axis, and then the 5th rotation axis is driven by the 6th gear Rotation, and then the rotation of the 6th sliding block is driven by the second rotating block, and then the rotation of the first rotation axis is driven by the first rotating block, And then drive the first reel to rotate and loosen the first bracing wire, the first bracing wire at this time drives the decline of the second sliding block, and then passes through First sliding block drives timber to decline and immerse in the immersion liquid being placed in the first cavity, in the process, the lower end of the first sliding block The first sliding shoe is pushed downwards, and then drives the 7th sliding block mobile towards third sliding block side by the 9th sliding block, and then band Dynamic 5th sliding block is mobile towards third sliding block side, and then passes through end face on the downside of the 5th sliding block and nibbling between the 7th gear upper end It closes connection and drives third hand tap gear rotation, and then second bevel gear rotation is driven by the 6th rotation axis, and then pass through the first cone Gear drives the rotation of the first lead screw, and then Four-slider is driven to decline and squeeze the first spring, at this point, in the case where the first sliding block continues When being compressed to third sliding shoe during drop, the push effect drive third sliding shoe of the first sliding block overcomes the bullet of the 4th spring Power effect, which moves down and third through-hole is opened with the 5th, to be connected, and third sliding block is acted on by the elastic force of the first spring at this time Push the first sliding shoe retract the 5th open in and drive first motor to move down, and then drive first gear move down and with Second gear is meshed, and the first sliding block drops to lower side in the first cavity at this time, meanwhile, first motor continues to rotate forward, into And third rotating block is driven to rotate forward, and then drive the rotation of the first rotational sleeve by the first change, and then will by turbine fan blades Immersion liquid in liquid-storing cavity is pumped into the first cavity by the first water service pipe and the 4th water service pipe, when the immersion liquid in the first cavity is filled The immersion liquid overflowed in first cavity when sufficient is flowed into first sliding intracavitary and drive the first floating block rising by third water service pipe Separate the 4th water service pipe and the first water service pipe, first motor stops operating and do not continue to supplement immersion liquid at this time, completes when impregnating When, first motor reversion, and then liquid switch reversion is moved by second gear band, and then the 6th gear is driven by ratchet assembly Reversion, and then drive the first reel to invert and tense the first bracing wire, and then the first sliding block is brought to liquid level is risen from, in this process In, the rising of third sliding shoe is pushed with the 4th spring when compressing effect of third sliding shoe when the first sliding block is detached from, and then push The second sliding shoe be set back in the 5th open in, when the first sliding block continues to rise and be detached from the abutting with the first sliding shoe, first is sliding Motion block is returned to original state, and then the 5th sliding block is returned to original state, and the 6th rotation axis inverts and then drives the 4th at this time Sliding block rises, and then stretches the first spring and third sliding block is driven to restore to original state, and first gear and third is driven to turn Moving axis engagement, first motor continues to invert and the first sliding block is driven to restore to original state at this time, in first gear and the second tooth When wheel engagement and first motor reversion, first motor drives the reversion of the first rotational sleeve, and then the first sliding intracavitary immersion liquid is taken out It is back in liquid-storing cavity.Modified processing can be carried out impregnating to wood board product by the present apparatus, at the same can in carrying out soaking process, with The consumption of immersion liquid it is supplemented, while can will complete modified work woodwork send out and be detached from soak, in turn Personnel convenient to use are removed, and structure is simple but work efficiency is high, are worth being recommended to use.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of schematic diagram of internal structure of method for modifying wood of the invention；

Fig. 2 is the enlarged diagram of " A " in Fig. 1；

Fig. 3 is the enlarged diagram of " B " in Fig. 1；

Fig. 4 is the enlarged diagram of " C " in Fig. 1；

Fig. 5 is the enlarged diagram of " D " in Fig. 2.

Specific embodiment

As Figure 1-Figure 5, a kind of method for modifying wood of the invention, including apparatus main body 11 and it is set to the dress The soakage device in main body 11 is set, the permeability apparatus includes the first cavity 21 being set in described device main body 11, described It is provided with first sliding block 20 that can slide up and down in first cavity 21, is connected in the left and right sides inner wall of first cavity 21 Be provided with the second cavity 23, extension is fixedly connected on the left and right sides end face of first sliding block 20, and to be passed through described second empty The second sliding block 22 in chamber 23 is fixedly connected with the first bracing wire 24 on the upside end face of second sliding block 22, and described second is empty Chamber 23 is provided with third cavity 25 in the inner wall far from 21 side of the first cavity, the upper end of the third cavity 25 with it is described The upper end opening of second cavity 23 is connected, and what is be connected in the downside inner wall of the third cavity 25 is provided with the 4th cavity 87, the first reel 88 is rotatably provided in the 4th cavity 87, and the upper end of first bracing wire 24 extends through institute It is set around on first reel 88 after stating third cavity 25, is fixedly connected with first at the axle center of first reel 88 Rotation axis 81 is provided with the 5th cavity 28 in the downside inner wall of first cavity 21, can go up downslide in the 5th cavity 28 Dynamic is provided with third sliding block 63, is fixedly installed first motor 64 in the third sliding block 63, under the first motor 64 Side and it is located in the third sliding block 64 that left and right is perforative is provided with the 6th cavity 29, is slidably set in the 6th cavity 29 It is equipped with Four-slider 32, is fixedly connected between the downside end face of the Four-slider 32 and the downside inner wall of the 6th cavity 29 There is the first spring 31, what is be connected in the left and right sides inner wall of the 5th cavity 28 is provided with the 7th cavity 12, and described first The left and right ends of motor 64 are connected with the first gear 66 that can be rotated in the 7th cavity 12, institute by shaft power It states the downside of first gear 66 and is located in the 7th cavity 12 and be provided with engageable second gear 67, the second gear The second rotation axis 10 is fixedly connected at 67 axle center, it is remote that the left end of second rotation axis 10 extends into the 7th cavity 12 In inner wall from 28 side of the 5th cavity and it is fixedly connected on the ratchet assembly being set in 12 inner wall of the 7th cavity On, the upside of the first gear 66 and be located at it is engageable in the 7th cavity 12 be provided with third gear 65, described the Third rotation axis 51 is fixedly connected at the axle center of three gears 65, the 7th cavity 12 is far from 28 side of the 5th cavity It is provided with the 8th cavity 44 in inner wall, the third rotation axis 65 extends far from one end of the third sliding block 63 is passed through described the In eight cavitys 44 and it is fixedly connected with the 4th gear 49, the downside of the 4th gear 49 and be located at can in the 8th cavity 44 Rotation is provided with the 5th gear 45, is fixedly connected with the 4th rotation axis 46 at the axle center of the 5th gear 45, and the described 4th Rotation axis 46 extends close to one end of the third sliding block 63 to be passed through in the inner wall of the 8th cavity 44 and is fixedly connected on institute It states on ratchet assembly, by being set to 44 left and right sides of the 8th cavity between the 4th gear 49 and the 5th gear 45 The 6th gear 48 connection between inner wall, is fixedly connected with the 5th rotation axis 47 at the axle center of the 6th gear 48, and described the The 9th cavity 33 being connected with the 5th cavity 28 is provided in the downside inner wall of seven cavitys 12, in the 9th cavity 33 Rotatably be provided with the first lead screw 35, the left and right ends of the Four-slider 32 extend be passed through in the 9th cavity 33 and with First lead screw 35 is threadedly engaged connection, and the 9th cavity 33 is provided in the inner wall far from 63 side of third sliding block Tenth cavity 36, the upper end of first lead screw 35, which extends, to be passed through in the tenth cavity 36 and is fixedly connected with first bevel gear 34, the first bevel gear 34 is connected with second bevel gear 37 far from one end engagement of the third sliding block 63, and described the The 6th rotation axis 42, bilateral symmetry in 28 left and right sides inner wall of the 5th cavity are fixedly connected at the axle center of two bevel gears 37 The arrangement of clutch being provided between the 8th cavity 44 and the 4th cavity 87.

Valuably, the arrangement of clutch includes being set between the 8th cavity 44 and the 4th cavity 87 to be provided with First begins to speak 69, and described first, which begins to speak, is provided with the 5th sliding block 73 that can be horizontally slipped, left and right in the 5th sliding block 73 in 69 It is perforative to be provided with first through hole 79, the 6th sliding block 72, the 6th sliding block are rotatably provided in the first through hole 79 Left and right is perforative in 72 is provided with the second through-hole 13, and first rotation axis 81 extends logical close to one end of the third sliding block 63 Enter in described second and is fixedly connected with the first rotating block 94 connecting with the inner wall spline fitted of second through-hole 13, it is described 5th rotation axis 47 extends far from one end of the third sliding block 63 to be passed through in second through-hole 13 and is fixedly connected with and institute State the second through-hole 13 inner wall spline fitted connection the second rotating block 71, described first begin to speak 69 upper inside walls in be connected Be provided with and second begin to speak 96, be fixedly connected on the upside end face of the 5th sliding block 73 and be extended with extension and be passed through described second The 7th sliding block 95 begun to speak in 96, the 7th sliding block 95 are begun to speak close to the end face of 63 side of third sliding block with described second Second spring 97 is fixedly connected between 96 inner wall, on end face of the 7th sliding block 95 far from 63 side of third sliding block It is fixedly connected with the 8th sliding block 93, described second, which begins to speak, is provided with third in 96 inner walls far from 63 side of third sliding block and opens Chamber 92, the 8th sliding block 93 extends far from one end of the 7th sliding block 95 to be passed through the third and begins to speak 92 and to be provided with inclined-plane Structure, the third begins to speak to be provided with the 9th sliding block 91 that can slide up and down in 92, on the downside end face of the 9th sliding block 91 It is provided with the bevel structure matched with the bevel structure being set on the 8th sliding block 93, the upside of the 9th sliding block 91 Be fixedly connected on end face and extend the first sliding shoe 89 for being passed through in first cavity 21, described first begin to speak 69 downside in Being provided with for being connected in wall the 4th begins to speak 75, the described 4th begin to speak 75 front and back side inner wall between be rotatably provided with and institute The downside end face engagement for stating the 5th sliding block 73 is connected with the 7th gear 76, the front side of the 7th gear 76 and is located at described 4th, which begins to speak, is coaxially connected with third hand tap gear 77 in 75, and the 6th rotation axis 42 is prolonged far from one end of the third sliding block 63 It stretches and is passed through the described 4th and begins to speak in 75 and be fixedly connected with the 4th bevel gear 74 being meshed with the third hand tap gear.

Valuably, what the 5th cavity 28 was connected in the left and right sides inner wall of upper inside walls, which be provided with the 5th, opens Chamber 58, the described 5th, which begins to speak, is provided with the first sliding shoe 61 that can be horizontally slipped in 58, and first sliding shoe 61 is close to described Bevel structure is provided on the end face of 63 side of third sliding block, wherein is arranged on the left and right sides end face of the third sliding block 63 Have a groove 62 that can be matched with first sliding shoe 61, first sliding shoe 63 far from 63 side of third sliding block and It begins to speak slidably to be provided with the second sliding shoe 57 in 58 positioned at the described 5th, the second sliding shoe 57 is sliding far from the third It is provided with bevel structure on the end face of 63 side of block, the described 5th begins to speak phase in 58 inner walls far from 63 side of third sliding block Being provided with for connection the upper end is connected with first cavity 21 the 6th is begun to speak, and the described 6th interior be provided with of beginning to speak can go up downslide Dynamic third sliding shoe 55, left and right is perforative in the third sliding shoe 55 is provided with third through-hole 56, the third through-hole 56 Downside inner wall on be provided with the bevel structure matched with the bevel structure being set on the second sliding shoe 57.

Valuably, the ratchet assembly includes the 6 be set between the 7th cavity 12 and the 8th cavity 44 Begin to speak 14, the described 6th, which begins to speak, is rotatably provided with third rotating block 16 in 14, and second rotation axis 10 is far from described One end of three sliding blocks 63, which extends, to be passed through the described 6th and begins to speak in 14 and be fixedly connected on the third rotating block 16, the third It is provided with to be open in rotating block 16 and the 7th begins to speak 30 far from 63 side of third sliding block, the 4th rotation axis 46 is close to institute The one end for stating third sliding block 63 extend be passed through the described 7th begin to speak in 30 and be fixedly connected with begin to speak with the described 7th 30 inner wall 4th rotating block 40 of ratchet connection, when the third rotating block 16 rotates forward, the 4th rotating block 40 turns with the third The engagement of motion block 16 is cooperatively connected, and when the third rotating block 16 reversion, the 4th rotating block 40 begins to speak 30 with the described 7th Inner wall sliding connection, the described 6th of left side begin to speak 14 side arc inner wall in be connected be provided with and the 8th begin to speak 50, it is fixedly installed on the side curved end of the third rotating block 16 to extend and is passed through the described 8th the first tooth begun to speak in 50 Ring 60.

Valuably, immersion liquid supplementary device, the immersion liquid supplementary device are provided in the downside inner wall of first cavity 21 Including the first water service pipe 38 being set in the 21 downside inner wall of the first cavity, the right end of first water service pipe 38 is connected Be provided with liquid-storing cavity 98, the lower end of the 98 right side inner wall of liquid-storing cavity is provided with liquid exchange opening 102, the liquid exchange opening 102 it is interior It being provided between wall and changes liquid switch 101, what is be connected in the inner wall of first water service pipe 38 is provided with first turn of chamber, and described One turn intracavitary to be rotatably provided with the first rotating cylinder sleeve 39, is fixedly installed turbine on the inner wall of first rotational sleeve 39 Fan blades 41, first turn of chamber with the described 8th begin to speak to be connected between 50 be provided with second turn of chamber 70, second turn of chamber Rotatably be provided with the first change 43 in 70, first change 43 to be driven the upper end of first ring gear 60 with it is described The lower end of first rotational sleeve 39, what is be connected in the inner left wall of first water service pipe 38 is provided with the first sliding chamber 86, institute State second water service pipe 68 that is provided with that the lower end of the first sliding 86 right side inner wall of chamber is connected, the right end of second water service pipe 68 with First water service pipe 38 is connected, and the left end opening of second water service pipe 68 is fixedly installed first time liquid switch 82, What is be connected in the upper inside walls of the first sliding chamber 86 is provided with third water service pipe 27, the upper end of the third water service pipe 27 with First cavity 21 is connected, and is provided with the 4th water service pipe 26 in the inner left wall of the third water service pipe 27, and the described 4th The upper end opening of water service pipe 26 extends to the right and is connected with first cavity 21, the lower end of the 4th water service pipe 26 and institute It states the first sliding chamber 86 to be connected, is provided with first floating block 83 that can slide up and down, first floating block in the described first sliding chamber 86 Left and right is perforative in 83 is provided with the fourth hole 83 that can be connected to first water service pipe 38 and the 4th water service pipe 26, described Third spring 85 is fixedly connected between the upper inside walls of the upside end face of first floating block 83 and the first sliding chamber 86.

Valuably, the described 6th begin to speak to be connected in the inner wall far from 63 side of third sliding block be provided with and first lead Sliding slot 52, the third sliding shoe 55 are fixedly connected with extension and are passed through described on the end face far from 63 side of third sliding block The downside of the first slider guide 54 in one guide runner 52, the downside end face of first slider guide 54 and first guide runner 52 The 4th spring 53 is fixedly connected between inner wall.

Valuably, the front and back that is provided with of left and right array distribution is run through and the card slot of opening upwards in first sliding block 20 15, plank of the card slot 15 to place pending immersion liquid.

Described method includes following steps：Timber is placed in card slot 15 and and is fixed, at this time by user of service The starting of one motor 64, and then drive first gear 66 to rotate by shaft, and then drive third rotation by third rotation axis 65 Axis 51 rotates, and then drives the rotation of the 5th rotation axis 47 by the 6th gear 48, and then drive the 6th by the second rotating block 71 Sliding block 72 rotates, and then drives the rotation of the first rotation axis 81 by the first rotating block 94, and then drives the rotation of the first reel 88 And loosen the first bracing wire 24, the first bracing wire 24 at this time drives the decline of the second sliding block 22, and then drives wood by the first sliding block 20 Material declines and immerses in the immersion liquid being placed in the first cavity 21, and in the process, the lower end surface of the first sliding block 20 is pushed downwards First sliding shoe 89, and then drive the 7th sliding block 95 mobile towards 63 side of third sliding block by the 9th sliding block 91, and then drive 5th sliding block 73 is mobile towards 63 side of third sliding block, so by 73 downside end face of the 5th sliding block and 76 upper end of the 7th gear it Between engagement connection drive third hand tap gear 77 rotate, and then by the 6th rotation axis 42 drive second bevel gear 37 rotate, into And the rotation of the first lead screw 35 is driven by first bevel gear 34, and then drive Four-slider 32 to decline and squeeze the first spring 31, At this point, when being compressed to third sliding shoe 55 during the first sliding block 20 continues decline, the push effect band of the first sliding block 20 Dynamic third sliding shoe 55 overcomes the elastic force of the 4th spring 53 to act on moving down and third through-hole 56 being made to open 58 with the 5th and be connected Logical, third sliding block 63 is pushed the first sliding shoe 61 retraction the 5th to open in 58 and drives by the elastic force effect of the first spring 31 at this time First motor 64 moves down, and then first gear 66 is driven to move down and be meshed with second gear 67, and first is sliding at this time Block 20 drops to lower side in the first cavity 21, meanwhile, first motor 64 continues to rotate forward, and then drives third rotating block 16 just Turn, and then the rotation of the first rotational sleeve 39 is driven by the first change 43, and then will be in liquid-storing cavity 98 by turbine fan blades 41 Immersion liquid is pumped into the first cavity 21 by the first water service pipe 38 and the 4th water service pipe 26, when the immersion liquid in the first cavity 21 is sufficient When the first cavity 21 in the immersion liquid overflowed be flowed into the first sliding chamber 86 and driven on the first floating block 83 by third water service pipe 27 It rises and then separates the 4th water service pipe 26 and the first water service pipe 38, first motor 64 stops operating and do not continue to supplement leaching at this time Liquid, when impregnating completion, first motor 64 is inverted, and then is moved liquid switch 10 by 67 band of second gear and inverted, and then pass through Ratchet assembly drives the reversion of the 6th gear 48, and then drives the first reel 88 to invert and tense the first bracing wire 24, and then by the One sliding block 20 is with to emersion liquid level, in the process, when first sliding block 20 is detached from third sliding shoe 55 the when compressing effect Four springs 53 are pushed third sliding shoe 55 and are risen, and then push the second sliding shoe 57 to be set back in the 5th and open in 58, when the first sliding block 20 when continuing to rise and be detached from the abutting with the first sliding shoe 89, and the first sliding shoe 89 is returned to original state, and then the 5th is sliding Block 73 is returned to original state, and the 6th rotation axis 42 inverts and then Four-slider 32 is driven to rise at this time, and then stretches the first bullet Spring 31 simultaneously drives third sliding block 63 to restore to original state, and first gear 66 is driven to engage with third rotation axis 65, and at this time the One motor 64 continues to invert and the first sliding block 20 is driven to restore to original state, engages simultaneously in first gear 66 with second gear 67 When first motor 64 inverts, first motor 64 drives the reversion of the first rotational sleeve 39, and then the immersion liquid in the first sliding chamber 86 is taken out It is back in liquid-storing cavity 98.

When original state, the second sliding block 22 rises to greatest extent in the second cavity 23, and the first sliding block 20 is first at this time Rise to greatest extent in cavity 21, meanwhile, the upside end face of third sliding block 63 and the upper inside walls of the 5th cavity 28 abut against, the Three sliding shoes 55 rise to greatest extent in the 6th cavity, and the first sliding shoe 61 is caught in groove 62, the upside of Four-slider 32 End face and the upper inside walls of the 6th cavity 29 abut against, while second gear 67 is meshed with first gear 66, the 7th sliding block 95 It begins to speak in 96 to greatest extent second far from third sliding block 63, at this time end of the 5th sliding block 73 far from 63 side of third sliding block Face is abutted against with the first 69 inner walls far from 63 side of third sliding block of beginning to speak, and the downside end face of the first floating block 83 is sliding with first The downside inner wall of chamber 86 abuts against.

By the present apparatus carry out timber it is modified when, user of service by timber be placed in card slot 15 and and be fixed, this When first motor 64 start, and then by shaft drive first gear 66 rotate, and then by third rotation axis 65 drive third Rotation axis 51 rotates, and then drives the rotation of the 5th rotation axis 47 by the 6th gear 48, and then drive by the second rotating block 71 The rotation of 6th sliding block 72, and then the rotation of the first rotation axis 81 is driven by the first rotating block 94, and then drive the first reel 88 It rotates and loosens the first bracing wire 24, the first bracing wire 24 at this time drives the decline of the second sliding block 22, and then passes through 20 band of the first sliding block Dynamic timber declines and immerses in the immersion liquid being placed in the first cavity 21, and in the process, the lower end of the first sliding block 20 is downwards The first sliding shoe 89 is pushed, and then drives the 7th sliding block 95 mobile towards 63 side of third sliding block by the 9th sliding block 91, in turn Drive the 5th sliding block 73 mobile towards 63 side of third sliding block, and then by 73 downside end face of the 5th sliding block and the 7th gear 76 Engagement connection between end drives third hand tap gear 77 to rotate, and then drives 37 turns of second bevel gear by the 6th rotation axis 42 It is dynamic, and then the rotation of the first lead screw 35 is driven by first bevel gear 34, and then drive Four-slider 32 to decline and squeeze the first bullet Spring 31, at this point, the pushing of the first sliding block 20 is made when being compressed to third sliding shoe 55 during the first sliding block 20 continues decline Overcome the elastic force effect of the 4th spring 53 to move down with drive third sliding shoe 55 and third through-hole 56 and the 5th is made to open 58 It is connected, third sliding block 63 is pushed the first sliding shoe 61 to retract the 5th and opens in 58 simultaneously by the elastic force effect of the first spring 31 at this time It drives first motor 64 to move down, and then first gear 66 is driven to move down and be meshed with second gear 67, at this time the One sliding block 20 drops to lower side in the first cavity 21, meanwhile, first motor 64 continues to rotate forward, and then drives third rotating block 16 rotate forward, and then drive the rotation of the first rotational sleeve 39 by the first change 43, and then pass through turbine fan blades 41 for liquid-storing cavity 98 Interior immersion liquid is pumped into the first cavity 21 by the first water service pipe 38 and the 4th water service pipe 26, the immersion liquid in the first cavity 21 The immersion liquid overflowed in first cavity 21 when sufficient is flowed into the first sliding chamber 86 by third water service pipe 27 and drives the first floating block 83 rise and then separate the 4th water service pipe 26 and the first water service pipe 38, and first motor 64 stops operating and do not continue to supplement at this time Immersion liquid, when impregnating completion, first motor 64 is inverted, and then is moved liquid switch 10 by 67 band of second gear and inverted, Jin Ertong It crosses ratchet assembly and drives the reversion of the 6th gear 48, and then drive the first reel 88 to invert and tense the first bracing wire 24, and then will First sliding block 20 is with extremely emersion liquid level, in the process, when the first sliding block 20 is detached from and when compressing effect of third sliding shoe 55 4th spring 53 is pushed third sliding shoe 55 and is risen, and then pushes the second sliding shoe 57 to be set back in the 5th and open in 58, when the first cunning When block 20 continues to rise and be detached from the abutting with the first sliding shoe 89, the first sliding shoe 89 is returned to original state, and then the 5th Sliding block 73 is returned to original state, and the 6th rotation axis 42 inverts and then Four-slider 32 is driven to rise at this time, and then stretches first Spring 31 simultaneously drives third sliding block 63 to restore to original state, and first gear 66 is driven to engage with third rotation axis 65, at this time First motor 64 continues to invert and the first sliding block 20 is driven to restore to original state, engages in first gear 66 with second gear 67 And when the reversion of first motor 64, first motor 64 drives the reversion of the first rotational sleeve 39, and then first is slided the immersion liquid in chamber 86 It draws back to liquid-storing cavity 98.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of method for modifying wood, including apparatus main body and it is set to the intracorporal soakage device of described device master, the infiltration Saturating device includes being set to intracorporal first cavity of described device master, and being provided in first cavity can slide up and down first Sliding block, what is be connected in the left and right sides inner wall of first cavity is provided with the second cavity, the left and right two of first sliding block It is fixedly connected with the second sliding block for extending and being passed through in second cavity on side end face, consolidates on the upside end face of second sliding block Surely it is connected with the first bracing wire, is provided with third cavity in the inner wall of second cavity far from first cavity side, it is described The upper end of third cavity is connected with the upper end opening of second cavity, is connected in the downside inner wall of the third cavity It is provided with the 4th cavity, the first reel is rotatably provided in the 4th cavity, the upper end of first bracing wire extends By being set around on first reel after the third cavity, first is fixedly connected at the axle center of first reel Rotation axis is provided with the 5th cavity in the downside inner wall of first cavity, and can slide up and down setting in the 5th cavity There is third sliding block, be fixedly installed first motor in the third sliding block, the downside of the first motor and is located at the third Left and right is perforative in sliding block is provided with the 6th cavity, is slidably provided with Four-slider in the 6th cavity, and the described 4th The first spring, a left side for the 5th cavity are fixedly connected between the downside inner wall of the downside end face of sliding block and the 6th cavity What is be connected in right two sides inner wall is provided with the 7th cavity, and the left and right ends of the first motor are cooperatively connected by shaft power There are the first gear that can be rotated in the 7th cavity, the downside of the first gear and the setting in the 7th cavity There is engageable second gear, the second rotation axis is fixedly connected at the axle center of the second gear, second rotation axis Left end, which extends into the inner wall of the 7th cavity far from the 5th cavity side and is fixedly connected on, is set to the described 7th On ratchet assembly in cavity inner wall, the upside of the first gear and it is located at and engageable in the 7th cavity is provided with the Three gears are fixedly connected with third rotation axis at the axle center of the third gear, and the 7th cavity is far from the 5th cavity It is provided with the 8th cavity in the inner wall of side, the third rotation axis extends far from one end of the third sliding block is passed through described the In eight cavitys and it is fixedly connected with the 4th gear, the downside of the 4th gear and being located in the 8th cavity is rotatably set It is equipped with the 5th gear, the 4th rotation axis is fixedly connected at the axle center of the 5th gear, the 4th rotation axis is close to described One end of third sliding block extends in the inner wall for being passed through the 8th cavity and is fixedly connected on the ratchet assembly, the described 4th It is connected between gear and the 5th gear by the 6th gear being set between the 8th cavity left and right sides inner wall, it is described It is fixedly connected with the 5th rotation axis at the axle center of 6th gear, is provided with and the described 5th in the downside inner wall of the 7th cavity The 9th cavity that cavity is connected rotatably is provided with the first lead screw, the left and right of the Four-slider in the 9th cavity Both ends, which extend, to be passed through in the 9th cavity and is cooperatively connected with first threads of lead screw, and the 9th cavity is far from described the The tenth cavity is provided in the inner wall of three sliding block sides, the upper end extension of first lead screw is passed through in the tenth cavity and solid Surely it is connected with first bevel gear, the first bevel gear is connected with the second cone tooth far from one end engagement of the third sliding block It takes turns, the 6th rotation axis is fixedly connected at the axle center of the second bevel gear, left and right in inner wall at left and right sides of the 5th cavity The arrangement of clutch being symmetrically arranged between the 8th cavity and the 4th cavity.

2. a kind of method for modifying wood according to claim 1, it is characterised in that：The arrangement of clutch includes being set to institute State and be provided with first between the 8th cavity and the 4th cavity and begin to speak, described first begin to speak in be provided with can horizontally slip the Five sliding blocks, left and right is perforative in the 5th sliding block is provided with first through hole, and is rotatably provided in the first through hole Six sliding blocks, left and right is perforative in the 6th sliding block is provided with the second through-hole, and first rotation axis is close to the third sliding block One end extend and be passed through in described second and be fixedly connected with first turn connect with the inner wall spline fitted of second through-hole Motion block, the 5th rotation axis far from the third sliding block one end extend be passed through in second through-hole and be fixedly connected with Second rotating block of the inner wall spline fitted connection of second through-hole, what is be connected in the described first upper inside walls begun to speak sets Second is equipped with to begin to speak, be fixedly connected on the upside end face of the 5th sliding block be extended with extend be passed through described second begin to speak in 7th sliding block, the 7th sliding block is fixed between the inner wall that the end face of third sliding block side and described second are begun to speak to be connected It is connected to second spring, the 7th sliding block is fixedly connected with the 8th sliding block on the end face far from third sliding block side, described Second, which begins to speak, is provided with third in the inner wall far from third sliding block side and begins to speak, and the 8th sliding block is sliding far from the described 7th One end of block, which extends, to be passed through the third and begins to speak and be provided with bevel structure, the third begin to speak in be provided with and can slide up and down 9th sliding block is provided on the downside end face of the 9th sliding block and matches with the bevel structure being set on the 8th sliding block Bevel structure, the first sliding for extending and being passed through in first cavity is fixedly connected on the upside end face of the 9th sliding block Block, being provided with for being connected in the described first downside inner wall begun to speak the 4th are begun to speak, the described 4th front and back side inner wall begun to speak it Between be rotatably provided with to engage with the downside end face of the 5th sliding block and be connected with the 7th gear, the 7th gear Front side and be located at the described 4th begin to speak in be coaxially connected with third hand tap gear, the 6th rotation axis is far from the third sliding block One end extension is passed through the described 4th and begins to speak interior and be fixedly connected with the 4th bevel gear being meshed with the third hand tap gear.

3. a kind of method for modifying wood according to claim 1, it is characterised in that：5th cavity is close to upper inside walls Left and right sides inner wall in be connected be provided with and the 5th begin to speak, the described 5th begin to speak in be provided with can horizontally slip first sliding Motion block, first sliding shoe are provided with bevel structure on the end face of third sliding block side, wherein the third is sliding The groove that can be matched with first sliding shoe is provided on the left and right sides end face of block, first sliding shoe is far from described Third sliding block side and be located at the described 5th begin to speak it is interior be slidably provided with the second sliding shoe, the second sliding shoe is far from institute It states and is provided with bevel structure on the end face of third sliding block side, the described 5th begins to speak in the inner wall far from third sliding block side Being provided with for being connected the upper end is connected with first cavity the 6th is begun to speak, the described 6th begin to speak in be provided with and can go up downslide Dynamic third sliding shoe, left and right is perforative in the third sliding shoe is provided with third through-hole, in the downside of the third through-hole The bevel structure matched with the bevel structure being set on the second sliding shoe is provided on wall.

4. a kind of method for modifying wood according to claim 1, it is characterised in that：The ratchet assembly includes being set to institute The 6th stated between the 7th cavity and the 8th cavity begins to speak, the described 6th begin to speak it is interior rotatably be provided with third rotation Block, second rotation axis extend far from one end of the third sliding block be passed through the described 6th begin to speak in and be fixedly connected on described On third rotating block, it is provided with to be open in the third rotating block and the 7th begins to speak far from third sliding block side, described the Four rotation axis extend close to one end of the third sliding block be passed through the described 7th begin to speak in and be fixedly connected with and opened with the described 7th 4th rotating block of the inner wall ratchet connection of chamber, when the third rotating block rotates forward, the 4th rotating block and the third Rotating block engagement is cooperatively connected, when third rotating block reversion, the 4th rotating block and the 7th inner wall begun to speak Sliding connection, being provided with for being connected in the described 6th side arc inner wall begun to speak in left side the 8th are begun to speak, and described the It is fixedly installed to extend on the side curved end of three rotating blocks and is passed through the described 8th and begins to speak the first interior ring gear.

5. a kind of method for modifying wood according to claim 1, it is characterised in that：In the downside inner wall of first cavity It is provided with immersion liquid supplementary device, the immersion liquid supplementary device includes the first water flowing being set on the downside of first cavity in inner wall Pipe, what the right end of first water service pipe was connected is provided with liquid-storing cavity, and the lower end of inner wall, which is provided with, on the right side of the liquid-storing cavity changes Liquid mouth is provided between the inner wall of the liquid exchange opening and changes liquid switch, and what is be connected in the inner wall of first water service pipe is provided with First turn of chamber, described first turn intracavitary to be rotatably provided with the first rotating cylinder sleeve, solid on the inner wall of first rotational sleeve Surely be provided with turbine fan blades, first turn of chamber with the described 8th begin to speak between be connected be provided with second turn of chamber, described Two turns intracavitary to be rotatably provided with the first change, upper end and described the of first change to be driven first ring gear The lower end of one rotational sleeve, what is be connected in the inner left wall of first water service pipe is provided with the first sliding chamber, and described first is sliding What the lower end of inner wall was connected on the right side of chamber is provided with the second water service pipe, the right end of second water service pipe and first water service pipe It is connected, the left end opening of second water service pipe is fixedly installed first time liquid switch, and described first slides in the upside of chamber What is be connected in wall is provided with third water service pipe, and the upper end of the third water service pipe is connected with first cavity, and described Be provided with the 4th water service pipe in the inner left wall of three water service pipes, the upper end opening of the 4th water service pipe extend to the right and with it is described First cavity is connected, and the lower end of the 4th water service pipe is connected with the described first sliding chamber, and described first slides intracavitary be provided with Can slide up and down the first floating block, and perforative be provided in left and right can be connected to first water service pipe and described in first floating block It is fixed between the upper inside walls of the fourth hole of 4th water service pipe, the upside end face of first floating block and the first sliding chamber to connect It is connected to third spring.

6. a kind of method for modifying wood according to claim 1, it is characterised in that：, the described 6th begins to speak far from described the What is be connected in the inner wall of three sliding block sides is provided with the first guide runner, and the third sliding shoe is far from third sliding block side End face on be fixedly connected with and extend the first slider guide for being passed through in first guide runner, the lower side of first slider guide The 4th spring is fixedly connected between the downside inner wall of face and first guide runner.

7. a kind of method for modifying wood according to claim 1, it is characterised in that：Left and right array point in first sliding block The front and back that is provided with of cloth is run through and the card slot of opening upwards, plank of the card slot to place pending immersion liquid.

8. described method includes following steps：User of service by timber be placed in card slot and and be fixed, at this time first electricity Machine starting, and then first gear rotation is driven by shaft, and then the rotation of third rotation axis is driven by third rotation axis, in turn The rotation of the 5th rotation axis is driven by the 6th gear, and then the rotation of the 6th sliding block is driven by the second rotating block, and then pass through the One rotating block drives the rotation of the first rotation axis, and then drives the first reel to rotate and loosen the first bracing wire, first draws at this time Line drives the decline of the second sliding block, and then drives timber to decline and immerse the immersion liquid being placed in the first cavity by the first sliding block In, in the process, the first sliding shoe is pushed downwards in the lower end surface of the first sliding block, and then drives the 7th sliding block by the 9th sliding block It is mobile towards third sliding block side, and then drive the 5th sliding block mobile towards third sliding block side, and then by under the 5th sliding block Engagement connection between side end face and the 7th gear upper end drives third hand tap gear rotation, and then drives the by the 6th rotation axis The rotation of two bevel gears, and then the rotation of the first lead screw is driven by first bevel gear, and then drive Four-slider declines and squeezes the One spring, at this point, when being compressed to third sliding shoe during the first sliding block continues decline, the push effect band of the first sliding block Dynamic third sliding shoe overcomes the elastic force of the 4th spring to act on moving down and third through-hole being opened with the 5th and be connected, and at this time the Three sliding blocks are pushed the first sliding shoe retraction the 5th to open interior and first motor are driven to move down by the elastic force effect of the first spring, And then first gear is driven to move down and be meshed with the second gear, the first sliding block drops to most lower in the first cavity at this time Side, meanwhile, first motor continues to rotate forward, and then third rotating block is driven to rotate forward, and then drives the first rotation by the first change Sleeve rotation, and then the immersion liquid in liquid-storing cavity is pumped into first by the first water service pipe and the 4th water service pipe by turbine fan blades In cavity, the immersion liquid overflowed in the first cavity when the immersion liquid abundance in the first cavity is flowed into first by third water service pipe and slides Intracavitary and the first floating block of drive rises and then separates the 4th water service pipe and the first water service pipe, and first motor stops operating not at this time It is further continued for supplement immersion liquid, when impregnating completion, first motor reversion, and then liquid switch reversion is moved by second gear band, into And the reversion of the 6th gear is driven by ratchet assembly, and then the first reel is driven to invert and tense the first bracing wire, and then by the One sliding block is brought to liquid level is risen from, in the process, when the first sliding block is detached from the 4th spring when compressing effect with third sliding shoe Push third sliding shoe rise, and then push the second sliding shoe be set back in the 5th open in, when the first sliding block continues to rise and is detached from When with the abutting of the first sliding shoe, the first sliding shoe is returned to original state, and then the 5th sliding block is returned to original state, at this time 6th rotation axis inverts and then Four-slider is driven to rise, and then stretches the first spring and third sliding block is driven to restore to initial shape State, and first gear is driven to engage with third rotation axis, first motor continues to invert and the first sliding block is driven to restore to first at this time Beginning state, when first gear is engaged with second gear and first motor inverts, first motor drives the reversion of the first rotational sleeve, And then chamber is slided by first

Interior immersion liquid is drawn back to liquid-storing cavity.