CN109203153A

CN109203153A - A kind of Wood protective agent and its application method

Info

Publication number: CN109203153A
Application number: CN201811132242.0A
Authority: CN
Inventors: 冯斌斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-27
Filing date: 2018-09-27
Publication date: 2019-01-15

Abstract

The invention discloses a kind of Wood protective agent and its application methods, device used in the method includes body, rotation chamber is equipped in the body, the rotation is intracavitary to be equipped with rotating wheel, the rotation axis of left end and the rotation chamber left end wall rotation connection is installed at the rotating wheel axle center, the rotation axis right end protrudes into the drive cavity and is installed with first gear, the first gear upper surface engagement is connected with the first irregular tooth of a quarter tooth, the first rotating shaft of left end and the rotation connection of first drive cavity left end wall is installed at the first irregular tooth shaft heart, the configuration of the present invention is simple, it is easy to operate, the protective treatment efficiency of timber is made to improve four times compared with single treatment efficiency by four transport blocks uniformly distributed on rotating wheel, secondly, by the transmission of irregular tooth so that each operation sequence discontinuous operation of device, So that device more coordinates and gearing property is higher, the consumption of electric energy is reduced with this, it is environmental-friendly and efficient.

Description

A kind of Wood protective agent and its application method

Technical field

The present invention relates to wood protection technical field, specially a kind of Wood protective agent and its application method.

Background technique

Current Wood protective agent protects timber by operations such as spray, painting, brushes, but the brushing of timber fills Set that structure is complicated, each process increases the power consumption of device by individual motor driven, and the time-controllable essence between motor It will cause the problems such as timber protective agent brushing is uneven or process operations are discontinuous in the case that true property is low or fault, secondly, mesh The protective treatment apparatus function of preceding timber is single, brushes and separates with air-dried, or brushing and air-dried integrated apparatus, but this device knot Structure is many and diverse, not easy to overhaul and take up a large area, and therefore, urgent need wants a kind of safety, efficiently and the protection of the novel timber of automation Agent and its application method.

Summary of the invention

The purpose of the present invention is to provide a kind of Wood protective agent and its application methods, for overcoming in the prior art Drawbacks described above.

A kind of Wood protective agent according to the present invention and its application method, device used in the method includes machine Body, the body is interior to be equipped with rotation chamber, and the rotation is intracavitary to be equipped with rotating wheel, is installed with left end and institute at the rotating wheel axle center The rotation axis of rotation chamber left end wall rotation connection is stated, is communicated on the right side of the rotation chamber equipped with the first drive cavity, the rotation axis is right First gear is protruded into the drive cavity and is installed at end, and the first gear upper surface engagement is connected with the of a quarter tooth One irregular tooth is installed with the of left end and the rotation connection of first drive cavity left end wall at the first irregular tooth shaft heart One shaft, the first drive cavity right side are communicated equipped with the second drive cavity, and the first rotating shaft right end protrudes into second transmission The second irregular tooth that is intracavitary and being installed with half tooth, the first rotating shaft right end is connected by power with driving device, described Second irregular tooth lower end surface engagement is connected with second gear, and right end is installed at the second gear axle center and transmission device is solid Surely the second shaft connected, uniformly distributed fixed there are four strut on the rotating wheel, the strut other end is installed with transport block, institute It states transport block left end and is equipped with opening towards left rotation slot, the interior rotation of the rotation slot is equipped with rotation clamping bar, and the rotation clamping bar is right End face is installed with the rotation spring that right end is fixedly connected with the rotation slot right end wall, and the rotation clamping bar left side is installed with drawing Line, the rotation slot upside, which communicates, to be equipped with around line chamber, and the intracavitary rotation of coiling is equipped with reel, described to pass through on the right side of line chamber Wire casing, which communicates, is equipped with the extruding slot facing forward that is open, and sliding is equipped with front end and protrudes into the intracavitary extruding of the rotation in the extruding slot Block, the bracing wire other end protrude into after line chamber and wire casing in the extruding slot and solid with the crushing block left side described in Fixed connection, the crushing block rear end are installed with the extruding spring that rear end is fixedly connected with the extruding slot aft bulkhead, the transport Lower end surface is installed with fixed clamping bar on the right side of block, is installed with rubber antiskid pad, institute on the fixed clamping bar and the rotation clamping bar It states to communicate to be equipped on the downside of rotation chamber and clamps chamber, it is described to clamp the first conveying for communicating on the left of chamber and communicating equipped with left side with free surrounding space Chamber, first conveyor chamber is interior to be equipped with motor-driven first conveyer belt, communicates on the downside of the clamping chamber equipped with opening up Protective agent liquid storage chamber, the interior rotation of the liquid storage chamber are equipped with the symmetrical plastic roll wheel in front and back, and the plastic roll wheel is installed with left end at axle center With the third shaft of liquid storage chamber left end wall rotation connection, the third shaft right end is connected by power with the driving device, Communicated on front side of the rotation chamber and be equipped with the driving groove of opening backwards, in the driving groove rotation be equipped at axle center be installed with upper end with The runner for the 4th shaft that the transmission device is connected by power by the first belt, the rotor periphery be installed with one end with it is described The arc block that crushing block abuts communicates on the upside of the rotation chamber equipped with downward opening arc groove, passes through the in the arc groove The rotation of five shafts is equipped with the supporting block for being evenly equipped with several flabellums thereon, the 5th shaft upper end and the fixed company of the driving device It connects, the second conveyor chamber for being equipped with opening towards the right side is communicated on rear side of the rotation chamber, is equipped in second conveyor chamber motor-driven Second conveyer belt, the second conveyor chamber front side are installed with fixed link in the rotation chamber lower end wall.

Further technical solution, the driving device include driving motor, and the first skin is equipped on the left of the driving motor Trough of belt, the first rotating shaft right end are connected by power through first belt grooves with the driving motor left end, first skin On the left of trough of belt by the connection of the first link slot equipped with downside with the arc groove communicates first engages chamber, first link slot It is interior rotation be equipped with right end and the first belt grooves right end wall rotation connection connecting shaft, in first link slot described in Be connected by power between first rotating shaft and connecting shaft by the second belt, the connecting shaft left end protrude into it is described first engagement it is intracavitary and It is installed with first bevel gear, the first bevel gear lower end surface engagement is connected with what lower end surface was fixedly connected with the 5th shaft Second bevel gear, the driving motor right side are communicated equipped with the second belt grooves, and the driving motor right end has been connected by power right end With the drive shaft of the second belt grooves right end wall rotation connection, it is connected to and is equipped between second belt grooves and the liquid storage chamber Second link slot, the third shaft right end are rotatablely connected through second link slot and the second belt grooves right end wall, It is connected by power in the third shaft in second belt grooves and between the drive shaft by third belt.

Further technical solution, the transmission device includes bilateral symmetry and opposite second that be open engages chamber, described Second engagement chamber is communicated with the rotation chamber equipped with third link slot, and the interior sliding of the third link slot is equipped with close to the rotation One end of chamber protrudes into that the rotation is intracavitary and be placed in the U-shaped block of side before and after the transport block, and the block is far from the rotation One end of chamber protrudes into described second and engages intracavitary and rotation equipped with turning handle, and second engagement is intracavitary to be rotated equipped with transmission gear, The turning handle other end is fixedly connected with transmission gear front end face periphery, be installed at the transmission gear axle center front end with Described second engages the first transmission shaft of chamber front bulkhead rotation connection, is connected between first transmission shaft by the 4th belt power It connects, the transmission gear upper surface engagement in left side is connected with third hand tap gear, and the third hand tap gear upper surface is installed with logical The second driving shaft that the first belt is connected by power with the 4th shaft is crossed, connection is engaged in the transmission gear right side on right side There is the 4th bevel gear, is connected between the second engagement chamber on right side and second drive cavity and is equipped with third belt grooves, it is described 4th bevel gear right side be installed with right end and the third belt grooves right end wall rotation connection third transmission shaft, described second Shaft right end and the third belt grooves right end wall are rotatablely connected, second shaft and institute in the third belt grooves It states and is connected by power between third transmission shaft by the 4th belt.

Described method includes following steps:

Firstly, driving motor work, driving first rotating shaft rotation second is not advised then when needing timber brushing protective agent to work Then tooth drives second gear rotation, by the 4th belt the 4th bevel gear band nutating gear is rotated clockwise, by turning Handle pulls the block on right side to exit rotation chamber, meanwhile, make runner turn to its lower end by the first belt and abutted with crushing block, When the first irregular tooth is engaged with first gear, rotation axis rotation is rotated on the downside of Wood Transportation to arc groove by flabellum Timber is air-dried, at the same time, the transport block of rear side turn to clamp it is intracavitary, the second irregular tooth engages again with second gear When, transmission gear, which continues to rotate clockwise, avoids transport block in gravity intracavitary be placed on the outside of transport block of block push-in rotation Lower rotation, then runner rotates, and crushing block is pushed to move backward, and by bracing wire rotation clamping bar is rotated clockwise, timber is logical Cross the first conveyer belt transport it is intracavitary to clamping, by third belt make plastic roll wheel rotate, by protective agent rolling be applied to timber On；

Thereafter, when runner turns to the disengaging of arc block and crushing block and abuts, rotation clamping bar turns counterclockwise in the case where rotation spring acts on It is dynamic that timber is clamped in transport block, meanwhile, transmission gear is pulled by turning handle when turning to outside on the inside of horizontal position and is kept off Block exits rotation chamber, then when the first irregular tooth engages again with first gear, transport block is driven to move up, upside is completed Air-dried transport block turns on rear side of rotation chamber, then fixed link press crushing block to rotate clamping bar and rotate clockwise to unclamp to wood The clamping of material, then timber is fallen in the second conveyor chamber, is exported by the second conveyer belt, while the transport block of rear side turns to folder The tight intracavitary protective agent brushing for carrying out next timber and air dry operation.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, pass through four transports uniformly distributed on rotating wheel Block makes the protective treatment efficiency of timber improve four times compared with single treatment efficiency, secondly, by the transmission of irregular tooth so that dress Each operation sequence discontinuous operation is set, so that device more coordinates and gearing property is higher, the consumption of electric energy, environmental protection and height are reduced with this Effect.

Detailed description of the invention

Fig. 1 is overall structure diagram inside a kind of Wood protective agent of the invention and its application method；

Fig. 2 is " A-A " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 3 is " B-B " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 4 is " C-C " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 5 is D enlarged diagram in Fig. 1 in the present invention；

Fig. 6 is " E-E " direction structure schematic diagram in Fig. 4 in the present invention.

Specific embodiment

Below with reference to Fig. 1-6, the present invention is described in detail.

Referring to Fig.1-6, a kind of Wood protective agent and its application method of embodiment according to the present invention, the method Used device includes body 10, and rotation chamber 11 is equipped in the body 10, is equipped with rotating wheel 12, institute in the rotation chamber 11 State the rotation axis 13 that left end and rotation 11 left end wall of the chamber rotation connection are installed at 12 axle center of rotating wheel, the rotation chamber 11 Right side is communicated equipped with the first drive cavity 61, and 13 right end of rotation axis protrudes into the drive cavity 61 and is installed with first gear 63,63 upper surface of the first gear engagement is connected with the first irregular tooth 62 of a quarter tooth, the first irregular tooth The first rotating shaft 57 of left end and the 61 left end wall of the first drive cavity rotation connection, first drive cavity are installed at 62 axle center 61 right sides are communicated equipped with the second drive cavity 60, and 57 right end of first rotating shaft protrudes into second drive cavity 60 and is installed with two The irregular tooth 59 of the second of/mono- tooth, 57 right end of first rotating shaft are connected by power with driving device, and described second is irregular The engagement of 59 lower end surface of tooth is connected with second gear 58, and right end and the fixed company of transmission device are installed at 58 axle center of second gear The second shaft 55 connect, uniformly distributed fixed there are four strut 14 on the rotating wheel 12,14 other end of strut is installed with transport Block 15,15 left end of transport block are equipped with opening towards left rotation slot 16, and the interior rotation of the rotation slot 16 is equipped with rotation clamping bar 17, Rotation 17 right side of clamping bar is installed with the rotation spring 18 that right end is fixedly connected with the 16 right end wall of rotation slot, and described turn Dynamic 17 left side of clamping bar is installed with bracing wire 20, communicates and is equipped with around line chamber 21 on the upside of the rotation slot 16, described to turn in line chamber 21 Dynamic to be equipped with reel 22, described communicated on the right side of line chamber 21 by wire casing 23 is equipped with the extruding slot 25 facing forward that is open, the extruding Sliding is equipped with the crushing block 26 that front end is protruded into the rotation chamber 11 in slot 25, and 20 other end of bracing wire is through described around line chamber 21 and wire casing 23 after protrude into the extruding slot 25 and be fixedly connected with 26 left side of crushing block, 26 rear end of crushing block It is installed with the extruding spring 27 that rear end is fixedly connected with extruding 25 aft bulkhead of slot, the 15 right side lower end surface of transport block is fixed There is fixed clamping bar 24, is installed with rubber antiskid pad 19, the rotation chamber on the fixed clamping bar 24 and the rotation clamping bar 17 11 downsides, which communicate to be equipped with, clamps chamber 42, communicates the first conveyor chamber communicated equipped with left side with free surrounding space on the left of the clamping chamber 42 47, first conveyor chamber 47 is interior to be equipped with motor-driven first conveyer belt 49, communicates on the downside of the clamping chamber 42 and is equipped with opening Protective agent liquid storage chamber 43 upward, the interior rotation of the liquid storage chamber 43 are equipped with the symmetrical plastic roll wheel 44 in front and back, 44 axis of plastic roll wheel The third shaft 45 of left end and the 43 left end wall of liquid storage chamber rotation connection, 45 right end of third shaft and institute are installed at the heart It states driving device to be connected by power, is communicated on front side of the rotation chamber 11 and be equipped with the driving groove 64 of opening backwards, in the driving groove 64 Rotation is equipped with turning for the 4th shaft 67 for being installed with that upper end and the transmission device are connected by power by the first belt 68 at axle center Wheel 65,65 periphery of runner is installed with the arc block 66 that one end is abutted with the crushing block 26, the 11 upside phase of rotation chamber It is logical to be equipped with downward opening arc groove 82, it is equipped in the arc groove 82 by the rotation of the 5th shaft 80 and is evenly equipped with several fans thereon The supporting block 81 of leaf 83,80 upper end of the 5th shaft are fixedly connected with the driving device, are communicated on rear side of the rotation chamber 11 Equipped with opening towards the second right conveyor chamber 84, second conveyor chamber 84 is interior equipped with motor-driven second conveyer belt 85, described Second conveyor chamber, 84 front side is installed with fixed link 86 in 11 lower end wall of rotation chamber.

Valuably or illustratively, the driving device includes driving motor 56, and the is equipped on the left of the driving motor 56 One belt grooves 74,57 right end of first rotating shaft connect through first belt grooves 74 with the 56 left end power of driving motor It connects, is nibbled by the connection of the first link slot 76 equipped with downside is communicated with the arc groove 82 first on the left of first belt grooves 74 Chamber 77 is closed, rotation is equipped with the connecting shaft of right end and the 74 right end wall of the first belt grooves rotation connection in first link slot 76 75, it is connected by power between the first rotating shaft 57 and connecting shaft 75 in first link slot 76 by the second belt 73, 75 left end of connecting shaft is protruded into the first engagement chamber 77 and is installed with first bevel gear 78, under the first bevel gear 78 End face engagement is connected with the second bevel gear 79 that lower end surface is fixedly connected with the 5th shaft 80,56 right side of driving motor It communicates and is equipped with the second belt grooves 51,56 right end of driving motor has been connected by power right end and the 51 right end wall of the second belt grooves The drive shaft 52 of rotation connection is connected between second belt grooves 51 and the liquid storage chamber 43 and is equipped with the second link slot 46, institute It states 45 right end of third shaft to be rotatablely connected through second link slot 46 and the 51 right end wall of the second belt grooves, described the It the third shaft 45 in two belt grooves 51 and is connected by power between the drive shaft 52 by third belt 50, improves device Gearing.

Valuably or illustratively, the transmission device includes bilateral symmetry and the second opposite engagement chamber 32 that is open, institute It states the second engagement chamber 32 to be communicated with the rotation chamber 11 equipped with third link slot 31, the interior sliding of the third link slot 31, which is equipped with, leans on One end of the nearly rotation chamber 11 is protruded into the rotation chamber 11 and is placed in the U-shaped block 30 of the 15 front and back side of transport block, institute State block 30 far from it is described rotation chamber 11 one end protrude into it is described second engagement chamber 32 in and rotation be equipped with turning handle 33, described second It engages the interior rotation of chamber 32 and is equipped with transmission gear 34, the fixed company of 33 other end of turning handle and the 34 front end face periphery of transmission gear It connects, the first transmission shaft that the rotation connection of 32 front bulkhead of chamber is engaged with described second in front end is installed at 34 axle center of transmission gear 69, it is connected by power by the 4th belt 71 between first transmission shaft 69,34 upper surface of the transmission gear engagement in left side It is connected with third hand tap gear 38,38 upper surface of third hand tap gear is installed with through the first belt 68 and the 4th shaft 67 34 right side of the transmission gear engagement of the second driving shaft 39 being connected by power, right side is connected with the 4th bevel gear 36, right side The second engagement chamber 32 and second drive cavity 60 between be connected to equipped with third belt grooves 53, the 4th bevel gear 36 Right side is installed with the third transmission shaft 37 of right end and the 53 right end wall of third belt grooves rotation connection, second shaft 55 Right end and the 53 right end wall of third belt grooves are rotatablely connected, second shaft 55 in the third belt grooves 53 with It is connected by power between the third transmission shaft 37 by the 4th belt 54, improves the harmony of device.

When original state, 66 upper end of arc block is abutted with crushing block 26, and liquid storage chamber 43 is provided with timber protective agent, transport block 15 clampings between block 30 and in transport block 15 have the timber brushed and completed.

Described method includes following steps:

Firstly, driving motor 56 works when needing timber brushing protective agent to work, driving first rotating shaft 57 is rotated, then second Irregular tooth 59 drives second gear 58 to rotate, and makes the 4th bevel gear 36 with 34 up time of nutating gear by the 4th belt 54 Needle rotation pulls the block 30 on right side to exit rotation chamber 11 by turning handle 33, meanwhile, make 65 turns of runner by the first belt 68 It moves to its lower end and is abutted with crushing block 26, when the first irregular tooth 62 is engaged with first gear 63, the rotation of rotation axis 13 will be wooden Material is transported to 82 downside of arc groove, is rotated by flabellum 83 and is air-dried timber, at the same time, the transport block 15 of rear side turns to folder In tight chamber 42, when the second irregular tooth 59 engages again with second gear 58, transmission gear 34 continues to rotate clockwise block 30 push-in rotation chambers 11, which are built on the outside of transport block 15, avoids transport block 15 from rotating under the effect of gravity, and then runner 65 rotates, It pushes crushing block 26 to move backward, by bracing wire 20 rotation clamping bar 17 is rotated clockwise, timber passes through the first conveyer belt 49 Transport rotates plastic roll wheel 44 to clamping in chamber 42, by third belt 50, and protective agent rolling is applied on timber；

Thereafter, when runner 65 turns to the disengaging of arc block 66 and crushing block 26 and abuts, rotation clamping bar 17 is in the effect of rotation spring 18 Under rotate counterclockwise timber be clamped in transport block 15, meanwhile, when transmission gear 34 turns to outside on the inside of horizontal position It pulls block 30 to exit rotation chamber 11 by turning handle 33, then when the first irregular tooth 62 engages again with first gear 63, drives Transport block 15 moves up, and upside completes air-dried transport block 15 and turns to 11 rear side of rotation chamber, then the press of fixed link 86 is squeezed Briquetting 26 makes rotation clamping bar 17 rotate clockwise the clamping unclamped to timber, then timber is fallen in the second conveyor chamber 84, leads to The output of the second conveyer belt 85 is crossed, while the transport block 15 of rear side turns to and clamps the protective agent painting for carrying out next timber in chamber 42 Brush and air dry operation.

When needing timber brushing protective agent to work, driving motor 56 works, and driving first rotating shaft 57 rotates, then second is not Regular tooth 59 drives second gear 58 to rotate, and makes the 4th bevel gear 36 clockwise with nutating gear 34 by the 4th belt 54 Rotation pulls the block 30 on right side to exit rotation chamber 11 by turning handle 33, meanwhile, by the first belt 68 runner 65 is rotated It is abutted to its lower end with crushing block 26, when the first irregular tooth 62 is engaged with first gear 63, rotation axis 13 is rotated timber Transport is rotated by flabellum 83 to 82 downside of arc groove and air-dries timber, at the same time, the transport block 15 of rear side turns to clamping In chamber 42, when the second irregular tooth 59 engages again with second gear 58, transmission gear 34 continues to rotate clockwise block 30 Push-in rotation chamber 11, which is built on the outside of transport block 15, avoids transport block 15 from rotating under the effect of gravity, and then runner 65 rotates, and pushes away Dynamic crushing block 26 moves backward, and by bracing wire 20 rotation clamping bar 17 is rotated clockwise, timber passes through the first conveyer belt 49 and transports It transports to and clamps in chamber 42, by third belt 50 plastic roll wheel 44 is rotated, protective agent rolling is applied on timber, thereafter, When runner 65 turns to the disengaging of arc block 66 and crushing block 26 and abuts, rotation clamping bar 17 turns counterclockwise in the case where rotation spring 18 acts on It is dynamic that timber is clamped in transport block 15, meanwhile, by turning handle 33 when transmission gear 34 turns to outside on the inside of horizontal position Pull block 30 exit rotation chamber 11, then when the first irregular tooth 62 engages again with first gear 63, drive transport block 15 to Upper movement, upside complete air-dried transport block 15 and turn to 11 rear side of rotation chamber, then fixed link 86 presses crushing block 26 and makes Rotation clamping bar 17 rotates clockwise the clamping unclamped to timber, then timber is fallen in the second conveyor chamber 84, passes through the second transmission Band 85 exports, while the transport block 15 of rear side turns to and clamps the protective agent brushing for carrying out next timber in chamber 42 and air-dried behaviour Make.

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

Claims

1. a kind of Wood protective agent and its application method, device used in the method includes body, in the body Equipped with rotation chamber, the rotation is intracavitary to be equipped with rotating wheel, is installed with left end and the rotation chamber left end at the rotating wheel axle center The rotation axis of wall rotation connection, the rotation chamber right side are communicated equipped with the first drive cavity, and the rotation axis right end protrudes into the biography It moves intracavitary and is installed with first gear, the first gear upper surface engagement is connected with the first irregular tooth of a quarter tooth, The first rotating shaft of left end and the rotation connection of first drive cavity left end wall is installed at the first irregular tooth shaft heart, it is described It communicates on the right side of first drive cavity equipped with the second drive cavity, the first rotating shaft right end is protruded into second drive cavity and is installed with The irregular tooth of the second of half tooth, the first rotating shaft right end are connected by power with driving device, the second irregular tooth Lower end surface engagement is connected with second gear, and right end is fixedly connected with transmission device second is installed at the second gear axle center Shaft, uniformly distributed fixed there are four strut on the rotating wheel, the strut other end is installed with transport block, the transport block left end Equipped with opening towards left rotation slot, the interior rotation of the rotation slot is equipped with rotation clamping bar, and the rotation clamping bar right side is installed with the right side The rotation spring being fixedly connected with the rotation slot right end wall is held, the rotation clamping bar left side is installed with bracing wire, the rotation It communicates and is equipped with around line chamber on the upside of slot, the intracavitary rotation of coiling is equipped with reel, and described communicated on the right side of line chamber by wire casing sets There is the extruding slot facing forward that is open, sliding is equipped with front end and protrudes into the intracavitary crushing block of the rotation, the bracing wire in the extruding slot The other end is protruded into the extruding slot after line chamber and wire casing and is fixedly connected with the crushing block left side through described, described Crushing block rear end is installed with the extruding spring that rear end is fixedly connected with the extruding slot aft bulkhead, lower end surface on the right side of the transport block It is installed with fixed clamping bar, rubber antiskid pad, the rotation chamber downside are installed on the fixed clamping bar and the rotation clamping bar It communicating to be equipped with and clamps chamber, clampings chamber left side communicates the first conveyor chamber communicated equipped with left side with free surrounding space, and described first It is equipped with motor-driven first conveyer belt in conveyor chamber, communicates on the downside of the clamping chamber equipped with opening up protective agent liquid storage Chamber, the interior rotation of the liquid storage chamber are equipped with the symmetrical plastic roll wheel in front and back, and the plastic roll wheel is installed with left end and the liquid storage at axle center The third shaft of chamber left end wall rotation connection, the third shaft right end are connected by power with the driving device, the rotation chamber Front side communicates the driving groove for being equipped with and being open backwards, and rotation, which is equipped at axle center, in the driving groove is installed with upper end and transmission dress The runner for the 4th shaft being connected by power by the first belt is set, the rotor periphery is installed with one end and abuts with the crushing block Arc block, communicate on the upside of the rotation chamber equipped with downward opening arc groove, rotated in the arc groove by the 5th shaft Equipped with the supporting block for being evenly equipped with several flabellums thereon, the 5th shaft upper end is fixedly connected with the driving device, and described turn The second conveyor chamber for being equipped with opening towards the right side is communicated on rear side of dynamic chamber, and motor-driven second transmission is equipped in second conveyor chamber Band, the second conveyor chamber front side are installed with fixed link in the rotation chamber lower end wall.

2. a kind of Wood protective agent according to claim 1 and its application method, it is characterised in that: the driving dress It sets including driving motor, the first belt grooves is equipped on the left of the driving motor, the first rotating shaft right end runs through first skin Trough of belt is connected by power with the driving motor left end, on the left of first belt grooves by the connection of the first link slot be equipped with downside with The first engagement chamber that the arc groove communicates, the interior rotation of first link slot are equipped with right end and the first belt grooves right end wall The connecting shaft of rotation connection passes through the second belt power between the first rotating shaft and connecting shaft in first link slot Connection, the connecting shaft left end protrude into described first and engage intracavitary and be installed with first bevel gear, the first bevel gear lower end Face engagement is connected with the second bevel gear that lower end surface is fixedly connected with the 5th shaft, communicates and is equipped on the right side of the driving motor Second belt grooves, the driving motor right end are connected by power the driving of right end and the second belt grooves right end wall rotation connection Axis is connected between second belt grooves and the liquid storage chamber and is equipped with the second link slot, and the third shaft right end is through described Second link slot and the second belt grooves right end wall are rotatablely connected, the third shaft and institute in second belt grooves It states and is connected by power between drive shaft by third belt.

3. a kind of Wood protective agent according to claim 1 and its application method, it is characterised in that: the transmission dress It sets including bilateral symmetry and the second opposite engagement chamber that is open, the second engagement chamber is communicated with the rotation chamber to be connected equipped with third Access slot, sliding is equipped with that protrude into the rotation close to one end of the rotation chamber intracavitary and be placed in the fortune in the third link slot Defeated piece front and back side U-shaped block, the block far from it is described rotation chamber one end protrude into it is described second engagement it is intracavitary and rotation set There is turning handle, intracavitary rotate of second engagement is equipped with transmission gear, outside the turning handle other end and the transmission gear front end face Week is fixedly connected, and the first biography that the rotation connection of chamber front bulkhead is engaged with described second in front end is installed at the transmission gear axle center Moving axis is connected by power between first transmission shaft by the 4th belt, and connection is engaged in the transmission gear upper surface in left side There is a third hand tap gear, the third hand tap gear upper surface is installed with the be connected by power by the first belt and the 4th shaft The transmission gear right side engagement of two transmission shafts, right side is connected with the 4th bevel gear, the second engagement chamber on right side with Connection is equipped with third belt grooves between second drive cavity, and the 4th bevel gear right side is installed with right end and the third The third transmission shaft of belt grooves right end wall rotation connection, the second shaft right end and third belt grooves right end wall rotation connect It connects, is connected by power in second shaft in the third belt grooves and between the third transmission shaft by the 4th belt；

Described method includes following steps: