CN108908586A - The impregnating by pressure method of the wood preservation of block chain encryption - Google Patents
The impregnating by pressure method of the wood preservation of block chain encryption Download PDFInfo
- Publication number
- CN108908586A CN108908586A CN201810948143.3A CN201810948143A CN108908586A CN 108908586 A CN108908586 A CN 108908586A CN 201810948143 A CN201810948143 A CN 201810948143A CN 108908586 A CN108908586 A CN 108908586A
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- China
- Prior art keywords
- chamber
- end wall
- block
- sliding
- inner cavity
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27K—PROCESSES, APPARATUS OR SELECTION OF SUBSTANCES FOR IMPREGNATING, STAINING, DYEING, BLEACHING OF WOOD OR SIMILAR MATERIALS, OR TREATING OF WOOD OR SIMILAR MATERIALS WITH PERMEANT LIQUIDS, NOT OTHERWISE PROVIDED FOR; CHEMICAL OR PHYSICAL TREATMENT OF CORK, CANE, REED, STRAW OR SIMILAR MATERIALS
- B27K3/00—Impregnating wood, e.g. impregnation pretreatment, for example puncturing; Wood impregnation aids not directly involved in the impregnation process
- B27K3/02—Processes; Apparatus
- B27K3/08—Impregnating by pressure, e.g. vacuum impregnation
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27K—PROCESSES, APPARATUS OR SELECTION OF SUBSTANCES FOR IMPREGNATING, STAINING, DYEING, BLEACHING OF WOOD OR SIMILAR MATERIALS, OR TREATING OF WOOD OR SIMILAR MATERIALS WITH PERMEANT LIQUIDS, NOT OTHERWISE PROVIDED FOR; CHEMICAL OR PHYSICAL TREATMENT OF CORK, CANE, REED, STRAW OR SIMILAR MATERIALS
- B27K2240/00—Purpose of the treatment
- B27K2240/20—Removing fungi, molds or insects
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Mechanically-Actuated Valves (AREA)
Abstract
The impregnating by pressure method of the wood preservation of block chain encryption,The anti-corrosion material discharger includes cabinet,Inner cavity is installed in the cabinet,Side chamber is provided with and communicated in the wall of the inner cavity left end,Sliding chamber is provided with and communicated in the inner cavity right end wall,Bottom cavity is provided with and communicated in the sliding chamber upper end wall,It is provided with and communicated in mixing chamber upper end wall described in mixing chamber in the bottom cavity upper end wall and is provided with and communicated with inner cavity,It is loaded to be provided in the inner cavity upper end wall and protrudes into block,Described protrude into block is installed with perforative intercommunicating pore up and down,What is rotated between the inner cavity left hand end wall is provided with outrigger shaft,Present device structure is simple,It is easy to use,This equipment uses piston type working method,Realize the efficient release of mixed liquor,And using the working method of multi-angle,Preservative is efficiently mixed,Simultaneously by annular rack and bevel gear match and in the way of realize the function of valve,To improve the reliability of equipment.
Description
Technical field
The present invention relates to wood processing fields, specially the impregnating by pressure method of the wood preservation of block chain encryption.
Background technique
Wood preservation processing generally requires to carry out impregnating by pressure to timber, generally requires to carry out timber in dipping process
It impregnates, then needs to blend relevant dipping medicament before immersion, in actual use, for blending for dipping medicament
And discharge process is difficult accurately to control, and needs to carry out equipment more adjustment in medicament discharge process, this equipment is effective
It solves this problem in that.
Summary of the invention
The purpose of the present invention is to provide the impregnating by pressure methods of the wood preservation of block chain encryption, can overcome existing
The defects of technology.
A kind of anti-corrosion material discharger according to an aspect of the present invention, including cabinet, be installed in the cabinet in
Chamber is provided with and communicated with side chamber in the wall of the inner cavity left end, sliding chamber, the sliding chamber upper end is provided with and communicated in the inner cavity right end wall
It is provided with and communicated with bottom cavity in wall, connection setting in mixing chamber upper end wall described in mixing chamber is provided with and communicated in the bottom cavity upper end wall
There is inner cavity, be loaded to be provided in the inner cavity upper end wall and protrude into block, described protrude into block is installed with perforative intercommunicating pore up and down, institute
The outrigger shaft that is provided with rotated between the left hand end wall of inner cavity is stated, the outrigger shaft rotation runs through the inner cavity and extends to the right,
The outrigger shaft outer surface is installed with is installed with the atrium facing forward that is open in the interior intracavitary case block, the case block,
Sliding slot is provided with and communicated in the atrium aft bulkhead, that slides in the sliding slot is provided with rack gear, engagement on front side of the rack gear
Be provided with symmetrical curved tooth block, curved tooth block upper and lower end face is installed with shaft symmetrical above and below, the shaft with it is described
Case block is rotatably assorted connection, and power motor, the output shaft of the power motor and the cunning are installed in the sliding slot right end wall
Slot left end wall is rotatably assorted connection, and the output shaft of the power motor is threadedly engaged with the rack gear and connect, the cabinet right end
Driving motor is installed in face, the output shaft right side of the driving motor is installed with driving wheel, and the outrigger shaft right side is solid
Equipped with driven wheel, the driven wheel and driving wheel are connected by power by belt, are installed in the wall of the side chamber left end and are turned drive motor,
The output shaft right side of described turn of drive motor is installed with driving gear, and the driving gear upper and lower sides have been engaged symmetrical above and below
Meshing gear, the meshing gear left side is installed with shaft, and the shaft is rotatably assorted with side chamber left end wall and connect,
What is rotated between end wall above and below the side chamber is provided with internal gear disc, and opening is installed in the internal gear disc and is begun to speak towards left, described
Meshing gear protrudes into described begin to speak and begins to speak to engage with described, and the chamber that is loaded of opening, institute are installed in the internal gear disc right side
It states intracavitary be loaded that be loaded and is provided with fixture block, the fixture block right side is installed with side lever symmetrical above and below, rotates between the side lever
Be provided with extension rod, it is described extend rod outer surface rotation be provided with and the intracavity posterior end wall is fixed wears case, it is described to wear
Be installed in case it is perforative through chamber up and down, it is described to be provided with the rotating cylinder fixed with the extension rod through chamber, outside the rotating cylinder
Surface is installed with the annular groove of opening and annular setting, and that slides in the annular groove is provided with convex block, is provided on the outside of the convex block
With the sliding plug of the sliding chamber sliding connection, the sliding plug is fixed with the convex block, connection setting in the inner cavity right end wall
There is company symmetrical above and below to turn chamber, the company turns the cross-bar that is provided with of intracavitary rotation, and the cross-bar is matched with sliding plug sliding
Connection is closed, the sliding plug outer surface is installed with the adapter cavity of annular setting and opening, and the cabinet upper surface is installed with illumination dress
It sets.
What is rotated in the sliding chamber right end wall is provided with rotating cylinder, and the rotating cylinder left side is installed with side plate, the side plate with
The sliding chamber right end wall offsets, and the perforative even chamber in left and right is installed in the side plate, be installed in the rotating cylinder left and right run through and
With the even lumen that be connected to of chamber, chamber is provided with and communicated in the lumen lower end wall, is connected to and is arranged in the even chamber lower end wall
There is ejection chamber, be provided with and communicated with and begin to speak in the lumen upper end wall, the rotating cylinder rear end face is installed with ring gear, slides in the lumen
The dynamic centering block being provided with the sliding connection of beginning to speak, be installed in the centering block it is pre-and post perforative through chamber, it is described
Side motor is installed in chamber right end wall, the output shaft left side of the side motor is installed with engagement bevel gear, the engagement
Bevel gear connect with described be rotatably assorted through chamber left end wall, and the engagement bevel gear engages with the ring gear.
The curved tooth block front end face is installed with ejection valve, and the ejection valve is connected to exterior space water circulation.
The inner cavity left hand end wall is installed with backing plate, and the annular groove is the structure of annular setting and opening.
Lighting device includes wearing and connecing case, it is described wear to connect be installed with facing forward the wearing of opening in case and connect chamber, described wear connects cavity rear end
Being provided with for rotating in wall is motor-driven, and the side is worn cock wheel outer surface annular and has been engaged to be connect chamber rotation and match with described wear
That closes connection wears cock wheel.
Described method includes following steps：
Firstly, the driving motor, turn drive motor, power motor and side motor and be in stop working state, the cross-bar with
The sliding plug is in sliding connection state, and the convex block is located at left side extreme position, and the ejection valve is in close state,
To make each workpiece be in stop working state, safety is improved；
Then, it is packed into anti-corrosion agent into the intercommunicating pore, enters anti-corrosion agent in the mixing chamber by the intercommunicating pore, this
Shi Suoshu drives the driving wheel to rotate after turning the work of drive motor, drives after the driven wheel rotation being connected by power with the driving wheel
The outrigger shaft rotation drives the case block to rotate, the curved tooth block is made to move up and down specific bit after the outrigger shaft rotation
It sets, the ejection valve is opened at this time, while making aqueous by spraying in the ejection valve, preservative is adequately mixed, at this time
The rack gear is driven to horizontally slip in the sliding slot after the power motor work, the curved tooth block engaged with the rack gear
Make described ejection valve or so to designated position after swing, makes the liquid of the ejection valve ejection by the mixing chamber left hand end wall
Preservative is adequately mixed and is flowed into the bottom cavity, and is flowed by the bottom cavity that the cunning is intracavitary, and needing at this time will be described
When sliding intracavitary mixed liquor discharge, drive the driving gear to rotate after the driving motor work, then with the driving gear
The meshing gear rotation of engagement makes the fixture block and extension rod after the internal gear disc rotation engaged with the meshing gear
It rotates, drives the drum rotation after the extension rod rotation at this time, since the annular groove is the structure that annular is arranged and is open,
Make the extension rod that the convex block be driven to be moved left and right during rotation, makes the sliding plug in the cross rod outer surface
The sliding plug is driven to horizontally slip the cunning is intracavitary while sliding, mixed liquor enters the even chamber by the sliding chamber at this time
It is interior, and full of in the lumen, drive the engagement bevel gear to rotate after the side motor work at this time, then tooth is bored in the engagement
It drives the centering block to be rotated after wheel rotation around the center of circle begun to speak, half round block is made to be detached from the phase with the even chamber
It supports, so that the even chamber, ejection chamber and lumen is in connected state, spray mixed liquor outward by the ejection chamber, the rotating cylinder
It can be rotated, change the ejection angle for spraying chamber after making the drum rotation, to improve the working efficiency of equipment
And working effect.
The beneficial effects of the invention are as follows：Since the liquid that present device uses multi-angle sprays mixed structure, will prevent
Rotten agent is efficiently mixed, and using promotion when moving convex block along annular opening that is installed with annular opening of rotating cylinder outer surface
Piston cylinder operator moves left and right, and mixed liquor is constantly released, and uses the changeable structure of spray angle, while using ring
Shape rack gear and the mode of bevel gear cooperation realize convenient and fast valve-type structure, make the more diversification of mixed liquor emission direction, from
And improve the reliability of equipment.
Present device structure is simple, easy to use, this equipment uses piston type working method, realizes the height of mixed liquor
Effect is released, and using the working method of multi-angle, preservative is efficiently mixed, while utilizing annular rack and bevel gear
Mode with sum realizes the function of valve, to improve the reliability of equipment.
Detailed description of the invention
Fig. 1 is anti-corrosion material discharger overall structure diagram of the invention；
Fig. 2 is the schematic diagram in the direction A-A in Fig. 1；
Fig. 3 is the enlarged diagram of B in Fig. 1.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
A kind of anti-corrosion material discharger according to the embodiment, the anti-corrosion material discharger includes cabinet 108, described
It is installed with inner cavity 100 in cabinet 108, side chamber 107, the 100 right end wall of inner cavity are provided with and communicated in the 100 left end wall of inner cavity
It is inside provided with and communicated with sliding chamber 138, is provided with and communicated with bottom cavity 135 in sliding 138 upper end wall of chamber, in 135 upper end wall of bottom cavity
It is provided with and communicated in 119 upper end wall of mixing chamber described in mixing chamber 119 and is provided with and communicated with inner cavity 122, in 122 upper end wall of inner cavity
It is loaded to be provided with and protrudes into block 123, described protrude into block 123 is installed with perforative intercommunicating pore 124 up and down, the inner cavity 122 or so
What is rotated between end wall is provided with outrigger shaft 120, and what the outrigger shaft 120 rotated runs through the inner cavity 122 and extend to the right, institute
The case block 128 that 120 outer surface of outrigger shaft is installed in the inner cavity 122 is stated, it is facing forward that opening is installed in the case block 128
Atrium 127, sliding slot 132 is provided with and communicated in 127 aft bulkhead of atrium, that slides in the sliding slot 132 is provided with
Rack gear 125, symmetrical curved tooth block 130 has been engaged on front side of the rack gear 125, and 130 upper and lower end face of curved tooth block is solid
Equipped with shaft 131 symmetrical above and below, the shaft 131 is rotatably assorted with the case block 128 and connect, the 132 right end wall of sliding slot
It is inside installed with power motor 200, the output shaft of the power motor 200 is rotatably assorted with the 132 left end wall of sliding slot and connect, institute
The output shaft for stating power motor 200 is threadedly engaged with the rack gear 125 to be connect, and is installed in 108 right side of cabinet and is turned to drive
Motor 133, the output shaft right side of described turn of drive motor 133 are installed with driving wheel 134, and 120 right side of outrigger shaft is fixed
There is driven wheel 129, the driven wheel 129 and driving wheel 134 are connected by power by belt, fixed in the 107 left end wall of side chamber
There is driving motor 104, the output shaft right side of the driving motor 104 is installed with driving gear 103, the driving gear 103
Upper and lower sides are engaged meshing gear 106 symmetrical above and below, and 106 left side of meshing gear is installed with shaft 105, described
Shaft 105 is rotatably assorted with the 107 left end wall of side chamber and connect, and being provided with for rotating between about 107 end wall of side chamber is interior
Fluted disc 101 is installed with opening in the internal gear disc 101 towards left and begins to speak 102, and the meshing gear 106, which protrudes into, described begins to speak 102
It is interior to begin to speak 102 to engage with described, the chamber 109 that is loaded of opening, the chamber 109 that is loaded are installed in 101 right side of internal gear disc
It is inside loaded and is provided with fixture block 111,111 right side of fixture block is installed with side lever 110 symmetrical above and below, between the side lever 110
Rotation is provided with extension rod 115, and being provided with for 115 outer surface of extension rod rotation is fixed with 100 aft bulkhead of inner cavity
Wear case 112, described wear is installed with perforative through chamber 116 up and down in case 112, described be provided with through chamber 116 is prolonged with described
The fixed rotating cylinder 139 of boom 115,139 outer surface of rotating cylinder are installed with the annular groove 114 of opening and annular setting, the annular groove
That slides in 114 is provided with convex block 113, and the sliding plug being slidably connected with the sliding chamber 138 is provided on the outside of the convex block 113
137, the sliding plug 137 is fixed with the convex block 113, and company symmetrical above and below is provided with and communicated in the 100 right end wall of inner cavity and is turned
Chamber 118, what the company turned to rotate in chamber 118 is provided with cross-bar 117, and the cross-bar 117 is slidably matched with the sliding plug 137
Connection, 137 outer surface of sliding plug are installed with the adapter cavity 136 of annular setting and opening, and 108 upper surface of cabinet is installed with
Lighting device.
Valuably, wherein what is rotated in the sliding 138 right end wall of chamber is provided with rotating cylinder 302,302 left side of rotating cylinder
It is installed with side plate 300, the side plate 300 offsets with the sliding 138 right end wall of chamber, and left and right is installed in the side plate 300 and is run through
Company's chamber 301, be installed in the rotating cylinder 302 left and right run through and with the lumen 303 that even chamber 301 is connected to, the lumen 303
It is provided with and communicated with chamber 311 in lower end wall, is provided with and communicated in even 311 lower end wall of chamber and sprays chamber 310, the lumen 303
It is provided with and communicated in upper end wall and begins to speak 305,302 rear end face of rotating cylinder is installed with ring gear 304, slides in the lumen 303
It is provided with the centering block 312 with 305 sliding connections of beginning to speak, is installed in the centering block 312 pre-and post perforative through chamber
307, described to be installed with side motor 308 in 307 right end wall of chamber, the output shaft left side of the side motor 308, which is installed with, nibbles
Bevel gear 309 is closed, the engagement bevel gear 309 connect with described be rotatably assorted through 307 left end wall of chamber, the engagement bevel gear
309 engage with the ring gear 304.
Valuably, wherein 130 front end face of curved tooth block is installed with ejection valve 126, and the ejection valve 126 and outside are empty
Between water circulation connection.
Valuably, wherein 122 left hand end wall of inner cavity is installed with backing plate 121, the annular groove 114 be annular setting and
The structure of opening.
Valuably, wherein lighting device includes wearing and connecing case 903, it is described wear to connect be installed with facing forward the wearing of opening in case 903 and connect
Chamber 900, it is described wear connect rotate in 900 aft bulkhead of chamber be provided with motor-driven 90,902 outer surface of cock wheel annular is worn in the side
Be engaged with it is described wear connect that chamber 900 is rotatably assorted connection wear cock wheel 901.
Described method includes following steps：
Firstly, the driving motor 104, turn drive motor 133, power motor 200 and side motor 308 and be in stop working state,
The cross-bar 117 is in sliding connection state with the sliding plug 137, and the convex block 113 is located at left side extreme position, institute
It states ejection valve 126 to be in close state, so that each workpiece be made to be in stop working state, improves safety；
Then, it is packed into anti-corrosion agent into the intercommunicating pore 124, anti-corrosion agent is made to enter the mixing by the intercommunicating pore 124
It is described at this time to turn to drive the driving wheel 134 to rotate after drive motor 133 works in chamber 119, connect with 134 power of driving wheel
The driven wheel 129 connect drives the outrigger shaft 120 to rotate after rotating, the outrigger shaft 120 drives 128 turns of the case block after rotating
It is dynamic, move up and down the curved tooth block 130 to designated position, the ejection valve 126 is opened at this time, makes aqueous by the ejection valve
While ejection in 126, preservative is adequately mixed, the power motor 200 drives the rack gear 125 to exist after working at this time
It horizontally slips in the sliding slot 132, the curved tooth block 130 engaged with the rack gear 125 makes the ejection valve 126 left after swinging
Designated position is arrived on the right side, and the liquid for spraying the ejection valve 126 adequately mixes the preservative of 119 left hand end wall of mixing chamber
Merge and flow into the bottom cavity 135, and be flowed into the sliding chamber 138 by the bottom cavity 135, is needed at this time by the sliding chamber
When mixed liquor discharge in 138, the driving motor 104 drives the driving gear 103 to rotate after working, then with the active
The meshing gear 106 that gear 103 engages rotates, and the internal gear disc 101 engaged with the meshing gear 106 makes after rotating
The fixture block 111 and extension rod 115 rotate, and the extension rod 115 drives the rotating cylinder 139 to rotate at this time after rotating, by institute
State annular groove 114 be annular setting and opening structure, make the extension rod 115 drive during rotation the convex block 113 into
Row moves left and right, and the sliding plug 137 is made to drive the sliding plug 137 described while 117 outer surface of cross-bar is slided
It horizontally slips in sliding chamber 138, mixed liquor is entered in the even chamber 301 by the sliding chamber 138 at this time, and is full of the lumen 303
Interior, the side motor 308 drives the engagement bevel gear 309 to rotate at this time after working, then after the engagement bevel gear 309 rotates
It drives the centering block 312 to be rotated around 305 center of circle of beginning to speak, is detached from half round block 306 and the even chamber 311
Offset, make the even chamber 311, spray chamber 310 and lumen 303 and be in connected state, make mixed liquor from the ejection chamber 310 to
Outer ejection, the rotating cylinder 302 can be rotated, and change the ejection angle for spraying chamber 310 after rotating the rotating cylinder 302,
To improve the working efficiency and working effect of equipment.
The beneficial effects of the invention are as follows：Since the liquid that present device uses multi-angle sprays mixed structure, will prevent
Rotten agent is efficiently mixed, and using promotion when moving convex block along annular opening that is installed with annular opening of rotating cylinder outer surface
Piston cylinder operator moves left and right, and mixed liquor is constantly released, and uses the changeable structure of spray angle, while using ring
Shape rack gear and the mode of bevel gear cooperation realize convenient and fast valve-type structure, make the more diversification of mixed liquor emission direction, from
And improve the reliability of equipment.
Present device structure is simple, easy to use, this equipment uses piston type working method, realizes the height of mixed liquor
Effect is released, and using the working method of multi-angle, preservative is efficiently mixed, while utilizing annular rack and bevel gear
Mode with sum realizes the function of valve, to improve the reliability of equipment.
In the above manner, those skilled in the art can be made within the scope of the invention according to operating mode it is various
Change.
Claims (5)
1. the impregnating by pressure method of the wood preservation of block chain encryption, uses a kind of anti-corrosion material discharger, the anti-corrosion
Material discharging device includes cabinet, and inner cavity is installed in the cabinet, is provided with and communicated with side chamber in the wall of the inner cavity left end, described
It is provided with and communicated with sliding chamber in the right end wall of inner cavity, bottom cavity is provided with and communicated in the sliding chamber upper end wall, is connected in the bottom cavity upper end wall
Logical be provided in mixing chamber upper end wall described in mixing chamber is provided with and communicated with inner cavity, is loaded to be provided in the inner cavity upper end wall and protrude into
Block, described protrude into block are installed with perforative intercommunicating pore up and down, and what is rotated between the inner cavity left hand end wall is provided with outrigger shaft,
The outrigger shaft rotation runs through the inner cavity and extends to the right, and the outrigger shaft outer surface is installed with positioned at described interior intracavitary
Case block is installed with the atrium facing forward that is open in the case block, is provided with and communicated with sliding slot, the cunning in the atrium aft bulkhead
That slides in slot is provided with rack gear, has been engaged symmetrical curved tooth block, the curved tooth block upper and lower side on front side of the rack gear
Face is installed with shaft symmetrical above and below, and the shaft is rotatably assorted with the case block and connect, and is installed in the sliding slot right end wall
Power motor, the output shaft of the power motor are rotatably assorted with sliding slot left end wall and connect, the output of the power motor
Axis is threadedly engaged with the rack gear and connect, and driving motor, the output shaft of the driving motor are installed in the cabinet right side
Right side is installed with driving wheel, and it is dynamic by belt that the outrigger shaft right side is installed with driven wheel, the driven wheel and driving wheel
Power connects, and is installed in the wall of the side chamber left end and turns drive motor, the output shaft right side of described turn of drive motor is installed with driving tooth
Wheel, the driving gear upper and lower sides are engaged meshing gear symmetrical above and below, and the meshing gear left side, which is installed with, to be turned
Axis, the shaft are rotatably assorted with side chamber left end wall and connect, and what is rotated between end wall above and below the side chamber is provided with internal tooth
Disk is installed with opening in the internal gear disc and begins to speak towards left, and the meshing gear protrudes into described begin to speak and begins to speak to engage with described,
The chamber that is loaded of opening is installed in the internal gear disc right side, intracavitary be loaded that be loaded is provided with fixture block, the fixture block right end
Face is installed with side lever symmetrical above and below, and what is rotated between the side lever is provided with extension rod, the extension rod outer surface rotation
Be provided with the intracavity posterior end wall it is fixed wear case, it is described wear be installed in case it is perforative through chamber up and down, it is described to run through chamber
It is provided with the rotating cylinder fixed with the extension rod, the rotating cylinder outer surface is installed with the annular groove of opening and annular setting, the ring
That slides in slot is provided with convex block, and the sliding plug with the sliding chamber sliding connection, the sliding plug are provided on the outside of the convex block
It is fixed with the convex block, company symmetrical above and below is provided with and communicated in the inner cavity right end wall and turns chamber, the company turns intracavitary rotation
Be provided with cross-bar, the cross-bar and the sliding plug are slidably connected, the sliding plug outer surface be installed with annular setting and
The adapter cavity of opening, the cabinet upper surface are installed with lighting device；
Described method includes following steps：
Firstly, the driving motor, turning driving motor, power motor and side motor and being in stop working state, the cross-bar
It is in sliding connection state with the sliding plug, the convex block is located at left side extreme position, and the ejection valve, which is in, closes shape
State；
Then, it is packed into anti-corrosion agent into the intercommunicating pore, enters anti-corrosion agent in the mixing chamber by the intercommunicating pore, this
Shi Suoshu drives the driving wheel to rotate after turning the work of drive motor, drives after the driven wheel rotation being connected by power with the driving wheel
The outrigger shaft rotation drives the case block to rotate, the curved tooth block is made to move up and down specific bit after the outrigger shaft rotation
It sets, the ejection valve is opened at this time, while making aqueous by spraying in the ejection valve, preservative is adequately mixed, at this time
The rack gear is driven to horizontally slip in the sliding slot after the power motor work, the curved tooth block engaged with the rack gear
Make described ejection valve or so to designated position after swing, makes the liquid of the ejection valve ejection by the mixing chamber left hand end wall
Preservative is adequately mixed and is flowed into the bottom cavity, and is flowed by the bottom cavity that the cunning is intracavitary, and needing at this time will be described
When sliding intracavitary mixed liquor discharge, drive the driving gear to rotate after the driving motor work, then with the driving gear
The meshing gear rotation of engagement makes the fixture block and extension rod after the internal gear disc rotation engaged with the meshing gear
It rotates, drives the drum rotation after the extension rod rotation at this time, since the annular groove is the structure that annular is arranged and is open,
Make the extension rod that the convex block be driven to be moved left and right during rotation, makes the sliding plug in the cross rod outer surface
The sliding plug is driven to horizontally slip the cunning is intracavitary while sliding, mixed liquor enters the even chamber by the sliding chamber at this time
It is interior, and full of in the lumen, drive the engagement bevel gear to rotate after the side motor work at this time, then tooth is bored in the engagement
It drives the centering block to be rotated after wheel rotation around the center of circle begun to speak, half round block is made to be detached from the phase with the even chamber
It supports, so that the even chamber, ejection chamber and lumen is in connected state, spray mixed liquor outward by the ejection chamber, the rotating cylinder
It can be rotated, change the ejection angle for spraying chamber after making the drum rotation.
2. the impregnating by pressure method of the wood preservation of block chain encryption as described in claim 1, wherein the sliding chamber right end wall
Interior rotation is provided with rotating cylinder, and the rotating cylinder left side is installed with side plate, and the side plate offsets with the sliding chamber right end wall, described
It is installed with the perforative company's chamber in left and right in side plate, the lumen that left and right is run through and is connected to company's chamber, institute are installed in the rotating cylinder
It states and is provided with and communicated with chamber in lumen lower end wall, be provided with and communicated with ejection chamber, the lumen upper end wall in the even chamber lower end wall
It is inside provided with and communicated with and begins to speak, the rotating cylinder rear end face is installed with ring gear, and being provided with for sliding in the lumen begins to speak to slide with described
The dynamic centering block being cooperatively connected, be installed in the centering block it is pre-and post perforative through chamber, it is described to be installed with side in chamber right end wall
Motor, the output shaft left side of the side motor are installed with engagement bevel gear, and the engagement bevel gear runs through chamber left end with described
Wall is rotatably assorted connection, and the engagement bevel gear engages with the ring gear.
3. the impregnating by pressure method of the wood preservation of block chain encryption as described in claim 1, wherein curved tooth block front end
Face is installed with ejection valve, and the ejection valve is connected to exterior space water circulation.
4. the impregnating by pressure method of the wood preservation of block chain encryption as described in claim 1, wherein described inner cavity or so end
Wall is installed with backing plate, and the annular groove is the structure of annular setting and opening.
5. the impregnating by pressure method of the wood preservation of block chain encryption as described in claim 1, wherein lighting device includes wearing
Connect case, it is described wear to connect be installed with facing forward the wearing of opening in case and connect chamber, it is described wear connect rotated in cavity rear end wall be provided with motor drive
It is dynamic, the side wear cock wheel outer surface annular be engaged with it is described wear connect that chamber is rotatably assorted connection wear cock wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810948143.3A CN108908586A (en) | 2018-08-20 | 2018-08-20 | The impregnating by pressure method of the wood preservation of block chain encryption |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810948143.3A CN108908586A (en) | 2018-08-20 | 2018-08-20 | The impregnating by pressure method of the wood preservation of block chain encryption |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108908586A true CN108908586A (en) | 2018-11-30 |
Family
ID=64404784
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810948143.3A Withdrawn CN108908586A (en) | 2018-08-20 | 2018-08-20 | The impregnating by pressure method of the wood preservation of block chain encryption |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108908586A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113060554A (en) * | 2021-04-09 | 2021-07-02 | 深圳市开源景科技有限公司 | Mechanical reservoir for storing water of standby raw wood |
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2018
- 2018-08-20 CN CN201810948143.3A patent/CN108908586A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113060554A (en) * | 2021-04-09 | 2021-07-02 | 深圳市开源景科技有限公司 | Mechanical reservoir for storing water of standby raw wood |
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| PB01 | Publication | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181130 |
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| WW01 | Invention patent application withdrawn after publication |