CN108908601A - A kind of wood fumigation colouring method based on nanosecond science and technology - Google Patents
A kind of wood fumigation colouring method based on nanosecond science and technology Download PDFInfo
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- CN108908601A CN108908601A CN201810904938.4A CN201810904938A CN108908601A CN 108908601 A CN108908601 A CN 108908601A CN 201810904938 A CN201810904938 A CN 201810904938A CN 108908601 A CN108908601 A CN 108908601A
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- end wall
- plate
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- stifling
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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
- B27K5/00—Treating of wood not provided for in groups B27K1/00, B27K3/00
- B27K5/02—Staining or dyeing wood; Bleaching wood
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- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Chemical And Physical Treatments For Wood And The Like (AREA)
Abstract
The invention discloses a kind of wood fumigation colouring method based on nanosecond science and technology, including cabinet, it is characterised in that：An evaporating space is provided in the cabinet, a stifling space is provided in the evaporating space upper end wall, there are three clamp systems for setting in the stifling space, a limitation space is provided in the stifling space upper end wall, a weight space is provided on the right side of the upper end wall of the limitation space, a transmission space is provided in the right end wall of the limitation space, one, which is provided with, in the transmission space right end wall presses space, the pressure dynamic plate upper surface is fixedly connected with a hydraulicefficiency elevation structure, is provided with a cutting-off mechanism in the truncation space.The apparatus structure is simple, operation is convenient, in present invention work, while saving the space in stifling space, shoots out steam by different directions to achieve the purpose that quickly to fumigate, both ensure that stifling quality also ensured stifling working efficiency.
Description
Technical field
The present invention relates to wood processing field, specially a kind of wood fumigation colouring method based on nanosecond science and technology.
Background technique
Currently, with the development of science and technology the development of society, people add the pursuit and yearning of rich Color Life, wooden family
Tool is used as common items, and people are also more and more to the diversified demand of its color, is carried out at this stage by stifling to timber
Color is fumigated in a space mostly, and timber is stacked mostly, and stifling quality efficiency is not high, is greatly reduced smoked
The working efficiency of steaming, waste raw material resource.
Summary of the invention
The purpose of the present invention is to provide a kind of wood fumigation colouring method based on nanosecond science and technology, to solve above-mentioned background
The problem of being proposed in technology.
To achieve the above object, the present invention provides the following technical solutions：A kind of wood fumigation dyeing based on nanosecond science and technology
Method, including cabinet, an evaporating space is provided in the cabinet, and evaporating space left end wall is provided with left end wall connection
The flow ipe of free surrounding space is provided with the first electromagnetic switch in the flow ipe, and the evaporating space lower end wall is provided with
One lower end wall is connected to the outflow pipeline of free surrounding space, is provided with the second electromagnetic switch, the evaporating space in the outflow pipeline
It is inside surrounded with a heat-generating pipe, a stifling space, the evaporating space upper end wall are provided in the evaporating space upper end wall
Space is fumigated in connection, clamp system there are three settings in the stifling space, is provided with a limit in the stifling space upper end wall
Space processed, limitation space upper end wall are provided with a weight space in right side, and weight space upper end wall is provided on one
End wall is connected to the venthole of free surrounding space, and a support plate is slidably connected in the weight space, and the upper end face of support plate is solid
Surely it is connected with a weight, the connecting pipe in lower end wall connection limitation space, institute are provided on the right side of the lower end wall of the weight space
Stating limitation, spatially lower end wall center symmetric setting has a spring groove, and the spring groove is fixedly connected far from the end wall in limitation space
There is a limited spring, downside limited spring upper end is fixedly connected with a restriction plate, and downside bullet is run through in the restriction plate upper end
Spring slot upper end wall is fixedly connected with upside spring groove lower end wall and with upside limited spring lower end, and the restriction plate lower end is provided with
The recirculation hole of one left hand end wall connection downside spring groove, the restriction plate left side being located in limitation space are fixedly connected with one
Partition, the partition left end are connect with limitation dimensional slip, and limitation space right end wall is provided with first-class feed channel, the limit
It is provided with a transmission space in right end wall in space processed, one is provided in the transmission space right end wall and presses space, the gas
Pipeline right end wall through press space left end wall and with press space, the transmission space right end wall is provided with right end wall connection
The spring compartment in space is pressed, described press slidably connects a pressure dynamic plate in space, the pressure dynamic plate upper surface is fixedly connected
There is a hydraulicefficiency elevation structure, described press is provided with the accommodating groove that upper end wall connection presses space on the left of the lower end wall of space, institute
State accommodating groove lower end wall and be fixedly connected with a cage plate, the cage plate upper end through accommodating groove upper end wall and with pressure dynamic plate Contact Transmission
Connection, is provided with a valve mechanism in the pressure dynamic plate right end, and the cage plate is provided with four sections and three sections are in pressing in space,
Described cage plate the top left side is fixedly connected with first connecting rod, and the first connecting rod right end is through spring compartment and is located at
In transmission space, it is provided with the second connecting rod that a right end is fixedly connected with cage plate on the downside of the first connecting rod, described second
Connecting rod left end is through spring compartment and is located in transmission space, and a right end is provided on the downside of second connecting rod and cage plate is solid
Surely the third connecting rod connected, third connecting rod left end is through spring compartment and is located in transmission space, described to be located at bullet
Is fixedly connected between first connecting rod lower end surface in spring space and the second connecting rod upper surface in spring compartment
One adjustable spring, the second connecting rod lower end surface in the spring compartment in the third connecting rod being located in spring compartment
The second adjustable spring, the third connecting rod lower end surface and spring compartment in spring compartment are fixedly connected between end face
It is fixedly connected with third adjustable spring between lower end wall, three groups of transmission mechanisms are provided in the transmission space, described first connects
Extension bar left end, the second connecting rod left end are fixedly connected with three groups of transmission mechanisms respectively with third connecting rod left end, described to press sky
Between be provided with a sprue on the right side of lower end wall, there are three space, institute is truncated for setting from top to bottom in the transmission space lower end wall
It states and is provided with a cutting-off mechanism in truncation space, sprue left end wall is provided with three left end walls through truncation space and company
The runner in logical stifling space, left side transmission mechanism lower end are truncated in space through three truncation spaces and with third
Cutting-off mechanism is fixedly connected, and intermediate transmission mechanism lower end is cut through two truncation spaces and with second in the transmission space
Cutting-off mechanism in disconnected space is fixedly connected, and first truncation space is run through in the transmission mechanism lower end in left side in the transmission space
It upper end wall and is fixedly connected with its internal cutting-off mechanism, upper end wall connection is provided on the right side of the transmission space lower end wall and is passed
The receiving slit in space is moved, is provided with a mechanism for testing in the stifling space right end wall downside；
Steps are as follows for the method：
Firstly, opening the first electromagnetic switch into evaporating space by closing the first electromagnetic switch after stifling stain, timber passes through
Stifling space aft bulkhead is added to stifling space and nibbles, and clamp system works at this time, and driving motor work drives drive shaft turns, from
And driving plate is driven to move downward, so that timber be clamped, then close stifling space, heat-generating pipe work, heating fumigating stain
And be allowed to evaporation and generate steam, steam enters stifling space, and with the increase of heating time, fumigates and be full of steam in space, when
When air pressure in stifling space is excessive, steam, which enters, limits space on the downside of partition, pushes partition to move upwards, to push limitation
Plate moves upwards, to make recirculation hole enter limitation space, so that steam be made to enter the pressure on the upside of pressure dynamic plate by gas pipeline
Dynamic space；
Then, hydraulic pump works at this time, thus moved downward in steam and pressure dynamic plate under hydraulic drive, it is most lower when moving to
When side, hydraulicefficiency elevation structure work belt dynamic pressure movable plate is moved upwards, to make valve mechanism work, to be connected to pressure dynamic plate or more
Two sides press space, so that entering steam on the downside of pressure dynamic plate presses space, it is during pressure dynamic plate decline, cage plate is small
It successively pushes from top to bottom, and first connecting rod, the second connecting rod and third connecting rod successively decline therewith, to drive transmission
Mechanism work, the rotation of the second rack bar descent tape turn moving gear are cut so that the first rack bar be driven to rise to successively drive
The first cutoff plate in breaking mechanism successively rises, so that stifling space be made to be connected with space is pressed, with the decline of pressure dynamic plate,
Steam successively enters in stifling space from three runners, so that the upper surface and lower end surface of stifling three blocks of timber, so recycle,
Heat-generating pipe does not work after steam reaches certain flow, and when steam deficiency, heat-generating pipe work is until stifling terminate.
Preferably, the clamp system includes clamp shaft, symmetrically it is fixedly connected between the stifling space left hand end wall
One clamp shaft, the clamp shaft are fixedly connected with a clamping plate between one end of stifling space center, in the clamping plate
It is provided with the circulation groove that about one end wall extends through clamping plate or more end wall, is fixedly connected between the circulation groove left hand end wall
One web plate is provided with a driving space in the circulation groove right end wall, is provided with a upper end wall in the upper end wall of the driving space
It is connected to the mobile space in stifling space, the driving space upper end wall is connected to mobile space, and driving space right end wall is fixed
It is connected with a driving motor, the driving motor left side is connected by power a left end and drives the rotation connection of space left end wall
Drive shaft, threaded engagement is connected with a driving plate on the drive shaft axis body, and the driving plate upper end is through driving space upper end
Wall is with mobile space and in stifling space, the driving plate right side and mobile space right end wall in mobile space
Between be fixedly connected with a fixed spring, be fixedly connected with a gripping block on the left of the clamping plate upper surface.
Preferably, the hydraulicefficiency elevation structure includes hydraulic space, described press is provided with a liquid in the upper end wall of space
Space is pressed, slidably connects a hydraulic plate in the hydraulic space, the hydraulic plate lower end surface is fixedly connected with a hydraulic stem, institute
Hydraulic stem lower end is stated through hydraulic space lower end wall and is fixedly connected with pressure dynamic plate upper surface, the hydraulic space right end wall setting
There is the hydraulic pipeline of a connection hydraulic plate or more two sides hydraulic space right end wall, is provided with a hydraulic pump in the hydraulic pipeline.
Preferably, the valve mechanism includes valve hole, upper end wall company is provided on the right side of the pressure dynamic plate upper surface
The logical valve hole for pressing space, the valve hole lower end wall are provided with the enclosed slot that lower end wall connection presses space, the valve
Lower end wall connection enclosed slot is symmetrically arranged in aperture of door left hand end wall presses slot, and the slot upper end wall that presses is fixedly connected with
One presses spring, and the lower spring end that presses is fixedly connected with a link block, a closed plate is slidably connected in the enclosed slot,
The link block lower end, which is run through, to be pressed slot lower end wall and is fixedly connected with closed plate upper surface.
Preferably, the transmission mechanism includes transmission shaft, the transmission space aft bulkhead is fixedly connected with a transmission shaft,
The transmission shaft front end is rotatably connected to a rotate gear, and the rotate gear left end is connected by meshing transmission and has the first rack bar,
The transmission gear right end, which is connected by meshing transmission, the second rack bar, the transmission shaft in three transmission mechanisms it is different in size and
Left side drive shafts longest and right side transmission shaft are most short, and three connecting rod left ends are solid with three second rack bar right sides respectively
Fixed connection.
Preferably, the cutting-off mechanism includes the first truncation spring, first section is slidably connected in the truncation space
Disconnected plate, be provided on the downside of first cutoff plate with the second cutoff plate for dimensional slip is truncated connecting, under second cutoff plate
Symmetrically be fixedly connected with the second truncation spring between end face and truncation space lower end wall, first cutoff plate upper surface with cut
The first truncation spring is symmetrically fixedly connected between disconnected space upper end wall.
Preferably, the elastic force of the third adjustable spring is much larger than the elastic force of the second adjustable spring, described second is flexible
The elastic force of spring is much larger than the elastic force of the first adjustable spring.
Preferably, the mechanism for testing includes tester, a storage is provided in the stifling space right end wall downside
Device is connected between the memory and tester by data line.
Compared with prior art, the beneficial effects of the invention are as follows：In present invention work, the first electromagnetic switch is opened to evaporation
By closing the first electromagnetic switch after stifling stain in space, timber is added to stifling space by stifling space aft bulkhead and nibbles,
Clamp system works at this time, and driving motor work drives drive shaft turns, to drive driving plate to move downward, thus by timber
Then stifling space, heat-generating pipe work are closed in clamping, heating fumigating stain is simultaneously allowed to evaporation generation steam, and steam enters stifling
Space fumigates with the increase of heating time and is full of steam in space, and when the air pressure in stifling space is excessive, steam enters
Space is limited on the downside of partition, pushes partition to move upwards, to push restriction plate to move upwards, so that recirculation hole be made to enter limitation
Space, so that steam be made to enter the space that presses on the upside of pressure dynamic plate by gas pipeline, hydraulic pump works at this time, thus steaming
Vapour is moved downward with pressure dynamic plate under hydraulic drive, when moving to lower side, hydraulicefficiency elevation structure work belt dynamic pressure movable plate to
Upper movement, so that valve mechanism be made to work, to be connected to pressure dynamic plate, two sides press space up and down, press so that steam be made to enter
Space is pressed on the downside of plate, during pressure dynamic plate decline, is successively pushed from top to bottom by cage plate is small, and first connecting rod, the
Two connecting rods successively decline therewith with third connecting rod, so that transmission mechanism be driven to work, the second rack bar descent tape turn is dynamic
Gear rotation, so that the first rack bar is driven to rise, thus successively the first cutoff plate in cutting-off mechanism is driven successively to rise, from
And make stifling space with press space and be connected, with the decline of pressure dynamic plate, steam successively enters from three runners stifling empty
In, so that the upper surface and lower end surface of stifling three blocks of timber, so recycle, heat-generating pipe not work after steam reaches certain flow
Make, the heat-generating pipe work when steam deficiency is until stifling terminate, and the apparatus structure is simple, operation is convenient, is saving stifling space
Space while, shoot out steam by different directions to achieve the purpose that quickly to fumigate, both ensure that stifling quality or
It ensure that stifling working efficiency.
Detailed description of the invention
Fig. 1 is a kind of front view structure signal of wood fumigation colouring method entirety complete section based on nanosecond science and technology of the present invention
Figure；
Fig. 2 is a kind of main view enlarged structure signal of wood fumigation colouring method valve mechanism based on nanosecond science and technology of the present invention
Figure.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
A kind of embodiment provided by the invention referring to FIG. 1-2,：A kind of wood fumigation dyeing side based on nanosecond science and technology
Method, including cabinet 1, an evaporating space 9 is provided in the cabinet 1, and the 9 left end wall of evaporating space is provided with left end wall company
Lead to the flow ipe 11 of free surrounding space, is provided with the first electromagnetic switch 12,9 lower end of evaporating space in the flow ipe 11
Wall is provided with the outflow pipeline 5 of lower end wall connection free surrounding space, is provided with the second electromagnetic switch 4, institute in the outflow pipeline 5
It states and is surrounded with a heat-generating pipe 10 in evaporating space 9, a stifling space 14, institute are provided in 9 upper end wall of evaporating space
It states 9 upper end wall of evaporating space and is connected to stifling space 14, there are three clamp systems 23 for setting in the stifling space 14, described stifling
It is provided with a limitation space 24 in 14 upper end wall of space, is provided with a weight space in 24 upper end wall of the limitation space right side
32,32 upper end wall of weight space is provided with the venthole 35 of upper end wall connection free surrounding space, in the weight space 32
A support plate 33 is slidably connected, 33 upper surface of support plate is fixedly connected with a weight 34,32 lower end of weight space
The connecting pipe 31 in lower end wall connection limitation space 24, about the 24 end wall central symmetry of limitation space are provided on the right side of wall
It is provided with a spring groove 26, the spring groove 26 is fixedly connected with a limited spring 27 far from the end wall in limitation space 24, described
Limited spring 27 upper end in downside is fixedly connected with a restriction plate 29, and 26 upper end wall of downside spring groove is run through in 29 upper end of restriction plate
It is fixedly connected with 26 lower end wall of upside spring groove and with 27 lower end of upside limited spring, 29 lower end of restriction plate is provided with a left side
The recirculation hole 28 of right end wall connection downside spring groove 27,29 left side of restriction plate being located in limitation space 24 are fixedly connected
There is a partition 30,30 left end of partition is slidably connected with limitation space 24, and the 24 right end wall of limitation space is provided with one stream
Feed channel 36 is provided with a transmission space 38, setting in the 38 right end wall of transmission space in the 24 right end wall of limitation space
There is one to press space 50, the 36 right end wall of gas pipeline through press 50 left end wall of space and with press space 50, the biography
Dynamic 38 right end wall of space is provided with the spring compartment 52 that right end wall connection presses space 50, described to press sliding company in space 50
It is connected to a pressure dynamic plate 47,47 upper surface of pressure dynamic plate is fixedly connected with a hydraulicefficiency elevation structure 51, described to press under space 50
The accommodating groove 59 that upper end wall connection presses space 50 is provided on the left of end wall, 59 lower end wall of accommodating groove is fixedly connected with one
Cage plate 54,54 upper end of cage plate is through 59 upper end wall of accommodating groove and connect with 47 Contact Transmission of pressure dynamic plate, the pressure dynamic plate 47
It is provided with a valve mechanism 48 in right end, the cage plate 54 is provided with four sections and three sections are in pressing in space 50, the cage plate
54 the tops left side are fixedly connected with first connecting rod 42, and 42 right end of first connecting rod is through spring compartment 52 and is located at
In transmission space 38, the second connecting rod 55 that a right end is fixedly connected with cage plate 54 is provided on the downside of the first connecting rod 42,
Second connecting rod, 55 left end is through spring compartment 52 and is located in transmission space 38, is arranged on the downside of second connecting rod 55
Spring compartment 52 and position are run through in the third connecting rod 73 for having a right end to be fixedly connected with cage plate 54,73 left end of third connecting rod
In in transmission space 38,42 lower end surface of first connecting rod in spring compartment 52 be located in spring compartment 52 the
The first adjustable spring 53, second connecting rod in spring compartment 52 are fixedly connected between two connecting rods, 55 upper surface
The second adjustable spring 56, institute are fixedly connected between 55 lower end surfaces and 73 upper surface of third connecting rod in spring compartment 52
Rheme is fixedly connected with third between 52 lower end wall of 73 lower end surface of third connecting rod in spring compartment 52 and spring compartment and stretches
Contracting spring 57 is provided with three groups of transmission mechanisms 41,42 left end of first connecting rod, the second connecting rod in the transmission space 38
55 left ends are fixedly connected with three groups of transmission mechanisms 41 respectively with 73 left end of third connecting rod, described to press on the right side of 50 lower end wall of space
It is provided with a sprue 61, there are three space 63, the truncation is truncated for setting from top to bottom in 38 lower end wall of transmission space
Be provided with a cutting-off mechanism 62 in space 63, the 61 left end wall of sprue be provided with three left end walls through truncation space 63 and
It is connected to the runner 60 in stifling space 14,51 lower end of left side transmission mechanism is cut through three truncation spaces 63 and with third
Cutting-off mechanism 62 in disconnected space 63 is fixedly connected, and intermediate 51 lower end of transmission mechanism is cut through two in the transmission space 38
The disconnected space 63 and cutting-off mechanism 62 being truncated in space 63 with second is fixedly connected, the transmission in left side in the transmission space 38
51 lower end of mechanism is fixedly connected through first truncation 63 upper end wall of space and with its internal cutting-off mechanism 62, and the transmission is empty
Between be provided with the receiving slit 58 of upper end wall connection transmission space 38 on the right side of 38 lower end walls, on the downside of the stifling 14 right end wall of space
Inside it is provided with a mechanism for testing 74；
Steps are as follows for the method：
Firstly, opening the first electromagnetic switch 12 into evaporating space 9 by closing the first electromagnetic switch after stifling stain, timber is logical
It crosses stifling 14 aft bulkhead of space and is added to stifling space 14 and nibble, clamp system 23 works at this time, and the work of driving motor 6 drives driving
Axis 21 rotates, so that driving plate 22 be driven to move downward, so that timber be clamped, then closes stifling space 14, heat-generating pipe 10
Work, heating fumigating stain are simultaneously allowed to evaporation generation steam, and steam enters stifling space, with the increase of heating time, fumigates
Steam is full of in space 14, when the air pressure in stifling space 14 is excessive, steam enters limitation space 24 on the downside of partition 30, pushes
Partition 30 moves upwards, to push restriction plate 29 to move upwards, to make recirculation hole 28 enter limitation space 24, to make to steam
Vapour is entered on the upside of pressure dynamic plate 47 by gas pipeline 36 presses space 50；
Then, hydraulic pump 49 works at this time, to move downward in steam and pressure dynamic plate 47 under hydraulic drive, when moving to
When lower side, 51 work belt dynamic pressure movable plate 47 of hydraulicefficiency elevation structure is moved upwards, to make valve mechanism 48 work, to be connected to
About 47 two sides of pressure dynamic plate press space 50, so that entering steam on the downside of pressure dynamic plate 47 presses space 5, in pressure dynamic plate 47
During decline, successively pushed from top to bottom by cage plate 54 is small, and first connecting rod 42, the second connecting rod 55 and third connecting rod
73 successively decline therewith, so that transmission mechanism 41 is driven to work, the rotation of 66 descent tape turn moving gear 40 of the second rack bar, thus
The first rack bar 37 is driven to rise, to successively the first cutoff plate 64 in cutting-off mechanism 62 be driven successively to rise, to make to smoke
It steams space 14 to be connected with space 50 is pressed, with the decline of pressure dynamic plate 47, steam successively enters from three runners 60 stifling
In space 14, so that the upper surface and lower end surface of stifling three blocks of timber, so recycle, heat-generating pipe after steam reaches certain flow
10 do not work, and when steam deficiency, the work of heat-generating pipe 10 is until stifling terminate.
Valuably, the clamp system 23 includes clamp shaft 15, symmetrically fixed between stifling 14 left hand end wall of space to connect
It is connected to a clamp shaft 15, the clamp shaft 15 is fixedly connected with a clamping plate 16 between the one end at stifling 14 center of space,
The circulation groove 19 that about one end wall extends through about 16 end wall of clamping plate, the circulation groove 19 are provided in the clamping plate 16
It is fixedly connected with a web plate 18 between left hand end wall, is provided with a driving space 20, the driving in the 19 right end wall of circulation groove
The mobile space 8 that a upper end wall is connected to stifling space 14 is provided in 20 upper end wall of space, 20 upper end wall of driving space connects
Logical mobile space 8, the 20 right end wall of driving space are fixedly connected with a driving motor 6, the 6 left side power of driving motor
It is connected with a left end and drives the drive shaft 21 of 20 left end wall of space rotation connection, threaded engagement connects on 21 axis body of drive shaft
It is connected to a driving plate 23,23 upper end of driving plate is through driving 21 upper end wall of space and mobile space 8 and is located at stifling space
In 14, a fixed bullet is fixedly connected between the 8 right end wall of 23 right side of driving plate and mobile space in mobile space 8
Spring 7,16 upper surface of the clamping plate left side are fixedly connected with a gripping block 17, and effect is to clamp plank.
Valuably, the hydraulicefficiency elevation structure 51 includes hydraulic space 43, and described press is provided in 50 upper end wall of space
One hydraulic space 43 slidably connects a hydraulic plate 44 in the hydraulic space 43, and 44 lower end surface of hydraulic plate is fixedly connected
There is a hydraulic stem 46,46 lower end of hydraulic stem is fixedly connected through 43 lower end wall of hydraulic space and with 47 upper surface of pressure dynamic plate,
The 43 right end wall of hydraulic space is provided with the hydraulic pipeline 45 of about a 44 two sides hydraulic space of connection hydraulic plate, 43 right end wall,
A hydraulic pump 49 is provided in the hydraulic pipeline 45, effect is to drive the lifting of pressure dynamic plate 47.
Valuably, the valve mechanism 48 includes valve hole 67, is provided with a upper end on the right side of 47 upper surface of pressure dynamic plate
Wall is connected to the valve hole 67 for pressing space 50, and 67 lower end wall of valve hole is provided with the envelope that lower end wall connection presses space 50
Locked groove 71, lower end wall connection enclosed slot 71 is symmetrically arranged in 67 left hand end wall of valve hole presses slot 69, the pressure
Dynamic 69 upper end wall of slot is fixedly connected with one and presses spring 68, and 68 lower end of spring that presses is fixedly connected with a link block 70, institute
It states and slidably connects a closed plate 72 in enclosed slot 71,70 lower end of link block, which is run through, presses 69 lower end wall of slot and and closed plate
72 upper surfaces are fixedly connected, effect be in 47 uphill process of pressure dynamic plate closed plate 72 to being connected to pressure dynamic plate about 47 two
Space 50 is moved in side pressure, and closed plate 72 closes valve hole 67 when pressure dynamic plate 47 declines.
Valuably, the transmission mechanism 41 includes transmission shaft 39, and 38 aft bulkhead of transmission space is fixedly connected with a biography
Moving axis 39,39 front end of transmission shaft are rotatably connected to a rotate gear 40, and 40 left end of rotate gear is connected by meshing transmission
There is the first rack bar 37,37 right end of transmission gear, which is connected by meshing transmission, the second rack bar 66, three transmission mechanisms
Transmission shaft in 41 is different in size and 39 longest of left side drive shafts and right side transmission shaft 39 are most short, three connecting rod left ends point
It is not fixedly connected with three second rack bar, 66 right sides, effect is once to make three first during cage plate 54 declines
Rack bar 37 declines once.
Valuably, the cutting-off mechanism 62 includes the first truncation spring 3, slidably connects first in the truncation space 63
Cutoff plate 64, is provided with the second cutoff plate 65 being slidably connected with truncation space 63 on the downside of first cutoff plate 64, and described the
The second truncation spring 2 is symmetrically fixedly connected between two cutoff plates, 65 lower end surface and truncation 63 lower end wall of space, described first
Symmetrically be fixedly connected with the first truncation spring 3 between 64 upper surface of cutoff plate and truncation 63 upper end wall of space, effect be
The throttling to runner 60 is realized under the action of transmission mechanism 41.
Valuably, the elastic force of the third adjustable spring 57 is much larger than the elastic force of the second adjustable spring 56, and described second stretches
The elastic force of contracting spring 56 is much larger than the elastic force of the first adjustable spring 53, and effect is easy for that three sections pressed in space 50 will be located at
Cage plate successively declines.
Valuably, the mechanism for testing 74 includes tester 77, is provided with one in the stifling 14 right end wall downside of space
Memory 75 is connected between the memory 75 and tester 77 by data line 76, and effect is tested in stifling space 14
The state modulators heat-generating pipe 10 such as pressure work.
Specifically used mode：In present invention work, the first electromagnetic switch 12 is opened into evaporating space 9 by fumigating stain
After close the first electromagnetic switch, timber is added to stifling space 14 by stifling 14 aft bulkhead of space and nibbles, at this time clamp system 23
Work, the work of driving motor 6 drives drive shaft 21 to rotate, to drive driving plate 22 to move downward, to timber be clamped, so
Rear enclosed fumigates space 14, and heat-generating pipe 10 works, and heating fumigating stain is simultaneously allowed to evaporation generation steam, and steam enters stifling sky
Between, with the increase of heating time, fumigate and be full of steam in space 14, when the air pressure in stifling space 14 is excessive, steam into
Enter limitation space 24 on the downside of partition 30, pushes partition 30 to move upwards, to push restriction plate 29 to move upwards, to make to circulate
Hole 28 enters limitation space 24, so that entering steam on the upside of pressure dynamic plate 47 by gas pipeline 36 presses space 50, at this time
Hydraulic pump 49 works, thus moved downward in steam and pressure dynamic plate 47 under hydraulic drive, it is hydraulic when moving to lower side
51 work belt dynamic pressure movable plate 47 of elevating mechanism moves upwards, to make valve mechanism 48 work, to be connected to about 47 pressure dynamic plate
Two sides press space 50, so that entering steam on the downside of pressure dynamic plate 47 presses space 5, during pressure dynamic plate 47 declines,
It is successively pushed from top to bottom by cage plate 54 is small, and first connecting rod 42, the second connecting rod 55 and third connecting rod 73 are therewith successively
Decline, so that transmission mechanism 41 is driven to work, 66 descent tape turn moving gear 40 of the second rack bar rotation, to drive the first tooth
Bar 37 rises, to successively the first cutoff plate 64 in cutting-off mechanism 62 be driven successively to rise, thus make stifling space 14 with
Space 50 is pressed to be connected, with the decline of pressure dynamic plate 47, steam successively enters in stifling space 14 from three runners 60, from
And the upper surface and lower end surface of stifling three blocks of timber, so recycling, heat-generating pipe 10 does not work after steam reaches certain flow, when
The work of heat-generating pipe 10 when steam deficiency is until stifling terminate, and the apparatus structure is simple, operation is convenient, is saving stifling space 14
While space, steam is shootd out by different directions to achieve the purpose that quickly to fumigate, stifling quality had both been ensure that or had protected
Stifling working efficiency is demonstrate,proved.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (8)
1. a kind of wood fumigation colouring method based on nanosecond science and technology, including cabinet, it is characterised in that：It is provided in the cabinet
One evaporating space, evaporating space left end wall are provided with the flow ipe of left end wall connection free surrounding space, the inflow pipe
The first electromagnetic switch is provided in road, the evaporating space lower end wall is provided with the effuser of lower end wall connection free surrounding space
Road is provided with the second electromagnetic switch in the outflow pipeline, a heat-generating pipe, the evaporation is surrounded in the evaporating space
A stifling space is provided in the upper end wall of space, the evaporating space upper end wall is connected to stifling space, sets in the stifling space
It sets there are three clamp system, a limitation space, limitation space upper end wall right side is provided in the stifling space upper end wall
It is inside provided with a weight space, weight space upper end wall is provided with the venthole of upper end wall connection free surrounding space, described
Slidably connect a support plate in weight space, the upper end face of support plate is fixedly connected with a weight, under the weight space
The connecting pipe in lower end wall connection limitation space is provided on the right side of end wall, it is described to limit spatially lower end wall center symmetric setting
There is a spring groove, the spring groove is fixedly connected with a limited spring, the downside limited spring far from the end wall in limitation space
Upper end is fixedly connected with a restriction plate, the restriction plate upper end through downside spring groove upper end wall and upside spring groove lower end wall and
It is fixedly connected with upside limited spring lower end, the restriction plate lower end is provided with the circulation of left hand end wall connection downside spring groove
Hole, the restriction plate left side being located in limitation space are fixedly connected with a partition, and the partition left end and limitation space are sliding
Dynamic connection, limitation space right end wall are provided with first-class feed channel, and transmission sky is provided in the right end wall of the limitation space
Between, it is provided with one in the transmission space right end wall and presses space, the gas pipeline right end wall, which runs through, presses space left end wall
And with press space, the transmission space right end wall is provided with the spring compartment that right end wall connection presses space, described to press
A pressure dynamic plate is slidably connected in space, the pressure dynamic plate upper surface is fixedly connected with a hydraulicefficiency elevation structure, described to press sky
Between the accommodating groove that upper end wall connection presses space is provided on the left of lower end wall, the accommodating groove lower end wall is fixedly connected with a set of
Plate, the cage plate upper end connect through accommodating groove upper end wall and with pressure dynamic plate Contact Transmission, are provided in the pressure dynamic plate right end
One valve mechanism, the cage plate is provided with four sections and three sections are in pressing in space, and described cage plate the top left side is fixed to be connected
It is connected to first connecting rod, the first connecting rod right end is through spring compartment and is located in transmission space, the first connecting rod
Downside is provided with the second connecting rod that a right end is fixedly connected with cage plate, and spring compartment and position are run through in second connecting rod left end
In in transmission space, it is provided with the third connecting rod that a right end is fixedly connected with cage plate on the downside of second connecting rod, described the
Three connecting rod left ends are through spring compartment and are located in transmission space, the first connecting rod lower end surface in spring compartment
The first adjustable spring is fixedly connected between the second connecting rod upper surface in spring compartment, it is described to be located at spring compartment
It is flexible that second is fixedly connected between the second interior connecting rod lower end surface and the third connecting rod upper surface in spring compartment
Spring is fixedly connected with third between the third connecting rod lower end surface and spring compartment lower end wall in the spring compartment and stretches
Contracting spring, is provided with three groups of transmission mechanisms in the transmission space, the first connecting rod left end, the second connecting rod left end and the
Three connecting rod left ends are fixedly connected with three groups of transmission mechanisms respectively, and described press is provided with a sprue on the right side of the lower end wall of space,
Setting is provided with a shear in the truncation space there are three space is truncated from top to bottom in the transmission space lower end wall
Structure, sprue left end wall are provided with three left end walls through truncation space and are connected to the runner in stifling space, the left side
Final drive gear lower end is fixedly connected through three truncation spaces and with the cutting-off mechanism in third truncation space, the transmission
Spaces are truncated through two and fix with the cutting-off mechanism in second truncation space and connect for intermediate transmission mechanism lower end in space
It connects, the transmission mechanism lower end in left side is through first truncation space upper end wall and the shear internal with it in the transmission space
Structure is fixedly connected, and the receiving slit of upper end wall connection transmission space is provided on the right side of the transmission space lower end wall, described stifling
A mechanism for testing is provided on the downside of the right end wall of space；
Steps are as follows for the method：
Firstly, opening the first electromagnetic switch into evaporating space by closing the first electromagnetic switch after stifling stain, timber passes through
Stifling space aft bulkhead is added to stifling space and nibbles, and clamp system works at this time, and driving motor work drives drive shaft turns, from
And driving plate is driven to move downward, so that timber be clamped, then close stifling space, heat-generating pipe work, heating fumigating stain
And be allowed to evaporation and generate steam, steam enters stifling space, and with the increase of heating time, fumigates and be full of steam in space, when
When air pressure in stifling space is excessive, steam, which enters, limits space on the downside of partition, pushes partition to move upwards, to push limitation
Plate moves upwards, to make recirculation hole enter limitation space, so that steam be made to enter the pressure on the upside of pressure dynamic plate by gas pipeline
Dynamic space；
Then, hydraulic pump works at this time, thus moved downward in steam and pressure dynamic plate under hydraulic drive, it is most lower when moving to
When side, hydraulicefficiency elevation structure work belt dynamic pressure movable plate is moved upwards, to make valve mechanism work, to be connected to pressure dynamic plate or more
Two sides press space, so that entering steam on the downside of pressure dynamic plate presses space, it is during pressure dynamic plate decline, cage plate is small
It successively pushes from top to bottom, and first connecting rod, the second connecting rod and third connecting rod successively decline therewith, to drive transmission
Mechanism work, the rotation of the second rack bar descent tape turn moving gear are cut so that the first rack bar be driven to rise to successively drive
The first cutoff plate in breaking mechanism successively rises, so that stifling space be made to be connected with space is pressed, with the decline of pressure dynamic plate,
Steam successively enters in stifling space from three runners, so that the upper surface and lower end surface of stifling three blocks of timber, so recycle,
Heat-generating pipe does not work after steam reaches certain flow, and when steam deficiency, heat-generating pipe work is until stifling terminate.
2. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：The folder
Tight mechanism includes clamp shaft, is symmetrically fixedly connected with a clamp shaft between the stifling space left hand end wall, the clamp shaft is close
It is fixedly connected with a clamping plate between one end of stifling space center, about one end wall is provided in the clamping plate and is extended through
The circulation groove of clamping plate end wall up and down, is fixedly connected with a web plate, the circulation groove right end wall between the circulation groove left hand end wall
It is inside provided with a driving space, the mobile space that a upper end wall is connected to stifling space is provided in the driving space upper end wall,
The driving space upper end wall is connected to mobile space, and driving space right end wall is fixedly connected with a driving motor, the drive
Dynamic motor left side is connected by power a left end and drives the drive shaft of space left end wall rotation connection, on the drive shaft axis body
Threaded engagement is connected with a driving plate, and the driving plate upper end is through driving space upper end wall and mobile space and is located at stifling sky
In, it is fixedly connected with a fixed spring between the driving plate right side and mobile space right end wall in mobile space,
A gripping block is fixedly connected on the left of the clamping plate upper surface.
3. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：The liquid
Pressing elevating mechanism includes hydraulic space, and described press is provided with a hydraulic space in the upper end wall of space, sliding in the hydraulic space
Dynamic to be connected with a hydraulic plate, the hydraulic plate lower end surface is fixedly connected with a hydraulic stem, and hydraulic sky is run through in the hydraulic stem lower end
Between lower end wall and be fixedly connected with pressure dynamic plate upper surface, the hydraulic space right end wall is provided with connection hydraulic plate two sides up and down
The hydraulic pipeline of hydraulic space right end wall is provided with a hydraulic pump in the hydraulic pipeline.
4. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：The valve
Door machine structure includes valve hole, and the valve hole that upper end wall connection presses space is provided on the right side of the pressure dynamic plate upper surface, described
Valve hole lower end wall is provided with the enclosed slot that lower end wall connection presses space, is symmetrically arranged in the valve hole left hand end wall
One lower end wall connection enclosed slot presses slot, it is described press slot upper end wall and be fixedly connected with one press spring, it is described to press spring
Lower end is fixedly connected with a link block, and a closed plate is slidably connected in the enclosed slot, and the link block lower end, which is run through, to be pressed
It slot lower end wall and is fixedly connected with closed plate upper surface.
5. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：The biography
Motivation structure includes transmission shaft, and the transmission space aft bulkhead is fixedly connected with a transmission shaft, the transmission shaft front end rotation connection
There is a rotate gear, the rotate gear left end, which is connected by meshing transmission, the first rack bar, and the transmission gear right end engagement passes
Dynamic to be connected with the second rack bar, the transmission shaft in three transmission mechanisms is different in size and left side drive shafts longest and right side pass
Moving axis is most short, and three connecting rod left ends are fixedly connected with three second rack bar right sides respectively.
6. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：Described section
Breaking mechanism includes the first truncation spring, and the first cutoff plate, the first cutoff plate downside are slidably connected in the truncation space
It is provided with the second cutoff plate connecting with truncation dimensional slip, it is left between second cutoff plate lower end surface and truncation space lower end wall
It is right to be symmetrically fixedly connected with the second truncation spring, between first cutoff plate upper surface and truncation space upper end wall symmetrically admittedly
Surely it is connected with the first truncation spring.
7. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：Described
The elastic force of three adjustable springs is much larger than the elastic force of the second adjustable spring, and the elastic force of second adjustable spring is flexible much larger than first
The elastic force of spring.
8. a kind of wood fumigation colouring method based on nanosecond science and technology according to claim 1, it is characterised in that：The survey
Test-run a machine structure includes tester, on the downside of the stifling space right end wall in be provided with a memory, the memory and tester it
Between pass through data line connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810904938.4A CN108908601A (en) | 2018-08-09 | 2018-08-09 | A kind of wood fumigation colouring method based on nanosecond science and technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810904938.4A CN108908601A (en) | 2018-08-09 | 2018-08-09 | A kind of wood fumigation colouring method based on nanosecond science and technology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108908601A true CN108908601A (en) | 2018-11-30 |
Family
ID=64404842
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810904938.4A Withdrawn CN108908601A (en) | 2018-08-09 | 2018-08-09 | A kind of wood fumigation colouring method based on nanosecond science and technology |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108908601A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110370407A (en) * | 2019-08-09 | 2019-10-25 | 仙居夏朗新能源科技有限公司 | A kind of device improving pinus sylvestris var. mongolica timber degreasing rate |
| CN110816037A (en) * | 2019-12-02 | 2020-02-21 | 乐清市冲天文具有限公司 | Timber fumigation mark printing device |
-
2018
- 2018-08-09 CN CN201810904938.4A patent/CN108908601A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110370407A (en) * | 2019-08-09 | 2019-10-25 | 仙居夏朗新能源科技有限公司 | A kind of device improving pinus sylvestris var. mongolica timber degreasing rate |
| CN110370407B (en) * | 2019-08-09 | 2020-12-18 | 浙江中法农业科技发展有限公司 | Device for improving wood degreasing rate of pinus sylvestris |
| CN110816037A (en) * | 2019-12-02 | 2020-02-21 | 乐清市冲天文具有限公司 | Timber fumigation mark printing device |
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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 |