CN108943264A

CN108943264A - A kind of wood fumigation dyeing apparatus

Info

Publication number: CN108943264A
Application number: CN201810770057.8A
Authority: CN
Inventors: 何杨波
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-13
Filing date: 2018-07-13
Publication date: 2018-12-07

Abstract

The invention discloses a kind of wood fumigation dyeing apparatus, including main body, the first cavity is equipped in the main body, the main body front end face is equipped with the channel slot for the setting that is connected with the first cavity front side end at right positions, lifting slider is slidably connected in first cavity, the lifting slider screw-internal thread fit is connected with bilateral symmetry and the first extended up and down screw rod, first sliding groove is equipped in the bottom end face of the lifting slider between first screw rod described in two groups, it is connected with first cavity open slot of setting in the lifting slider on the left of the first sliding groove equipped with top end, it is rotatably assorted in part between the open slot and the first sliding groove and is connected with the second extended screw rod of left and right, the left distal end of second screw rod is installed with the first cone protruded into the open slot Wheel.

Description

A kind of wood fumigation dyeing apparatus

Technical field

The present invention relates to wood fumigation processing technique field, specially a kind of wood fumigation dyeing apparatus.

Background technique

Carrying out chemical modification to timber is to realize that timber is one of the important means of durable, timber after being chemically modified, certain A little characteristics frequently result in apparent improvement or improve, such as anticorrosive, anti-insect performance and used life, and it is more firm to obtain timber Solid color, improve the visual effect of timber, enhance the decorative effect of woodwork appearance colour, currently, traditional wood staining Device makes coloring agent immerse timber or be adsorbed in wood surface, reaches dyeing purpose mainly by timber pickling in dyeing liquor, This colouring method defect be mainly that dye layer is shallow, the timber after dyeing is easy to change, eclipsed, and effect is unstable, handle depth It is limited and complex for operation step, it needs to be processed using distinct device, improves the production cost of enterprise, meanwhile, There is a problem of that the processing time is relatively long.

Summary of the invention

The purpose of the present invention is to provide a kind of wood fumigation dyeing apparatus, in the prior art above-mentioned scarce for overcoming It falls into.

A kind of wood fumigation dyeing apparatus according to the present invention, including main body, the main body is interior to be equipped with the first cavity, The main body front end face is equipped with the channel slot for the setting that is connected with the first cavity front side end, institute at right positions It states and is slidably connected with lifting slider in the first cavity, the lifting slider screw-internal thread fit is connected with symmetrically and upper and lower It is sliding to be equipped with first in the bottom end face of the lifting slider between the first screw rod described in two groups for the first extended screw rod Slot is connected the opening of setting in the lifting slider on the left of the first sliding groove with first cavity equipped with top end Slot is rotatably assorted in the part between the open slot and the first sliding groove and is connected with the second extended screw rod of left and right, The left distal end of second screw rod is installed with the first cone pulley protruded into the open slot, and the second screw rod right end is stretched Enter in the first sliding groove and be rotatably assorted with the first sliding groove right side wall to connect, second spiral shell in the first sliding groove It is threadedly engaged on bar and is connected with the first slider guide, top end and institute are equipped in first cavity on the downside of the lifting slider Affixed piece for stating the connection of the first slider guide bottom end face secure fit, the affixed piece of bottom is installed with placement framework, two groups of institutes It states in the bottom wall of first cavity between the first screw rod and is located at institute equipped with stifling generator and heavy groove, the heavy groove The right positions of stifling generator are stated, are set in the bottom wall of first cavity between the heavy groove and the stifling generator There is the second sliding slot for extending downwardly setting, is equipped with the first drive cavity in the main body on the downside of the second sliding slot, described the It is equipped with third sliding slot in the main body on the left of one drive cavity, is connected in the main body of third sliding slot bottom and sets The second cavity for having left and right extended, is equipped with the second drive cavity in the main body on the right side of second cavity, and described the It is slidably connected with gear slide plate in two sliding slots, is rotatably assorted in the part between the second sliding slot and first drive cavity It is connected with third screw rod, the bottom end face in the second sliding slot and with the gear slide plate is protruded into third screw tip end It is threadedly engaged connection, the third screw rod bottom end is installed with the second cone pulley protruded into first drive cavity, and described It is rotatably assorted in part between three sliding slots and first drive cavity and is connected with the 4th screw rod, the 4th screw rod left distal end It protrudes into the third sliding slot and is connected by power with the first motor being embedded in the third sliding slot left side wall admittedly, the 4th spiral shell Bar right end is installed with the third cone pulley for protruding into first drive cavity and being connected by power with second cone pulley, and described the The slipping block being cooperatively connected with the 4th screw flight, the bottom end face of the slipping block are slidably connected in three sliding slots It is inside installed with the second motor, the bottom end of second motor is connected by power the 4th cone protruded into second cavity Wheel, second cavity is interior to be equipped with transmission executing agency, is installed with electronic control unit, the electricity on the first motor outer wall Sub- control device and the first motor are electrically connected, rotation speed of the electronic control unit to control the first motor Degree, and then realize and the movement speed that the 4th screw rod drives the slipping block is automatically controlled by the first motor.

Further technical solution, the transmission executing agency include be rotatably assorted connection setting second cavity with The first rotating shaft in part, the connection that is rotatably assorted between second drive cavity are arranged in second cavity and described first The second shaft and the connection that is rotatably assorted in part between cavity are arranged in second drive cavity and first cavity Between part in third shaft, the first rotating shaft left distal end protrude into second cavity and with second cavity Left side wall be rotatably assorted connection, be installed with the 5th cone pulley in the first rotating shaft in second cavity, described One shaft right end is installed with the 6th cone pulley protruded into second drive cavity, and the top end of second shaft protrudes into It is cooperatively connected in first cavity and with the first screw rod power in left side, the second shaft bottom end, which is installed with, stretches The 7th cone pulley for entering in second cavity and being cooperatively connected with the 5th cone pulley power, the top end of the third shaft It protrudes into first cavity and is cooperatively connected with the first screw rod power on right side, the bottom end of the third shaft is solid Equipped with the 8th cone pulley for protruding into second drive cavity and being cooperatively connected with the 6th cone pulley power, it is located at the 4th cone Take turns the 9th cone pulley for being installed in the first rotating shaft in left side and being cooperatively connected to power therewith.

Further technical solution, admittedly embedded with third electricity in the bottom wall of opposite first cavity at the top of the open slot Machine, third motor bottom end have been connected by power to protrude into the open slot and cooperate with the first cone pulley power Tenth cone pulley of connection.

Further technical solution, the interior bilateral symmetry of the placement framework and the equidistant multiple groups that are placed with support fixture block.

Further technical solution is installed with heating dye bucket in the heavy groove.

Detailed description of the invention

Fig. 1 is a kind of external overall structure diagram of wood fumigation dyeing apparatus in the present invention；

Fig. 2 is a kind of inside overall structure diagram of wood fumigation dyeing apparatus in the present invention.

Specific embodiment

Below with reference to Fig. 1-2, the present invention is described in detail.

Referring to Fig.1-2, a kind of wood fumigation dyeing apparatus of embodiment according to the present invention, including main body 8, the master Be equipped with the first cavity 81 in body 8,8 front end face of main body be equipped at right positions with before first cavity 81 Side is connected the channel slot 88 of setting, lifting slider 811 is slidably connected in first cavity 81, the lifting is slided 811 screw-internal thread fit of block is connected with bilateral symmetry and the first extended up and down screw rod 812, the first screw rod 812 described in two groups Between the lifting slider 811 bottom end face in be equipped with first sliding groove 8110,8110 left side of the first sliding groove it is described It is connected with first cavity 81 open slot 8112 of setting in lifting slider 811 equipped with top end, the open slot It is rotatably assorted in part between 8112 and the first sliding groove 8110 and is connected with the second extended screw rod 8113 of left and right, institute The left distal end for stating the second screw rod 8113 is installed with the first cone pulley 8114 protruded into the open slot 8112, second screw rod 8113 right ends are protruded into the first sliding groove 8110 and are rotatably assorted with 8110 right side wall of first sliding groove and connect, described It is threadedly engaged on second screw rod 8113 in first sliding groove 8110 and is connected with the first slider guide 8111, the lifting slider Top end is equipped in first cavity 81 of 811 downsides to connect with the 8111 bottom end face secure fit of the first slider guide Affixed piece 813, affixed piece of 813 bottoms are installed with placement framework 814, described between the first screw rod 812 described in two groups It is equipped with stifling generator 816 in the bottom wall of first cavity 81 and heavy groove 82, the heavy groove 82 are located at the stifling generation The right positions of device 816 are set in the bottom wall of first cavity 81 between the heavy groove 82 and the stifling generator 816 There is the second sliding slot 87 for extending downwardly setting, be equipped with the first drive cavity 86 in the main body 8 of 87 downside of second sliding slot, Third sliding slot 85, the master of 85 bottom of third sliding slot are equipped in the main body 8 in 86 left side of the first drive cavity It is connected in body 8 and is equipped with the second extended cavity 84 of left and right, is set in the main body 8 on 84 right side of the second cavity There is the second drive cavity 83, is slidably connected with gear slide plate 871 in the second sliding slot 87, the second sliding slot 87 and described the It is rotatably assorted in part between one drive cavity 86 and is connected with third screw rod 863,863 top end of third screw rod protrudes into institute It states in second sliding slot 87 and is threadedly engaged with the bottom end face of the gear slide plate 871 and is connect, 863 bottom end of third screw rod Be installed with the second cone pulley 862 protruded into first drive cavity 86, the third sliding slot 85 and first drive cavity 86 it Between part in be rotatably assorted and be connected with the 4th screw rod 852,852 left distal end of the 4th screw rod protrudes into the third sliding slot 85 It is interior and be connected by power with the first motor 853 being embedded in 85 left side wall of third sliding slot admittedly, 852 right side end of the 4th screw rod End is installed with the third cone pulley 861 for protruding into and being connected by power in first drive cavity 86 and with second cone pulley 862, and described the The slipping block 851 that connection is threadedly engaged with the 4th screw rod 852, the slipping block are slidably connected in three sliding slots 85 The second motor 854 is installed in 851 bottom end face, the bottom end of second motor 85, which has been connected by power, protrudes into described The 4th cone pulley 855 in two cavitys 84, second cavity 84 is interior to be equipped with transmission executing agency, 853 outer wall of first motor On be installed with electronic control unit 8531, the electronic control unit 8531 is electrically connected with the first motor 853, the electricity Velocity of rotation of the sub- control device 8531 to control the first motor 853, and then realize automatic by the first motor 853 Control the movement speed that the 4th screw rod 852 drives the slipping block 851.

Valuably or illustratively, the transmission executing agency includes being rotatably assorted connection setting in second cavity 84 The first rotating shaft 841 in part between second drive cavity 83, being rotatably assorted to connect is arranged in second cavity 84 It the second shaft 843 in part between first cavity 81 and is rotatably assorted to connect and is arranged in second drive cavity The third shaft 833 in part between 83 and first cavity 81,841 left distal end of first rotating shaft protrude into described It is rotatably assorted in two cavitys 84 and with the left side wall of second cavity 84 and connect, described the in second cavity 84 The 5th cone pulley 845 is installed in one shaft 841,841 right end of first rotating shaft, which is installed with, protrudes into second drive cavity The 6th cone pulley 831 in 83, the top end of second shaft 843 protrude into first cavity 81 and with described in left side First screw rod, 812 power is cooperatively connected, 843 bottom end of the second shaft be installed with protrude into second cavity 84 and with The 7th cone pulley 842 that 5th cone pulley, 845 power is cooperatively connected, the top end of the third shaft 833 protrude into described the It is cooperatively connected in one cavity 81 and with 812 power of the first screw rod on right side, the bottom end of the third shaft 833 is fixed There is the 8th cone pulley 832 for protruding into and being cooperatively connected in second drive cavity 83 and with 831 power of the 6th cone pulley, is located at described It is installed with the 9th cone pulley 856 being cooperatively connected to power therewith in the first rotating shaft 841 in 855 left side of the 4th cone pulley, from And realize that transmission the first screw rod 812 of control drives the lifting work of lifting slider 811, and then it is solid to realize that lifting slider 811 drives The placement framework 814 for connecing 813 bottom of block, which immerses in heating dye bucket 821, carries out sufficiently dyeing work.

Valuably or illustratively, it is embedded with admittedly in the bottom wall of opposite first cavity 81 in 8112 top of open slot Third motor 815,815 bottom end of third motor be connected by power to protrude into the open slot 8112 and with it is described The tenth cone pulley 8115 that first cone pulley, 8114 power is cooperatively connected controls the second screw rod 8113 by third motor 815 to realize Drive the first slider guide 8111 moves left and right work.

Valuably or illustratively, multiple groups support fixture block symmetrically and is equidistantly placed in the placement framework 814 8141, thus the timber Fast Installation work for facilitating needs to process.

Valuably or illustratively, heating dye bucket 821 is installed in the heavy groove 82, thus fast implement it is stifling before Dyeing work.

When original state, lifting slider 811 is made to be located at the top position in the first cavity 81, meanwhile, make the first slide guide Block 8111 is moved to the right-most position in first sliding groove 8110, at this point, it is logical to be located at affixed piece 813 drive placement framework 814 The rear side relative position of mouthful slot 88, meanwhile, make the tenth cone pulley 8115 utmostly protrude into open slot 8112 and with the first cone pulley 8114 in being connected by power state, at this point, slipping block 851 is made to be located at the left-most position in third sliding slot 85, meanwhile, by sliding Block 851 drives the 4th cone pulley 855 and the 9th cone pulley 856 to be in and is connected by power state, at this point, gear slide plate 871 is made to be fully located at the In two sliding slots 87；

When the work is required, the semi-finished wood while after drying is packed into placement framework 814 and is passed through by channel slot 88 first Support fixture block 8141 supports and fixes, and then drives the 4th cone pulley 855 and the rotation of the 9th cone pulley 856 by the second motor 854, The 5th cone pulley 845 and the 6th cone pulley 831 in first rotating shaft 841 and first rotating shaft 841 is driven by the 9th cone pulley 856, in turn 7th cone pulley 842 and the 8th cone pulley 832 are driven by the 5th cone pulley 845 and the 6th cone pulley 831 respectively, at this point, making the second shaft 843 It drives the first screw rod 812 of left and right sides to rotate simultaneously respectively with third shaft 833, and lifting slider is driven by the first screw rod 812 811, towards the bottom direction sliding in the first cavity 81, until placement framework 814 is fully inserted into heating dye bucket 821, and then realize Then the primary work of dyeing drives the 4th cone pulley 855 and the 9th cone pulley 856 to rotate backward, makes to rise by the second motor 854 It drops sliding block 811 to restore to initial position, at this point, the rotation of the tenth cone pulley 8115 is driven by third motor 815, by the tenth cone pulley 8115 drive the first cone pulley 8114 and the rotation of the second screw rod 8113, and drive the first slider guide 8111 to slide by the second screw rod 8113 Left-most position to first sliding groove 8110, at this point, the placement framework 814 of affixed piece 813 drive bottom is made to be located at stifling life Grow up to be a useful person 816 position directly above, at this point, the rotation of the 4th screw rod 852 is controlled by first motor 853, and by 852 band of the 4th screw rod Dynamic third cone pulley 861 and the rotation of the second cone pulley 862, until slipping block 851 slides into the right-most position in third sliding slot 85 When, at this point, making the second cone pulley 862 that third screw rod 863 be driven to rotate, drive gear 871 top section of slide plate maximum by third screw rod 863 Degree protrudes into second sliding slot 87 and abuts against the top end surface for keeping off slide plate 871 with 87 roof of second sliding slot, then, passes through control The unlatching for making stifling generator 816 can automatic fumigation work.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by channel slot by the semi-finished product after drying Timber is packed into placement framework and by supporting fixture block to support and fix, and then passes through the second motor the 4th cone pulley of drive and the The rotation of nine cone pulleys drives the 5th cone pulley and the 6th cone pulley in first rotating shaft and first rotating shaft by the 9th cone pulley, and then by the Five cone pulleys and the 6th cone pulley drive the 7th cone pulley and the 8th cone pulley respectively, at this point, driving the second shaft and third shaft respectively First screw rod of left and right sides rotates simultaneously, and drives lifting slider to slide towards the bottom direction in the first cavity by the first screw rod, Until placement framework is fully inserted into heating dye bucket, and then realize the primary work of dyeing, then drives the by the second motor Four cone pulleys and the 9th cone pulley rotate backward, and restore lifting slider to initial position, at this point, driving the tenth by third motor Cone pulley rotation drives the first cone pulley and the second screw rod to rotate, and drives the sliding of the first slider guide by the second screw rod by the tenth cone pulley Left-most position in first sliding groove, at this point, make affixed piece drive bottom placement framework be located at fumigate generator just on Orientation is set, at this point, controlling the rotation of the 4th screw rod by first motor, and drives third cone pulley and the second cone pulley by the 4th screw rod Rotation, until when slipping block slides into the right-most position in third sliding slot, at this point, making the second cone pulley that third screw rod be driven to turn It is dynamic, it drives gear slide plate top section utmostly to protrude into second sliding slot by third screw rod and makes the top end surface and second for keeping off slide plate Sliding slot roof abuts against, then, by control stifling generator unlatching can automatic fumigation work, to realize superfast loading And automatically control to immerse in heating dye bucket and carry out efficiently dyeing work, it then realizes secondary stifling after automatically controlling dyeing Work, the timber after making dyeing is not easy to change, eclipsed, and present apparatus cost of manufacture and production cost are low, reduce enterprise Purchase cost.

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

Claims

1. a kind of wood fumigation dyeing apparatus, including main body, it is characterised in that: be equipped with the first cavity, institute in the main body The channel slot that main body front end face is equipped with the setting that is connected with the first cavity front side end at right positions is stated, it is described Lifting slider is slidably connected in first cavity, the lifting slider screw-internal thread fit is connected with symmetrically and upper downward The first screw rod of setting is stretched, is equipped with first sliding groove in the bottom end face of the lifting slider between the first screw rod described in two groups, It is connected with first cavity open slot of setting in the lifting slider on the left of the first sliding groove equipped with top end, It is rotatably assorted in part between the open slot and the first sliding groove and is connected with the second extended screw rod of left and right, it is described The left distal end of second screw rod is installed with the first cone pulley protruded into the open slot, and the second screw rod right end protrudes into institute It states in first sliding groove and is rotatably assorted with the first sliding groove right side wall and connect, on second screw rod in the first sliding groove It is threadedly engaged and is connected with the first slider guide, top end and described the are equipped in first cavity on the downside of the lifting slider Affixed piece of one slider guide bottom end face secure fit connection, the affixed piece of bottom is installed with placement framework, the described in two groups Stifling generator and heavy groove are equipped in the bottom wall of first cavity between one screw rod, the heavy groove is located at described smoked Steam the right positions of generator, be equipped in the bottom wall of first cavity between the heavy groove and the stifling generator to Extended second sliding slot down is equipped with the first drive cavity in the main body on the downside of the second sliding slot, and described first passes It is equipped with third sliding slot in the main body on the left of dynamic chamber, is connected in the main body of third sliding slot bottom and is equipped with a left side The second extended cavity of the right side is equipped with the second drive cavity in the main body on the right side of second cavity, and described second is sliding Gear slide plate is slidably connected in slot, be rotatably assorted connection in the part between the second sliding slot and first drive cavity There is third screw rod, the bottom end face screw thread in the second sliding slot and with the gear slide plate is protruded into third screw tip end It is cooperatively connected, the third screw rod bottom end is installed with the second cone pulley protruded into first drive cavity, and the third is sliding It is rotatably assorted in part between slot and first drive cavity and is connected with the 4th screw rod, the 4th screw rod left distal end protrudes into It is connected by power in the third sliding slot and with the first motor being embedded in the third sliding slot left side wall admittedly, the 4th screw rod is right Side end is installed with the third cone pulley for protruding into and being connected by power in first drive cavity and with second cone pulley, and the third is sliding It is slidably connected with the slipping block being cooperatively connected with the 4th screw flight in slot, consolidates in the bottom end face of the slipping block Equipped with the second motor, the bottom end of second motor is connected by power the 4th cone pulley protruded into second cavity, institute It states and is equipped with transmission executing agency in the second cavity, be installed with electronic control unit, the electronics control on the first motor outer wall Device processed and the first motor are electrically connected, velocity of rotation of the electronic control unit to control the first motor, And then it realizes and the movement speed that the 4th screw rod drives the slipping block is automatically controlled by the first motor.

2. a kind of wood fumigation dyeing apparatus according to claim 1, it is characterised in that: the transmission executing agency includes It is rotatably assorted and connects the first rotating shaft being arranged in the part between second cavity and second drive cavity, is rotatably assorted It connects the second shaft being arranged in the part between second cavity and first cavity and the connection that is rotatably assorted is set The third shaft in the part between second drive cavity and first cavity is set, the first rotating shaft left distal end is stretched Enter in second cavity and be rotatably assorted with the left side wall of second cavity to connect, in second cavity described in Fixed by the 5th cone pulley in first rotating shaft, the first rotating shaft right end is installed with the 6th protruded into second drive cavity Cone pulley, the top end of second shaft, which protrudes into first cavity and cooperates with the first screw rod power in left side, to be connected It connects, the second shaft bottom end, which is installed with, to be protruded into second cavity and be cooperatively connected with the 5th cone pulley power 7th cone pulley, the top end of the third shaft protrude into first cavity and match with the first screw rod power on right side Connection is closed, the bottom end of the third shaft, which is installed with, to protrude into second drive cavity and match with the 6th cone pulley power The 8th cone pulley for closing connection is installed in the first rotating shaft on the left of the 4th cone pulley and cooperates company to power therewith The 9th cone pulley connect.

3. a kind of wood fumigation dyeing apparatus according to claim 2, it is characterised in that: phase at the top of the open slot Pair first cavity bottom wall in admittedly be embedded with third motor, third motor bottom end has been connected by power to protrude into The tenth cone pulley being cooperatively connected in the open slot and with the first cone pulley power.

4. a kind of wood fumigation dyeing apparatus according to claim 3, it is characterised in that: left and right pair in the placement framework Claim and is equidistantly placed with multiple groups support fixture block.

5. a kind of wood fumigation dyeing apparatus according to claim 4, it is characterised in that: be installed with and add in the heavy groove Hot dye bucket.