CN109203149A

CN109203149A - A kind of degreasing method of pine veneer

Info

Publication number: CN109203149A
Application number: CN201811173964.0A
Authority: CN
Inventors: 竺妙飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-09
Filing date: 2018-10-09
Publication date: 2019-01-15

Abstract

The invention discloses a kind of degreasing methods of pine veneer, this method institute use device includes apparatus main body and is set to the intracorporal degreasing plant of described device master, the degreasing plant includes being set in described device main body and the first cavity of opening upwards, it can slide up and down in first cavity and be provided with the first sliding block, the first fixed block is fixedly connected on the downside end face of first sliding block, front and back is symmetrical respectively in the left and right sides inner wall of first cavity and what is be connected is provided with the second cavity, the second sliding block that extension is passed through in second cavity of the left and right sides is respectively fixedly connected on the left and right sides end face of first sliding block；The present invention is directed to design it is a kind of being capable of ancillary staff is operated when carrying out soak degreasing to pine device and its operating method.

Description

A kind of degreasing method of pine veneer

Technical field

The present invention relates to timber processing technique field, specially a kind of degreasing method of pine veneer.

Background technique

Pine has the advantages of of good quality, hardness is big, resistance to use, therefore when carrying out the production of finishing or furniture, very much People can include a large amount of grease using pine as raw material in pine, and excessive grease, which also causes pine, to be made Phenomena such as used time cracks, and grease oozes out, influences beauty, therefore designing one kind can be auxiliary when carrying out soak degreasing to pine A kind of degreasing method for the pine veneer for helping staff to be operated it is really necessary to.

Summary of the invention

The purpose of the present invention is to provide a kind of degreasing methods of pine veneer, in the prior art above-mentioned scarce for overcoming It falls into.

A kind of degreasing method of pine veneer according to the present invention, this method institute use device include apparatus main body and set It is placed in the intracorporal degreasing plant of described device master, the degreasing plant includes being set in described device main body and opening upwards First cavity can slide up and down in first cavity and be provided with the first sliding block, solid on the downside end face of first sliding block Surely it is connected with the first fixed block, front and back is symmetrical respectively in the left and right sides inner wall of first cavity and what is be connected is provided with the Two cavitys are respectively fixedly connected with extension on the left and right sides end face of first sliding block and are passed through the described second empty of the left and right sides The second intracavitary sliding block is fixedly connected with the first bracing wire on the upside end face of second sliding block, and second cavity is far from institute It states and is provided with third cavity in the inner wall of the first cavity side, the upper end phase of the upper end of the third cavity and second cavity It is connected to, what is be connected in the downside inner wall of the third cavity is provided with the 4th cavity, rotatably sets in the 4th cavity Be equipped with the first reel, wherein the upper end of first bracing wire extend through be set around after the third cavity described first around In line wheel, the first rotation axis is fixedly connected at the axle center of first reel, first rotation axis is far from described first One end of cavity is rotatablely connected with the 4th cavity far from the inner wall of first cavity side by bearing, and described What is be connected in the downside inner wall of one cavity is provided with the 5th cavity, and it is sliding that third is slidably provided in the 5th cavity Block is symmetrically arranged with the 6th cavity of opening upwards in the left and right sides inner wall of the 5th cavity, wherein described first is solid Determine on the downside end face of block bilateral symmetry and it is fixed be connected with the Four-slider that can be matched with the 6th cavity, described the What is be connected between six cavitys and the 5th cavity is provided with the 7th cavity, and is slidably provided in the 7th cavity Five sliding blocks, wherein symmetrical in the third sliding block to be provided with opening outwardly and be matched with the 5th sliding block First groove, the 5th sliding block is far from third sliding block side and is located in the 7th cavity and is slidably provided with the Six sliding blocks, the 6th sliding block extends far from one end of the third sliding block to be passed through in the 6th cavity, and is located at described the The first spring is fixedly connected between six sliding blocks and the opposing end surface of the 5th sliding block, in the downside inner wall of the 5th cavity What is be connected is provided with the 8th cavity, and the lower end extension of the third sliding block is passed through in the 8th cavity and is fixedly connected with can The 7th sliding block slided up and down in the 8th cavity, the downside end face of the 7th sliding block and the downside of the 8th cavity It is fixedly connected with second spring between inner wall, first motor, a left side for the 8th cavity are fixedly installed in the 7th sliding block Symmetrical and what is be connected is provided with the 9th cavity in right two sides inner wall, the left and right ends of the first motor are matched by shaft power Conjunction is connected with the first gear that can be rotated in the 9th cavity, and first rotation axis is close to one end of first cavity Extension is passed through in the 9th cavity and is fixedly connected with the second gear that can be meshed with the first gear, first tooth The downside of wheel and be located at it is engageable in the 9th cavity be provided with third gear, it is fixed at the axle center of the third gear to connect It is connected to the second rotation axis, first is provided in the inner wall of the 9th cavity far from the 8th cavity side and begins to speak, described One begin to speak in be provided with arrangement of clutch, wherein first rotation axis extends through described first and begins to speak and be fixedly connected on institute State on arrangement of clutch, second rotation axis extend far from one end of the 8th cavity be passed through described first begin to speak in and it is fixed It is connected on the arrangement of clutch.

It is characterized in that, the arrangement of clutch includes rotatably being set to tell that first begins to speak the first interior rotating block, Left and right is perforative in first rotating block is provided with second and begins to speak, wherein first rotation axis extends through described second It begins to speak and is fixedly connected with the second rotating block that can begin to speak interior rotation described second, the described second side annular inner wall begun to speak Upper annular array and fixation be connected with the second fixed block, and the second rotating block annular array is provided with outward opening Third is begun to speak, and the first sliding shoe outside opening is extended in the third interior one end that is slidably provided with of beginning to speak, and described first is sliding It is fixedly connected with third spring between the inner wall that motion block and the third are begun to speak, the downside of first rotating block and is located at described First begin to speak it is interior be rotatably provided with third rotating block, between first rotating block and the third rotating block pass through the 4th Gear engagement is cooperatively connected, and opening is provided in the third rotating block and is begun to speak towards the 4th of the 8th cavity side, institute That states annular array on the annular side inner wall that the 4th begins to speak and fixation is connected with third fixed block, and second rotation axis is separate One end of 8th cavity extend be passed through the described 4th begin to speak in and be fixedly connected with and can begin to speak interior rotation the described 4th 4th rotating block, being provided with for the 4th rotating block annular array the 5th of outward opening are begun to speak, the described 5th begin to speak in Slidably be provided with the second sliding shoe, the described 5th begin to speak side counterclockwise inner wall in be connected be provided with and the 6th open Chamber is fixedly connected with the 4th spring between the second sliding shoe and the 6th inner wall begun to speak.

It is characterized in that, being provided with inclined-plane knot on the end face of first sliding shoe far from second rotating block side Structure can pass through the withstanding effect band between first sliding shoe and the second fixed block when second rotating block rotates forward The first rotating block rotation is moved, when second rotating block rotates backward, second fixed block is connected to described first Inclined-plane on sliding shoe simultaneously pushes first sliding shoe to retract in the third begins to speak, similarly, when first rotating block is anti- Second rotating block can be driven to rotate backward when turning, when the 4th rotating block is rotated backward due to the second sliding shoe from Heart effect will stretch the 4th spring elongation and begin to speak interior sliding and when abutting to the third fixed block the described 5th The third rotating block can be driven to rotate, and then first rotating block can be driven to rotate backward by the 4th gear, into And first rotation axis is driven to rotate backward, and be unable to drive the 4th rotating block when third rotating block rotation and turn It is dynamic.

It is characterized in that, being provided with the first sliding groove that Open Side Down in second sliding block, can be slided in the first sliding groove Extend third sliding shoe outside the first sliding groove lower ending opening, the upside of the third sliding shoe in the dynamic lower end that is provided with The 5th spring is fixedly connected between face and the upper inside walls of the first sliding groove, the lower end of the third sliding shoe is fixedly connected There is the 4th sliding shoe that can be slided in second cavity.

It is characterized in that, spacer block is fixedly installed on the upside end face of first sliding block, when pine carries out degreasing Pine need to be placed in and be fixed and make mutually isolated between pine on the spacer block.

It is characterized in that, it is provided with bevel structure on end face of the 6th sliding block far from third sliding block side, institute State the inclined-plane knot for being provided with and being matched on the downside end face of Four-slider with the bevel structure being set on the 6th sliding block Structure.

It is characterized in that, what is be connected in the upper inside walls of the 7th cavity is provided with the first guide runner, the described 5th The first slider guide for extending and being passed through in first guide runner, first slider guide are fixedly connected on the upside end face of sliding block The first return spring is fixedly connected between the end face of third sliding block side and the inner wall of first guide runner.

The concrete operation step of this method institute use device: when carrying out the degreasing of pine by the present apparatus, user of service will The deal board of equal thickness is clamped on spacer block and then is fixed, and first motor starts and rotates backward at this time, and then passes through Shaft drives first gear rotation, and then drives the first rotation axis to rotate forward by second gear, and then pass through the first coiling First bracing wire is loosened and then the second sliding block is driven to be gradually reduced by wheel, and then drives deal board in the first cavity by the first sliding block It is inside gradually reduced and is soaked into the soak in the first cavity, when the downside end face of the first fixed block and the upper end of third sliding block When abutting against push third sliding block be gradually reduced, and then by the 7th sliding block of third slipper push in the 8th cavity gradually under Drop, when first gear is detached from second gear when engaging, the first sliding block is since gravity is automatically fallen off, in the process, 4th sliding shoe and the 5th spring can reduce impact force when the first sliding block is fallen, while the first fixed block is pushed away by third sliding block Dynamic first motor overcomes the elastic force of second spring to act on to decline and the upper end that makes first gear be engaged to third gear, and at this time the One gear is unable to drive the rotation of the first rotation axis continuing to rotate forward, and then has ensured that the first bracing wire can not loosen completely The phenomenon that, meanwhile, drive Four-slider to decline in the decline of the first fixed block, and then by being set to Four-slider and the 6th cunning Inclined-plane on block drives in the 7th cavity of the 6th slide retraction and compresses the first spring, and when the first groove is connected with the 7th cavity First spring drives the 5th sliding block to be caught in the movement in the first groove and then limiting third sliding block when logical, when pine soak degreasing is complete Cheng Shi, first motor rotate forward, and then drive first gear to rotate forward by shaft, and then drive the by third gear Three rotating blocks rotate backward, and then drive the first rotating block to rotate backward by the 4th gear, so by the second fixed block and First sliding shoe drives the second rotating block to rotate backward, and then the first rotation axis is driven to rotate backward, and then passes through the first coiling First bracing wire is tensed and the first sliding block is driven to be gradually increasing by wheel, and first gear is kept and the during the first sliding block rises The meshing state of three gears, and the 5th sliding block is by the first return spring when Four-slider is detached from the abutting with the 6th sliding block Elastic force effect is released outside the first groove, and the 7th sliding block is moved up by the elastic force effect of second spring and drives the first tooth at this time Wheel is engaged in the first rotation axis, and first motor continues to rotate at this time, and then drives first by first gear and second gear Rotation axis continues to rotate in same direction, and then drives the first sliding block to stablize and rise, when the first sliding block rises to greatest extent, user of service Deal board after degreasing can be removed.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, while the present apparatus can be in the first sliding block It disconnects when declining to greatest extent in one cavity and being directly connected between first motor and the first rotation axis, and then even if first motor Rotate in skimming processes will not influence the first bracing wire on the first reel around to and then having ensured later period device Normal use, while the present apparatus has higher automation, user of service only needs through i.e. controllable first sliding block of control button Lifting, it is easy to operate, it is easy to use, it is worth being recommended to use.

Detailed description of the invention

Fig. 1 is overall structure diagram inside a kind of degreasing method of pine veneer of the invention；

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

Fig. 3 is the enlarged diagram of " B " in Fig. 2；

Fig. 4 is the enlarged diagram of " C " in Fig. 2；

Fig. 5 is the schematic diagram of internal structure of the first rotating block in the present invention；

Fig. 6 is the schematic diagram of internal structure of third rotating block in the present invention.

Specific embodiment

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

Referring to Fig.1-6, the degreasing method of a kind of pine veneer of embodiment according to the present invention, this method institute use device Including apparatus main body 11 and the degreasing plant being set in described device main body 11, the degreasing plant is described including being set to In apparatus main body 11 and the first cavity 21 of opening upwards, it can slide up and down in first cavity 21 and be provided with the first sliding block 34, the first fixed block 36, the left and right sides of first cavity 21 are fixedly connected on the downside end face of first sliding block 34 Front and back is symmetrical respectively in inner wall and what is be connected is provided with the second cavity 33, divides on the left and right sides end face of first sliding block 34 Be not fixedly connected with extend be passed through the left and right sides second cavity 33 in the second sliding block 85, second sliding block 85 it is upper The first bracing wire 32 is fixedly connected on side end face, second cavity 33 is arranged in the inner wall far from 21 side of the first cavity There is third cavity 31, the upper end of the third cavity 31 is connected with the upper end of second cavity 33, the third cavity 31 Downside inner wall in be connected be provided with the 4th cavity 24, be rotatably provided with the first reel in the 4th cavity 24 25, wherein the upper end of first bracing wire 32 is set around on first reel 25 after extending through the third cavity 31, The first rotation axis 23 is fixedly connected at the axle center of first reel 25, first rotation axis 23 is empty far from described first One end of chamber 21 is rotatablely connected with the 4th cavity 24 far from the 21 side inner wall of the first cavity by bearing, institute The 5th cavity 99 that is provided with being connected in the downside inner wall of the first cavity 21 is stated, is slidably arranged in the 5th cavity 99 There is third sliding block 57, the 6th cavity 58 of opening upwards be symmetrically arranged in the left and right sides inner wall of the 5th cavity 99, Wherein, it bilateral symmetry and fixed be connected with and can match with the 6th cavity 58 on the downside end face of first fixed block 36 The Four-slider 68 closed, what is be connected between the 6th cavity 58 and the 5th cavity 99 is provided with the 7th cavity 61, institute It states in the 7th cavity 61 and is slidably provided with the 5th sliding block 63, wherein is symmetrical in the third sliding block 57 to be provided with The first groove 67 that is open outwardly and can match with the 5th sliding block 63, the 5th sliding block 63 is far from the third sliding block 57 sides and it is located in the 7th cavity 61 and is slidably provided with the 6th sliding block 59, the 6th sliding block 59 is far from described the One end of three sliding blocks 57, which extends, to be passed through in the 6th cavity 58, and is located at the 6th sliding block 59 and the 5th sliding block 63 The first spring 62 is fixedly connected between opposing end surface, what is be connected in the downside inner wall of the 5th cavity 99 is provided with the 8th The lower end extension of cavity 48, the third sliding block 57 is passed through in the 8th cavity 48 and is fixedly connected with can be empty the described 8th The 7th sliding block 51 slided up and down in chamber 48, the downside end face of the 7th sliding block 51 and the downside inner wall of the 8th cavity 48 Between be fixedly connected with second spring 49, first motor 52, the 8th cavity 48 are fixedly installed in the 7th sliding block 51 Left and right sides inner wall in it is symmetrical and what is be connected is provided with the 9th cavity 53, the left and right ends of the first motor 52 are by turning Axis power is connected with the first gear 55 that can be rotated in the 9th cavity 53, and first rotation axis 23 is close to described One end of first cavity 21, which extends, to be passed through in the 9th cavity 53 and is fixedly connected with and can be meshed with the first gear 55 Second gear 56, the downside of the first gear 55 and be located at and engageable in the 9th cavity 53 be provided with third gear 54, the second rotation axis 22 is fixedly connected at the axle center of the third gear 54, the 9th cavity 53 is empty far from the described 8th It is provided with first in the inner wall of 48 side of chamber and begins to speak 71, described first, which begins to speak, is provided with arrangement of clutch in 71, wherein described first Rotation axis 23 extends through described first and begins to speak 71 and to be fixedly connected on the arrangement of clutch, and second rotation axis 22 is separate One end of 8th cavity 48, which extends, to be passed through described first and begins to speak in 71 and be fixedly connected on the arrangement of clutch.

Valuably, the arrangement of clutch includes rotatably being set to tell the first the first rotating block 78 begun to speak in 71, Left and right is perforative in first rotating block 78 is provided with second and begins to speak 81, wherein first rotation axis 23 extends through institute It states second to begin to speak 81 and to be fixedly connected with and can begin to speak the second rotating block 84 rotated in 81 described second, described second begins to speak 81 Side annular inner wall on annular array and fixation be connected with the second fixed block 79, the 84 annular array of the second rotating block The third for being provided with outward opening begin to speak 91, the third, which begins to speak slidably to be provided with one end in 91, extends outside opening First sliding shoe 82, first sliding shoe 82 and the third begin to speak 91 inner wall between be fixedly connected with third spring 83, The downside of first rotating block 78 and it is located at described first and begins to speak rotatably to be provided with third rotating block 72 in 71, described the Mating connection is engaged by the 4th gear 77 between one rotating block 78 and the third rotating block 72, in the third rotating block 72 Be provided with opening and begin to speak 92 towards the 4th of 48 side of the 8th cavity, the described 4th begin to speak 92 annular side inner wall on ring Shape array and fixation are connected with third fixed block 73, and second rotation axis 22 extends far from one end of the 8th cavity 48 It is passed through the described 4th to begin to speak in 92 and be fixedly connected with to begin to speak the 4th rotating block 74 rotated in 92 the described 4th, described the Being provided with for four rotating blocks, 74 annular array the 5th of outward opening begins to speak 76, and the described 5th, which begins to speak, is slidably arranged in 76 Have a second sliding shoe 75, the described 5th begin to speak 76 sides counterclockwise inner wall in be connected be provided with and the 6th begin to speak 93, it is described The second sliding shoe 75 and the described 6th begin to speak 93 inner wall between be fixedly connected with the 4th spring 94.

Valuably, inclined-plane knot is provided on end face of first sliding shoe 82 far from 84 side of the second rotating block Structure can pass through the abutting between first sliding shoe 82 and the second fixed block 79 when second rotating block 84 rotates forward Effect drives first rotating block 78 to rotate, and when second rotating block 84 rotates backward, second fixed block 79 is supported The inclined-plane that is connected on first sliding shoe 82 simultaneously pushes first sliding shoe 82 to retract the third to begin to speak in 91, similarly, Second rotating block 84 can be driven to rotate backward when first rotating block reversion, when the 4th rotating block 74 reversely turns It stretches and begins to speak the described 5th sliding in 76 since the centrifugal action of the second sliding shoe 75 will stretch the 4th spring 94 when dynamic It moves and the third rotating block 72 can be driven to rotate in abutting to the third fixed block 73, and then the 4th tooth can be passed through Wheel 77 drives first rotating blocks 78 to rotate backward, and then first rotation axis 23 is driven to rotate backward, and when described the Three rotating blocks 72 are unable to drive the 4th rotating block 74 rotation when rotating.

Valuably, the first sliding groove 86 that Open Side Down is provided in second sliding block 85, it can in the first sliding groove 86 Extend third sliding shoe 88 outside 86 lower ending opening of first sliding groove, the third sliding shoe 88 in the lower end that is provided with of sliding Upside end face and the first sliding groove 86 upper inside walls between be fixedly connected with the 5th spring 87, the third sliding shoe 88 Lower end be fixedly connected with the 4th sliding shoe 89 that can be slided in second cavity 33.

Valuably, it is fixedly installed spacer block 35 on the upside end face of first sliding block 34, when pine carries out degreasing Pine need to be placed in and be fixed and make mutually isolated between pine on the spacer block 35.

Valuably, it is provided with bevel structure on end face of the 6th sliding block 59 far from 57 side of third sliding block, institute State be provided on the downside end face of Four-slider 68 can be matched with the bevel structure being set on the 6th sliding block 59 it is oblique Face structure.

Valuably, what is be connected in the upper inside walls of the 7th cavity 61 is provided with the first guide runner 65, and the described 5th It is fixedly connected on the upside end face of sliding block 63 and extends the first slider guide 64 for being passed through in first guide runner 65, described first Slider guide 64 is fixedly connected between the end face of 57 side of third sliding block and the inner wall of first guide runner 65 One return spring 66.

When original state, the first sliding block 34 rises to greatest extent in the first cavity 21, and the 4th sliding shoe 89 is maximum at this time Limit is away from the second sliding block 85, and the upside end face of the 7th sliding block 51 and the upper inside walls of the 8th cavity 48 abut against at this time, the One motor 52 rises to greatest extent, and first gear 55 is engaged in the lower end of second gear 56 at this time, while third sliding block 57 is Rise to greatest extent in five cavitys 99, the first groove 67 is staggered with the 7th about 61 cavity, and the 6th sliding block 59 is far from third sliding block 57 one end is extended into greatest extent in the 6th cavity 58.

When carrying out the degreasing of pine by the present apparatus, it is enterprising that the deal board of equal thickness is clamped in spacer block 35 by user of service And be fixed, first motor 52 starts and rotates backward at this time, and then drives first gear 55 to rotate by shaft, Jin Ertong Crossing second gear 56 drives the first rotation axis 23 to rotate forward, and then is loosened the first bracing wire 32 by the first reel 25 It drives the second sliding block 85 to be gradually reduced, and then drives deal board to be gradually reduced and soak in the first cavity 21 by the first sliding block 34 It steeps in the soak in the first cavity 21, when the upper end of the downside end face of the first fixed block 36 and third sliding block 57 abuts against Push third sliding block 57 be gradually reduced, and then by third sliding block 57 push the 7th sliding block 51 in the 8th cavity 48 gradually under Drop, when first gear 55 is detached from second gear 56 when engaging, the first sliding block 34 is since gravity is automatically fallen off, mistake herein Cheng Zhong, the 4th sliding shoe 89 and the 5th spring 87 can reduce impact force when the first sliding block 34 is fallen, while the first fixed block 36 It pushes first motor 52 that the elastic force of second spring 49 is overcome to act on decline by third sliding block 57 and first gear 55 is engaged To the upper end of third gear 54, first gear 55 is unable to drive the rotation of the first rotation axis 23 continuing to rotate forward at this time, And then ensured the phenomenon that the first bracing wire 32 can not loosen completely, meanwhile, Four-slider is driven in the decline of the first fixed block 36 68 declines, and then the inclined-plane by being set on Four-slider 68 and the 6th sliding block 59 drives the 6th sliding block 59 to retract the 7th cavity In 61 and the first spring 62 is compressed, and first spring 62 drives the 5th sliding block when the first groove 67 is connected with the 7th cavity 61 63 are caught in the first groove 67 and then limit the movement of third sliding block 57, and when pine soak degreasing is completed, first motor 52 is just It drives first gear 55 to rotate forward to rotation, and then by shaft, and then third rotating block 72 is driven by third gear 54 It rotates backward, and then drives the first rotating block 78 to rotate backward by the 4th gear 77, and then pass through the second fixed block 79 and the One sliding shoe 82 drives the second rotating block 84 to rotate backward, and then the first rotation axis 23 is driven to rotate backward, and then passes through first First bracing wire 32 is tensed and the first sliding block 34 is driven to be gradually increasing by reel 25, first during the first sliding block 34 rises Gear 55 keep with the meshing state of third gear 54, and it is the 5th sliding when Four-slider 68 is detached from the abutting with the 6th sliding block 59 Block 63 is released outside the first groove 67 by the elastic force effect of the first return spring 66, and the 7th sliding block 51 is by second spring 49 at this time Elastic force effect move up and first gear 55 driven to be engaged in the first rotation axis 23, at this time first motor 52 continue turn It is dynamic, and then drive the first rotation axis 23 to continue to rotate in same direction by first gear 55 and second gear 56, and then drive first to slide Block 34, which is stablized, to be risen, and when the first sliding block 34 rises to greatest extent, user of service can remove the deal board after degreasing.

The concrete operation step of this method institute use device: when carrying out the degreasing of pine by the present apparatus, user of service will The deal board of equal thickness is clamped on spacer block 35 and then is fixed, and first motor 52 starts and rotates backward at this time, in turn It drives first gear 55 to rotate by shaft, and then drives the first rotation axis 23 to rotate forward by second gear 56, Jin Ertong It crosses the first reel 25 to loosen the first bracing wire 32 and then the second sliding block 85 is driven to be gradually reduced, and then passes through 34 band of the first sliding block Dynamic deal board is gradually reduced in the first cavity 21 and is soaked into the soak in the first cavity 21, when the first fixed block 36 It pushes third sliding block 57 to be gradually reduced when downside end face and the upper end of third sliding block 57 abut against, and then is pushed away by third sliding block 57 Dynamic 7th sliding block 51 is gradually reduced in the 8th cavity 48, when first gear 55 is detached from second gear 56 when engaging, first Sliding block 34 is since gravity is automatically fallen off, and in the process, the 4th sliding shoe 89 and the 5th spring 87 can reduce the first sliding block 34 impact force when falling, while the first fixed block 36 pushes first motor 52 to overcome second spring 49 by third sliding block 57 The upper end that elastic force effect declines and first gear 55 is made to be engaged to third gear 54, even if first gear 55 continues forward direction at this time Rotation is also unable to drive the rotation of the first rotation axis 23, and then has ensured the phenomenon that the first bracing wire 32 can not loosen completely, meanwhile, First fixed block 36 drives Four-slider 68 to decline when declining, and then by being set on Four-slider 68 and the 6th sliding block 59 Inclined-plane drives the 6th sliding block 59 to retract in the 7th cavity 61 and compresses the first spring 62, and when the first groove 67 and the 7th cavity 61 The first spring 62 drives the 5th sliding block 63 to be caught in the first groove 67 and then limits the movement of third sliding block 57 when being connected, and works as pine When the wooden soak degreasing is completed, first motor 52 is rotated forward, and then drives first gear 55 to rotate forward by shaft, Jin Ertong Crossing third gear 54 drives third rotating block 72 to rotate backward, and then drives the first rotating block 78 reversely to turn by the 4th gear 77 It is dynamic, and then drive the second rotating block 84 to rotate backward by the second fixed block 79 and the first sliding shoe 82, and then drive first turn Moving axis 23 rotates backward, and then tenses the first bracing wire 32 by the first reel 25 and the first sliding block 34 is driven to be gradually increasing, First gear 55 keeps the meshing state with third gear 54 during the first sliding block 34 rises, and when Four-slider 68 is de- The 5th sliding block 63 is released outside the first groove 67 by the elastic force effect of the first return spring 66 when from abutting with the 6th sliding block 59, The 7th sliding block 51 is moved up by the elastic force effect of second spring 49 and first gear 55 is driven to be engaged in the first rotation at this time On axis 23, first motor 52 is continued to rotate at this time, and then drives the first rotation axis 23 by first gear 55 and second gear 56 Continue to rotate in same direction, and then drive the first sliding block 34 to stablize and rise, when the first sliding block 34 rises to greatest extent, user of service can Deal board after removing degreasing.

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 degreasing method of pine veneer, this method institute use device includes apparatus main body and is set to described device master Intracorporal degreasing plant, the degreasing plant includes being set in described device main body and the first cavity of opening upwards, described It can slide up and down in first cavity and be provided with the first sliding block, it is solid that first is fixedly connected on the downside end face of first sliding block Determine block, front and back is symmetrical respectively in the left and right sides inner wall of first cavity and what is be connected is provided with the second cavity, and described the It is sliding that extension is passed through in second cavity of the left and right sides second is respectively fixedly connected on the left and right sides end face of one sliding block Block is fixedly connected with the first bracing wire on the upside end face of second sliding block, and second cavity is far from first cavity one Third cavity is provided in the inner wall of side, the upper end of the third cavity is connected with the upper end of second cavity, and described What is be connected in the downside inner wall of three cavitys is provided with the 4th cavity, is rotatably provided with the first coiling in the 4th cavity Wheel, wherein the upper end of first bracing wire is set around on first reel after extending through the third cavity, and described the The first rotation axis is fixedly connected at the axle center of one reel, first rotation axis passes through far from one end of first cavity Bearing is rotatablely connected with the 4th cavity far from the inner wall of first cavity side, in the downside of first cavity What is be connected in wall is provided with the 5th cavity, and third sliding block, the 5th cavity are slidably provided in the 5th cavity Left and right sides inner wall in be symmetrically arranged with the 6th cavity of opening upwards, wherein the downside end face of first fixed block Upper bilateral symmetry and fixation are connected with the Four-slider that can be matched with the 6th cavity, the 6th cavity and described the What is be connected between five cavitys is provided with the 7th cavity, is slidably provided with the 5th sliding block in the 7th cavity, wherein institute State it is symmetrical in third sliding block be provided with opening outwardly and the first groove that can match with the 5th sliding block, described the Five sliding blocks are far from third sliding block side and are located in the 7th cavity and are slidably provided with the 6th sliding block, and the described 6th Sliding block extends far from one end of the third sliding block to be passed through in the 6th cavity, and is located at the 6th sliding block and the described 5th The first spring is fixedly connected between the opposing end surface of sliding block, what is be connected in the downside inner wall of the 5th cavity is provided with Eight cavitys, the lower end extension of the third sliding block is passed through in the 8th cavity and is fixedly connected with can be in the 8th cavity The 7th sliding block slided up and down is fixedly connected between the downside end face and the downside inner wall of the 8th cavity of the 7th sliding block There is second spring, is fixedly installed first motor in the 7th sliding block, it is symmetrical in the left and right sides inner wall of the 8th cavity And what is be connected is provided with the 9th cavity, the left and right ends of the first motor are connected with by shaft power can be described The first gear rotated in 9th cavity, first rotation axis extends close to one end of first cavity is passed through the described 9th It in cavity and is fixedly connected with the second gear that can be meshed with the first gear, the downside of the first gear and is located at institute State it is engageable in the 9th cavity be provided with third gear, be fixedly connected with the second rotation axis at the axle center of the third gear, First is provided in the inner wall of 9th cavity far from the 8th cavity side to begin to speak, described first begin to speak in be provided with from It attaches together and sets, wherein first rotation axis extends through described first and begins to speak and be fixedly connected on the arrangement of clutch, described Second rotation axis extend far from one end of the 8th cavity be passed through described first begin to speak in and be fixedly connected on clutch dress It sets.

2. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: the arrangement of clutch includes can Being set to of rotation tells that first begins to speak the first interior rotating block, and left and right is perforative in first rotating block is provided with second and opens Chamber, wherein first rotation axis extends through described second and begins to speak and be fixedly connected with to begin to speak interior rotation described second The second rotating block, annular array and fixation is connected with the second fixed block, institute on the described second side annular inner wall begun to speak The third for being provided with outward opening for stating the second rotating block annular array is begun to speak, and the third begins to speak interior to be slidably provided with The first sliding shoe outside opening is extended in one end, is fixedly connected between the inner wall that first sliding shoe and the third are begun to speak Third spring, the downside of first rotating block and is located at described first and begins to speak interior to be rotatably provided with third rotating block, institute It states and mating connection, setting in the third rotating block is engaged by the 4th gear between the first rotating block and the third rotating block There is opening to begin to speak towards the 4th of the 8th cavity side, annular array and solid on the described 4th annular side inner wall begun to speak Fixed is connected with third fixed block, and second rotation axis is passed through the described 4th far from one end extension of the 8th cavity and begins to speak Interior and be fixedly connected with the 4th rotating block that can begin to speak interior rotation the described 4th, the 4th rotating block annular array is set Be equipped with outward opening the 5th begins to speak, the described 5th begin to speak it is interior be slidably provided with the second sliding shoe, the described 5th begin to speak it is inverse Being provided with for being connected in the inner wall of hour hands side the 6th is begun to speak, between the second sliding shoe and the 6th inner wall begun to speak It is fixedly connected with the 4th spring.

3. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: first sliding shoe is separate It is provided with bevel structure on the end face of second rotating block side, it can be by described when second rotating block rotates forward Withstanding effect between first sliding shoe and the second fixed block drives the first rotating block rotation, when second rotating block is anti- To the inclined-plane that when rotation, second fixed block is connected on first sliding shoe and first sliding shoe is pushed to retract institute It states in third begins to speak, similarly, second rotating block can be driven to rotate backward when first rotating block reversion, when described the Since the centrifugal action of the second sliding shoe will stretch the 4th spring elongation and the described 5th when four rotating blocks rotate backward It begins to speak interior sliding and the third rotating block can be driven to rotate when abutting to the third fixed block, and then described the can be passed through Four gears drive first rotating block to rotate backward, and then first rotation axis is driven to rotate backward, and work as the third Rotating block is unable to drive the 4th rotating block rotation when rotating.

4. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: setting in second sliding block There is the first sliding groove that Open Side Down, lower end is slidably provided in the first sliding groove extends the first sliding groove lower end and open Third sliding shoe outside mouthful, is fixedly connected between the upside end face and the upper inside walls of the first sliding groove of the third sliding shoe There is the 5th spring, the lower end of the third sliding shoe is fixedly connected with the 4th sliding shoe that can be slided in second cavity.

5. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: the upside of first sliding block It is fixedly installed spacer block on end face, pine need to be placed on the spacer block when pine carries out degreasing and be fixed and make It obtains mutually isolated between pine.

6. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: the 6th sliding block is far from institute State and be provided with bevel structure on the end face of third sliding block side, be provided on the downside end face of the Four-slider can be set to The bevel structure that bevel structure on 6th sliding block matches.

7. a kind of degreasing method of pine veneer according to claim 1, it is characterised in that: the upside of the 7th cavity What is be connected in inner wall is provided with the first guide runner, be fixedly connected on the upside end face of the 5th sliding block extension be passed through it is described The first slider guide in first guide runner, first slider guide are led close to the end face of third sliding block side with described first The first return spring is fixedly connected between the inner wall of sliding slot；The concrete operation step of this method institute use device: by this dress When setting the degreasing for carrying out pine, the deal board of equal thickness is clamped on spacer block and then is fixed by user of service, and at this time the One electric motor starting simultaneously rotates backward, and then drives first gear rotation by shaft, and then drive first turn by second gear Moving axis rotates forward, and then loosens the first bracing wire by the first reel and the second sliding block is driven to be gradually reduced, Jin Ertong Crossing the first sliding block drives deal board to be gradually reduced and be soaked into the soak in the first cavity in the first cavity, when first solid It pushes third sliding block to be gradually reduced when the upper end of the downside end face and third sliding block of determining block abuts against, and then is pushed away by third sliding block Dynamic 7th sliding block is gradually reduced in the 8th cavity, when first gear is detached from second gear when engaging, the first sliding block due to Gravity is automatically fallen off, and in the process, the 4th sliding shoe and the 5th spring can reduce impact force when the first sliding block is fallen, The first fixed block overcomes the elastic force of second spring to act on decline and makes the first tooth by third slipper push first motor simultaneously Wheel is engaged to the upper end of third gear, and first gear is unable to drive the rotation of the first rotation axis continuing to rotate forward at this time, And then ensured the phenomenon that the first bracing wire can not loosen completely, meanwhile, drive Four-slider to decline in the decline of the first fixed block, And then the inclined-plane by being set on Four-slider and the 6th sliding block drives in the 7th cavity of the 6th slide retraction and compresses first Spring, and the first spring drives the 5th sliding block to be caught in the first groove and then limit when the first groove is connected with the 7th cavity The movement of third sliding block, when pine soak degreasing is completed, first motor is rotated forward, and then drives first gear by shaft It rotates forward, and then drives third rotating block to rotate backward by third gear, and then the first rotation is driven by the 4th gear Block rotates backward, and then drives the second rotating block to rotate backward by the second fixed block and the first sliding shoe, and then drives first Rotation axis rotates backward, and then tenses the first bracing wire by the first reel and the first sliding block is driven to be gradually increasing, first First gear keeps the meshing state with third gear during sliding block rises, and when Four-slider is detached from and the 6th sliding block The 5th sliding block is released outside the first groove by the elastic force effect of the first return spring when abutting, and the 7th sliding block is by the second bullet at this time The elastic force effect of spring moves up and first gear is driven to be engaged in the first rotation axis, and first motor continues to rotate at this time, into And drive the first rotation axis to continue to rotate in same direction with second gear by first gear, and then drive the first sliding block to stablize and rise, When the first sliding block rises to greatest extent, user of service can remove the deal board after degreasing.