CN205415896U - Full -automatic continuous working device of wood part - Google Patents
Full -automatic continuous working device of wood part Download PDFInfo
- Publication number
- CN205415896U CN205415896U CN201620173665.7U CN201620173665U CN205415896U CN 205415896 U CN205415896 U CN 205415896U CN 201620173665 U CN201620173665 U CN 201620173665U CN 205415896 U CN205415896 U CN 205415896U
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- batten
- work top
- cylinder
- full
- station
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Abstract
The utility model discloses a full -automatic continuous working device of wood part relates to the wood processing machinery field, including table surface, this table surface is equipped with and makes the stuff along the length direction horizontal movement's of stuff conveying mechanism on table surface, and table surface is equipped with a plurality of stations along conveying mechanism's direction of transfer, and upper surface that every station was equipped with at least a pair of stuff in conveying mechanism's top carries out the processing cutter processed, and every station is equipped with and gives a quarter turn the stuff and fixed flip positioning mechanism. Flip positioning mechanism includes two upset locating component, and every upset locating component holds the board including the telescopic cylinder, armed lever, revolving cylinder, the 2nd telescopic cylinder and the top that connect gradually. The beneficial effect of the utility model: can let the stuff carry out upset of intermittent type nature and location in transportation process, can carry out four sides processing to the stuff, can carry out the continuous processing operation to many stuffs simultaneously, and is high in safety.
Description
Technical field
This utility model relates to wood processing machinery field, more specifically a kind of full-automatic continuous processing device of solid wood part.
Background technology
The rectangular batten of cross section is a kind of modal woodwork part, and the processing action of batten generally includes milling dowel, groove milling, boring and chamfering etc.；Need owing to using, it usually needs in the attachment structure such as multiple surface configuration grooves, hole or tenon of a batten.The method of work of the existing batten processing unit (plant) that batten can carry out multiaspect processing is usually: 1. and fixed in charging aperture sends into batten processing unit (plant) by batten；2. batten processing unit (plant) five positions (except batten is towards the one side of charging aperture) around batten fixed position is equipped with the process tool of corresponding function, the process tool in each orientation carry out processing by face to batten；3., after machining, batten exits from batten processing unit (plant) through charging aperture again.
Above-mentioned batten processing unit (plant) there is problems in that a batten once can only be processed by 1., and also can only carry out a batten processing by face, to avoid the process tool in each orientation mutually to clash into, causes inefficiency.2. it is equipped with process tool due to existing batten processing unit (plant) at the five positions of batten, cause equipment inner structure complicated and narrow and small, the kind of the process tool in each orientation cannot change that (volume difference of various process tools is bigger, method of work difference is bigger), cause a kind of existing batten processing unit (plant) can only process the multiple batten that surface texture is similar, there is the shortcoming such as function singleness, bad adaptability.When the batten surface texture produced changes greatly, existing batten processing unit (plant) need to be transformed, even to buy a new processing unit (plant), therefore can increase production cost.3. allow batten enter or to exit owing at least needing to vacate an orientation, cause this batten processing unit (plant) at most can only three sides in addition to batten two ends to be processed.
Summary of the invention
This utility model provides a kind of full-automatic continuous processing device of solid wood part, purpose is to solve existing batten processing unit (plant) cannot simultaneously and many battens are processed by continuous print, at most the three of a batten side can only be processed, and the problem that there is the shortcoming such as function singleness, bad adaptability.
This utility model adopts the following technical scheme that
The full-automatic continuous processing device of solid wood part, including work top, this work top is provided with and makes batten conveying mechanism of length direction horizontal feed along batten on work top, described work top is provided with a plurality of station along the direction of transfer of conveying mechanism, the process tool that each station is processed at the upper surface being arranged at least one pair of batten of conveying mechanism, each station is provided with and batten can overturn 90 ° and the turning positioning mechanical fixed.
Further, above-mentioned turning positioning mechanical includes two upset positioning components, described upset positioning component includes the first telescopic cylinder, armed lever, horizontally disposed rotary cylinder, horizontally disposed second telescopic cylinder and the holding plate being sequentially connected with, and described first telescopic cylinder is vertically arranged at the top of work top by support.
Further, above-mentioned process tool is located at the top of described work top by planer-type three-dimensional movable stand.
Further, this full-automatic continuous processing device of solid wood part also includes automatic feeding mechanism, described work top is provided with extension, described automatic feeding mechanism is arranged at by the side of extension, described automatic feeding mechanism includes the Contraband font gathering sill of two vertical and opposed settings, the lateral wall of each gathering sill is provided with for coordinating the first cylinder hindering batten to drop downwards in the way of clamping with the medial wall of gathering sill, the lower section of each gathering sill is equipped with one for accepting batten and the second cylinder that can vertically stretch, the lower section of two gathering sills is provided with support plate and drives support plate to move the 3rd cylinder to work top, this feeding mechanism also includes the pusher that batten pushes work top from support plate.
Further, being movably set in by the side of work top by slide mechanism scalable mutual spacing of gathering sill described in two.
Further, above-mentioned extension is provided with and the barrier plate of scalable setting opposed with automatic feeding mechanism.
The method of work of this full-automatic continuous processing device of solid wood part:
The method of work of above-mentioned automatic feeding mechanism: two gathering sills are put in the two ends of batten first by (1), makes a plurality of batten be stacked into string between two gathering sills, and the two ends of the batten being positioned at bottom are held by two the second cylinders.(2) by two first cylinders, the two ends of arrange from the bottom up second batten are gripped, second batten and other above battens thereof are made to drop, shrink the piston rod of the second cylinder the most down, make the batten of bottom drop down onto on support plate, and make the second cylinder separate with batten.(3) by the 3rd cylinder, the support plate level with batten is pushed to the extension of work top；Meanwhile two second cylinders are resetted.(4) by pusher, batten is pushed to work top from support plate, until batten is mutually conflicted with barrier plate, batten length direction along batten on work top is moved conveying mechanism；Meanwhile unclamp the first cylinder, make each batten entirety in gathering sill fall on the second cylinder.(5) by the 3rd cylinder, support plate is moved towards the lower section of gathering sill；(6) by two first cylinders, the two ends of arrange from the bottom up second batten are gripped, make second batten and other above battens thereof to drop, then shrink the piston rod of the second cylinder down, make the batten of bottom drop down onto on support plate.
Visible, batten is placed in work top by above-mentioned automatic feeding mechanism one by one.By conveying mechanism, each batten is carried and one by one and the most forward through each station on work top again.
The method of work of above-mentioned turning positioning mechanical: holding plate is risen by armed lever by (1) by the first telescopic cylinder, allows batten can enter station；(2) by conveying mechanism by the batten on work top along the length direction horizontal feed of batten；(3) when batten moves between two upset positioning components, conveying mechanism quits work；By armed lever, holding plate is dropped to work top by the first telescopic cylinder；(4) driven holding plate to move towards batten by the second telescopic cylinder, by the holding plate of two upset positioning components, batten is clamped on work top；(5) by the process tool of this station, the upper surface of batten is processed；(6) after this station completes processing, the first telescopic cylinder by holding plate, batten is lifted away from work top；(7) holding plate is passed through by batten half-twist by rotary cylinder；(8) by holding plate, batten is put back to work top by the first telescopic cylinder；(9) driven holding plate to move towards the direction away from batten by the second telescopic cylinder, make holding plate separate with batten；(10) holding plate is lifted by armed lever by the first telescopic cylinder；(11) start conveying mechanism, batten is sent to next station.
From the description stated this utility model structure, this utility model has the advantage that
One, this utility model include pedestal, this pedestal is provided with work top, this work top is provided with conveying mechanism, work top is provided with a plurality of station along the direction of transfer of conveying mechanism, each station is at least one process tool that is arranged over of work top, and each station is provided with and batten can overturn 90 ° and fixing turning positioning mechanical.By turning positioning mechanical and conveying mechanism, overturn at each station when batten can be allowed to carry forward on work top and position, coordinating the process tool of each station can the multiaspect of batten be processed.This utility model can continuously carry out pipeline system processing to many battens, greatly improves the work efficiency of batten processing unit (plant).At each station, carry out once inside out when conveying mechanism and turning positioning mechanical can allow batten carry forward on work top and position, therefore this utility model only need to being provided above process tool and batten can be carried out four sides and process at work top, and can simultaneously and continuous print carries out multiaspect processing to many battens.The process tool of each station is arranged at the top of work top, clearance space between each process tool is big, can need change the kind of each station process tool and put in order according to producing, thus batten can be processed into multiple product, there is the strongest adaptability and the property transformed.
Two, in this utility model, turning positioning mechanical includes two upset positioning components, upset positioning component includes the first telescopic cylinder, armed lever, rotary cylinder, the second telescopic cylinder and the holding plate being sequentially connected with, and described first telescopic cylinder is vertically arranged at the top of work top by support.Quickly batten can be fixed by this turning positioning mechanical and overturn 90 °, in order to change the upper surface (i.e. machined surface) of batten, it is simple to batten is processed.This turning positioning mechanical has simple in construction, is easy to the features such as maintenance.
Three, this utility model also includes being arranged at the automatic feeding mechanism that work top side is other, this automatic feeding mechanism includes two gathering sills, the lateral wall of each gathering sill is provided with for coordinating the first cylinder hindering batten to drop downwards in the way of clamping with the medial wall of gathering sill, the lower section of each gathering sill is equipped with one for accepting the second cylinder of batten, the lower section of two gathering sills is provided with support plate and drives support plate to move the 3rd cylinder to work top, and this feeding mechanism also includes the pusher that batten pushes work top from support plate.During operation, batten one one only need to be put into gathering sill by operator, lines up vertical row, then delivered to one by one on work top by batten by automatic feeding mechanism in gathering sill.Automatic feeding mechanism is possible not only to alleviate the workload of operator, improve work efficiency, it is also possible to allow operator when operation away from process tool, it is to avoid to injure unexpectedly during work.
Four, in this utility model, the extension of work top is provided with and the barrier plate of scalable setting opposed with automatic feeding mechanism.By pusher, batten is pushed to work top, and make the side of batten inconsistent with barrier plate, when batten being moved to each station along batten length direction on work top by conveying mechanism, batten is exactly in the underface of process tool and turning positioning mechanical, in order to batten carries out upset location and processing.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is partial front elevation view of the present utility model.
Fig. 3 is partial top view of the present utility model.
Fig. 4 is the schematic diagram in A-A direction in Fig. 3.
Detailed description of the invention
Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.
With reference to Fig. 1 and Fig. 4, the full-automatic continuous processing device of solid wood part, including work top 20, this work top 20 is provided with and makes batten D conveying mechanism 2 of length direction horizontal feed along batten D on work top 20, as specific embodiments: this conveying mechanism 2 is conveyer belt.Work top 20 is provided with a plurality of station along the direction of transfer of conveying mechanism 2, the process tool 100 that each station is processed at the upper surface being arranged at least one pair of batten D of conveying mechanism 2, each station is provided with and batten can overturn 90 ° and the turning positioning mechanical a fixed.
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, each station is set up above work top 20 by planer-type three-dimensional mobile station b two process tools 100.
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, turning positioning mechanical a includes two upset positioning components, each upset positioning component includes the first telescopic cylinder 41, armed lever 42, horizontally disposed rotary cylinder 43, horizontally disposed second telescopic cylinder 44 and the holding plate 45 being sequentially connected with, and wherein the first telescopic cylinder is vertically arranged at portal frame b by support 40 and is positioned at the top of work top 20.
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, this full-automatic continuous processing device of solid wood part also includes that automatic feeding mechanism c, work top 20 are provided with extension 21, and extension 21 is provided with and the barrier plate 211 of scalable setting opposed with automatic feeding mechanism c.By the side of the extension 21 being movably set in work top 20 that automatic feeding mechanism c passes through slide mechanism 22 scalable mutual spacing.Automatic feeding mechanism c includes the Contraband font gathering sill 60 for wrapping up batten end of two vertical and opposed settings.The lateral wall of each gathering sill 60 is provided with for coordinating the first cylinder 631 hindering batten to drop downwards in the way of clamping with the medial wall of gathering sill 60, the lower section of each gathering sill 60 is equipped with one for accepting batten and the second cylinder 622 that can vertically stretch, the lower section of two gathering sills 60 is provided with support plate 64 and the 3rd cylinder 641 driving support plate 64 to move and dock with work top 20, and this automatic feeding mechanism also includes the pusher (being not drawn into figure) that batten D pushes the extension 21 of work top 20 from support plate 64.Preferably: gathering sill 60 includes front apron 61, side shield 62 and backboard 63.Side shield 62 is provided with an adjusting part 621, and backboard 63 can be arranged at side shield 60 towards front apron 61 movably by adjusting part 621.The lateral wall of backboard 63 is provided with and coordinates the first cylinder 631 being clamped to by batten in gathering sill 60 with front apron 61.
The method of work of this full-automatic continuous processing device of solid wood part:
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the method of work of automatic feeding mechanism c: two gathering sills 60 are put in the two ends of batten first by (1), making a plurality of batten be stacked into string between two gathering sills 60, the two ends of the batten being positioned at bottom are held by two the second cylinders 622.(2) by two first cylinders 631, the two ends of arrange from the bottom up second batten are gripped, second batten and other above battens thereof are made to drop, shrink the piston rod of the second cylinder 622 the most down, the batten making bottom drops down onto on support plate 64, and makes the second cylinder 622 separate with batten.(3) by the 3rd cylinder 641, support plate 64 level with batten is pushed to the extension 21 of work top 20；Meanwhile two second cylinders 622 are resetted.(4) by pusher (being not drawn in figure), batten is pushed to work top 20 from support plate 64, until batten is mutually conflicted with barrier plate 211, batten is moved along the length direction of batten D on work top 20 conveying mechanism 2；Meanwhile unclamp the first cylinder 631, make each batten entirety in gathering sill 60 fall on the second cylinder 622.(5) by the 3rd cylinder 641, support plate 64 is moved towards the lower section of gathering sill 60；(6) by two first cylinders 631, the two ends of arrange from the bottom up second batten are gripped, make second batten and other above battens thereof to drop, then shrink the piston rod of the second cylinder 622 down, make the batten of bottom drop down onto on support plate 64.
Visible, batten is placed in work top 20 by automatic feeding mechanism c one by one.By conveying mechanism 2, each batten is carried and one by one and the most forward through each station on work top 20 again.
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the method for work of turning positioning mechanical a: holding plate 45 is risen by armed lever 42 by (1) by the first telescopic cylinder 41, allows batten D can enter station；(2) by conveying mechanism 2 by the batten D on work top 20 along the length direction horizontal feed of batten；(3) when batten D moves between two upset positioning components, conveying mechanism 2 quits work；By armed lever 42, holding plate 45 is dropped to work top 20 by the first telescopic cylinder 41；(4) driven holding plate 45 to move towards batten D by the second telescopic cylinder 44, by the holding plate 45 of two upset positioning components, batten D is clamped on work top 20；(5) by the process tool 100 of this station, the upper surface of batten D is processed；(6) after this station completes processing, the first telescopic cylinder 41 by holding plate 45, batten D is lifted away from work top 20；(7) holding plate 45 is passed through by batten D half-twist by rotary cylinder 43；(8) by holding plate 45, batten D is put back to work top 20 by the first telescopic cylinder 41；(9) driven holding plate 45 to move towards the direction away from batten D by the second telescopic cylinder 44, make holding plate 45 separate with batten D；(10) holding plate 45 is lifted by armed lever 42 by the first telescopic cylinder 41；(11) start conveying mechanism 2, batten D is sent to next station.
Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design that this utility model carries out unsubstantiality, the behavior invading this utility model protection domain all should be belonged to.
Claims (6)
1. the full-automatic continuous processing device of solid wood part, including work top, it is characterized in that: this work top is provided with and makes batten conveying mechanism of length direction horizontal feed along batten on work top, described work top is provided with a plurality of station along the direction of transfer of conveying mechanism, the process tool that each station is processed at the upper surface being arranged at least one pair of batten of conveying mechanism, each station is provided with and batten can overturn 90 ° and the turning positioning mechanical fixed.
The full-automatic continuous processing device of solid wood part the most according to claim 1, it is characterized in that: described turning positioning mechanical includes two upset positioning components, described upset positioning component includes the first telescopic cylinder, armed lever, horizontally disposed rotary cylinder, horizontally disposed second telescopic cylinder and the holding plate being sequentially connected with, and described first telescopic cylinder is vertically arranged at the top of work top by support.
The full-automatic continuous processing device of solid wood part the most according to claim 1, it is characterised in that: described process tool is located at the top of described work top by planer-type three-dimensional movable stand.
4. according to the arbitrary described full-automatic continuous processing device of solid wood part of claim 1-3, it is characterized in that: also include automatic feeding mechanism, described work top is provided with extension, described automatic feeding mechanism is arranged at by the side of extension, described automatic feeding mechanism includes the Contraband font gathering sill of two vertical and opposed settings, the lateral wall of each gathering sill is provided with for coordinating the first cylinder hindering batten to drop downwards in the way of clamping with the medial wall of gathering sill, the lower section of each gathering sill is equipped with one for accepting batten and the second cylinder that can vertically stretch, the lower section of two gathering sills is provided with support plate and drives support plate to move the 3rd cylinder to work top, this feeding mechanism also includes the pusher that batten pushes work top from support plate.
The full-automatic continuous processing device of solid wood part the most according to claim 4, it is characterised in that: gathering sill described in two is movably set in by the side of work top by slide mechanism scalable mutual spacing.
The full-automatic continuous processing device of solid wood part the most according to claim 4, it is characterised in that: described extension is provided with and the barrier plate of scalable setting opposed with automatic feeding mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620173665.7U CN205415896U (en) | 2016-03-08 | 2016-03-08 | Full -automatic continuous working device of wood part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620173665.7U CN205415896U (en) | 2016-03-08 | 2016-03-08 | Full -automatic continuous working device of wood part |
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| Publication Number | Publication Date |
|---|---|
| CN205415896U true CN205415896U (en) | 2016-08-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620173665.7U Withdrawn - After Issue CN205415896U (en) | 2016-03-08 | 2016-03-08 | Full -automatic continuous working device of wood part |
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| CN (1) | CN205415896U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105563566A (en) * | 2016-03-08 | 2016-05-11 | 厦门吉信德宠物用品有限公司 | Full-automatic continuous machining device for solid wood parts and working method of device |
-
2016
- 2016-03-08 CN CN201620173665.7U patent/CN205415896U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105563566A (en) * | 2016-03-08 | 2016-05-11 | 厦门吉信德宠物用品有限公司 | Full-automatic continuous machining device for solid wood parts and working method of device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160803 Effective date of abandoning: 20171027 |
|
| AV01 | Patent right actively abandoned |