CN208428372U - Two layer solid wood floor backboards pinpoint groover - Google Patents
Two layer solid wood floor backboards pinpoint groover Download PDFInfo
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- CN208428372U CN208428372U CN201820735686.2U CN201820735686U CN208428372U CN 208428372 U CN208428372 U CN 208428372U CN 201820735686 U CN201820735686 U CN 201820735686U CN 208428372 U CN208428372 U CN 208428372U
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Abstract
The utility model belongs to a kind of two layer solid wood floor backboards fixed point groover, including bracket (1) and main frame (22), it is characterized in that with bolt (37) dress is adjusted, there are two guiding ruler bracket (6) on the right side of bracket (1) upper end, in main frame (22), right end has been fixed with head saw motor (17) above, it is connect below the two sides of lift bracket (24) with the piston rod end of lifting cylinder (23), multiple saw blades (11) is uniformly fixed on mandrel (10)；Uniformly multiple live-rollers (8) are actively filled between the crossbeam of main frame (22) upper end two；Feeder motor (35) are housed below main frame (22) middle part, end floor beam left end is equipped with photoelectric sensor (7) on main frame (22), and optoelectronic switch (19) are housed in right end.For the utility model mechanical slotting instead of manual work, scale is accurate, and speed is fast, will not generate personal safety hidden danger, reduce product cost.
Description
Technical field
The utility model belongs to floor machine tool, in particular to a kind of two layer solid wood floor backboards pinpoint groover.
Background technique
In the production process on floor, position fluting will be fixed in board raw material center backboard over the ground, currently, floor backboard
Fluting is all manually to complete, and slots undersize accurate, influences product quality, and speed is slow, precision is low, increase integral into
This, security risk increases.
Summary of the invention
It is an object of the invention to overcome above-mentioned technical deficiency, a kind of fluting fixed point groover is provided, in backup plate and guiding ruler
It is mutually coordinated, complete multi-disc material feed simultaneously, be accurately positioned by photoelectric sensor, slotted under the movement of cylinder
Two layer solid wood floor backboards pinpoint groover.
The technical issues of the utility model solves, used technical solution is: a kind of two layer solid wood floor backboards fixed point
Groover, including bracket and main frame are equipped with conveyer belt in the upper surface of bracket, and conveyer belt is wrapped on the roller at both ends and transports
Retarder is driven by motor in row, the roller of left end, and the shaft and roller axis connection of retarder are driven；It is characterized in that on bracket
With bolt dress is adjusted there are two guiding ruler bracket, guiding ruler bracket both ends vertical plate, which is equipped with, adjusts bolt hole on end right side, is adjusted by changing
It saves bolt and adjusts bolt hole link position, to adjust the height between guiding ruler bracket and conveyer belt；In two guiding ruler brackets
A guiding ruler is fixed with bolt in center；Baffle A is housed with bolt on the guiding ruler bracket in left side；In the left side of baffle A with two
A backup plate is fixed by board mount；Right end is fixed with electric machine support on main frame, is fixed on electric machine support with bolt
There is head saw motor, the shaft end of head saw motor is fixed with main drive belt wheel, uses head saw transmission belt and mandrel on main drive belt wheel
The fixed belt pulley of right end connects transmission；The both ends of mandrel are movably mounted in the bearing in bearing block B, and bearing block B is fixed on
In the following, bearing block B mounting plate is fixed in four mandrel bearing pieces with head saw fixed screw among bearing block B mounting plate, mandrel branch
Block is fixed on the upper surface of main frame, and multiple spring supports are housed on mobile guiding ruler, multiple springs, bullet are housed on spring support
It is connected above spring lower end and lift bracket；It is connect below the two sides of lift bracket with the piston rod end of lifting cylinder, lifting support
It is rack-mounted on cylinder saddle, cylinder saddle is fixed on main frame；Multiple saw blades are uniformly fixed on mandrel；In main frame
Multiple live-rollers are uniformly actively filled between the crossbeam of upper end two；Four are fitted in the crossbeam two sides of main frame upper end two
A lifting guide pillar and four guiding ruler cylinders, the piston rod of guiding ruler cylinder are connect with lifting guide pillar；Lifting guide pillar is fitted with movement
Guiding ruler, below inside equipped with fixed guiding ruler；It is intermediate on the right side of main frame that a baffle cylinder is housed；The piston rod of baffle cylinder
Equipped with baffle B；Equipped with positioning photoelectric sensor on baffle B；Fed bearings are fixed on two columns on the right side of the main frame
Seat is actively equipped with conveying roller transmission shaft in the bearing in fed bearings seat, is fixed in the centre of conveying roller transmission shaft defeated
Send driven wheel；Feeder motor is housed, the shaft end of feeder motor is fixed with conveying drive pulley, defeated below in the middle part of the main frame
It send and is driven between drive pulley and conveying driven wheel with conveying continuous belt B connection；And with a plurality of defeated on conveying roller transmission shaft
The axis connection of driving belt A and live-roller is sent to be driven；End floor beam left end is equipped with photoelectric sensor on main frame, fills in right end
There is optoelectronic switch.
The utility model has the beneficial effects that the utility model mechanical slotting is instead of manual work, scale is accurate, speed
Degree is fast, will not generate personal safety hidden danger, reduce product cost.
Detailed description of the invention
Below in conjunction with attached drawing, illustrated with embodiment.
Fig. 1 is two layer solid wood floor backboards fixed point groover main parallax stereogram；
Fig. 2 is the backsight main body figure of Fig. 1.
In figure: 1- bracket；2- conveyer belt；3- backup plate；4- baffle A；5- guiding ruler；6- guiding ruler bracket；7- photoelectric sensor；8-
Live-roller；9- head saw fixed screw；10- mandrel；11- saw blade；12- spring support；13- guiding ruler cylinder；14- lifting guide pillar；15-
Head saw driving belt；16- main drive belt wheel；17- head saw motor；18- electric machine support；19- optoelectronic switch；20- conveying roller passes
Moving axis；21- baffle cylinder；22- main frame；23- lifting cylinder；24- lift bracket；25- positions photoelectric sensor；26- is solid
Determine guiding ruler；27- mandrel bearing piece；28- spring；29- moves guiding ruler；30- leans on board mount；31- conveyance belt A；32- conveying master
Dynamic belt pulley；33- conveyance belt B；34- conveys driven wheel；35- feeder motor；36- fed bearings seat；37- adjusts spiral shell
Bolt；38- adjusts bolt hole；39- framework connecting plate；40- cylinder saddle；41- bearing block B；42- bearing block B mounting plate；43- gear
Plate B.
Specific embodiment
Embodiment, referring to attached drawing, a kind of two layer solid wood floor backboards fixed point groover, including bracket 1 and main frame 22,
Conveyer belt 2 is housed in the upper surface of bracket 1, conveyer belt 2 is wrapped on the roller at both ends and runs, and the roller of left end, which is driven by motor, to be subtracted
Fast device, the shaft and roller axis connection of retarder are driven；It is characterized in that being equipped with two with adjusting bolt 37 on the right side of 1 upper end of bracket
A guiding ruler bracket 6,6 both ends vertical plate of guiding ruler bracket, which is equipped with, adjusts bolt hole 38, by changing adjusting bolt 37 and adjusting bolt
38 link position of hole, to adjust the height between guiding ruler bracket 6 and conveyer belt 2；It is solid with bolt at the center of two guiding ruler brackets 6
A fixed guiding ruler 5；Baffle A4 is housed with bolt on the guiding ruler bracket 6 in left side；Board mount is leaned on two in the left side of baffle A4
30 fix a backup plate 3；Right end is fixed with electric machine support 18 on main frame 22, is fixed on electric machine support 18 with bolt
There is head saw motor 17, the shaft end of head saw motor 17 is fixed with main drive belt wheel 16, is driven on main drive belt wheel 16 with head saw
Transmission is connect with 15 belt pulleys fixed with 10 right end of mandrel；The both ends of mandrel 10 are movably mounted at the bearing in bearing block B41
In, bearing block B41 is fixed among bearing block B mounting plate 42 in the following, bearing block B mounting plate 42 is fixed with head saw fixed screw 9
In four mandrel bearing pieces 27, mandrel bearing piece 27 is fixed on the upper surface of main frame 22, and there are four bullets for dress on mobile guiding ruler 29
Spring bracket 12 is equipped with eight springs 28 on spring support 12, connect above 28 lower end of spring and lift bracket 24；Lift bracket 24
Two sides below connect with the piston rod end of lifting cylinder 23, lift bracket 24 is on the cylinder saddle 40, cylinder saddle 40
It is fixed on main frame 22；Five saw blades 11 are uniformly fixed on mandrel 10；Between the crossbeam of main frame 22 upper end two
Uniformly actively fill 16 live-rollers 8；Four lifting guide pillars are fitted in main frame 22 upper end two crossbeam two sides
14 and four guiding ruler cylinders 13, the piston rod of guiding ruler cylinder 13 connect with lifting guide pillar 14；Lifting guide pillar 14 is fitted with movement
Guiding ruler 29, below inside equipped with fixed guiding ruler 26；A baffle cylinder 21 is housed among 22 right side of main frame；Baffle cylinder
21 piston rod is equipped with baffle B43；Equipped with positioning photoelectric sensor 25 on baffle B43；It is vertical two, 22 right side of main frame
It is fixed with fed bearings seat 36 on column, conveying roller transmission shaft 20 is actively housed in the bearing in fed bearings seat 36, defeated
The centre of roller transmission shaft 20 is sent to be fixed with conveying driven wheel 34；Feeder motor 35, conveying are housed below 22 middle part of main frame
The shaft end of motor 35 is fixed with conveying drive pulley 32, conveys and is passed between drive pulley 32 and conveying driven wheel 34 with conveying
Dynamic band B33 connection is driven；And with the axis connection of 16 conveyance belt As 31 and live-roller 8 on conveying roller transmission shaft 20
Transmission；End floor beam left end is equipped with photoelectric sensor 7 on main frame 22, and optoelectronic switch 19 is housed in right end.
It is linked together between main frame 22 and bracket 1 with framework connecting plate 39.The guiding ruler cylinder installed on groover
13, baffle cylinder 21 and 23 upper and lower cavity of lifting cylinder are respectively arranged with lower linking tube, and adapter tube is connected in compressed-air system, and is controlled
System.
Process operation process of the utility model to backboard: it by the backboard of processing, piles up on conveyer belt 2, is leaned on backup plate 3
Together, conveyer belt 2 drives backboard to move ahead after energization, every time can only be by a backboard by the limitation of baffle A4, and backboard is along guiding ruler
5 are moved on live-roller 8, continue to run forward on live-roller 8, when backboard runs to positioning photoelectric sensor 25, baffle
While cylinder 21 acts, the mobile movement of guiding ruler 29 acts against backboard postpone 0.3 second on fixed guiding ruler 26 after lifting cylinder 23
Movement jacks up lift bracket 24, so that backboard is connected with saw blade 11 and contacts completion fluting.
23 actuation time of lifting cylinder is 0.4 second, is controlled by the PLC of groover, and lifting cylinder 23 powers off after 0.4 second, rises
Drop bracket 24 simultaneously declines, and mobile guiding ruler 29 resets, and baffle cylinder 21 resets, and feeder motor 35 starts, and conveys drive pulley
32 drive conveying driven wheel 34, conveying roller transmission shaft 20, drive live-roller 8 to take backboard out of by conveyance belt 33, fixed
The position movement of photoelectric sensor 25 is completed, and production is reruned.It, which is controlled, is all completed by the PLC of groover.
Claims (1)
1. a kind of two layer solid wood floor backboards pinpoint groover, including bracket (1) and main frame (22), in the upper of bracket (1)
Face is equipped with conveyer belt (2), and conveyer belt (2), which is wrapped on the roller at both ends, to be run, and retarder is driven by motor in the roller of left end, subtracts
The shaft and roller axis connection of fast device are driven；It is adjusted there are two bolt (37) dresses it is characterized in that being used on the right side of bracket (1) upper end
Guiding ruler bracket (6), guiding ruler bracket (6) both ends vertical plate, which is equipped with, adjusts bolt hole (38), adjusts bolt (37) by changing and adjusts
Bolt hole (38) link position is saved, to adjust the height between guiding ruler bracket (6) and conveyer belt (2)；In two guiding ruler brackets (6)
Center fix a guiding ruler (5) with bolt；Baffle A(4 is housed with bolt on the guiding ruler bracket (6) in left side)；In baffle A
(4) backup plate (3) is fixed by board mount (30) with two in left side；In main frame (22), right end is fixed with motor branch above
Frame (18) is fixed with head saw motor (17) on electric machine support (18) with bolt, and the shaft end of head saw motor (17) is fixed with main biography
It moves belt pulley (16), is connect on main drive belt wheel (16) with head saw transmission belt (15) belt pulley fixed with mandrel (10) right end
Transmission；The both ends of mandrel (10) are movably mounted at bearing block B(41) in bearing in, bearing block B(41) be fixed on bearing block B peace
In the following, bearing block B mounting plate (42) is fixed on four mandrel bearing pieces (27) with head saw fixed screw (9) among loading board (42),
Mandrel bearing piece (27) is fixed on the upper surface of main frame (22), multiple spring supports (12) is housed on mobile guiding ruler (29), bullet
Multiple springs (28) are housed on spring bracket (12), spring (28) lower end is connect above with lift bracket (24)；Lift bracket (24)
Two sides below connect with the piston rod end of lifting cylinder (23), lift bracket (24) is on cylinder saddle (40), cylinder
Support (40) is fixed on main frame (22)；Multiple saw blades (11) are uniformly fixed on mandrel (10)；In main frame (22)
Uniformly multiple live-rollers (8) are actively filled between the crossbeam of upper end two；On the crossbeam two sides of main frame (22) upper end two
There are four lifting guide pillar (14) and four guiding ruler cylinders (13) for face dress, and the piston rod of guiding ruler cylinder (13) and lifting guide pillar (14) are even
It connects；Lifting guide pillar (14) is fitted with mobile guiding ruler (29), below inside equipped with fixed guiding ruler (26)；On main frame (22) right side
One baffle cylinder (21) is housed among side；The piston rod of baffle cylinder (21) is equipped with baffle B(43)；It is filled on baffle B(43)
There are positioning photoelectric sensor (25)；Fed bearings seat (36) are fixed on two columns in main frame (22) right side, are being conveyed
Conveying roller transmission shaft (20) actively are housed in bearing in bearing block (36), are fixed in the centre of conveying roller transmission shaft (20)
It conveys driven wheel (34)；Feeder motor (35) are housed below main frame (22) middle part, the shaft end of feeder motor (35) is fixed
Have conveying drive pulley (32), convey and use conveying continuous belt B(33 between drive pulley (32) and conveying driven wheel (34))
Connection transmission；And it is passed on conveying roller transmission shaft (20) with the axis connection of a plurality of conveyance belt A (31) and live-roller (8)
It is dynamic；End floor beam left end is equipped with photoelectric sensor (7) on main frame (22), and optoelectronic switch (19) are housed in right end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820735686.2U CN208428372U (en) | 2018-05-17 | 2018-05-17 | Two layer solid wood floor backboards pinpoint groover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820735686.2U CN208428372U (en) | 2018-05-17 | 2018-05-17 | Two layer solid wood floor backboards pinpoint groover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208428372U true CN208428372U (en) | 2019-01-25 |
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ID=65103307
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820735686.2U Active CN208428372U (en) | 2018-05-17 | 2018-05-17 | Two layer solid wood floor backboards pinpoint groover |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208428372U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109808001A (en) * | 2019-03-18 | 2019-05-28 | 钟灵宪 | Four process carpenter cutting machines of one kind and drive control method |
-
2018
- 2018-05-17 CN CN201820735686.2U patent/CN208428372U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109808001A (en) * | 2019-03-18 | 2019-05-28 | 钟灵宪 | Four process carpenter cutting machines of one kind and drive control method |
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