CN207593995U - A kind of batten multistage automatic transmission system - Google Patents
A kind of batten multistage automatic transmission system Download PDFInfo
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- CN207593995U CN207593995U CN201721180162.3U CN201721180162U CN207593995U CN 207593995 U CN207593995 U CN 207593995U CN 201721180162 U CN201721180162 U CN 201721180162U CN 207593995 U CN207593995 U CN 207593995U
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Abstract
A kind of batten multistage automatic transmission system.It specifically includes：The system is made of the automatic conveyer of batten, batten automatic feeding device, batten auto-feeder, power supply box.The utility model is during utilization, it is by the automatic conveyer of batten, the motor being laid out in batten automatic feeding device and batten auto-feeder, transmission mechanism, photoelectric sensor, cylinder, each component such as infrared induction shaven head cooperates, good teamwork, wood spool core is during multistage transmission and feeding to four side moulder process equipment, fully achieve automation, one people can manage 2 (set) four side moulder process equipments simultaneously, every (set) four side moulder process equipment can process 2500 meters or so of plate side's item per hour, staff does not have to close to four side moulder process equipment, there is no security risk, and people's operation equipment just can turn over several turn over than traditional manually-operated yield.The utility model applies also for material classification, automatic jobs, the purposes such as machine gluing are very extensive on material.
Description
Technical field
The utility model belongs to a kind of wood spool core four side moulder processing and prepares corollary equipment, and in particular to a kind of batten multistage
Automatic transmission system.
Background technology
Thin stripe type solid wood, which integrates plank, to be composed of several slice template sides item, and slice template side item is then by wood
Shaft core is process by four side moulder, and the process of slice template side item is that wood spool core is put into the surface plane of four sides to be dug
It cuts and obtains rectangular batten.For example, current 6 centimetres of tail footpath or more fast-growing Eucalyptus material is used in rotary cut venner more, rotary-cut processing is surplus
Remaining wood spool core enormous amount, but since wood spool core individual is small (15-30 millimeters of diameter), it is artificial to consume again during processing and utilization
Fei great causes the resource that cannot effectively be recycled.Real-wood integrated material such as is fabricated currently with the wood spool core, just
Spicing forming type is carried out again after wood spool core must being planed into small side's item.Wood spool core planing process needs 2 or more staff's wheels
Coordinating operation is flowed, flow, can mainly using wood spool core is sent into four side moulder equipment by hand and checks discharging, planing quality
Realize continuous production.Expend so a large amount of manpower, two people per hour also can only output not higher than 2000 meters of measuring lengths
The small square stock of wood spool core, labor intensity is high, and recruitment is more, low production efficiency.In addition, wood spool core is in process, will appear at any time
The accidents such as batten rebounds, wood chip splashing is hurted sb.'s feelings, there are security risks.
Invention content
Existing various deficiencies during in order to overcome existing artificial plate side, the utility model provide completely new one kind
Batten multistage automatic transmission system.It specifically includes：The system be by the automatic conveyer of batten (1), batten automatic feeding device (2),
Batten auto-feeder (3), power supply box (4) composition.
The utility model is achieved through the following technical solutions：
A kind of batten multistage automatic transmission system is in technical solution：The system be by the automatic conveyer of batten (1),
Batten automatic feeding device (2), batten auto-feeder (3) and power supply box (4) composition.
The automatic conveyer of the batten (1) be by frame body (5), backplate (6), motor (7), preposition transmission mechanism (8), after
Put transmission mechanism (9), transmission chain (10), make supporting movement to cut off enemy plate (11) and photoelectric sensor (12) composition；Wherein, preposition transmission mechanism
(8) it is made of rotation axis one (A), sprocket wheel one (B), bearing one (C), rear transmission mechanism (9) is by rotation axis two (D), chain
Take turns two (E), bearing two (F) composition；Above-mentioned frame body (5), backplate (6), motor (7), preposition transmission mechanism (8), rear transmission machine
Structure (9), transmission chain (10) make supporting movement to cut off enemy plate (11) and when photoelectric sensor (12) combines, and are that backplate (6) is placed in frame body
(5) side；The corresponding front bottom end for being placed in frame body (5) of motor (7)；Preposition transmission mechanism (8) is placed in frame body (5)
Front top, when installation is fixed on rotation axis one (A) on frame body (5) by bearing one (C)；Rear transmission mechanism (9) is pacified
It puts and rotation axis two (D) is fixed on frame body (5) by bearing two (F) at the rear end of frame body (5) top, installation；Conveyer chain
Item (10) is set on the sprocket wheel one (B) of preposition transmission mechanism (8) and the sprocket wheel two (E) of rear transmission mechanism (9)；
Make supporting movement to cut off enemy the front end that plate (11) is placed in frame body (5)；Corresponding be placed in of photoelectric sensor (12) is made supporting movement to cut off enemy on plate (11)；Use skin
With the rotation axis one (A) of motor (7) and preposition transmission mechanism (8) is connected, an automatic conveyer of batten is consequently formed
(1) it is whole.
The batten automatic feeding device (2) be by body frame (13), motor one (14), baffle (15), backplate one (16),
Preposition transmission mechanism one (17), rear transmission mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition light inductance
Answer device (21), chain (22), transfer card band (23) and synchronizing shaft (24) composition；Wherein, preposition transmission mechanism one (17) is by turning
Moving axis three (A mono-), sprocket wheel three (B mono-), bearing three (C mono-) composition, rear transmission mechanism one (18) be by rotation axis four (D mono-),
Sprocket wheel four (E mono-), bearing four (F mono-) composition；It is above-mentioned body frame (13), motor one (14), baffle (15), backplate one (16), preceding
Put transmission mechanism one (17), rear transmission mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition optoelectronic induction
It is that motor one (14) correspondence is placed in machine when device (21), chain (22), transfer card band (23) and synchronizing shaft (24) combine
The lower end of body frame (13)；Baffle (15) is placed in the rear end of body frame (13)；Backplate one (16) is placed in body frame (13)
Side；Preposition rotation mechanism one (17) is placed in the front end of body frame (13), when installation is rotation axis by bearing three (C mono-)
Three (A mono-) are fixed on body frame (13)；Rear transmission mechanism one (18) is placed in the rear end of body frame (13), during installation
It is that rotation axis four (D mono-) is fixed on body frame (13) by bearing four (F mono-)；With belt (19) motor one (14) and postposition
The rotation axis four (D mono-) of transmission mechanism one (18) connects；Preposition photoelectric sensor (20) is that correspondence is placed in backplate one
(16) on；Postposition photoelectric sensor (21) is that correspondence is placed on baffle (15)；Chain (22) is set in preposition transmission
On the sprocket wheel three (B mono-) of mechanism one (17) and the sprocket wheel four (E mono-) of rear transmission mechanism one (18)；Transfer card band (23) point
It is not placed on chain (22), synchronizing shaft (24) is the transfer card band (23) on both sides to be corresponded to docking, and form a kind of tool
There is the conveyer belt of continuous wooden mandrel screens (25)；It is whole that a batten automatic feeding device (2) is consequently formed.
The batten auto-feeder (3) be by frame body one (26), cylinder block and splicing groove (27), cylinder (28), into
Hopper (29), inductor seat (30), backplate two (31), wooden core guide post (32), wooden core gear rail post (33), preposition infrared induction
Bare headed one (34), preposition infrared induction shaven head two (W), postposition infrared induction bare headed (35), wooden core directive wheel (36), grease
Filter (37) gentle solenoid valve (38) forms；Wherein, cylinder block and splicing groove (27) and feed well (29) are that arranged parallel exists
The top of frame body one (26), cylinder (28) is disposed upon cylinder block and splicing groove (27) is inner, inductor seat (30) be disposed upon into
The front end of hopper (29), backplate two (31) are disposed upon in the middle part of feed well (29), and correspondence is placed in wooden core guide post (32) respectively
Cylinder block and the front side of splicing groove (27) and feed well (29), correspondence is placed in cylinder block and splicing to wooden core gear rail post (33) respectively
The rear side of slot (27) and feed well (29), preposition infrared induction shaven head one (34) and preposition infrared induction shaven head two (W) are
It is placed on inductor seat (30), postposition infrared induction shaven head (35) is disposed upon on backplate two (31), wooden core directive wheel
(36) rear end of feed well (29) is placed in, also correspondence is placed in frame body one to oil and water filters (37) gentle solenoid valve (38)
(26) on, it is whole that a batten auto-feeder (3) is consequently formed.
The above-mentioned automatic conveyer of batten (1), batten automatic feeding device (2), batten auto-feeder (3) and power supply box (4)
It is the front end for batten automatic feeding device (2) being placed in the automatic conveyer of batten (1), batten self-feeding when combining
Device (3) is placed in the front end of batten automatic feeding device (2), power supply box (4) is placed on batten auto-feeder (3), thus
It is whole to form a batten multistage automatic conveyor.
The application principle and process of the utility model：
Batten auto-feeder (3) in the utility model is docked with wood spool core four side moulder process equipment.
By power supply box (4) respectively with motor (7), photoelectric sensor (12), motor one (14), preposition photoelectric sensor
(20), postposition photoelectric sensor (21), cylinder (28), preposition infrared induction bare headed (34), preposition infrared induction shaven head two
(W), postposition infrared induction bare headed (35), oil and water filters (37) gentle solenoid valve (38) are correspondingly connected with；Wherein, motor
(7) and photoelectric sensor (12), postposition photoelectric sensor (21) are to be connected with each other, by photoelectric sensor (12) and postposition light inductance
Answer device (21) that motor (7) is controlled to operate；Motor one (14) and preposition photoelectric sensor (20), preposition infrared induction are bare headed (34)
It is to be connected with each other, is operated by preposition photoelectric sensor (20) and preposition infrared induction bare headed (34) control motor one (14)；Oil
Water filter (37) gentle solenoid valve (38) is connected with cylinder (28), and cylinder (28) is and preposition infrared induction
Two (W) of shaven head, postposition infrared induction bare headed (35) are connected with each other, infrared by preposition infrared induction shaven head two (W) and postposition
Line sensing bare headed (35) control cylinder (28) acts.
Batten is positioned in the automatic conveyer of batten (1) by motor (7), preposition transmission mechanism (8), rear transmission mechanism
(9) and transmission chain (10) composition transmission mechanism on, when the automatic conveyer of batten (1) make supporting movement to cut off enemy plate (11) and batten is automatic
When the baffle (15) of loader (2) does not have batten, it is placed in the photoelectric sensor (12) for making supporting movement to cut off enemy plate (11) and is placed in baffle
(15) postposition photoelectric sensor (21) linkage then starts motor (7), drives transmission chain (10) that batten is transported forward by motor (7)
It send, when batten, which is transported to, makes supporting movement to cut off enemy plate (11) and baffle (15), photoelectric sensor (12) and postposition photoelectric sensor (21) sensing
To motor (7) operating when having batten, is then stopped, on the contrary, when photoelectric sensor (12) and postposition photoelectric sensor (21) are not felt
It should be operated, and continue transmission chain (10) to be driven to convey batten by motor (7) to motor (7) when having batten, is then started again.
When batten is transported to by the automatic conveyer of batten (1) on batten automatic feeding device (2), by motor one (14), preposition
Transmission mechanism one (17), rear transmission mechanism one (18), chain (22), transfer card band (23) and synchronizing shaft (24) composition one
Continue batten being fed forward that (batten is in wooden core in the process of running on kind of the conveyer belt with continuous wooden mandrel screens (25)
What axis screens (25) moved ahead), when batten falls in the cylinder block of batten auto-feeder (3) and splicing groove (27), next wood
Item is then rested on the conveyer belt parallel with preposition photoelectric sensor (20), when preposition infrared induction shaven head two (W) senses
During batten, then start pneumoelectric magnet valve (38), and cylinder (28) is started by pneumoelectric magnet valve (38), batten is pushed to enter feed well (29)
In wood spool core four side moulder process equipment below, when batten is forced by cylinder (28) relevant device behind feed well (29)
Afterwards, preposition infrared induction bare headed (34) then starts motor one (14), and motor one (14) one runs, rests on and preposition photoelectricity
Batten on inductor (20) parallel strip line just falls into the cylinder block of batten auto-feeder (3) and splicing groove (27), meanwhile,
Infrared induction shaven head (35) and start solenoid valve (38), and by pneumoelectric magnet valve (38) start cylinder (28) push batten enter into
In relevant device behind hopper (29).Then, repeat above-mentioned action, continue batten via automatic conveyer (1), batten oneself
Loader (2) is moved, and the wood spool core four side moulder process equipment behind feed well (29) is forced by batten auto-feeder (3)
In.
The utility model has the following advantages that：
1st, batten multistage automatic transmission system its structure design that the utility model is proposed is novel, scientific and reasonable,
Using when each component good teamwork, effect is notable.
2nd, the utility model is by the automatic conveyer of batten (1), batten automatic feeding device (2) and wood during utilization
Each components such as motor, transmission mechanism, photoelectric sensor, cylinder, the infrared induction shaven head being laid out in auto-feeder (3)
It cooperates, good teamwork, wood spool core fully achieves automatic during multistage transmission and feeding to four side moulder process equipment
Change, a people can manage 2 (set) four side moulder process equipments simultaneously, and every (set) four side moulder process equipment can be processed per hour
2500 meters or so of plate side's item, staff do not have to close to four side moulder process equipment, and without security risk, and a people operates
Equipment just can turn over several turn over than traditional manually-operated yield.
3rd, the utility model applies also for material classification, automatic jobs, the purposes such as machine gluing are very extensive on material.
4th, the utility model high degree of automation, can continuous high-efficient production operation, realize that machine for people's operation, reduces work
Recruitment improves work efficiency, and is worth promoting.
Description of the drawings
The utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is also the structure diagram of the utility model.
Fig. 3 is the structure diagram of the automatic conveyer of batten (1) in the utility model.
Fig. 4 is the structure diagram of batten automatic feeding device (2) in the utility model.
Fig. 5 is the structure diagram of batten auto-feeder (3) in the utility model.
In Fig. 1,1 is the automatic conveyer of batten, and 2 be batten automatic conveyer, and 3 be batten auto-feeder, and 4 be power supply
Case.
In fig. 2,1 is the automatic conveyer of batten, and 2 be batten automatic conveyer, and 3 be batten auto-feeder, and 4 be power supply
Case.
In figure 3,1 is the automatic conveyer of batten, and 5 be frame body, and 6 be backplate, and 7 be motor, and 8 be preposition transmission mechanism, and 9 are
Rear transmission mechanism, 10 be transmission chain, and 11 be to make supporting movement to cut off enemy plate, and 12 be photoelectric sensor, and A is rotation axis one, and B is sprocket wheel one, C
Bearing one, D rotation axis second is that, E is sprocket wheel two, and F is bearing two.
In Fig. 4,2 be batten automatic conveyer, and 13 be body frame, and 14 be motor one, and 15 be baffle, and 16 be backplate one,
17 be preposition transmission mechanism one, and 18 be rear transmission mechanism one, and 19 be belt, and 20 be preposition photoelectric sensor, and 21 be postposition light
Electric inductor, 22 be chain, and 23 be transfer card band, and 24 be synchronizing shaft, and 25 be wooden core axis screens, and A mono- is rotation axis three, and B mono- is
Sprocket wheel three, C mono- are bearings three, and D mono- is rotation axis four, and E mono- is sprocket wheel four, and F mono- is bearing four.
In Figure 5,3 be batten auto-feeder, and 26 be frame body one, and 27 be cylinder block and splicing groove, and 28 be cylinder, 29
It is feed well, 30 be inductor seat, and 31 be backplate one, and 32 be wooden core guide post, and 33 be wooden core gear rail post, and 34 be preposition infrared ray
Sensing one, W of shaven head is preposition infrared induction shaven head two, and 35 be postposition infrared induction shaven head, and 36 be wooden core directive wheel, and 37 are
Oil and water filters, 38 be solenoid valve.
Specific embodiment
The utility model is described in detail in conjunction with attached drawing：
The utility model be by the automatic conveyer of batten (1), batten automatic feeding device (2), batten auto-feeder (3) and
Power supply box (4) forms.
Fig. 1 and it is shown in Fig. 2 be the utility model structure diagram.Wherein, 1 is the automatic conveyer of batten, and 2 be wood
Automatic conveyer, 3 be batten auto-feeder, and 4 be power supply box.
Shown in Fig. 3 is the structure diagram of the automatic conveyer of batten (1) in the utility model.The automatic conveyer of batten
(1) be by frame body (5), backplate (6), motor (7), preposition transmission mechanism (8), rear transmission mechanism (9), transmission chain (10),
Make supporting movement to cut off enemy plate (11) and photoelectric sensor (12) composition；Wherein, preposition transmission mechanism (8) be by rotation axis one (A), sprocket wheel one (B),
Bearing one (C) forms, and rear transmission mechanism (9) is made of rotation axis two (D), sprocket wheel two (E), bearing two (F)；Above-mentioned frame body
(5), backplate (6), motor (7), preposition transmission mechanism (8), rear transmission mechanism (9), transmission chain (10), make supporting movement to cut off enemy plate (11) and
It is the side for backplate (6) being placed in frame body (5) when photoelectric sensor (12) combines；Motor (7) correspondence is placed in frame
The front bottom end of body (5)；Preposition transmission mechanism (8) is placed in the front top of frame body (5), during installation by bearing one (C)
Rotation axis one (A) is fixed on frame body (5)；Rear transmission mechanism (9) is placed at the top of the rear end of frame body (5), during installation by
Bearing two (F) is fixed on rotation axis two (D) on frame body (5)；Transmission chain (10) is set in preposition transmission mechanism (8)
Sprocket wheel one (B) and rear transmission mechanism (9) sprocket wheel two (E) on；The front end for making supporting movement to cut off enemy plate (11) and being placed in frame body (5)；
Corresponding be placed in of photoelectric sensor (12) is made supporting movement to cut off enemy on plate (11)；With belt the rotation of motor (7) and preposition transmission mechanism (8)
Axis one (A) connects, and it is whole that an automatic conveyer of batten (1) is consequently formed.
Shown in Fig. 4 is the structure diagram of batten automatic feeding device (2) in the utility model.Batten automatic feeding device
(2) it is by body frame (13), motor one (14), baffle (15), backplate one (16), preposition transmission mechanism one (17), rear transmission
Mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition photoelectric sensor (21), chain (22), transfer card band
(23) it is formed with synchronizing shaft (24)；Wherein, preposition transmission mechanism one (17) is by rotation axis three (A mono-), sprocket wheel three (B mono-), axis
Three (C mono-) compositions are held, rear transmission mechanism one (18) is by rotation axis four (D mono-), sprocket wheel four (E mono-), bearing four (F mono-) group
Into；Above-mentioned body frame (13), motor one (14), baffle (15), backplate one (16), preposition transmission mechanism one (17), rear transmission
Mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition photoelectric sensor (21), chain (22), transfer card band
(23) it is the corresponding lower end for being placed in body frame (13) of motor one (14) when and synchronizing shaft (24) combines；Baffle
(15) it is placed in the rear end of body frame (13)；Backplate one (16) is placed in the side of body frame (13)；Preposition rotation mechanism one
(17) it is placed in the front end of body frame (13), when installation is that rotation axis three (A mono-) is fixed on body frame by bearing three (C mono-)
(13) on；Rear transmission mechanism one (18) is placed in the rear end of body frame (13), when installation is turning by bearing four (F mono-)
Moving axis four (D mono-) is fixed on body frame (13)；With belt (19) motor one (14) and turn of rear transmission mechanism one (18)
Moving axis four (D mono-) connects；Preposition photoelectric sensor (20) is that correspondence is placed on backplate one (16)；Postposition photoelectric sensor
(21) it is that correspondence is placed on baffle (15)；Chain (22) is set in the three (B of sprocket wheel of preposition transmission mechanism one (17)
One) and on the sprocket wheel of rear transmission mechanism one (18) four (E mono-)；Transfer card band (23) is respectively disposed on chain (22), together
Step axis (24) is that the transfer card band (23) on both sides is corresponded to docking, and is formed a kind of with continuous wooden mandrel screens (25)
Conveyer belt；It is whole that a batten automatic feeding device (2) is consequently formed.
Shown in fig. 5 is the structure diagram of batten auto-feeder (3) in the utility model.Batten auto-feeder
(3) it is by frame body one (26), cylinder block and splicing groove (27), cylinder (28), feed well (29), inductor seat (30), backplate two
(31), wooden core guide post (32), wooden core gear rail post (33), preposition infrared induction shaven head one (34), preposition infrared induction light
First two (W), postposition infrared induction bare headed (35), wooden core directive wheel (36), oil and water filters (37) gentle solenoid valve (38) group
Into；Wherein, cylinder block and splicing groove (27) and feed well (29) are arranged parallels in the top of frame body one (26), cylinder (28)
It is disposed upon cylinder block and splicing groove (27) is inner, inductor seat (30) is disposed upon the front end of feed well (29), backplate two (31)
It is disposed upon in the middle part of feed well (29), correspondence is placed in cylinder block and splicing groove (27) and feed well to wooden core guide post (32) respectively
(29) front side, correspondence is placed in cylinder block and the rear side of splicing groove (27) and feed well (29) to wooden core gear rail post (33) respectively,
Preposition infrared induction shaven head one (34) and preposition infrared induction shaven head two (W) are disposed upon on inductor seat (30), postposition
Infrared induction shaven head (35) is disposed upon on backplate two (31), after wooden core directive wheel (36) is placed in feed well (29)
End, also correspondence is placed on frame body one (26) oil and water filters (37) gentle solenoid valve (38), and it is automatic that a batten is consequently formed
Feed appliance (3) is whole.
The above-mentioned automatic conveyer of batten (1), batten automatic feeding device (2), batten auto-feeder (3) and power supply box (4)
It is the front end for batten automatic feeding device (2) being placed in the automatic conveyer of batten (1), batten self-feeding when combining
Device (3) is placed in the front end of batten automatic feeding device (2), power supply box (4) is placed on batten auto-feeder (3), thus
It is whole to form a batten multistage automatic conveyor.
The application principle and process of the utility model：
Batten auto-feeder (3) in the utility model is docked with wood spool core four side moulder process equipment.
By power supply box (4) respectively with motor (7), photoelectric sensor (12), motor one (14), preposition photoelectric sensor
(20), postposition photoelectric sensor (21), cylinder (28), preposition infrared induction bare headed (34), preposition infrared induction shaven head two
(W), postposition infrared induction bare headed (35), oil and water filters (37) gentle solenoid valve (38) are correspondingly connected with；Wherein, motor
(7) and photoelectric sensor (12), postposition photoelectric sensor (21) are to be connected with each other, by photoelectric sensor (12) and postposition light inductance
Answer device (21) that motor (7) is controlled to operate；Motor one (14) and preposition photoelectric sensor (20), preposition infrared induction are bare headed (34)
It is to be connected with each other, is operated by preposition photoelectric sensor (20) and preposition infrared induction bare headed (34) control motor one (14)；Oil
Water filter (37) gentle solenoid valve (38) is connected with cylinder (28), and cylinder (28) is and preposition infrared induction
Two (W) of shaven head, postposition infrared induction bare headed (35) are connected with each other, infrared by preposition infrared induction shaven head two (W) and postposition
Line sensing bare headed (35) control cylinder (28) acts.
Batten is positioned in the automatic conveyer of batten (1) by motor (7), preposition transmission mechanism (8), rear transmission mechanism
(9) and transmission chain (10) composition transmission mechanism on, when the automatic conveyer of batten (1) make supporting movement to cut off enemy plate (11) and batten is automatic
When the baffle (15) of loader (2) does not have batten, it is placed in the photoelectric sensor (12) for making supporting movement to cut off enemy plate (11) and is placed in baffle
(15) postposition photoelectric sensor (21) linkage then starts motor (7), drives transmission chain (10) that batten is transported forward by motor (7)
It send, when batten, which is transported to, makes supporting movement to cut off enemy plate (11) and baffle (15), photoelectric sensor (12) and postposition photoelectric sensor (21) sensing
To motor (7) operating when having batten, is then stopped, on the contrary, when photoelectric sensor (12) and postposition photoelectric sensor (21) are not felt
It should be operated, and continue transmission chain (10) to be driven to convey batten by motor (7) to motor (7) when having batten, is then started again.
When batten is transported to by the automatic conveyer of batten (1) on batten automatic feeding device (2), by motor one (14), preposition
Transmission mechanism one (17), rear transmission mechanism one (18), chain (22), transfer card band (23) and synchronizing shaft (24) composition one
Continue batten being fed forward that (batten is in wooden core in the process of running on kind of the conveyer belt with continuous wooden mandrel screens (25)
What axis screens (25) moved ahead), when batten falls in the cylinder block of batten auto-feeder (3) and splicing groove (27), next wood
Item is then rested on the conveyer belt parallel with preposition photoelectric sensor (20), when preposition infrared induction shaven head two (W) senses
During batten, then start pneumoelectric magnet valve (38), and cylinder (28) is started by pneumoelectric magnet valve (38), batten is pushed to enter feed well (29)
In wood spool core four side moulder process equipment below, when batten is forced by cylinder (28) relevant device behind feed well (29)
Afterwards, preposition infrared induction bare headed (34) then starts motor one (14), and motor one (14) one runs, rests on and preposition photoelectricity
Batten on inductor (20) parallel strip line just falls into the cylinder block of batten auto-feeder (3) and splicing groove (27), meanwhile,
Infrared induction shaven head (35) and start solenoid valve (38), and by pneumoelectric magnet valve (38) start cylinder (28) push batten enter into
In relevant device behind hopper (29).Then, repeat above-mentioned action, continue batten via automatic conveyer (1), batten oneself
Loader (2) is moved, and the wood spool core four side moulder process equipment behind feed well (29) is forced by batten auto-feeder (3)
In.
The above, for those of ordinary skill in the art, can with technical solution according to the present utility model and
Technical concept makes other various corresponding changes and deformation, and after all these changes and deformation should all belong to the utility model
Attached claims.
Claims (4)
1. a kind of batten multistage automatic transmission system, it is characterised in that：The system be by the automatic conveyer of batten (1), batten from
Dynamic loader (2), batten auto-feeder (3) and power supply box (4) composition；On the above-mentioned automatic conveyer of batten (1), batten are automatic
It is that batten automatic feeding device (2) is placed in wood when glassware (2), batten auto-feeder (3) and power supply box (4) combine
The front end of the automatic conveyer of item (1) is placed in batten auto-feeder (3) front end of batten automatic feeding device (2), power supply
Case (4) is placed on batten auto-feeder (3), wherein, the motor (7) and photoelectric sensor of the automatic conveyer of batten (1)
(12), the motor one (14) of batten automatic feeding device (2), preposition photoelectric sensor (20) and postposition photoelectric sensor (21), wood
The cylinder (28) of auto-feeder (3), preposition infrared induction shaven head one (34), preposition infrared induction shaven head two (W), after
It puts bare headed (35) the gentle solenoid valve (38) of infrared induction and is connected respectively to power supply box (4), a batten multistage is consequently formed certainly
Dynamic transmission device is whole.
2. according to a kind of batten multistage automatic transmission system described in claim 1, it is characterised in that：The batten is automatic
Conveyer (1) is by frame body (5), backplate (6), motor (7), preposition transmission mechanism (8), rear transmission mechanism (9), transmission chain
(10), plate (11) and photoelectric sensor (12) composition are made supporting movement to cut off enemy；Wherein, preposition transmission mechanism (8) is by rotation axis one (A), sprocket wheel
One (B), bearing one (C) composition, rear transmission mechanism (9) are made of rotation axis two (D), sprocket wheel two (E), bearing two (F)；On
It states frame body (5), backplate (6), motor (7), preposition transmission mechanism (8), rear transmission mechanism (9), transmission chain (10), make supporting movement to cut off enemy plate
(11) it is the side for backplate (6) being placed in frame body (5) when and photoelectric sensor (12) combines；The corresponding peace of motor (7)
Put the front bottom end in frame body (5)；Preposition transmission mechanism (8) is placed in the front top of frame body (5), by bearing one during installation
(C) rotation axis one (A) is fixed on frame body (5)；Rear transmission mechanism (9) is placed at the top of the rear end of frame body (5), installation
When rotation axis two (D) is fixed on frame body (5) by bearing two (F)；Transmission chain (10) is set in preposition driver
On the sprocket wheel one (B) of structure (8) and the sprocket wheel two (E) of rear transmission mechanism (9)；Frame body (5) is placed in plate (11) is made supporting movement to cut off enemy most
Front end；Corresponding be placed in of photoelectric sensor (12) is made supporting movement to cut off enemy on plate (11)；With belt motor (7) and preposition transmission mechanism (8)
Rotation axis one (A) connect, it is whole that automatic conveyer of batten (1) is consequently formed.
3. according to a kind of batten multistage automatic transmission system described in claim 1, it is characterised in that：The batten is automatic
Loader (2) be by body frame (13), motor one (14), baffle (15), backplate one (16), preposition transmission mechanism one (17), after
Put transmission mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition photoelectric sensor (21), chain (22), transmission
Cassette tape (23) and synchronizing shaft (24) composition；Wherein, preposition transmission mechanism one (17) is by rotation axis three (A mono-), three (B of sprocket wheel
One), bearing three (C mono-) forms, and rear transmission mechanism one (18) is by rotation axis four (D mono-), sprocket wheel four (E mono-), four (F of bearing
One) it forms；Above-mentioned body frame (13), motor one (14), baffle (15), backplate one (16), preposition transmission mechanism one (17), postposition
Transmission mechanism one (18), belt (19), preposition photoelectric sensor (20), postposition photoelectric sensor (21), chain (22), transfer card
It is the corresponding lower end for being placed in body frame (13) of motor one (14) when band (23) and synchronizing shaft (24) combine；Baffle
(15) it is placed in the rear end of body frame (13)；Backplate one (16) is placed in the side of body frame (13)；Preposition transmission mechanism
One (17) are placed in the front end of body frame (13), and when installation is that rotation axis three (A mono-) is fixed on body frame by bearing three (C mono-)
(13) on；Rear transmission mechanism one (18) is placed in the rear end of body frame (13), when installation is rotation by bearing four (F mono-)
Axis four (D mono-) is fixed on body frame (13)；With belt (19) the rotation of motor one (14) and rear transmission mechanism one (18)
Axis four (D mono-) connects；Preposition photoelectric sensor (20) is that correspondence is placed on backplate one (16)；Postposition photoelectric sensor
(21) it is that correspondence is placed on baffle (15)；Chain (22) is set in the three (B of sprocket wheel of preposition transmission mechanism one (17)
One) and on the sprocket wheel of rear transmission mechanism one (18) four (E mono-)；Transfer card band (23) is respectively disposed on chain (22), together
Step axis (24) is by the corresponding docking of the transfer card band (23) on both sides, and is formed and a kind of has continuous wooden mandrel screens (25)
Conveyer belt；It is whole that a batten automatic feeding device (2) is consequently formed.
4. according to a kind of batten multistage automatic transmission system described in claim 1, it is characterised in that：The batten is automatic
Feed appliance (3) be by frame body one (26), cylinder block and splicing groove (27), cylinder (28), feed well (29), inductor seat (30),
Backplate two (31), wooden core guide post (32), wooden core gear rail post (33), preposition infrared induction shaven head one (34), preposition infrared ray
Sense two (W) of shaven head, postposition infrared induction bare headed (35), wooden core directive wheel (36), oil and water filters (37) gentle solenoid valve
(38) it forms；Wherein, cylinder block and splicing groove (27) and feed well (29) are arranged parallels in the top of frame body one (26), cylinder
(28) it is disposed upon cylinder block and splicing groove (27) is inner, inductor seat (30) is disposed upon the front end of feed well (29), backplate two
(31) be disposed upon in the middle part of feed well (29), wooden core guide post (32) respectively it is corresponding be placed in cylinder block and splicing groove (27) and into
The front side of hopper (29), wooden core gear rail post (33) respectively it is corresponding be placed in cylinder block and splicing groove (27) and feed well (29) after
Side, preposition infrared induction shaven head one (34) and preposition infrared induction shaven head two (W) are disposed upon on inductor seat (30), after
It puts infrared induction bare headed (35) to be disposed upon on backplate two (31), after wooden core directive wheel (36) is placed in feed well (29)
End, also correspondence is placed on frame body one (26) oil and water filters (37) gentle solenoid valve (38), and it is automatic that a batten is consequently formed
Feed appliance (3) is whole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721180162.3U CN207593995U (en) | 2017-09-13 | 2017-09-13 | A kind of batten multistage automatic transmission system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721180162.3U CN207593995U (en) | 2017-09-13 | 2017-09-13 | A kind of batten multistage automatic transmission system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207593995U true CN207593995U (en) | 2018-07-10 |
Family
ID=62755494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721180162.3U Active CN207593995U (en) | 2017-09-13 | 2017-09-13 | A kind of batten multistage automatic transmission system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207593995U (en) |
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2017
- 2017-09-13 CN CN201721180162.3U patent/CN207593995U/en active Active
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