CN208247032U - Indoor sleeved door carpenter's automatic feeding - Google Patents
Indoor sleeved door carpenter's automatic feeding Download PDFInfo
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- CN208247032U CN208247032U CN201820647922.5U CN201820647922U CN208247032U CN 208247032 U CN208247032 U CN 208247032U CN 201820647922 U CN201820647922 U CN 201820647922U CN 208247032 U CN208247032 U CN 208247032U
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Abstract
The utility model discloses a kind of indoor sleeved door carpenter's automatic feeding, including lathe, lathe upper surface side is equipped with cutting mechanism；The cutting mechanism includes the first cutting disc and the second cutting disc, and the first cutting disc by-level is fixedly installed with first rotating shaft, and the lathe side is vertically provided with perforation, and first cutting disc upper end upwardly extends after passing through the perforation；Second cutting disc is horizontally disposed, the second vertically arranged shaft is fixedly installed among second cutting disc, second shaft is fixedly connected with the output shaft of the second motor, second motor is fixedly mounted on the second mounting plate, second mounting plate lower end is fixedly installed with the second cylinder, the lathe side is fixedly installed with workbench, and second cylinder is fixedly mounted on the workbench.
Description
Technical field
The utility model relates to carpenter's processing technique fields, and in particular to a kind of indoor sleeved door carpenter's self-feeding dress
It sets.
Background technique
Carpenter, it is extremely common in Furniture manufacture, mainly for the manufacture of door etc..In order to make door preferably carry out installation and
It uses, reduces weight and consumptive material, save timber, need to cut the part of door.
The existing device cut on the door can only individually cut the side of door, then need to cut other side ability again
By door without using a part cut, take a long time, need using two equipment, it is at high cost.And in cutting process
In can not position, cause cut reliability and accuracy it is poor, influence the quality of door, be also easy to produce useless part.Existing cutting equipment,
When in use, artificial that plank is pushed to advance, it realizes cutting, causes cutting stability poor, labor intensity of workers is high, inconvenient for use.
Utility model content
In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide a kind of energy
It is enough preferably to be cut on the door, cut high reliablity, indoor sleeved door easy to use carpenter's automatic feeding.
In order to solve the above-mentioned technical problem, the utility model use the following technical solution: in the technical program, it is specified that
The feed direction of feeding mechanism is the length direction of lathe, and the direction vertical with lathe length direction is the width direction of lathe.
A kind of indoor sleeved door carpenter's automatic feeding, including lathe, the lathe upper surface is horizontally disposed, described
Lathe upper surface side is equipped with cutting mechanism and the positioning mechanism for being positioned on the door, and the lathe side is also set up
There is the dedusting mechanism for dedusting, is additionally provided on the lathe for driving the door being placed on lathe upper surface to be moved
Feeding mechanism；The cutting mechanism includes the first cutting disc and the second cutting disc, first cutting disc and the second cutting disc
Circumference be provided with cutter blade, the first cutting disc by-level is fixedly installed with first rotating shaft, the first rotating shaft position
Below the lathe upper surface, the lathe side is vertically provided with perforation, and the penetration hole diameter is greater than first disk
The diameter of knife, first cutting disc upper end upwardly extend after passing through the perforation, the first rotating shaft and first motor it is defeated
Shaft is fixedly connected, and the first motor is mounted on the first mounting plate, is fixedly installed with first below first mounting plate
Cylinder, first cylinder are mounted vertically in the lathe, and the extension end of first cylinder sets up and with described
One mounting plate is fixedly connected, and at least three first reinforcing ribs are provided between first cylinder and the lathe；Described second
Cutting disc is horizontally disposed, is fixedly installed with the second vertically arranged shaft among second cutting disc, second shaft with
The output shaft of second motor is fixedly connected, and second motor is fixedly mounted on the second mounting plate, under second mounting plate
End is fixedly installed with the second cylinder, and second cylinder is vertically arranged, and the lathe side is fixedly installed with workbench, and described the
Two cylinder lower ends are fixedly mounted on the workbench, and the positioning mechanism is arranged in the lathe close to second cutting disc
Side and be located above the lathe.
As optimization, the dedusting mechanism includes exhaust fan and is connected with the outlet air end of the exhaust fan by wind pipe
The dust cloth bag of setting is connect, the air intake of the exhaust fan is connected with horn-like dust gathering arrester, the dust by intake stack
First cutting disc described in cover face and the setting of the second cutting disc.
As optimization, the positioning mechanism includes positioning plate, the positioning plate length direction and the lathe length direction
Unanimously, the positioning plate is fixedly mounted on the side of the lathe length direction, and being provided on the positioning plate allows described the
The through-hole that two cutting dives pass through；The other side of the lathe length direction is additionally provided with guide plate, the guide plate with it is described fixed
Position plate is arranged in parallel, and the guide plate can be additionally provided in the lathe upper surface slide, the lathe for driving
State the sliding equipment that guide plate is slided.
As optimization, the sliding equipment includes two the 4th cylinders being fixedly mounted on the lathe upper surface, institute
It states the 4th cylinder and the guide plate is set back to the side of the positioning plate, the 4th cylinder distinguishes guide plate described in face
The telescopic end of both ends setting, the 4th cylinder is horizontally disposed and is fixedly connected with the guide plate.
As optimization, setting level is provided through mounting hole among the guide plate, interval setting in the mounting hole
There is a third shaft, the third shaft is vertically arranged and the both ends of third shaft are rotatably installed in the hole wall of the mounting hole
On, fixing sleeve is connected to idler wheel on the outside of the third shaft, and the idler wheel is respectively positioned on same vertical flat close to the side of the baffle
In face and the perpendicular is arranged in parallel with the baffle surface, the idler wheel close to the side of the baffle in the vertical direction
On the inside of the guide plate.
As optimization, contact sensor is installed on the idler wheel.
As optimization, the feeding mechanism includes the turntable for being fixedly mounted on lathe feeding end upper surface side, institute
It states and is fixedly installed with third motor in lathe, the output shaft of the third motor, which sets up and fixes with the center of turntable, to be connected
It connects；The disk upper surface is fixedly installed with cabinet upwards, and vertical motion mechanism is fixedly installed in the cabinet, described vertical
Movement mechanism is fixedly connected with horizontally disposed 5th cylinder, and the telescopic end of the 5th cylinder is rotatably connected to horizontally disposed
4th mounting plate and rotation mechanism in vertical shaft for driving the 4th mounting plate rotation, the 4th mounting plate is far from described
It is fixedly installed with the 4th motor above one end of 5th cylinder, the output shaft of the 4th motor is down-set and passes through described the
Horizontally disposed 5th mounting plate is extended downwardly and be fixedly connected with after four mounting plates, is provided with below the 5th mounting plate
Cover, the cover lower section are fixedly installed with the live-roller of multiple horizontal alignments settings and for driving the live-roller to move
Transmission mechanism, be enclosed with rubber pad on the outside of the live-roller, the cover upper surface passes through angle-adjusting mechanism and described the
The connection setting of five mounting plates.
As optimization, the vertical motion mechanism includes being vertically provided at the intracorporal lead screw of the case and being mounted on described
The first nut on lead screw, the cabinet upper end are fixedly installed with the 5th motor, and the output shaft of the 5th motor is down-set
And be fixedly connected with the lead screw upper end, the lead screw lower end connect setting, the cabinet with the cabinet lower end by bearing
It is inside and outside on vertical surface to be provided through vertically arranged strip hole, the setting of lathe upper surface described in the strip hole face, institute
It states and is fixedly connected with mounting blocks on the first nut, the mounting blocks outer end extends outwardly after passing through the strip hole, the installation
The outside level of block is fixedly connected with the 5th cylinder, is additionally provided with reinforcement between the 5th cylinder head portions and the screw rod
Block.
As optimization, the transmission mechanism includes two risers being fixedly mounted below the cover, on the riser
Face is provided with circular hole, and the circular hole is interior to be equipped with transmission shaft by bearing, and the both ends of the transmission shaft are fixedly installed with biography
Dynamic roller, the part that the transmission shaft is located between two risers are fixedly installed with driven sprocket, further include being arranged in institute
It states a drive sprocket of driven sprocket side, the driven sprocket and the drive sprocket to be sequentially connected by transmission chain, institute
It states and is fixedly connected among drive sprocket with the output shaft of the 7th motor, the 7th motor is fixedly mounted on the riser.
As optimization, the rotation mechanism in vertical shaft includes that stretching for the 5th cylinder is fixedly mounted on by mounting bracket
The output shaft of the 6th motor on end, the 6th motor is down-set, the output shaft of the 6th motor and the 4th peace
Loading board is fixedly connected, and the output shaft lower end of the 6th motor is fixedly mounted on the telescopic end of the 5th cylinder by bearing
On.
The utility model has the advantage that
1. it is positioned in use, door to be processed is placed on the feeding end of lathe using positioning mechanism, it is then sharp
Door is driven to move along lathe length direction with feeding mechanism, cutting mechanism starts simultaneously, and first motor and the second motor move simultaneously
Make, the first cutting disc and the second cutting disc is driven to rotate respectively, dedusting mechanism starting in cutting process, the sawdust that cutting is generated
Equal impurity are recycled, and avoid flying dust powder in workshop condition excessive, are preferably protected the health of staff, are improved workshop
Air quality.Then the lower surface of the first cutting disc on the door is vertically cut, and the second cutting disc carries out horizontal resection on the door, the
One cutting disc upper end is in the same plane with the second cutting disc knife face, is preferably cut on the door, in feeding mechanism
It drives after the completion of door moves along lathe upper surface, the side side of door is cut into a platform by the first cutting disc and the second cutting disc
Rank can preferably realize processing on the door, and structure is simple, easy to use, can use feeding mechanism and drive door movement primary
It realizes the cutting of door, preferably improves cutting efficiency and cutting accuracy.The movement of the first cylinder and the second gas are utilized simultaneously
The movement of cylinder, the height of adjustable first cutting disc and the height of the second cutting disc, the different cuttings that can satisfy door are wanted
Ask, easy to operate, easy to use, so that the versatility of whole device is stronger, function is more, preferably reduce enterprise it is economical at
This.
2. exhaust fan acts, the first cutting disc of air intake face of exhaust fan and the setting of the second cutting disc, can be better
The scrap generated to the first cutting disc and the second cutting disc cutting door process absorbs, and is stored using dust cloth bag, together
When be provided with horn-like dust gathering arrester, can preferably expand absorption area, absorb more efficient.
3. positioning mechanism includes positioning plate, after door is placed on lathe, the side of door horizontal direction is bonded with positioning plate
Setting, then adjusts sliding equipment, so that the other side of door horizontal direction is bonded setting with guide plate, on the door in process
In limited, improve cutting mechanism cutting stability.When the second cutting disc is cut on the door, the second cutting disc can be given
The certain active force of door, causes the position of door to change, being provided with guide plate can make door preferably along feeding mechanism
Feed direction movement.The height of through-hole in the vertical direction and the collapsing length of the second cylinder match, and can preferably make
Second cylinder drives the second cutting disc vertically moving, adjusts cut lengths.
4. the 4th cylinder movement drives guide plate movement, can preferably carry out guide-localization on the door, structure is simple, makes
With conveniently.
, can be with the end thereof contacts of idler wheel and door horizontal direction 5. be equipped with idler wheel on guide plate, it is possible to reduce guide plate with
Frictional force between door preferably makes feeding mechanism transfer door movement.
6. being provided with contact sensor, avoid the 4th cylinder firmly excessive, guide plate is caused to apply biggish power on the door, it can
Preferably to guarantee the movement of door.
7. then third motor action, drives turntable rotation, rotates band in use, door is placed on the upper surface of lathe
Dynamic body pivot, cabinet drive the 5th rotational cylinder, and the position of the 4th mounting plate is adjusted by rotation mechanism in vertical shaft, is then passed through
The rotation of 4th motor adjusts the orientation of the 5th mounting plate, so that the live-roller below the cover being arranged below the 5th mounting plate
The cut direction setting of transmission direction just on the door, i.e. the axis of live-roller and the axis of the first cutting disc is arranged in parallel, then sharp
It drives the 5th cylinder to move downward with vertical motion mechanism, so that the live-roller below cover is pressed in the surface of door, utilizes transmission
Mechanism drives live-roller movement, so that live-roller drives door movement.It is provided with angle-adjusting mechanism, the angle of adjustable cover
Degree, when goalkeeper will cut completion, the number of the live-roller contacted with door can be reduced constantly, and the power of live-roller is not enough to band at this time
Dynamic door continues to move, and the angle of cover is adjusted by angle-adjusting mechanism, so that transporting downwards in succession with the discontiguous live-roller of door
Dynamic, the end that will be completed the process on the door constantly plays a role in promoting, and guarantees the proper motion of door.
8. the 5th motor rotates, lead screw rotation is driven, the nut on lead screw drives the 5th cylinder to move up and down, adjusts cover
The position of the live-roller of lower end, so that live-roller is pressed on door.Be provided with reinforcement block, can preferably increase the 5th cylinder with
Bonding strength between link block avoids cover weight excessive, leads to the failure of whole device.In adjustment, staff can
With hand steered 5th cylinder so that the 5th cylinder slowly moves downward, until live-roller is pressed in the surface of door, without using when,
Live-roller is dropped into lathe upper surface, can preferably avoid making entire feed device because live-roller quality is larger
At damage.
9. when seven motor actions, drive drive sprocket rotation, drive sprocket drives transmission chain rotation, transmission chain drive from
Movable sprocket rotation, driven sprocket drive transmission shaft rotation, and transmission shaft drives the live-roller rotation at both ends, the rotation direction of live-roller
Unanimously, it can preferably guarantee to be driven effect, preferably drive door movement.
10. the 6th motor rotates, the rotation of the 5th mounting plate is driven, the orientation of the 5th mounting plate can be preferably adjusted,
The transmission feeding of more convenient later period live-roller.
Detailed description of the invention
Fig. 1 is that indoor sleeved door described in specific embodiment of the present invention is shown with the structure of carpenter's automatic feeding
It is intended to.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is the rearview of Fig. 1.
Fig. 4 is the structure enlargement diagram in Fig. 1 below cover.
Fig. 5 is the side view of door, wherein 21 sides cut for the second cutting disc, 22 cut for the first cutting disc
The side arrived.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
When it is implemented, as Figure 1-Figure 5, a kind of indoor sleeved door carpenter's automatic feeding, including lathe 1,
1 upper surface of lathe is horizontally disposed, and the 1 upper surface side of lathe is equipped with cutting mechanism and is determined on the door 2
The positioning mechanism of position, 1 side of lathe is additionally provided with the dedusting mechanism for dedusting, is additionally provided with and is used on the lathe 1
The door 2 being placed on 1 upper surface of lathe is driven to carry out mobile feeding mechanism；The cutting mechanism includes 31 He of the first cutting disc
The circumference of second cutting disc 32, first cutting disc 31 and the second cutting disc 32 is provided with cutter blade, first disk
31 by-level of knife is fixedly installed with first rotating shaft, and the first rotating shaft is located at below 1 upper surface of lathe, the lathe 1
Side is vertically provided with perforation, and the penetration hole diameter is greater than the diameter of first cutting disc 31, on first cutting disc 31
End upwardly extends after the perforation, and the first rotating shaft is fixedly connected with the output shaft of first motor 33, first electricity
Machine 33 is mounted on the first mounting plate 34, and the first cylinder 35, first gas are fixedly installed with below first mounting plate 34
Cylinder 35 is mounted vertically in the lathe 1, the extension end of first cylinder 35 set up and with first mounting plate 34
It is fixedly connected, at least three first reinforcing ribs is provided between first cylinder 35 and the lathe 1；Second cutting disc
32 is horizontally disposed, is fixedly installed with the second vertically arranged shaft among second cutting disc 32, second shaft 32 with
The output shaft of second motor 36 is fixedly connected, and second motor 36 is fixedly mounted on the second mounting plate 37, second peace
37 lower end of loading board is fixedly installed with the second cylinder 38, and second cylinder 38 is vertically arranged, and 1 side of lathe is fixedly installed with
Workbench 39,38 lower end of the second cylinder are fixedly mounted on the workbench 39, and the positioning mechanism is arranged in the machine
Bed 1 close to second cutting disc 32 side and be located at the lathe 1 above.
In this way, being positioned using positioning mechanism, so in use, door to be processed is placed on the feeding end of lathe 1
Door is driven to move along 1 length direction of lathe using feeding mechanism afterwards, cutting mechanism starts simultaneously, and first motor and the second motor are same
When act, drive the first cutting disc and the second cutting disc to rotate respectively, dedusting mechanism starting in cutting process generates cutting
The impurity such as sawdust are recycled, and avoid flying dust powder in workshop condition excessive, preferably protect the health of staff, improve vehicle
Between air quality.Then the lower surface of the first cutting disc on the door is vertically cut, and the second cutting disc carries out horizontal cutting on the door
It cuts, the first cutting disc upper end is in the same plane with the second cutting disc knife face, is preferably cut on the door, in feeding
After the completion of mechanism drives door to move along 1 upper surface of lathe, the side side of door is cut by the first cutting disc and the second cutting disc
One step can preferably realize processing on the door, and structure is simple, easy to use, can use feeding mechanism and drive door fortune
The dynamic primary cutting for realizing door, preferably improves cutting efficiency and cutting accuracy.Simultaneously using the first cylinder movement and
The movement of second cylinder, the height of adjustable first cutting disc and the height of the second cutting disc, can satisfy the different of door
Cutting requirement, easy to operate, easy to use, so that the versatility of whole device is stronger, function is more, preferably reduces enterprise
Economic cost.
In the present embodiment, the dedusting mechanism includes exhaust fan 4 and passes through discharge pipe with the outlet air end of the exhaust fan 4
The dust cloth bag 42 of the connection setting of road 41, the air intake of the exhaust fan 4 are connected with horn-like dust by intake stack 43
44 are covered, the first cutting disc 31 described in 44 face of dust gathering arrester and the second cutting disc 32 are arranged.Exhaust fan movement, exhaust fan into
Wind, which is rectified, is arranged the first cutting disc and the second cutting disc, preferably can cut door mistake to the first cutting disc and the second cutting disc
The scrap that journey generates is absorbed, and is stored using dust cloth bag, while being provided with horn-like dust gathering arrester, can be better
Expand absorption area, absorbs more efficient.
In the present embodiment, the positioning mechanism includes positioning plate 5,5 length direction of positioning plate and 1 length of lathe
Direction is consistent, and the positioning plate 5 is fixedly mounted on the side of 1 length direction of lathe, is provided with permission on the positioning plate 5
The through-hole that second cutting disc 32 passes through；The other side of 1 length direction of lathe is additionally provided with guide plate 51, the guiding
Plate 51 is arranged in parallel with the positioning plate 5, and the guide plate 51 can be gone back in 1 upper surface slide of lathe, the lathe 1
It is provided with the sliding equipment for driving the guide plate 51 to be slided.Positioning mechanism includes positioning plate, and door is placed on lathe 1
After upper, the side of door horizontal direction is bonded setting with positioning plate, sliding equipment is then adjusted, so that door horizontal direction is another
Side is bonded setting with guide plate, to be limited in process on the door, improves the stability of cutting mechanism cutting.Second
When cutting disc is cut on the door, the active force that the second cutting disc can be certain to door causes the position of door to change, is provided with
Guide plate can make door preferably move along the feed direction of feeding mechanism.The height of through-hole in the vertical direction and the second gas
The collapsing length of cylinder matches, and can preferably make the second cylinder drive the second cutting disc vertically moving, adjustment is cut
Cut size.
In the present embodiment, the sliding equipment includes two the 4th cylinders being fixedly mounted on 1 upper surface of lathe
52, the guide plate 51 is arranged in back to the side of the positioning plate 5 in the 4th cylinder 52, and the 4th cylinder 52 difference is just
51 both ends of guide plate are arranged, the telescopic end of the 4th cylinder 52 is horizontally disposed and fixes company with the guide plate 51
It connects.4th cylinder movement drives guide plate movement, can preferably carry out guide-localization on the door, structure is simple, easy to use.
In the present embodiment, the 51 centre setting level of guide plate is provided through mounting hole, interval in the mounting hole
It is provided with third shaft, the third shaft is vertically arranged and the both ends of third shaft are rotatably installed in the hole of the mounting hole
On wall, fixing sleeve is connected to idler wheel 53 on the outside of the third shaft, and the idler wheel 53 is respectively positioned on same close to the side of the baffle 5
In perpendicular and the perpendicular is arranged in parallel with 5 surface of baffle, and the idler wheel 53 exists close to the side of the baffle 5
It is located at 51 inside of guide plate on vertical direction.Idler wheel is installed on guide plate, it can be with one end of idler wheel and door horizontal direction
Contact, it is possible to reduce the frictional force between guide plate and door preferably makes feeding mechanism transfer door movement.
In the present embodiment, contact sensor is installed on the idler wheel 53.It is provided with contact sensor, avoids the 4th cylinder
It is firmly excessive, cause guide plate to apply biggish power on the door, can preferably guarantee the movement of door.
In the present embodiment, the feeding mechanism includes the turntable for being fixedly mounted on the 1 feeding end upper surface side of lathe
6, be fixedly installed with third motor 61 in the lathe 1, the output shaft of the third motor 61 set up and with the turntable 6
Center is fixedly connected；6 upper surface of turntable is fixedly installed with cabinet 62 upwards, is fixedly installed with vertical fortune in the cabinet 62
Motivation structure, the vertical motion mechanism are fixedly connected with horizontally disposed 5th cylinder 63, the telescopic end of the 5th cylinder 63
It is rotatably connected to horizontally disposed 4th mounting plate 64 and horizontally rotates machine for drive the 4th mounting plate 64 rotation
Structure, the 4th mounting plate 64 is far from being fixedly installed with the 4th motor 65 above one end of the 5th cylinder 63, and the described 4th
The output shaft of motor 65 is down-set and extends downwardly and is fixedly connected with horizontally disposed after the 4th mounting plate 64
The 5th mounting plate 66, be provided with cover 67 below the 5th mounting plate 66, be fixedly installed with below the cover 67 multiple
The live-roller 68 that horizontal alignment is arranged and the transmission mechanism for driving the live-roller 68 to move, 68 outside of live-roller
It is enclosed with rubber pad, 67 upper surface of cover connect setting with the 5th mounting plate 66 by angle-adjusting mechanism.It uses
When, door is placed on the upper surface of lathe 1, then third motor action, drives turntable rotation, and rotation drives body pivot, case
Body drives the 5th rotational cylinder, and the position of the 4th mounting plate is adjusted by rotation mechanism in vertical shaft, is then turned by the 4th motor
The orientation of the 5th mounting plate of dynamic adjustment, so that the transmission direction face of the live-roller below the cover being arranged below the 5th mounting plate
The cut direction setting of door, the i.e. axis of live-roller and the axis of the first cutting disc are arranged in parallel, and then utilize vertical motion machine
Structure drives the 5th cylinder to move downward, so that the live-roller below cover is pressed in the surface of door, is driven and is driven using transmission mechanism
Roller movement, so that live-roller drives door movement.It is provided with angle-adjusting mechanism, the angle of adjustable cover will be cut in goalkeeper
When cutting completion, the number of the live-roller contacted with door can be reduced constantly, and the power of live-roller is not enough to that door is driven to continue to move at this time,
It will be added on the door by the angle that angle-adjusting mechanism adjusts cover so that being moved downward in succession with the discontiguous live-roller of door
The end that work is completed constantly plays a role in promoting, and guarantees the proper motion of door.
In the present embodiment, the vertical motion mechanism includes the lead screw 7 being vertically provided in the cabinet 62 and installation
The first nut 71 on the lead screw 7,62 upper end of cabinet are fixedly installed with the 5th motor 73, the 5th motor 73
Output shaft is down-set and is fixedly connected with 7 upper end of lead screw, and 7 lower end of lead screw passes through bearing and 62 lower end of cabinet
Connection is arranged, inside and outside on 62 vertical surface of cabinet to be provided through vertically arranged strip hole, the strip hole face institute
The setting of 1 upper surface of lathe is stated, mounting blocks are fixedly connected on first nut 71, the mounting blocks outer end passes through the strip
Extend outwardly behind hole, the outside level of mounting blocks is fixedly connected with the 5th cylinder 63,63 end of the 5th cylinder with
Reinforcement block is additionally provided between the screw rod 7.The rotation of 5th motor, drives lead screw rotation, and the nut on lead screw drives the 5th gas
Cylinder moves up and down, and the position of the live-roller of cover body lower end is adjusted, so that live-roller is pressed on door.It is provided with reinforcement block, it can be with
Preferably increase the bonding strength between the 5th cylinder and link block, avoids cover weight excessive, lead to the failure of whole device.
In adjustment, staff can be with hand steered 5th cylinder, so that the 5th cylinder slowly moves downward, until live-roller is pressed in door
Surface, without using when, live-roller is dropped into 1 upper surface of lathe, can preferably be avoided because of live-roller quality
It is larger to be damaged caused by entire feed device.
In the present embodiment, the transmission mechanism includes two risers 9 for being fixedly mounted on 67 lower section of cover, described perpendicular
Face is provided with circular hole on plate 9, and the circular hole is interior to be equipped with transmission shaft 91 by bearing, and the both ends of the transmission shaft 91 are fixed
Live-roller 68 is installed, the part that the transmission shaft 91 is located between two risers 9 is fixedly installed with driven sprocket 92,
It further include the drive sprocket 93 that 92 side of driven sprocket is set, the driven sprocket 92 and the drive sprocket 93
It is sequentially connected, is fixedly connected among the drive sprocket 93 with the output shaft of the 7th motor 95, the described 7th by transmission chain 94
Motor 95 is fixedly mounted on the riser 9.When seven motor actions, drive sprocket rotation is driven, drive sprocket drives transmission
Chain rotation, transmission chain drive driven sprocket rotation, and driven sprocket drives transmission shaft rotation, and transmission shaft drives the live-roller at both ends to turn
Dynamic, the rotation direction of live-roller is consistent, can preferably guarantee to be driven effect, preferably drive door movement.
In the present embodiment, the rotation mechanism in vertical shaft includes that the 5th cylinder 63 is fixedly mounted on by mounting bracket
The output shaft of the 6th motor 631 on telescopic end, the 6th motor 631 is down-set, the output shaft of the 6th motor 631
It is fixedly connected with the 4th mounting plate 64, the output shaft lower end of the 6th motor 631 is fixedly mounted on described by bearing
On the telescopic end of 5th cylinder 63.When 6th motor rotates, the rotation of the 5th mounting plate is driven, can preferably adjust the 5th installation
The orientation of plate, the transmission feeding of more convenient later period live-roller.
Further, pressure sensor is provided on the outside of the live-roller 68.It can be caused on the door to avoid live-roller larger
Pressure, influence feeding effect.
Further, the reinforcement block includes two reinforcing rods 8, and 71 top of the first nut is located on the lead screw 7
Be respectively arranged below the second nut 81, the reinforcing rod 8 is respectively arranged at the two sides up and down of the 5th cylinder 63, described
8 one end of reinforcing rod passes through the strip hole and is fixedly connected with second nut 81, and the other end and the 5th cylinder 63 are fixed
Connection.It is provided with reinforcing rod, booster action can be played to the connection of the 5th cylinder and link block, improves bonding strength.
Further, the angle-adjusting mechanism includes two the 6th cylinders 82, and described 6th cylinder, 82 one end is hinged on
On 5th mounting plate 66, the telescopic end of the 6th cylinder 82 is hinged on the cover 67, two the 6th cylinders
82 and the 5th the distance between the hinge joint of mounting plate 66 be greater than between two the 6th cylinders 82 and the hinge joint of cover 67
Distance.When six cylinder movements, the tilt angle of adjustable cover is easy to use.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that；
It can still modify to technical solution documented by previous embodiment, or to some or all of the technical features
It is equivalently replaced；And these are modified or replaceed, the utility model embodiment that it does not separate the essence of the corresponding technical solution
The range of technical solution should all cover in the claim of the utility model and the range of specification.
Claims (10)
1. a kind of indoor sleeved door carpenter's automatic feeding, which is characterized in that including lathe, the lathe upper surface is horizontal
Setting, lathe upper surface side is equipped with cutting mechanism and the positioning mechanism for being positioned on the door, the lathe
Side is additionally provided with the dedusting mechanism for dedusting, is additionally provided on the lathe and is placed on lathe upper surface for driving
Door carries out mobile feeding mechanism；The cutting mechanism include the first cutting disc and the second cutting disc, first cutting disc and
The circumference of second cutting disc is provided with cutter blade, and the first cutting disc by-level is fixedly installed with first rotating shaft, described
First rotating shaft is located at below the lathe upper surface, and the lathe side is vertically provided with perforation, and the penetration hole diameter is greater than institute
State the diameter of the first cutting disc, first cutting disc upper end upwardly extends after passing through the perforation, the first rotating shaft and the
The output shaft of one motor is fixedly connected, and the first motor is mounted on the first mounting plate, fixed below first mounting plate
First cylinder is installed, first cylinder is mounted vertically in the lathe, and the extension end of first cylinder is set up
And be fixedly connected with first mounting plate, at least three first reinforcements are provided between first cylinder and the lathe
Muscle；Second cutting disc is horizontally disposed, and the second vertically arranged shaft is fixedly installed among second cutting disc, described
Second shaft is fixedly connected with the output shaft of the second motor, and second motor is fixedly mounted on the second mounting plate, and described
Two mounting plate lower ends are fixedly installed with the second cylinder, and second cylinder is vertically arranged, and the lathe side is fixedly installed with work
Make platform, second cylinder lower end is fixedly mounted on the workbench, and the positioning mechanism is arranged in the lathe close to institute
It states the side of the second cutting disc and is located above the lathe.
2. indoor sleeved door according to claim 1 carpenter's automatic feeding, which is characterized in that the dedusting mechanism
The dust cloth bag of setting is connect by wind pipe including exhaust fan and with the outlet air end of the exhaust fan, the exhaust fan
Air intake is connected with horn-like dust gathering arrester, the first cutting disc described in the dust gathering arrester face and the second disk by intake stack
Knife setting.
3. indoor sleeved door according to claim 2 carpenter's automatic feeding, which is characterized in that the positioning mechanism
Including positioning plate, the positioning plate length direction is consistent with the lathe length direction, and the positioning plate is fixedly mounted on described
The side of lathe length direction is provided with the through-hole for allowing second cutting disc to pass through on the positioning plate；The lathe is long
The other side in degree direction is additionally provided with guide plate, and the guide plate is arranged in parallel with the positioning plate, and the guide plate being capable of edge
The lathe upper surface slide is additionally provided with the sliding equipment for driving the guide plate to be slided on the lathe.
4. indoor sleeved door according to claim 3 carpenter's automatic feeding, which is characterized in that the sliding equipment
Including two the 4th cylinders being fixedly mounted on the lathe upper surface, the 4th cylinder setting the guide plate back to
The side of the positioning plate, the 4th cylinder distinguish the setting of guiding board ends, the telescopic end of the 4th cylinder described in face
It is horizontally disposed with and is fixedly connected with the guide plate.
5. indoor sleeved door according to claim 4 carpenter's automatic feeding, which is characterized in that in the guide plate
Between setting level be provided through mounting hole, third shaft is arranged at intervals in the mounting hole, the third shaft is vertically set
It sets and the both ends of third shaft is rotatably installed on the hole wall of the mounting hole, fixing sleeve is connected to rolling on the outside of the third shaft
Wheel, the idler wheel is respectively positioned in same perpendicular close to the side of the positioning plate and the perpendicular and the positioning plate table
Face is arranged in parallel, and the idler wheel is located on the inside of the guide plate in the vertical direction close to the side of the positioning plate.
6. indoor sleeved door according to claim 5 carpenter's automatic feeding, which is characterized in that pacify on the idler wheel
Equipped with contact sensor.
7. indoor sleeved door according to claim 6 carpenter's automatic feeding, which is characterized in that the feeding mechanism
Turntable including being fixedly mounted on lathe feeding end upper surface side is fixedly installed with third motor, institute in the lathe
The output shaft for stating third motor sets up and is fixedly connected with the center of turntable；The disk upper surface is fixedly mounted upwards
There is cabinet, vertical motion mechanism, the vertical motion mechanism and horizontally disposed 5th cylinder are fixedly installed in the cabinet
It is fixedly connected, the telescopic end of the 5th cylinder is rotatably connected to horizontally disposed 4th mounting plate and for driving described
The rotation mechanism in vertical shaft of four mounting plates rotation, the 4th mounting plate are fixedly installed with far from one end top of the 5th cylinder
The output shaft of 4th motor, the 4th motor is down-set and passes through and extends downwardly and the company of fixation after the 4th mounting plate
It is connected to horizontally disposed 5th mounting plate, cover is provided with below the 5th mounting plate, is fixedly installed with below the cover
The live-roller that multiple horizontal alignments are arranged and the transmission mechanism for driving the live-roller movement, live-roller outside packet
It is wrapped with rubber pad, the cover upper surface connect setting with the 5th mounting plate by angle-adjusting mechanism.
8. indoor sleeved door according to claim 7 carpenter's automatic feeding, which is characterized in that the vertical motion
Mechanism includes the first nut for being vertically provided at the intracorporal lead screw of the case and being mounted on the lead screw, the cabinet upper end
It is fixedly installed with the 5th motor, the output shaft of the 5th motor is down-set and is fixedly connected with the lead screw upper end, described
Lead screw lower end connect setting with the cabinet lower end by bearing, and inside and outside be provided through vertically sets on the cabinet vertical surface
The strip hole set, the setting of lathe upper surface described in the strip hole face are fixedly connected with mounting blocks on first nut, institute
It states mounting blocks outer end to extend outwardly after the strip hole, the outside level of mounting blocks is fixedly connected with the 5th gas
Cylinder is additionally provided with reinforcement block between the 5th cylinder head portions and the lead screw.
9. indoor sleeved door according to claim 8 carpenter's automatic feeding, which is characterized in that the transmission mechanism
Including two risers being fixedly mounted below the cover, face is provided with circular hole on the riser, passes through in the circular hole
Bearing is equipped with transmission shaft, and the both ends of the transmission shaft are fixedly installed with live-roller, and the transmission shaft is described perpendicular positioned at two
Part between plate is fixedly installed with driven sprocket, further includes the drive sprocket that the driven sprocket side is arranged in,
The driven sprocket and the drive sprocket are sequentially connected by transmission chain, the output of the drive sprocket centre and the 7th motor
Axis is fixedly connected, and the 7th motor is fixedly mounted on the riser.
10. indoor sleeved door according to claim 9 carpenter's automatic feeding, which is characterized in that described horizontal turn
Motivation structure includes the 6th motor being fixedly mounted on the telescopic end of the 5th cylinder by mounting bracket, the 6th motor
Output shaft it is down-set, the output shaft of the 6th motor is fixedly connected with the 4th mounting plate, the 6th motor
Output shaft lower end is fixedly mounted on the telescopic end of the 5th cylinder by bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820647922.5U CN208247032U (en) | 2018-05-03 | 2018-05-03 | Indoor sleeved door carpenter's automatic feeding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820647922.5U CN208247032U (en) | 2018-05-03 | 2018-05-03 | Indoor sleeved door carpenter's automatic feeding |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208247032U true CN208247032U (en) | 2018-12-18 |
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ID=64635784
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820647922.5U Active CN208247032U (en) | 2018-05-03 | 2018-05-03 | Indoor sleeved door carpenter's automatic feeding |
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| Country | Link |
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| CN (1) | CN208247032U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732710A (en) * | 2019-01-23 | 2019-05-10 | 江慧 | A kind of plank processing water plant and its working method |
-
2018
- 2018-05-03 CN CN201820647922.5U patent/CN208247032U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732710A (en) * | 2019-01-23 | 2019-05-10 | 江慧 | A kind of plank processing water plant and its working method |
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| TR01 | Transfer of patent right |
Effective date of registration: 20230625 Address after: Room 1512, Science and Technology Incubation Building, Core Area, Hechuan District Industrial Park, Chongqing 401519 Patentee after: Chongqing Hechuan Yangfan Wooden Door Co.,Ltd. Address before: 401519 12-2, Building 5, No. 1158, Xi'an Avenue, Subdistricts of China, Nanjin Street, Hechuan District, Chongqing Patentee before: CHONGQING NUOERJIA FURNITURE Co.,Ltd. |
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