CN208618811U - Aluminum alloy pattern plate transmits all-in-one machine - Google Patents
Aluminum alloy pattern plate transmits all-in-one machine Download PDFInfo
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- CN208618811U CN208618811U CN201821140994.7U CN201821140994U CN208618811U CN 208618811 U CN208618811 U CN 208618811U CN 201821140994 U CN201821140994 U CN 201821140994U CN 208618811 U CN208618811 U CN 208618811U
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Abstract
A kind of aluminum alloy pattern plate provided by the utility model transmits all-in-one machine, including rack, transmission device, first driving device, brake assemblies；Transmission device includes at least one set of roll shaft group being arranged on the Transfer pipe of aluminum alloy pattern plate, and each group of roll shaft group includes the first roll shaft and the second roll shaft disposed in parallel, and the first roll shaft and the second roll shaft respectively can be rotated to support in rack；First driving device is fixedly connected with rack, at least one roll shaft rotation of first driving device drive roller shaft group；Brake assemblies are fixedly arranged in rack, and the shaft for limiting first driving device rotates and/or for limiting roll shaft rotation；The shaft rotation of first driving device and/or the rotation of limitation roll shaft can be limited in brake assemblies, in this way when aluminum alloy pattern plate transmission all-in-one machine meets emergency and needs, roll shaft can be locked in time, and roll shaft is avoided to transfer that aluminum alloy pattern plate disengaging aluminum alloy pattern plate transmission all-in-one machine is caused to guarantee that aluminum alloy pattern plate transmits all-in-one machine and transmits and clear up operational safety certainly under the action of aluminum alloy pattern plate gravity.
Description
Technical field
The utility model relates to building machinery technical fields, specifically, being to be related to a kind of aluminum alloy pattern plate transmission all-in-one machine.
Background technique
Building template (aluminum alloy pattern plate) is a kind of temporary supporting structure, and effect is to make concrete structure, component by regulation
Position, geometric dimension forming, keep its correct position, and bear building template self weight and effect external loads on it.
In building construction process, the aluminum alloy pattern plate after lowrise layer use, which needs to transport to high-storey, to be used, using manpower
Transport is often got half the result with twice the effort.Aluminum alloy pattern plate conveyer clamps aluminum alloy pattern plate using two roll shafts and is passed up, and can save manpower simultaneously
Transmission efficiency is improved, however, inevitably occurring transmission failure in the transmit process of aluminum alloy pattern plate, if when conveyer breaks down just
There is aluminum alloy pattern plate in transmission well, aluminum alloy pattern plate may fall off from conveyer to fall down, and causes safety accident, therefore can be by roll shaft
It is limited to single direction rotation, however roll shaft is set as in the case of single direction rotation, if there is the phenomenon that aluminum alloy pattern plate is stuck, aluminum alloy pattern plate can not
It takes out.
Utility model content
To solve the above-mentioned problems, the aluminium that the utility model provides a kind of aluminum alloy pattern plate direction of transfer lockable and unlocks
Template transmits all-in-one machine.
In order to realize the main purpose of the utility model, a kind of aluminum alloy pattern plate provided by the utility model transmits all-in-one machine,
In, including rack, transmission device, first driving device, rotation direction locking device and control device；Transmission device includes being arranged in aluminium
At least one set of roll shaft group on the Transfer pipe of template, each group of roll shaft group include the first roll shaft and the second roller disposed in parallel
Axis, and the first roll shaft and the second roll shaft respectively can be rotated to support in rack；First driving device is fixedly connected with rack, the
At least one roll shaft of one driving device drive roller shaft group rotates；Rotation direction locking device is set in rack, and for locking or solving
Except the rotation direction of locking roll shaft；Control device is fixedly connected with rack, and control device is electrically connected with first driving device.
Therefore the utility model is designed by the setting and structure for transmitting all-in-one machine to aluminum alloy pattern plate, rotation direction locking dress
Set the direction of rotation that can limit roll shaft, under normal operating conditions, rotation direction locking device locks the rotation direction of roll shaft, so that roll shaft is only
It can rotate in the forward direction to transmit aluminum alloy pattern plate, can be avoided roll shaft and transfer that aluminum alloy pattern plate is caused to be detached from aluminium certainly under the action of aluminum alloy pattern plate gravity
Template transmits all-in-one machine, avoids the aluminum alloy pattern plate in transmission from falling from aluminum alloy pattern plate transmission all-in-one machine, guarantees aluminum alloy pattern plate transmission one
The transmission of body machine and cleaning operational safety；When have aluminum alloy pattern plate it is stuck in transmit process when, release option locking device to roller
The locking of axis rotation direction enables aluminum alloy pattern plate to take out from the direction of incoming aluminum alloy pattern plate transmission all-in-one machine, convenient for solving aluminum dipping form in time
The stuck problem of plate.One Preferable scheme is that, rotation direction locking device includes ratchet and pawl arrangement, the ratchet of ratchet and pawl arrangement
It is fixedly arranged on the transmission shaft in the drive path of roll shaft, pawl is movably set in rack, and pawl is inserted into the tooth socket of ratchet
Or it is taken out from the tooth socket of ratchet.
Therefore under aluminum alloy pattern plate transmission all-in-one machine normal operation, by the tooth socket of pawl insertion ratchet, exist at this time
The limitation bottom ratchet wheel and corresponding transmission shaft of pawl can only single direction rotation, so as to cause roll shaft can only single direction rotation, by aluminum dipping form
Plate reaches outlet from the entrance of aluminum alloy pattern plate transmission all-in-one machine, without causing aluminium due to the self weight of aluminum alloy pattern plate is excessive or external force drags
Template is fallen from aluminum alloy pattern plate transmission all-in-one machine, guarantees aluminum alloy pattern plate transmission all-in-one machine transmission and cleaning operational safety；When having aluminium
Template is stuck when on aluminum alloy pattern plate transmission all-in-one machine, pawl is taken out from the tooth socket of ratchet, at this time ratchet and corresponding transmission
Axis two-way can rotate freely, therefore roll shaft two-way can also rotate freely, at this time the energy under aluminum alloy pattern plate self weight and/or external force dragging
It is enough to extract stuck aluminum alloy pattern plate from the inlet of road template transmission all-in-one machine, it is asked convenient for solving the stuck of aluminum alloy pattern plate in time
Topic.
Further preferred embodiment is, rotation direction locking device includes unilateral bearing and outer ring locking mechanism, unilateral bearing
Inner ring is fixed with the transmission shaft in roll shaft drive path, and outer ring locking mechanism is fixedly arranged in rack, and outer ring locking mechanism pair
The outer ring of unilateral bearing is locked or is unlocked.
Therefore under normal circumstances, outer ring locking mechanism locks the outer ring of unilateral bearing, by unilateral bearing
Outer ring can only single direction rotation characteristic, make roll shaft that can only keep single direction rotation；When there is the stuck phenomenon of aluminum alloy pattern plate, outer ring lock
Determine locking of the mechanism releases to unilateral bearing outer ring, under the action of aluminum alloy pattern plate self gravity or external force drag, bearing outer ring energy
Enough opposite racks reversely rotate, so that roll shaft reversely rotates, aluminum alloy pattern plate are allowed to extract out from entrance, convenient for solving aluminum dipping form in time
The dead problem of board.
Further scheme is that outer ring locking mechanism includes brake bar, elastic component and the braking being fixedly arranged in rack
Body, one end of brake bar are equipped with gag lever post, and brake body is equipped with for the perforative through-hole of brake bar and for accommodating gag lever post
The first slot, for the first slot position in one end of through-hole, elastic component connects brake bar and brake body, under the drive of elastic component, limit
Bar is close on the end face equipped with the first slot of brake body or gag lever post is placed in the first slot, and gag lever post is placed in the first slot
When, gag lever post can be inserted into the slot of the outer ring of unilateral bearing.
Therefore when not needing braking, the end face that gag lever post is close to brake body is adjusted, brake bar cannot be stretched from through-hole
Out into the slot of unilateral bearing outer ring；When braking is required, it adjusts gag lever post to receive into the first slot, at this moment brake bar is from through-hole
It stretches out and can be inserted into the outer ring of unilateral bearing processed, to limit the direction of rotation of corresponding transmission shaft, and then keep roll shaft
The rotation in direction when aluminum alloy pattern plate transmits prevents aluminum alloy pattern plate from falling from aluminum alloy pattern plate transmission all-in-one machine, guarantees aluminum alloy pattern plate transmission one
Machine transmission and cleaning operational safety.
Scheme still more preferably is the second slot being additionally provided on brake body for accommodating gag lever post, the first groove depth in
Second slot, elastic component drive that gag lever post is close to the end face equipped with the first slot of brake body or gag lever post is placed in the first slot or limits
Position bar is placed in the second slot.
Therefore the second slot for accommodating gag lever post is set for brake body, the first groove depth is in the second slot, elastic component band
Dynamic gag lever post is close to the end face equipped with the first slot of brake body or gag lever post is placed in that the first slot is interior or gag lever post is placed in second
In slot.In this way when meeting the stuck situation of aluminum alloy pattern plate, gag lever post is placed in the second slot, guarantees that aluminum alloy pattern plate can be suitable from transmission entrance
Benefit exits, and gag lever post is avoided independently to screw in the first slot from the end face of brake body, guarantees that aluminum alloy pattern plate transmission all-in-one machine works well.
Technical solution still more preferably is that elastic component is tension spring or pressure spring.
Therefore one end of tension spring is connected on brake bar, the other end is connected in rack, and the elastic force of tension spring being capable of band
Dynamic gag lever post is close to end face, the first slot or the second slot of brake body；Pressure spring is similarly used, one end of pressure spring is connected to brake bar
On, the other end is connected in rack, drives the end face of gag lever post abutting brake body or honor to be placed in the first slot using the elastic force of pressure spring
Or second slot.
Another Preferable scheme is that, the distance of shaft centers of the first roll shaft of same roll shaft group and the second roll shaft is adjustable, and same
Pre-tightening apparatus is equipped between the first roll shaft and the second roll shaft of one roll shaft group.
Therefore the distance of shaft centers of two roll shafts of same roll shaft group is adjustable, so that the space between two roll shafts can allow for
The aluminum alloy pattern plate of different-thickness passes through, between two roll shafts be equipped with pre-tightening apparatus, enable the first roll shaft and the second roll shaft to a certain extent
The aluminum alloy pattern plate of different-thickness is compressed, to rotate the aluminum alloy pattern plate of transmission different-thickness, aluminum alloy pattern plate transmits the scope of application of all-in-one machine
It is wider.
Another preferred embodiment is that aluminum alloy pattern plate driving all-in-one machine further includes sliding assembly, and sliding assembly includes being set to rack
On guide rail and the sliding block that is slidedly arranged on guide rail, the first roll shaft be rotatably supported in one end of guide rail, the second roll shaft is rotatable
Ground is supported on sliding block.
Therefore first roll shaft be rotatably supported in fixed rack, the second roll shaft is rotatably supported in cunning
On dynamic sliding block, the distance between axles allowed between the first roll shaft and the second roll shaft in this way is alterable, along with setting for pre-tightening apparatus
It sets, so that there is pretightning force close to each other always in different distance between axles between the first roll shaft and the second roll shaft, makes
Aluminum alloy pattern plate can be compressed when transmitting the aluminum alloy pattern plate of different-thickness to realize to aluminum alloy pattern plate by obtaining the first roll shaft and the second roll shaft
Transmission.
Scheme more further is, pre-tightening apparatus includes tension spring and/or pressure spring, tension spring and/or pressure spring connection sliding block and machine
Frame, pressure spring are located at the side far from the first roll shaft of sliding block, and tension spring is located at the side close to the first roll shaft of sliding block.
Therefore the first roll shaft and the second roll shaft remain mutually as far as possible under the action of tension spring and/or pressure spring
The state drawn close, clamps aluminum alloy pattern plate jointly so that the first roll shaft and the second roll shaft when transmitting the aluminum alloy pattern plate of different-thickness all
Aluminum alloy pattern plate can be compressed to realize the transmission to aluminum alloy pattern plate.
Another Preferable scheme is that, the left and right sides and bottom side of Transfer pipe are provided with directive wheel, the rotation of directive wheel
Shaft axis is perpendicular to Transfer pipe.
Therefore setting directive wheel can auxiliary transmission device aluminum alloy pattern plate is transported, reduce aluminum alloy pattern plate transport in
Frictional force, and state of the aluminum alloy pattern plate in transmit process can be limited, prevent aluminum alloy pattern plate from glancing off in transmit process.
Detailed description of the invention
Fig. 1 is the main view after the utility model aluminum alloy pattern plate transmission all-in-one machine removal cladding plate.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the right view of Fig. 1.
Fig. 4 is the A of Fig. 1 to cross-sectional view.
Fig. 5 is the B of Fig. 1 to cross-sectional view.
Fig. 6 is the C of Fig. 3 to cross-sectional view.
Fig. 7 is the perspective view after the utility model aluminum alloy pattern plate transmission all-in-one machine removal cladding plate.
Fig. 8 is the stereo appearance figure of the utility model aluminum alloy pattern plate transmission all-in-one machine.
Fig. 9 is the D of Fig. 3 to cross-sectional view.
Figure 10 is the enlarged drawing in Fig. 9 at E.
The following is a further explanation of the present invention with reference to the accompanying drawings and embodiments.
Specific embodiment
Referring to Fig.1, Fig. 2 and Fig. 7, the aluminum alloy pattern plate transmission all-in-one machine of the present embodiment include rack 1, transmission device 2, driving dress
Set 3, transmission device 4, deslagging device 5, rotation direction locking device 6, coating unit 7, incoming detection device 8, outflow 9 and of detection device
Control device, driving device 3 include first driving device 31 and the second driving device 32, and control device and rack 1, which are fixed, to be connected
It connects, control device is electric with first driving device 31, the second driving device 32, incoming detection device 8 and outflow detection device 9 respectively
Connection.
Referring to Fig.1, rack 1 is provided with Transfer pipe 11, and the rear side of Transfer pipe 11 is equipped with the first guide wheel group 112, and
And the left and right sides of Transfer pipe 11 is equipped with the second guide wheel group 113, the first guide wheel group 112 and the second guide wheel group 113
Direction of transfer of the rotation axis perpendicular to aluminum alloy pattern plate.The first conduction is arranged for accommodating aluminum alloy pattern plate to be treated in Transfer pipe 11
To wheel group and the second guide wheel group 113 can auxiliary transmission device 2 aluminum alloy pattern plate is transported, reduce rubbing in aluminum alloy pattern plate transport
Power is wiped, and state of the aluminum alloy pattern plate in transmit process can be limited, prevents aluminum alloy pattern plate from glancing off in transmit process.In addition,
The inlet of Transfer pipe 11 is equipped with wedge shape flaring 114, so that the entrance of Transfer pipe 11 is wider than other positions, and make Transfer pipe
11 width is gradually decrease to normal width since inlet, enables to be more easily aligned and be passed to transmit when aluminum alloy pattern plate is incoming to lead to
Road 11.Preferably, the rear side of Transfer pipe 11 and left and right sides are designed with guide plate 111, the first guide wheel group 112 and the second guiding
Wheel group 113 is set on guide plate 111；Being provided with for guide plate 111 is conducive to transmission safety, is also beneficial to the first guide wheel group 112
With the installation of the second guide wheel group 113.
Preferably, rack 1 further includes cladding plate 12, and cladding plate 12 can be by roll shaft, first driving device 31, the second driving device 32
And transmission device 4 is separated with the external world；The power transmission of roll shaft rotation and driving device all has certain risk, is arranged
These movement components and the external world are separated the safety for being conducive to be promoted aluminum alloy pattern plate transmission all-in-one machine by cladding plate 12.
Preferably, knob 13 is additionally provided in rack 1, external force drives aluminum alloy pattern plate to transmit the mobile position of all-in-one machine by knob 13
It sets, convenient for the movement to aluminum alloy pattern plate transmission all-in-one machine.
Referring to Figure 1 and Figure 3, transmission device 2 includes at least one set of roll shaft group being arranged on the Transfer pipe 11 of aluminum alloy pattern plate,
Each group of roll shaft group includes the first roll shaft 21 disposed in parallel and the second roll shaft 22, and the first roll shaft 21 and the second roll shaft 22 are respectively
It can be rotated to support in rack 1, first driving device 31 drives the rotation of at least one of the first roll shaft 21 and the second roll shaft 22,
When transmitting aluminum alloy pattern plate, aluminum alloy pattern plate is between the first roll shaft 21 and the second roll shaft 22, and by the first roll shaft 21 and the second roll shaft
22 clampings are driven the transmission of aluminum alloy pattern plate by the first roll shaft 21 and/or the rotation of the second roll shaft 22.
Referring to Figure 1 and Figure 3, the distance of shaft centers of the first roll shaft 21 and the second roll shaft 22 of same roll shaft group is adjustable and same
The second pre-tightening apparatus is equipped between the first roll shaft 21 and the second roll shaft 22 of roll shaft group；Adjust the first roll shaft 21 and the second roll shaft 22
Between spacing pass through convenient for accommodating the aluminum alloy pattern plate of different-thickness, the second pre-tightening apparatus generates the first roll shaft 21 and the second roll shaft 22
The pretightning force mutually drawn close, so that the first roll shaft 21 and the second roll shaft 22 are capable of clamping and transmit the aluminum alloy pattern plate of different-thickness.
Referring to Fig. 3, aluminum alloy pattern plate driving all-in-one machine further includes the second sliding assembly 23, and the second sliding assembly 23 includes the machine that is set to
The second guide rail 231 on frame and the second sliding block 233 being slidedly arranged on the second guide rail 231, the first roll shaft 21 are rotatably supported in
One end of second guide rail 231, the second roll shaft 22 are rotatably supported on the second sliding block 233.First roll shaft 21 can be rotated twelve Earthly Branches
It holds in fixed rack 1, the second roll shaft 22 is rotatably supported on slidable second sliding block 233, allows in this way
Distance between axles between one roll shaft 21 and the second roll shaft 22 is alterable, along with the setting of the second pre-tightening apparatus, so that the first roll shaft
There is pretightning force close to each other always in different distance between axles between 21 and the second roll shaft 22, so that the first roll shaft 21
Aluminum alloy pattern plate can be compressed when transmitting the aluminum alloy pattern plate of different-thickness with the second roll shaft 22 to realize the transmission to aluminum alloy pattern plate.The
The setting of two guide rails 231 is to realize the first roll shaft 21 and a kind of adjustable preferred embodiment of 22 distance of shaft centers of the second roll shaft, this external enwergy
Enough realize that the first roll shaft 21 and the adjustable other technologies scheme of 22 distance of shaft centers of the second roll shaft can be used for the technical program, such as
Using the swing rod being articulated in rack 1, and the second roll shaft 22 is rotatablely connected with to one end of swing rod, enables the second roll shaft 22
Enough articulated positions around swing rod are swung, and are also able to achieve the adjustable function of distance of shaft centers of the first roll shaft 21 and the second roll shaft 22.
Second pre-tightening apparatus includes tension spring and/or pressure spring, and tension spring and/or pressure spring connect the second sliding block 233 and rack 1, pressure
Spring is located at the side far from the first roll shaft 21 of the second sliding block 233, and tension spring is located at close first roll shaft 21 of the second sliding block 233
Side.The first roll shaft 21 and the second roll shaft 22 remain the shape mutually drawn close as far as possible under the action of tension spring and/or pressure spring
State clamps aluminum alloy pattern plate jointly, so that the first roll shaft 21 and the second roll shaft 22 can when transmitting the aluminum alloy pattern plate of different-thickness
Aluminum alloy pattern plate is compressed to realize the transmission to aluminum alloy pattern plate.
In addition, aluminum alloy pattern plate transmission all-in-one machine further includes buffer structure, buffer structure is set to the first roll shaft of same roll shaft group
21 and second between roll shaft 22, or is set between moveable roll shaft and rack 1.First roll shaft 21 of same roll shaft group and
Two roll shafts 22 can generate the pretightning force mutually drawn close under the action of the second pre-tightening apparatus, and after aluminum alloy pattern plate is by roll shaft group
The first roll shaft 21 and the second roll shaft 22 can be moved to the direction drawn close under the drive of the second pre-tightening apparatus, this is easy for making to move
Roll shaft collide with rack 1 or the first roll shaft 21 with the second roll shaft 22, cause equipment damage；In the first roll shaft 21 and
Buffer structure is set between two roll shafts 22 or buffer structure is set between moveable roll shaft and rack 1, so that the first roll shaft
21 and second roll shaft 22 can gradually discharge kinetic energy by buffer structure into the motion process that other side draws close, to avoid
The direct collision of one roll shaft 21 and the second roll shaft 22 also avoids the roll shaft of movement and the direct collision of rack 1, equipment is avoided to damage
It is bad.Preferably, roll shaft group is set as two groups, and the transmission dynamics of one side multiple groups roll shaft group is bigger, can more easily transmit weight more
The aluminum alloy pattern plate of weight, the setting of another aspect multiple groups roll shaft group are conducive to aluminum alloy pattern plate but also the stress of aluminum alloy pattern plate more balances
Transmission is steady.
Preferably, the second roll shaft 22 is equipped at least one annular groove circumferentially, and the setting of annular groove makes
Aluminum alloy pattern plate transmission all-in-one machine is obtained when transmitting aluminum alloy pattern plate, is led in the annular groove that mounting structure can be arranged from the second roll shaft 22
Transfer pipe 11 is crossed, mounting structure is avoided to impact the transmission of aluminum alloy pattern plate；Being provided with for another aspect annular groove is conducive to
Aluminum alloy pattern plate is positioned, aluminum alloy pattern plate is avoided to glance off in transmit process, aluminum alloy pattern plate is made to remain regulatory transmission appearance
State.
Preferably, the quantity of annular groove is two or more, and multiple annular grooves are uniform in the axial direction of the second roll shaft
Distribution.Aluminum alloy pattern plate has numerous models, and the mounting structure spacing of the aluminum alloy pattern plate of various different models is different, and multiple annular grooves are set
It sets so that the second roll shaft adapts to the mounting structure for having different spacing on aluminum alloy pattern plate, the applicable model of increase aluminum alloy pattern plate transmission all-in-one machine
It encloses.
As shown in figure 3, first driving device 31 is fixedly connected with rack 1,31 drive roller shaft group of first driving device is extremely
Few roll shaft rotation；First driving device 31 drives the rotation of at least one roll shaft, and roll shaft rotation drives aluminum alloy pattern plate mobile, with this
Realize the transmission to aluminum alloy pattern plate.First driving device 31 can be servo motor, be also possible to add on the basis of ordinary motor
If the gearbox of speed changing function is had, so that 73 revolving speed of oiling roller is adjusted.
Referring to Fig. 3, the first roll shaft 21 of at least one set of roll shaft group and the same end of the second roll shaft 22 are installed with the first cone respectively
Gear 41 and second bevel gear 42；Aluminum alloy pattern plate transmission all-in-one machine further includes transmission device 4, and transmission device 4 includes cone tooth group, bores tooth
Group includes the third hand tap gear 43 with 41 engaged transmission of first bevel gear, and cone tooth group further includes engaging biography with second bevel gear 42
The 4th dynamic bevel gear 44, third hand tap gear 43 are set as coaxial with the 4th bevel gear 44, and opposite 4th cone of third hand tap gear 43
Gear 44 is circumferentially fixed and axial distance is adjustable；It is for that third hand tap gear 43 and the 4th bevel gear 44, which are set as circumferentially fixed,
Third hand tap gear 43 and the 4th bevel gear 44 realize coaxial synchronous rotation, and third hand tap gear 43 and the 4th bevel gear 44 are set as axial
Apart from it is adjustable be it is adjustable in order to adapt to the distance of shaft centers of the first roll shaft 21 and the second roll shaft 22, so as in the first roll shaft 21 and second
The first bevel gear 41 that the distance of shaft centers of roll shaft 22 is still able to maintain when changing is engaged with third hand tap gear 43 and second bevel gear 42
It is engaged with the 4th bevel gear 44, the first roll shaft 21 and the is ensured when the first roll shaft 21 and 22 distance of shaft centers of the second roll shaft change with this
It still can be effectively driven between two roll shafts 22, guarantee that the first roll shaft 21 and the second roll shaft 22 can rotate jointly transmission different-thickness
Aluminum alloy pattern plate.In order to change the axial distance between third hand tap gear 43 and the 4th bevel gear 44 with the first roll shaft 21 and second
Distance of shaft centers between roll shaft 22, which changes, to be synchronized, and can in addition add the 5th preload dress for third hand tap gear 43 and the 4th bevel gear 44
It sets, the pretightning force that the 5th pre-tightening apparatus generates is with the pretightning force between the first roll shaft 21 and the second roll shaft 22 on the contrary, so that third
Bevel gear 43 can continue to abut to first bevel gear 41, and the 4th bevel gear 44 can continue to abut to second bevel gear 42, with
This guarantees first bevel gear 41 and the engaged transmission of third hand tap gear 43 well and second bevel gear 42 is nibbled with the 4th bevel gear 44
It is good to close transmission；Preferably, third hand tap gear 43 is rotatably supported in rack 1, and the 4th bevel gear 44 rotatably supports
In on the second sliding block 233.Such 4th bevel gear 44 can move with the movement of the second sliding block 233 together with second bevel gear 42
Dynamic, the 4th bevel gear 44 and the relative positional relationship of second bevel gear 42 do not change, and advantageously ensure that the 4th bevel gear
44 is good with the engaged transmission of second bevel gear 42；Similarly the relative position of first bevel gear 41 and third hand tap gear 43 will not
It changes, advantageously ensures that the engaged transmission of first bevel gear 41 and third hand tap gear 43 is good, be conducive to the first roll shaft 21
Transmission between the second roll shaft 22 is good.
Furthermore in order to realize that rotating coaxially between third hand tap gear 43 and the 4th bevel gear 44 and axial spacing are adjustable,
Using the principle of shifting slide gear, first hole is set for third hand tap gear 43, first axle is set for the 4th bevel gear 44, by first axle
With the mating installation in the first hole, third hand tap gear 43 is set to slide in the first axle of the 4th bevel gear 44, as third
Synchronous rotation between bevel gear 43 and the 4th bevel gear 44, conventional selection include the mating connection mode of key and keyway, or
Person only needs the cross section by first axle and the first hole to be set as shape than circular.In order to make third hand tap gear 43 with
Synchronous rotation between 4th bevel gear 44 is more stable, and first axle is set as splined shaft, and the first hole is set as cooperating with splined shaft
Splined hole；It is big that spline connection compared with flat key is connected with transmitting torque, to neutral good, easy to disassemble advantage, is conducive to third cone
Gear 43 and the better coaxial synchronous of the 4th bevel gear 44 rotate, and the transmission for being conducive to the first roll shaft 21 and the second roll shaft 22 connects
It connects.
Preferably, first driving device 31 transmits power, the first roll shaft to the first roll shaft 21 by sprocket wheel and chain drive
21 transmit power to the second roll shaft 22 by transmission device 4；Sprocket wheel and chain are used between first roll shaft 21 of each group roll shaft group
Power is transmitted, power is also transmitted using sprocket wheel and chain between the second roll shaft 22 of each group roll shaft group.Chain and sprocket wheel transmission make
It is identical with the direction of rotation of driven wheel to obtain driving wheel, transmission device 4 makes the first roll shaft 21 and the second roller using Bevel Gear Transmission
The direction of rotation of axis 22 also favorably guarantees each second roll shaft on the contrary, be conducive to keep the direction of rotation of each first roll shaft 21 identical
The identical and direction of rotation with each first roll shaft 21 and each second roll shaft 22 in 22 direction of rotation on the contrary, make each first roll shaft 21 and
Each second roll shaft 22 can provide power for the transmission of aluminum alloy pattern plate.
Referring to Fig.1, deslagging device 5 is located at the side of Transfer pipe 11, and deslagging device 5 includes brushing, and brushing and rack 1 are solid
Fixed connection, the bristle of brushing are located in Transfer pipe 11；Pass through the relative motion of brushing and aluminum alloy pattern plate when aluminum alloy pattern plate passes through brushing
Brush the dregs such as the concrete of aluminum dipping form plate surface；Some aluminum alloy pattern plates are equipped with the local crownings structures such as mounting structure or bolt, make
It is easy to contact perching knife or scraper firmly with above-mentioned bulge-structure with perching knife or scraper cleaning aluminum alloy pattern plate, causes to be driven stuck phenomenon,
Since the bristle of brushing itself has amount of deflection and toughness, even if there is the local crownings knot such as mounting structure or bolt on aluminum alloy pattern plate
Structure, brushing also can be such that these bulge-structures pass through by self-deformation, be not in that brushing stops aluminum alloy pattern plate transmission
The phenomenon that, it avoids aluminum alloy pattern plate transmission all-in-one machine stuck and damage, keeps the transmission of aluminum alloy pattern plate and prune job smooth movements efficient.
In order to which cleaning of the brushing to aluminum alloy pattern plate is cleaner, the diameter of bristle is set not less than 0.5mm, bristle is set
In 10mm between 70mm, the enlarged diameter of bristle, length shortens length, is conducive to the stiffness and strength for promoting bristle, so that
Bending deformation is less likely to occur when meeting the stubbornness dregs such as concrete for bristle, can generate biggish brushing force and brush as far as possible
Except these dregs, aluminum alloy pattern plate is cleaned down as much as possible.
Referring to Fig. 3, Fig. 9 and Figure 10, rotation direction locking device 6 is set in rack, and for the roll shaft that locks or unlock
Rotation direction；Rotation direction locking device 6 can limit the direction of rotation of roll shaft, and under normal operating conditions, rotation direction locking device 6 locks roll shaft
Rotation direction can be avoided roll shaft rotation under the action of aluminum alloy pattern plate gravity so that roll shaft can only be rotated in the forward direction to transmit aluminum alloy pattern plate
And aluminum alloy pattern plate is caused to be detached from aluminum alloy pattern plate transmission all-in-one machine, avoid the aluminum alloy pattern plate in transmission from falling from aluminum alloy pattern plate transmission all-in-one machine
It falls, guarantees aluminum alloy pattern plate transmission all-in-one machine transmission and cleaning operational safety；When have aluminum alloy pattern plate it is stuck in transmit process when, solution
Except the locking of option locking device roll shaft rotation direction, aluminum alloy pattern plate is taken from the direction of incoming aluminum alloy pattern plate transmission all-in-one machine
Out, convenient for solving the problems, such as the stuck of aluminum alloy pattern plate in time.Preferably, rotation direction locking device 6 includes ratchet and pawl arrangement, click
The ratchet of mechanism is fixedly arranged on the transmission shaft in the drive path of roll shaft, and pawl is movably set in rack, and pawl is inserted into spine
Tooth socket in the tooth socket of wheel or from ratchet takes out.
Therefore under aluminum alloy pattern plate transmission all-in-one machine normal operation, by the tooth socket of pawl insertion ratchet, exist at this time
The limitation bottom ratchet wheel and corresponding transmission shaft of pawl can only single direction rotation, so as to cause roll shaft can only single direction rotation, by aluminum dipping form
Plate reaches outlet from the entrance of aluminum alloy pattern plate transmission all-in-one machine, without causing aluminium due to the self weight of aluminum alloy pattern plate is excessive or external force drags
Template is fallen from aluminum alloy pattern plate transmission all-in-one machine, guarantees aluminum alloy pattern plate transmission all-in-one machine transmission and cleaning operational safety；When having aluminium
Template is stuck when on aluminum alloy pattern plate transmission all-in-one machine, pawl is taken out from the tooth socket of ratchet, at this time ratchet and corresponding transmission
Axis two-way can rotate freely, therefore roll shaft two-way can also rotate freely, at this time the energy under aluminum alloy pattern plate self weight and/or external force dragging
It is enough to extract stuck aluminum alloy pattern plate from the inlet of road template transmission all-in-one machine, it is asked convenient for solving the stuck of aluminum alloy pattern plate in time
Topic.
Preferably, rotation direction locking device 6 includes unilateral bearing 64 and outer ring locking mechanism, the inner ring and roller of unilateral bearing 64
A transmission shaft in axis drive path is fixed, and outer ring locking mechanism is fixedly arranged in rack, and outer ring locking mechanism is to unilateral bearing
64 outer ring is locked or is unlocked.Under normal circumstances, outer ring locking mechanism locks the outer ring of unilateral bearing 64, leads to
Cross 64 Internal and external cycle of unilateral bearing can only single direction rotation characteristic, make roll shaft that can only keep single direction rotation；It is stuck when there is aluminum alloy pattern plate
The phenomenon that when, outer ring locking mechanism releases locking to 64 outer ring of unilateral bearing, drags in aluminum alloy pattern plate self gravity or external force
Under effect, bearing outer ring can be reversely rotated with respect to rack, so that roll shaft reversely rotates, aluminum alloy pattern plate be allowed to take out from entrance
Out, convenient for solving the problems, such as that aluminum alloy pattern plate is stuck in time.
Preferably, outer ring locking mechanism includes brake bar 61, elastic component and the brake body 63 being fixedly arranged in rack 1, system
One end of lever 61 is equipped with gag lever post 62, and brake body 63 is equipped with for the perforative through-hole of brake bar 61 and for accommodating limit
First slot of bar 62, the first slot position is in one end of through-hole, and elastic component connects brake bar 61 and brake body 63, in the drive of elastic component
Under, gag lever post 61 is close on the end face equipped with the first slot of brake body or gag lever post is placed in the first slot, and gag lever post is placed in
When in the first slot, gag lever post can be inserted into the slot of the outer ring of unilateral bearing 64.In this way when not needing braking, gag lever post 62 is adjusted
It is close to the end face of brake body 63, brake bar 61 cannot be extend out in the slot of 64 outer ring of unilateral bearing from through-hole；When braking is required,
Gag lever post is adjusted to receive into the first slot, at this moment brake bar is stretched out from through-hole and can be inserted into the outer ring of unilateral bearing 64 processed,
To limit the direction of rotation of corresponding transmission shaft, and then make the rotation in direction when roll shaft holding aluminum alloy pattern plate transmission, prevents aluminum dipping form
Plate is fallen from aluminum alloy pattern plate transmission all-in-one machine, guarantees aluminum alloy pattern plate transmission all-in-one machine transmission and cleaning operational safety.From the foregoing, it will be observed that going out
When the stuck situation of existing aluminum alloy pattern plate, gag lever post 62 is tightly attached on the end face of brake body 63, however makes in aluminum alloy pattern plate transmission all-in-one machine
Used time may cause gag lever post 62 due to vibration etc. and screw in the first slot automatically, and aluminum alloy pattern plate transmission all-in-one machine is caused to make
With stuck suddenly in the process, therefore in order to avoid this phenomenon, it is preferable that be arranged for brake body 63 for accommodating gag lever post 62
Second slot, for the first groove depth in the second slot, elastic component drives the end face or tight equipped with the first slot of the abutting brake body 63 of gag lever post 62
It pastes the first slot or is close to the second slot.In this way in not applicable braking, so that the accommodating of gag lever post 62 is tightly attached to the second slot, avoid gag lever post
62 independently screw in the first slot from the end face of brake body 63, guarantee that aluminum alloy pattern plate transmission all-in-one machine works well.Preferably, elastic component
For tension spring, tension spring connects brake bar 61 and brake body 63, and drives one end of the abutting brake body 63 of brake bar 61；Similarly, elastic
Part may be pressure spring.
Referring to Fig. 5, coating unit 7 is located at the exit of Transfer pipe 11, and coating unit 7 includes being fixedly arranged in rack 1
Oil groove 71, spray bar 72 and the oiling roller 73 being rotatably disposed in rack 1, oil groove 71 are open towards the outlet of Transfer pipe 11
Side, spray bar 72 and oiling roller 73 are respectively positioned on the opening side of oil groove 71, and spray bar 72 is equipped with oil inlet and the length along oiling roller 73
Spend several oil outlets of directional spreding；Coating unit 7 is used for the aluminum dipping form plate surface coating oil material for removing slag, so that aluminum alloy pattern plate exists
The adherency of concrete is reduced when next time uses；Spray bar 72 passes through oil outlet to 73 oil spout of oiling roller, length of the oil outlet along oiling roller 73
Directional spreding is spent, institute's oil spout material also covers the surface of 73 length direction of oiling roller, guarantees that the axial direction on 73 surface of oiling roller can connect everywhere
Institute's oil spout material is received, oiling roller 73 is then enabled uniformly to coat when coating oil plant to aluminum alloy pattern plate, guarantees that oil plant applies on aluminum alloy pattern plate
Cover the adherency for uniformly making it possible to that concrete is reduced in the full surface range of aluminum alloy pattern plate；The appearance of oil groove 71 connects by spray bar 72 and oiling roller
The oil plant of 73 drippages, avoids oil plant from wasting.
Preferably, coating unit 7 further includes oil pump, and oil pump connects the oil inlet of oil groove 71 and spray bar 72, and oil pump will be oily
Oil plant in slot 71 is pumped to spray bar 72 and can adjust the injection rate of spray bar 72 by adjusting the pump oil pressure of oil pump,
Operator is facilitated to select suitable injection rate.
Preferably, the first pre-tightening apparatus is equipped between oiling roller 73 and rack 1, when aluminum alloy pattern plate passes through oiling roller 73, first is pre-tightened
Device drives oiling roller 73 to be close to aluminum alloy pattern plate.When aluminum alloy pattern plate conveyer transmits aluminum alloy pattern plate, the first pre-tightening apparatus drives oiling roller 73 tight
Aluminum alloy pattern plate is pasted, the contact area of such oiling roller 73 and aluminum alloy pattern plate is bigger, and contact more comprehensively, makes oiling roller 73 carry out oil to aluminum alloy pattern plate
It is not easy to miss some regions when material coating, avoids coating not comprehensive, make aluminum dipping form plate surface each section that can be coated to oil plant.
Preferably, coating unit 7 further includes the first sliding assembly 74, and the first sliding assembly includes the in rack 1
One guide rail 741 and the first sliding block 743 being slidedly arranged on the first guide rail 741, oiling roller are rotatably supported on the first sliding block 743.
Oiling roller is rotatably supported on the first sliding block 743, and the first sliding block 743 is slidedly arranged on the first guide rail 741, allows for oiling roller in this way
Can be mobile relative to rack 1, along with the setting of the first pre-tightening apparatus, when allowing for aluminum alloy pattern plate and passing through oiling roller, oiling roller will not be right
The transmission of aluminum alloy pattern plate causes to hinder, and furthermore oiling roller can compress aluminum alloy pattern plate, so that oiling roller is more preferable to the coating effect of aluminum alloy pattern plate.Machine
Frame 1 is equipped with the first guide rail 741, first the first sliding block of sliding assembly 743, and oiling roller 73 is rotatably supported in the first sliding block 743
On；Oiling roller 73 can be mobile relative to rack 1 in this way, and under the action of the first pre-tightening apparatus, oiling roller 73 has setting with respect to rack 1
The pretightning force in direction can be adjacent to oiling roller 73 when aluminum alloy pattern plate passes through oiling roller 73, contact oiling roller 73 with aluminum alloy pattern plate well, so that
Oiling roller 73 is as comprehensive as possible to the coating of aluminum alloy pattern plate.
As shown in fig. 6, the second driving device 32 is fixedly connected with rack 1, the second driving device 32 drives oiling roller 73 to rotate
And adjust the velocity of rotation of oiling roller 73；The velocity of rotation of oiling roller 73 is driven and adjusted using the second driving device 32, it is corresponding to adjust
Oiling roller 73 is conducive to increase being applicable in for the coating of oiling roller 73 to the coating frequency of aluminum alloy pattern plate to adapt to and meet different coating requirements
Range.Second driving device 32 can make servo motor, be also possible to add gearbox and have the ordinary motor of speed changing function, with
Just 73 revolving speed of oiling roller is adjusted.
Preferably, the first pre-tightening apparatus is pressure spring and/or tension spring, and pressure spring and/or tension spring connect the first sliding block and rack, and
Pressure spring is located at the side of the separate aluminum alloy pattern plate transmitting path of the first sliding block, and tension spring is located at the close aluminum alloy pattern plate transmission path of the first sliding block
The side of diameter.Under the action of tension spring and/or pressure spring, so that the elastic force of tension spring and/or pressure spring will when aluminum alloy pattern plate passes through oiling roller
Oiling roller presses to aluminum dipping form plate surface, keeps oiling roller more preferable to the coating effect of aluminum alloy pattern plate.
Preferably, oiling roller 73 includes the first oiling roller 731 and the second oiling roller 732 that are rotatably supported in rack 1, and first
Oiling roller 731 is located at the opening of oil groove 71, for adsorbing the oil plant in oil groove 71；Second oiling roller 732 and the first oiling roller 731 are adjacent
It connects, for coating oil plant to aluminum alloy pattern plate；First oiling roller 731 takes oil plant from oil groove 71 out of, and the second oiling roller 732 is from the first oiling roller
731 receive to receive oil plant and coat to aluminum alloy pattern plate；This oil plant mode of movement and the oil plant mode of movement for passing through spray bar 72
Can both select one and also both at the same use.
When using having the first oiling roller 731 and the second oiling roller 732, only accessed on the first oiling roller 731 in the prior art dynamic
Power, the second oiling roller 732 drive by the first oiling roller 731 and aluminum alloy pattern plate, and this mode makes the first oiling roller 731 and the second oiling roller
732 on contact position almost without relative motion, this allows for the first oiling roller 731 and the contact squeeze of the second oiling roller 732 holds
Oil vacuole is generated on easy upper first oiling roller 731 and the second oiling roller 732, influences oil plant between the first oiling roller 731 and the second oiling roller 732
Transmission, also influence the second oiling roller 732 and the oil plant of aluminum alloy pattern plate coated, therefore passed for one end of the first oiling roller 731 setting first
The second driving wheel 76 is arranged for 732 one end of the second oiling roller in driving wheel 75；First driving device 31 turns in addition to driving at least one roll shaft
The first driving wheel 75 and the second driving wheel 76 is also driven to rotate in same direction outside dynamic, such first oiling roller 731 and the second oiling roller 732 are just
Each autorotation of energy, and since the first oiling roller 731 and the second oiling roller 732 rotate in same direction, so the first oiling roller 731 and the second oil
Roller 732 contact position the direction of motion on the contrary, relative velocity is larger, this relative motion helps to tear the first oiling roller 731
With the oil vacuole generated on the second oiling roller 732 by extruding, it eliminate oil vacuole can by rapid tearing after generation, keep oil plant oily first
Transmission on roller 731 and the second oiling roller 732 is good, and the second oiling roller 732 is also made to work well the coating of aluminum alloy pattern plate.
First driving wheel 75 and the second driving wheel 76 can make belt pulley or sprocket wheel, it is only necessary to 31 energy of first driving device
The first driving wheel 75 and the second driving wheel 76 is enough driven to rotate in same direction, it is preferable that the first driving wheel 75 and the second driving wheel
76 be sprocket wheel, and driving device drives the first driving wheel 75 and the second driving wheel 76 by chain 77.Sprocket wheel transmission is not in beat
Sliding phenomenon is conducive to the revolving speed for accurately adjusting and holding the first driving wheel 75 and the second driving wheel 76.
The position of first driving wheel 75 and the second driving wheel 76 can be set to end, can also be set to opposite one end, only
Need first driving device 31 that the first driving wheel 75 and the second driving wheel 76 can be driven to rotate in same direction, it is preferable that first
Driving wheel 75 and the second driving wheel 76 are set to end, and the first driving wheel 75 is coplanar with the second driving wheel 76.Such first driving
Device 31 can be driven simultaneously the first driving wheel 75 and the second driving wheel 76 by a root skin band or chain 77, and this biography
It send mode also and can guarantee that the first driving wheel 75 and the second driving wheel 76 rotate in same direction, be conducive to simplify drive mechanism.
Selectively, come in addition to sharing a first driving device 31 with the driving of the first roller-way and the second roller-way to first
Outside driving wheel 75 and the second driving wheel 76 are driven, the second driving device 32 can also be additionally set individually to the first driving wheel
75 and second driving wheel 76 driven, can preferably regulation and control the first driving wheel 75 and the second driving wheel 76 turn in this way
Speed, be conducive to control the first oiling roller 731 and the second oiling roller 732 oil and coating speed.
As shown in fig. 6, incoming detection device 8 includes incoming electromagnetic sensor 81, third pre-tightening apparatus 84 and is articulated with machine
The first movable device 82 on frame 1, incoming electromagnetic sensor 81 are fixedly arranged in rack 1, and a metalwork 83 is fixedly arranged on movable device
On 82, the first pre-tightening apparatus is set between rack and movable device；When aluminum alloy pattern plate reaches incoming electromagnetic sensor, aluminum alloy pattern plate is squeezed
Third pre-tightening apparatus 84 simultaneously makes metalwork 83 close to incoming electromagnetic sensor 81；When aluminum alloy pattern plate leaves incoming electromagnetic sensor 81,
The pretightning force of first pre-tightening apparatus 84 drives metalwork far from incoming electromagnetic sensor 81；It is close and separate incoming using metalwork
Whether the mode of electromagnetic sensor 81 has aluminum alloy pattern plate to pass through to perceive, and incoming electromagnetic sensor 81 is electrically connected with control device, controls
Device processed according to whether there is aluminum alloy pattern plate to be passed to control aluminum alloy pattern plate transmission all-in-one machine in each functional template start-stop and operating condition,
Such as can be when there is aluminum alloy pattern plate to be passed to, each functional module that control device controls aluminum alloy pattern plate conveyer is opened；When between setting
When continuing incoming without aluminum alloy pattern plate in the time, each functional module of control device control aluminum alloy pattern plate conveyer is temporarily shut down；With
And it controls in upper one piece of aluminum alloy pattern plate departing from (setting time may be 0 second) in the setting time after incoming electromagnetic sensor 81
Just allow next piece of aluminum alloy pattern plate incoming；Aluminum alloy pattern plate transmission all-in-one machine makes aluminum alloy pattern plate transmission all-in-one machine when no aluminum alloy pattern plate passes through
Each functional module can be controlled to shut down, reduce the heat production of aluminum alloy pattern plate transmission all-in-one machine and be conducive to accelerate heat dissipation, be conducive to mention
The performance of aluminum alloy pattern plate transmission all-in-one machine is risen, it is energy saving, extend the service life of aluminum alloy pattern plate transmission all-in-one machine；And there is aluminum dipping form
It can be also perceived when plate passes through to open aluminum alloy pattern plate transmission all-in-one machine in time, will not influence the normal fortune of aluminum alloy pattern plate transmission all-in-one machine
Turn；On the other hand being transferred into and out for aluminum alloy pattern plate also can be orderly controlled, guarantees that the transmission of aluminum alloy pattern plate can be carried out orderly.Preferably,
Metalwork 83 is iron core, and the middle part for being passed to electromagnetic sensor 81 has air-gap, and aluminum alloy pattern plate reaches incoming electromagnetic sensor 81
When, aluminum alloy pattern plate squeezes third pre-tightening apparatus 84 and makes the intimate air-gap for being inserted into incoming electromagnetic sensor 81；Aluminum alloy pattern plate leaves biography
When entering electromagnetic sensor 81, the pretightning force of third pre-tightening apparatus 84 is extracted out from the air-gap of electromagnetic sensor 81 with dynamic iron core.
It is inserted into or takes out whether perception has aluminum alloy pattern plate to be passed to using the iron core of incoming electromagnetic sensor 81, iron core is inserted into incoming electromagnetism
It is brighter that the detection mode of sensor 81 enables to incoming electromagnetic sensor 81 to perceive the signal for whether having aluminum alloy pattern plate incoming
It is aobvious and accurate, avoid detection mistake.
Specifically, the first movable device 82 is articulated in rack 1, is able to drive the first movable device 82 relatively incoming
The bulk motion of electromagnetic sensor 81 completes insertion or takes out the air-gap of incoming electromagnetic sensor 81.
Selectively, third pre-tightening apparatus 84 is tension spring, pressure spring, torsional spring or the first magnet of interaction and the second magnetic
Body, one in the first magnet and the second magnet is fixedly arranged in rack 1, another is fixedly arranged on the first movable device 82.For example,
First movable device 82 is articulated in rack 1, and iron core is fixedly arranged on one end of the first movable device 82, the first movable device 82 it is another
One end connects one end of tension spring, and the other end of tension spring connects rack 1, with the company of this first movable device 82 under the action of tension spring
The one end for connecing iron core is in the position of the main body far from incoming electromagnetic sensor 81, is having aluminum alloy pattern plate by being passed to electromagnetic sensor
When 81, aluminum alloy pattern plate squeezes the first movable device 82, and the first movable device 82 overcomes the pulling force of tension spring and iron core is pressed into incoming electricity
In the air-gap of Magnetic Sensor 81；Third pre-tightening apparatus 84 is connected to the first movable device 82 far from iron core one end in addition to can be
Tension spring outside, similarly can also connect pressure spring, Huo Zhe between one end and rack 1 of the connection iron core of the first movable device 82
Torsional spring is connected between the hinged place and rack 1 of first movable device 82, is able to achieve above-mentioned function.
Preferably, one end of the main body far from incoming electromagnetic sensor 81 of iron core is equipped with first flap, first flap energy
Cover the air-gap of incoming electromagnetic sensor 81；The air-gap of incoming electromagnetic sensor 81 can be protected to a certain extent not in this way
By the invasion of exterior object, a large amount of clasts or dust is avoided to fly into the air-gap of incoming electromagnetic sensor 81.
Preferably, outflow detection device 9 further includes outflow measuring roll 95, and outflow measuring roll 95 is rotatably supported in activity
In mechanism.Iron core is squeezed into outflow electromagnetism with this and passed by aluminum alloy pattern plate by squeezing outflow measuring roll 95 when outflow detection device 9
In the air-gap of sensor 91, perception of the outflow detection device 9 to aluminum alloy pattern plate is realized, spread out of the setting of measuring roll 95 so that outflow inspection
The outflow measuring roll 95 for surveying device 9 can follow the movement of aluminum alloy pattern plate and rotate, and avoid spreading out of connecing for detection device 9 and aluminum alloy pattern plate
There is relative motion in contact portion position, and outflow detection device 9 is avoided to form resistance to the transmission of aluminum alloy pattern plate, and it is suitable to be conducive to aluminum alloy pattern plate transmission
Freely.
Preferably, outflow detection device 8 further includes incoming measuring roll 85, and incoming measuring roll 85 is rotatably supported in first
On movable device 82.Iron core is squeezed into outflow with this by squeezing incoming measuring roll 85 when outflow detection device 8 by aluminum alloy pattern plate
In the air-gap of electromagnetic sensor 81, realizes perception of the outflow detection device 8 to aluminum alloy pattern plate, be furthermore passed to the setting of measuring roll 85
Enable outflow detection device 8 incoming measuring roll 85 follow the movement of aluminum alloy pattern plate and rotate, avoid outflow detection device 8 with
There is relative motion in the contact site of aluminum alloy pattern plate, avoids outflow detection device 8 from forming resistance to the transmission of aluminum alloy pattern plate, is conducive to aluminium
Template transmission is smooth.
As shown in Figure 1 and Figure 4, similar with incoming detection device 8, outflow detection device 9 includes being fixedly arranged on Transfer pipe 11
Exit outflow electromagnetic sensor 91 and the 4th pre-tightening apparatus 94, further include the second movable device being slidedly arranged in rack 1
92, outflow electromagnetic sensor 91 is fixedly arranged in rack 1, and a metalwork 93 is fixedly arranged on movable device 92, and metalwork 93 can be with
It slides with movable device 92 with close and separate outflow electromagnetic sensor 91, pretightning force court of the 4th pre-tightening apparatus to metalwork 93
Direction to metalwork 93 far from outflow electromagnetic sensor 91；Metalwork 93 is squeezed by aluminum alloy pattern plate, makes it close to or far from biography
Whether electromagnetic sensor 91 out, being perceived with this has aluminum alloy pattern plate to pass through, when aluminum alloy pattern plate reaches outflow electromagnetic sensor 91, aluminum alloy pattern plate
It squeezes the 4th pre-tightening apparatus 94 and makes metalwork 93 close to outflow electromagnetic sensor 91；Outflow electromagnetic sensor is left in aluminum alloy pattern plate
When 91, the pretightning force of the 4th pre-tightening apparatus 94 drives metalwork 93 far from outflow electromagnetic sensor 91；Spread out of electromagnetic sensor 91
It is electrically connected with control device, control device perceives the outflow situation of aluminum alloy pattern plate by outflow electromagnetic sensor 91, so as in aluminum dipping form
It is incoming to operate or control next piece of aluminum alloy pattern plate for the functional component pause of control aluminum alloy pattern plate transmission all-in-one machine after plate is spread out of completely.It passes
Enter detection device 8 and outflow detection device 9 is used cooperatively, control device can be made more accurately to perceive the incoming of aluminum alloy pattern plate and pass
Artificial situation can more accurately realize the control to each functional module of aluminum alloy pattern plate.
Metalwork 93 is iron core, and the middle part of outflow electromagnetic sensor 91 has air-gap, and aluminum alloy pattern plate reaches outflow electromagnetism and passes
When sensor 91, aluminum alloy pattern plate squeezes the 4th pre-tightening apparatus 94 and makes the air-gap of intimate insertion outflow electromagnetic sensor 91；Aluminum alloy pattern plate
When leaving outflow electromagnetic sensor 91, the pretightning force of the 4th pre-tightening apparatus 94 is with dynamic iron core from the air of outflow electromagnetic sensor 91
It is extracted out in gap.It is inserted into or takes out whether perception has aluminum alloy pattern plate to pass through using the iron core of outflow electromagnetic sensor 91, iron core insertion
The detection mode of outflow electromagnetic sensor 91 enables to signal sense of the outflow electromagnetic sensor 91 to whether having aluminum alloy pattern plate to pass through
Know it is more obvious and accurate, avoid detection mistake.
Selectively, the 4th pre-tightening apparatus 94 is tension spring, pressure spring or the third of interaction magnet and the 4th magnet, third
One in magnet and the 4th magnet is fixedly arranged in rack 1, another is fixedly arranged on the second movable device 92.Preferably, the 4th
Pre-tightening apparatus 94 is pressure spring, and one end of pressure spring connects rack 1, and the other end connects the second movable device 92, in the work of pressure spring elastic force
Under, the second movable device 92 and iron core are kept away from the state for spreading out of the main body of electromagnetic sensor 91.
Preferably, one end of the main body of the separate outflow electromagnetic sensor 91 of iron core is equipped with second flap, second flap energy
Cover the air-gap of outflow electromagnetic sensor 91；The air-gap of outflow electromagnetic sensor 91 can be protected to a certain extent so not
By the invasion of exterior object, a large amount of clasts or dust is avoided to fly into the air-gap of outflow electromagnetic sensor 91.
Preferably, outflow detection device 9 further includes outflow measuring roll 95, and outflow measuring roll 95 is rotatably supported in activity
In mechanism.Iron core is squeezed into outflow electromagnetism with this and passed by aluminum alloy pattern plate by squeezing outflow measuring roll 95 when outflow detection device 9
In the air-gap of sensor 91, perception of the outflow detection device 9 to aluminum alloy pattern plate is realized, spread out of the setting of measuring roll 95 so that outflow inspection
The outflow measuring roll 95 for surveying device 9 can follow the movement of aluminum alloy pattern plate and rotate, and avoid spreading out of connecing for detection device 9 and aluminum alloy pattern plate
There is relative motion in contact portion position, and outflow detection device 9 is avoided to form resistance to the transmission of aluminum alloy pattern plate, and it is suitable to be conducive to aluminum alloy pattern plate transmission
Freely.
It should be noted that in the first magnet and the second magnet, third magnet and the 4th magnet, two blocks of magnetic of interaction
One of body can be metal that can be attracting with magnet, such as metallic iron, and one piece is another piece of magnet in two magnets of interaction
Requirement is also able to satisfy for metallic iron.
Finally it is emphasized that the above is only the preferred embodiment of the present invention, it is not limited to this reality
With novel, for those skilled in the art, the utility model can have various change and change, all in the utility model
Spirit and principle within, any modification, equivalent substitution, improvement and etc. done should be included in the protection model of the utility model
Within enclosing.
Claims (10)
1. aluminum alloy pattern plate transmits all-in-one machine characterized by comprising
Rack；
Transmission device, the transmission device include at least one set of roll shaft group being arranged on the Transfer pipe of aluminum alloy pattern plate, and each group
The roll shaft group includes the first roll shaft and the second roll shaft disposed in parallel, and first roll shaft and second roll shaft respectively may be used
It is rotatably supported in the rack；
First driving device, the first driving device are fixedly connected with the rack, described in the first driving device driving
At least one roll shaft of roll shaft group rotates；
Rotation direction locking device, the rotation direction locking device are set in the rack, and for the roll shaft that locks or unlock
Rotation direction；
Control device, the control device are fixedly connected with the rack, the control device and first driving device electricity
Connection.
2. aluminum alloy pattern plate according to claim 1 transmits all-in-one machine, it is characterised in that:
The rotation direction locking device includes ratchet and pawl arrangement, and the ratchet of the ratchet and pawl arrangement is fixedly arranged on the biography of the roll shaft
On a transmission shaft on dynamic path, the pawl is movably set in the rack, and the pawl is inserted into the tooth socket of the ratchet
In or from the tooth socket of the ratchet take out.
3. aluminum alloy pattern plate according to claim 1 transmits all-in-one machine, it is characterised in that:
The rotation direction locking device includes unilateral bearing and outer ring locking mechanism, and the inner ring of the unilateral bearing and the roll shaft pass
A transmission shaft on dynamic path is fixed, and the outer ring locking mechanism is fixedly arranged in the rack, and the outer ring locking mechanism pair
The outer ring of the unilateral bearing is locked or is unlocked.
4. aluminum alloy pattern plate according to claim 3 transmits all-in-one machine, it is characterised in that:
The outer ring locking mechanism includes brake bar, elastic component and the brake body being fixedly arranged in the rack, the brake bar
One end be equipped with gag lever post, the brake body is equipped with for the perforative through-hole of the brake bar and for accommodating the limit
First slot of bar, first slot position connect the brake bar and the brake body in one end of the through-hole, the elastic component,
Under the drive of the elastic component, the gag lever post is close on the end face equipped with first slot of the brake body or the limit
Position bar is placed in first slot, and when the gag lever post is placed in first slot, the gag lever post can be inserted into the list
Into the slot of the outer ring of bearing.
5. aluminum alloy pattern plate according to claim 4 transmits all-in-one machine, it is characterised in that:
The second slot for accommodating the gag lever post is additionally provided on the brake body, first groove depth is in second slot, institute
It states elastic component and drives that the gag lever post is close to the end face equipped with first slot of the brake body or the gag lever post is placed in
In first slot or the gag lever post is placed in second slot.
6. aluminum alloy pattern plate according to claim 4 transmits all-in-one machine, it is characterised in that:
The elastic component is tension spring or pressure spring.
7. aluminum alloy pattern plate according to any one of claims 1 to 6 transmits all-in-one machine, it is characterised in that:
First roll shaft of the same roll shaft group and the distance of shaft centers of second roll shaft are adjustable, and the same roll shaft group
First roll shaft and second roll shaft between be equipped with pre-tightening apparatus.
8. aluminum alloy pattern plate according to claim 7 transmits all-in-one machine, it is characterised in that:
Aluminum alloy pattern plate driving all-in-one machine further includes sliding assembly, the sliding assembly include guide rail in the rack and
The sliding block being slidedly arranged on the guide rail, first roll shaft are rotatably supported in one end of the guide rail, second roll shaft
It is rotatably supported on the sliding block.
9. aluminum alloy pattern plate according to claim 8 transmits all-in-one machine, it is characterised in that:
The pre-tightening apparatus includes tension spring and/or pressure spring, and the tension spring and/or the pressure spring connect the sliding block and the machine
Frame, the pressure spring are located at the side far from first roll shaft of the sliding block, and the tension spring is located at the close institute of the sliding block
State the side of the first roll shaft.
10. aluminum alloy pattern plate according to any one of claims 1 to 6 transmits all-in-one machine, it is characterised in that:
The left and right sides and bottom side of the Transfer pipe are provided with directive wheel, and the rotation axis of the directive wheel is perpendicular to described
Transfer pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140994.7U CN208618811U (en) | 2018-07-17 | 2018-07-17 | Aluminum alloy pattern plate transmits all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140994.7U CN208618811U (en) | 2018-07-17 | 2018-07-17 | Aluminum alloy pattern plate transmits all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208618811U true CN208618811U (en) | 2019-03-19 |
Family
ID=65706203
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821140994.7U Active CN208618811U (en) | 2018-07-17 | 2018-07-17 | Aluminum alloy pattern plate transmits all-in-one machine |
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| Country | Link |
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| CN (1) | CN208618811U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113443327A (en) * | 2020-03-27 | 2021-09-28 | 润弘精密工程事业股份有限公司 | Conveyor for conveying plate members |
| US11655103B2 (en) | 2020-03-27 | 2023-05-23 | Ruentex Engineering & Construction Co., Ltd. | Transport apparatus for transporting plate |
| CN116556670A (en) * | 2023-04-18 | 2023-08-08 | 中厦建设有限公司 | Automatic coating equipment for mechanized interlayer transmission of aluminum mould and construction method thereof |
-
2018
- 2018-07-17 CN CN201821140994.7U patent/CN208618811U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113443327A (en) * | 2020-03-27 | 2021-09-28 | 润弘精密工程事业股份有限公司 | Conveyor for conveying plate members |
| CN113443327B (en) * | 2020-03-27 | 2022-08-09 | 润弘精密工程事业股份有限公司 | Conveyor for conveying plate members |
| US11655103B2 (en) | 2020-03-27 | 2023-05-23 | Ruentex Engineering & Construction Co., Ltd. | Transport apparatus for transporting plate |
| CN116556670A (en) * | 2023-04-18 | 2023-08-08 | 中厦建设有限公司 | Automatic coating equipment for mechanized interlayer transmission of aluminum mould and construction method thereof |
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