CN208583569U - Automatic press - Google Patents
Automatic press Download PDFInfo
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- CN208583569U CN208583569U CN201820648046.8U CN201820648046U CN208583569U CN 208583569 U CN208583569 U CN 208583569U CN 201820648046 U CN201820648046 U CN 201820648046U CN 208583569 U CN208583569 U CN 208583569U
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Abstract
The automatic press of the utility model includes print station, transmission mechanism, preceding material storage mechanism and rear material storage mechanism, and print station is equipped with printing through slot；Transmission mechanism is set under print station, and preceding material storage mechanism and rear material storage mechanism are set on the both ends of transmission mechanism；Transmission mechanism can transmit printed base plate between preceding material storage mechanism and printing mechanism, between printing mechanism and rear material storage mechanism, transmission mechanism can also by printed base plate into the printing through slot ejection and have retraction stroke.The entire printing process of automatic press includes the automation procedure of feeding, contraposition, printing, blanking, and the printing consistency of printed base plate is good, improves the yield of product, has saved manpower.
Description
Technical field
The utility model relates to print fields, in particular to automatic press.
Background technique
Circuit board surface is equipped with and some electrical components, as Chip-R generally requires to cover absolutely on substrate during fabrication
Edge glue-line, that is, " green oil " often said, the green oil of circuit board surface as solder mask, welding resistance oil be coated in circuit board surface be for
Route as far as possible on protection board is not by external foreign matter short circuit.Green oil often uses press printing in circuit board in coating
On, printing machine enable to green oil have, firm coating on circuit boards, thus by the way of press printing coating by
The pro-gaze of board production quotient is arrived.
Existing printing machine generally requires that manually printed base plate is placed on printing station and carries out in printed coating
Printing, is manually being removed after finishing printing, and artificial loading position inaccuracy be easy to cause printing position inaccurate, artificial blanking
Breakdown of coating after printing is caused printing product yield low, wasted a lot of manpower and material resources by Shi Rongyi.On manual simultaneously
Material, the efficiency of blanking are lower, are not able to satisfy high efficiency, the fast pace processing of modern industry manufacture.
Utility model content
In view of this, providing a kind of production efficiency the purpose of this utility model is to overcome deficiency in the prior art
Automatic press high, printing precision is high, product yield is high.
For this purpose, the utility model provides the following technical solutions:
Automatic press, including print station, transmission mechanism, preceding material storage mechanism and rear material storage mechanism；
The print station is equipped with printing through slot；
The transmission mechanism is set under the print station, and the preceding material storage mechanism and the rear material storage mechanism are set on described
The both ends of transmission mechanism；
The transmission mechanism can by printed base plate between the preceding material storage mechanism and the print station, the print station and
It is transmitted between material storage mechanism after described, the transmission mechanism also ejection and can have back printed base plate into the printing through slot
Regression journey.
As the further alternative scheme to above-mentioned automatic press, the transmission mechanism includes take-off assembly, send
Expect component, traversing component and vertical shift component；
The take-off assembly is set at the preceding material storage mechanism, for transmitting the printed base plate at the preceding material storage mechanism
On to the traversing component；
The traversing component can move between the preceding material storage mechanism and the material storage mechanism afterwards and can be in the printing
It is shut down at platform；
The vertical shift component is set under the print station, is used for printed base plate in the traversing component and the printing
Ejection between through slot；
The feeding material component is set at the rear material storage mechanism, for the printed base plate on the traversing component to be sent to
Material storage mechanism after described.
As the further alternative scheme to above-mentioned automatic press, the take-off assembly include feeding actuator and
Feeding pushing block, it is described that the feeding actuator can drive the feeding pushing block to push the printed base plate in the preceding material storage mechanism to
Traversing component, and the feeding actuator has retraction stroke；
The feeding material component includes feeding actuator and feeding pushing block, and the feeding actuator can drive the feeding pushing block
Push the printed base plate on the traversing component to the rear material storage mechanism, and the feeding actuator has retraction stroke.
As the further alternative scheme to above-mentioned automatic press, the traversing component is conveyer belt, the biography
Send the both ends of band opposite with the preceding material storage mechanism and the rear material storage mechanism respectively；
The vertical shift component includes vertical shift actuator and vertical shift pushing block, and the vertical shift actuator can drive the vertical shift pushing block
By the printed base plate ejection on the traversing component into the printing through slot, and the vertical shift actuator has retraction stroke.
As the further alternative scheme to above-mentioned automatic press, the vertical shift pushing block is set to the conveyer belt
Under, together with the conveyer belt to the printing through slot ejection printed base plate；
The thickness of the print station is equal with the thickness of the printed base plate.
As the further alternative scheme to above-mentioned automatic press, the conveyer belt includes belt, belt pulley, opens
Bearing up pulley and elastic drawing piece；
The elasticity drawing piece pulls the tensioning wheel, the elasticity drawing piece opening to the belt by the tensioning wheel
Tight direction drawing.
As the further alternative scheme to above-mentioned automatic press, the take-off assembly is transported to described traversing group
The distance of printed base plate position to the position of the vertical shift component on part is first distance；
The distance of the position of the vertical shift component to the position of the feeding material component feeding is second distance；
First distance is equal with second distance.
As the further alternative scheme to above-mentioned automatic press, the preceding material storage mechanism, and/or, after described
Material storage mechanism includes storage bin, storage bin actuator, turntable, turntable actuator；
At least two storage bins are evenly distributed on turntable, the storage bin is inserted equipped with multiple storings vertically stacked
Slot is inserted with a printed base plate in one storing slot；
The storage bin actuator can drive the storage bin vertically movable, and the turntable actuator can drive described turn
The rotation of dish driving part.
As the further alternative scheme to above-mentioned automatic press, the transmission mechanism is often taken the storing away and is inserted
Printed base plate in slot, or, being inserted into printed base plate into the storing slot, the storage bin actuator drives the storage bin
Mobile, mobile distance is equidistant with two storing slots；
After the storage bin is moved to the storing slot of end, the turntable actuator drives the turntable rotation, rotation
Angle it is equal with the angle of two storage bins.
As the further alternative scheme to above-mentioned automatic press, the storage bin can be separated with the turntable；
The storage bin actuator is arranged in the turntable under feeding station and/or feeding station, and the storage bin drives
The position of moving part is fixed.
The embodiments of the present invention at least have the advantages that
The preceding material storage mechanism of automatic press is used to store the printed base plate before printing, and rear material storage mechanism is for storing printing
Printed base plate afterwards, transmission mechanism is used to the printed base plate on preceding material storage mechanism being transferred to print station, and can will print
Substrate ejection into printing through slot, retracts after printing, continues to transmit on the printed base plate after printing backward material storage mechanism, automatically
The entire printing process of printing machine includes the automation procedure of feeding, contraposition, printing, blanking, the printing consistency of printed base plate
It is good, the yield of product is improved, manpower has been saved.
For enable the above objects, features, and advantages of the utility model become apparent from it is understandable, preferred embodiment is cited below particularly,
And cooperate appended attached drawing, it is described below in detail.
Detailed description of the invention
It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by
Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also
To obtain other relevant attached drawings according to these attached drawings.
Fig. 1 shows the overall structure axonometric drawing of automatic press provided by the embodiment of the utility model；
Fig. 2 shows the partial enlargement diagram A of automatic press provided by the embodiment of the utility model；
Fig. 3 shows the partial enlargement diagram B of automatic press provided by the embodiment of the utility model；
Fig. 4 shows the structural schematic diagram of the traversing component of automatic press provided by the embodiment of the utility model.
Icon: 1- automatic press；11- printing mechanism；111- print station；1111- prints through slot；112- print head；
12- transmission mechanism；121- take-off assembly；1211- feeding actuator；1212- feeding pushing block；122- feeding material component；1221- is sent
Expect actuator；1222- feeding pushing block；The traversing component of 123-；1231- belt；1232- belt pulley；1233- tensioning wheel；1234-
Elastic drawing piece；124- vertical shift component；1241- vertical shift actuator；1242- vertical shift pushing block；Material storage mechanism before 13-；131- storing
Storehouse；1311- storing slot；132- turntable；Material storage mechanism after 14-.
Specific embodiment
The application in order to facilitate understanding is described more fully automatic press below with reference to relevant drawings.It is attached
The preferred embodiment of automatic press is given in figure.But automatic press can be realized by many different forms,
It is not limited to the examples described herein.On the contrary, purpose of providing these embodiments is makes disclosure to automatic press
Content is more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.On the contrary, when element is referred to as " directly existing " another element "upper",
There is no intermediary elements.Term as used herein "vertical", "horizontal", "left" and "right" and similar statement are
For illustrative purposes.
Unless otherwise defined, all technical and scientific terms used herein and the technical field for belonging to the application
The normally understood meaning of technical staff is identical.It is intended merely to retouch in the term used in the description of automatic press herein
State the purpose of specific embodiment, it is not intended that limitation the utility model.Term " and or " used herein include one or
Any and all combinations of multiple relevant listed items.
Embodiment 1
As shown in Figure 1, the present embodiment provides a kind of automatic press 1, including printing mechanism 11, transmission mechanism 12, preceding storage
Expect mechanism 13 and rear material storage mechanism 14.Printing mechanism 11 includes print station 111, and print station 111 is equipped with printing through slot 1111.It passes
Transfer mechanism 12 is set under print station 111, and preceding material storage mechanism 13 and rear material storage mechanism 14 are set on the both ends of transmission mechanism 12.Transmission
Mechanism 12 can be by printed base plate between preceding material storage mechanism 13 and printing mechanism 11, between printing mechanism 11 and rear material storage mechanism 14
Transmission.Transmission mechanism 12 can also by printed base plate to printing through slot 1111 in ejection and have retraction stroke.
Referring to Figure 2 together and Fig. 3, printing mechanism 11 is the functional entity of printing machine, for printing to printed base plate
Brush.Printing mechanism 11 includes print station 111 and print head 112, and print station 111 is equipped with printing through slot 1111, prints through slot
1111 shape and the shape of printed base plate match.Printed base plate is transferred to printing through slot 1111 by transmission mechanism 12
In, by print head 112 to the printing of printed base plate after, then by transmission mechanism 12 by the printed base plate printed transmit and go out.
Preceding material storage mechanism 13 is used to store the printed base plate before printing, and rear material storage mechanism 14 is used to store the printing after printing
Substrate.Transmission mechanism 12 is used to the printed base plate on preceding material storage mechanism 13 being transferred to printing mechanism 11, and can will print
Substrate to printing through slot 1111 in ejection, retract after printing, continue by printing after printed base plate material storage mechanism 14 uploads backward
It send, the entire printing process of automatic press 1 includes the automation procedure of feeding, contraposition, printing, blanking, the print of printed base plate
Brush consistency is good, improves the yield of product, has saved manpower.
Preceding material storage mechanism 13 includes storage bin 131, storage bin actuator (not shown), turntable 132, turntable actuator
(not shown).At least two storage bins 131 are evenly distributed on turntable 132, storage bin 131 is equipped with multiple vertical stackings
Storing slot 1311, be inserted with a printed base plate in a storing slot 1311.Storage bin actuator can drive feed bin to exist
Vertically movable, turntable actuator can drive turntable actuator to rotate.
Preceding material storage mechanism 13 is a kind of rotation material storage mechanism, and muti-piece printed base plate can be accommodated on a storage bin 131, print
Brush substrate is plate-like, and a storing slot 1311 corresponds to two Contraband connected in stars being oppositely arranged on storage bin 131, a Contraband
Connected in star is used for the insertion on one side of printed base plate, and another side of another Contraband connected in star for printed base plate is inserted into, thus will print
Brush substrate is fixed in storing slot 1311, and storing slot 1311 at least penetrates through on one side and the surface of storage bin 131, to make
Obtaining can be inserted into and be pierced by into storage bin 131.
Turntable 132 is parallel to horizontal plane placement, and storage bin 131 is erected in the disk of turntable 132.Storage bin actuator can
In the vertical direction, i.e., linear reciprocating motion vertically is done on the direction of turntable 132.To lasting on transmission mechanism 12
Material.Multiple storage bins 131 are set on turntable 132, and in 131 hole capital after selling all securities of storage bin, turntable actuator can drive turntable 132
Rotation, so that another storage bin 131 for being filled with printed base plate turns to corresponding feeding position, to realize non-stop-machine hold
Continuous feeding.The storage bin 131 of hole capital after selling all securities can reload new printed base plate in the time slot of another 131 feeding of storage bin.
Turntable actuator can be the rotary power units such as motor, by adding speed reducer on motor, so as to reality
Deceleration now is rotated to motor and speed is precisely controlled, and improves the output torque of motor, so that turntable 132 is with more strong
The stable rotate driving of strength, to drive the storage bin 131 on turntable 132 that can accurately turn in feeding position.
Storage bin actuator can be linear motor, ball-screw, rack-and-pinion linear motion mechanism, pass through driving electricity
The positive and negative rotation of machine, so that storage bin actuator has extended and retracted stroke, so that the different storings of storage bin 131 are inserted
Slot 1311 is moved in feeding station, and retraction stroke is used for so that the position of storage bin 131 resets, convenient for charging again.
The printed base plate that transmission mechanism 12 is often taken away in storing slot 1311 is primary, and storage bin actuator drives storage bin
131 is mobile, and mobile distance is equidistant with two storing slots 1311, i.e., every feeding is primary, and storing actuator drives storing
The case of the mobile storing slot 1311 in storehouse 131.
In the present embodiment, storage bin actuator drives the bottom-up movement of storage bin 131, when storage bin 131 is moved to most
On, after transmission mechanism 12 takes the printed base plate in the storing slot 1311 of 131 bottommost of storage bin away, the driving of turntable actuator
Turntable 132 rotates, and the angle of rotation is equal with the angle of two storage bins 131, so that the storage bin 131 with hole capital after selling all securities is adjacent
The timely cover of storage bin 131, realize continuous feeding.It is adjacent if even circumferential is equipped with 5 storage bins 131 on turntable 132
Storage bin 131 between be in 72 ° of angles.
In another embodiment, storage bin actuator driving storage bin 131 moves from up to down, when storage bin 131 is mobile
To most lower, after transmission mechanism drives the printed base plate in the storing slot 1311 of 131 top of storage bin, the driving of turntable actuator
Turntable 132 rotates.
In the present embodiment, storage bin 131 can be separated with turntable 132, and storage bin drive is arranged in turntable 132 under feeding station
The position of moving part, storage bin actuator is fixed.Preceding material storage mechanism 13 includes a storage bin actuator, and storage bin actuator exists
Feeding station setting is corresponded under turntable 132, storage bin 131 can be separated with turntable 132, so that turntable actuator is driving
When turn disk 132 rotates, without driving storage bin actuator to act together, mitigates the load of turntable actuator, reduce energy consumption, together
When can simplify before material storage mechanism 13 structure.
Material storage mechanism 14 is identical as the structure of preceding material storage mechanism 13 afterwards, same using rotation material storage mechanism, realizes continuous
Blanking drives storage bin 131 in vertical repeatedly mobile blanking by storage bin actuator, and by turntable actuator, driving is bought securities with all one's capital
Storage bin 131 rotate, realize stacking direction on multiple blanking and rotation direction on connection blanking.The storage bin bought securities with all one's capital
131 can unload printed base plate in the time slot of another 131 blanking of storage bin.
Transmission mechanism 12 includes take-off assembly 121, feeding material component 122, traversing component 123 and vertical shift component 124.
Take-off assembly 121 is set at preceding material storage mechanism 13, for the printed base plate at preceding material storage mechanism 13 to be sent to cross
It moves on component 123.
Take-off assembly 121 includes feeding actuator 1211 and feeding pushing block 1212, and feeding actuator 1211 can drive feeding
Pushing block 1212 pushes the printed base plate in preceding material storage mechanism 13 to traversing component 123, and feeding actuator 1211 has the row that retracts
Journey.The feeding in continuous material to printed base plate is realized in the co-operating of take-off assembly 121 and preceding material storage mechanism 13.
Specifically, feeding actuator 1211 is a kind of linear reciprocating motion mechanism, feeding pushing block 1212 is a kind of flake
Inserted sheet, the thickness of feeding pushing block 1212 is less than the thickness of storing slot 1311, so that feeding pushing block 1212 can store up
Expect in slot 1311 repeatedly interspersed, the printed base plate in storing slot 1311 is pushed on traversing component 123.
The storing slot 1311 that feeding pushing block 1212 interts is feeding station, the bottom of feeding station and traversing component
123 top is corresponding, so that the promotion by feeding pushing block 1212 translates on traversing component 123.
In the present embodiment, feeding pushing block 1212 is in forked, and feeding pushing block 1212 divides into that there are two back-up roller wheels, thus to taking
The movement of material pushing block 1212 is oriented to, and feeding pushing block 1212 accurately, is swimmingly worn in storing slot 1311
It inserts.
Feeding actuator 1211 drives feeding pushing block 1212 is every stretch out, be retracted primary, storage bin actuator driving storage bin
The case of a 131 mobile storing slots 1311, so that each insertion of the feeding pushing block 1212 into storing slot 1311
A printed base plate can be released, realizes continuous feeding.
Traversing component 123 can move and can stop at print station 111 between preceding material storage mechanism 13 and rear material storage mechanism 14
Machine, i.e., traversing component 123 are shut down at print station 111 and are printed, after printing to the interval of the transmission of a printed base plate
It transmits again.
In the present embodiment, traversing component 123 be conveyer belt, the both ends of conveyer belt respectively with preceding material storage mechanism 13 and rear storing
Mechanism 14 is opposite, specifically, the both ends of conveyer belt respectively with the storage bin 131 and rear material storage mechanism 14 of preceding material storage mechanism 13
A storage bin 131 connect, the storing slot 1311 on storage bin 131, that is, feeding station are set respectively with feeding station
In the both ends of conveyer belt.It is transmitted between feeding station and feeding station by conveyer belt, the printing through slot 1111 of print station 111
For printing position, can be shut down when printed base plate is transmitted to printing position by conveyer belt.
Vertical shift component 124 is set under print station 111, for printed base plate in traversing component 123 and to be printed through slot
Ejection between 1111.
Vertical shift component 124 includes vertical shift actuator 1241 and vertical shift pushing block 1242, and vertical shift actuator 1241 can drive vertical shift
Pushing block 1242 extremely prints the printed base plate ejection on traversing component 123 in through slot 1111, and vertical shift actuator 1241 has back
Regression journey.
Printed circuit board is sent to printing position and shut down by conveyer belt, and vertical shift actuator 1241 drives vertical shift pushing block 1242 upward
For ejection printed base plate into printing through slot 1111, printed base plate is printed in the movement of print head 112.Then vertical shift actuator
1241 driving vertical shift pushing blocks 1242 move down, and conveyer belt acts the printed base plate that will be printed again, and material storage mechanism 14 transmits backward.
Vertical shift actuator 1241 is a kind of linear reciprocating motion mechanism, and vertical shift pushing block 1242 is a support platform, is used to support printing base
Plate is printed.
In the present embodiment, vertical shift pushing block 1242 is set under conveyer belt, is printed together with conveyer belt to printing 1111 ejection of through slot
The belt 1231 of conveyer belt is pushed to move up when substrate, i.e. vertical shift pushing block 1242 move up, the thickness and printed base plate of print station 111
Thickness it is equal.
As a result, conveyer belt does not separate still when shutting down with printed base plate, do not separated in printing process with printed base plate,
So that the position before and after the printing of printed base plate on a moving belt remains unchanged, the transmission position to printed base plate is realized
It is precisely controlled.
The groove depth for printing through slot 1111 is equal with the thickness of print station 111, when vertical shift pushing block 1242 is by printed base plate ejection
After into printing through slot 1111 printed base plate is exposed on 111 surface of print station, so that print head 112 is to it
It is printed.
As shown in figure 4, traversing component 123 includes belt 1231, belt pulley 1232, tensioning wheel 1233 and elasticity drawing
Part 1234.Elastic drawing piece 1234 pulls tensioning wheel 1233, elastic drawing piece 1234 opening to belt 1231 by tensioning wheel 1233
Tight direction drawing.Belt pulley 1232 is mobile for drive belt 1231, and belt 1231 is by mobile to the printing base on its surface
Plate is transmitted and is capable of providing smooth supporting surface.
Tensioning wheel 1233 is for being adjusted the elastic of belt 1231, so that belt 1231 and belt pulley 1232
Between form certain pressure, realize the stabilized driving mobile to belt 1231.The position of tensioning wheel 1233 be it is variable, pass through
The elasticity drawing of elastic drawing piece 1234, so that the adjustable range of the elasticity of belt 1231 is bigger.Especially, work as vertical shift
The connection of pushing block 1242 belt 1231 together on ejection printed base plate, prop by the middle part of belt 1231, produces biggish deformation,
Elastic drawing piece 1234 receives pulling force at this time, and the position of tensioning wheel 1233 equally moves up, and provides for whole the moving up of belt 1231
Distortion allowance effectively prevents the tension damage of belt 1231, and the fatigue for reducing belt 1231 stretches, and extends belt
1231 service life.
Elastic drawing piece 1234 is spring, and spring one end is fixed on the body of automatic press 1, the other end and tensioning wheel
1233 connections so that belt 1231 is tensioned by tensioning wheel 1233, and are the shifting of tensioning wheel 1233 for pulling tensioning wheel 1233
It is dynamic that elastic allowance is provided.
Feeding material component 122 is set at rear material storage mechanism 14, for storing up after being sent to the printed base plate on traversing component 123
Expect mechanism 14.
Feeding material component 122 includes feeding actuator 1221 and feeding pushing block 1222, and feeding actuator 1221 can drive feeding
Pushing block 1222 pushes the printed base plate on traversing component 123 to rear material storage mechanism 14, and feeding actuator 1221 has the row that retracts
Journey.
In the present embodiment, feeding material component 122 is set to traversing component 123 close to rear 14 one end of material storage mechanism, feeding actuator
1221 are set under belt 1231, and belt 1231 is double belts 1231, and has certain spacing, and feeding pushing block 1222 is set
Between two belts 1231, feeding actuator 1221 can drive feeding pushing block 1222 by stretching out in two belts 1231, and to
14 direction of material storage mechanism is mobile afterwards.
Feeding actuator 1221 includes vertical lines moving cell and lateral linear motion unit.Feeding actuator 1221 can
To drive 1222 opposed belts of feeding pushing block, 1231 upper surface to float, feeding pushing block 1222 is in the upper surface for being moved to belt 1231
Under when the transmission of printed base plate is avoided, enable the front end of printed base plate from feeding pushing block 1222 to be moved to feeding
The rear end of pushing block 1222.The front end of traversing component 123 is one end equipped with preceding material storage mechanism 13 herein, and rear end is to store up equipped with after
Expect one end of mechanism 14.
After feeding pushing block 1222 is stretched out from the upper surface of belt 1231, feeding actuator 1221 drives feeding pushing block
1222 movements of material storage mechanism 14 backward, so that the storing for pushing the printed base plate on belt 1231 to be inserted into rear material storage mechanism 14 is inserted
In slot 1311, the blanking of printed base plate is realized.
Take-off assembly 121 be transported to printed base plate position on traversing component 123 to the position of vertical shift component 124 away from
From for first distance, the distance of position to the position of 122 feeding of feeding material component of vertical shift component 124 is second distance, first away from
It is equal from second distance.
If take-off assembly 121 by printed base plate be transmitted to the position on belt 1231 to 1231 end of belt distance with
Feeding material component 122 position of the printed base plate on belt 1231 being equidistant to 1231 end of belt, then vertical shift before feeding
Pushing block 1242, printing through slot 1111 are corresponding to the medium position of belt 1231.
Traversing component 123 can be with two printed base plates of simultaneous transmission, in transmission synchronously by a printed base plate as a result,
It is transmitted from feeding position to printing position, another printed base plate is transmitted from printing position to feeding position, and a printed base plate is sent to and takes
When material position, another printed base plate is just sent to feeding position.To improve transmission efficiency, so that printing movement more connects
It is continuous, promote the printing efficiency of automatic press 1.
The job order of automatic press 1 is as follows:
1. feeding actuator 1211 drives feeding pushing block 1212 to be inserted into storing slot 1311, printed base plate ejection is arrived
On conveyer belt, which is feeding position, and then feeding actuator 1211 drives the return of feeding pushing block 1212 to reset.
2. the storage bin actuator driving storage bin 131 of material storage mechanism 13 is moved to next storing slot 1311 before, so that
Next storing slot 1311 is opposite with feeding pushing block 1212, if the feeding slot is the storing slot 1311 of 131 end of storage bin,
Then turntable actuator driving turntable 132 rotates so that another storage bin 131 is turned to take-off assembly 121 relatively.
What the movement with storage bin 131 moved synchronously, conveyer belt drives printed base plate mobile to printing position, on transmission belt
Another printed base plate is dynamic to feeding displacement on printing position, is moved to conveyer belt at feeding position and shuts down.
It is mobile to conveyor belt back end after 3. blanking actuator driving blanking pushing block moves up, by printed base plate ejection to storing
In the storing slot 1311 in storehouse 131, then blanking actuator driving blanking pushing block return moves down reset.
When blanking component blanking, the synchronous feeding of loading assemblies.
4. the storage bin actuator driving storage bin 131 of material storage mechanism 14 is moved to next storing slot 1311 after, so that
Next storing slot 1311 is opposite with the printed base plate of 1222 ejections of feeding pushing block, if the feeding slot is 131 end of storage bin
The storing slot 1311 in portion, then the rotation of turntable actuator driving turntable 132 is so that another storage bin 131 turns to and printed base plate
Relatively.
When the storage bin 131 of material storage mechanism 14 acts afterwards, 131 synchronization action of storage bin of preceding material storage mechanism 13.
What the movement with storage bin 131 moved synchronously, vertical shift actuator 1241 drives vertical shift pushing block 1242 to move up, and will print
The ejection of brush substrate is into printing through slot 1111, and then print head 112, which moves down, prints printed base plate, then vertical shift actuator
1241 driving vertical shift pushing blocks 1242 move down reset.
In all examples being illustrated and described herein, any occurrence should be construed as merely illustratively, without
It is as limitation, therefore, other examples of exemplary embodiment can have different values.
It should also be noted that similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to the scope of the utility model.It should be pointed out that for the ordinary skill of this field
For personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this
The protection scope of utility model.
Claims (10)
1. automatic press, which is characterized in that including print station, transmission mechanism, preceding material storage mechanism and rear material storage mechanism；
The print station is equipped with printing through slot；
The transmission mechanism is set under the print station, and the preceding material storage mechanism and the rear material storage mechanism are set to the transmission
The both ends of mechanism；
The transmission mechanism can be by printed base plate between the preceding material storage mechanism and the print station, the print station and described
Transmitted between material storage mechanism afterwards, the transmission mechanism can also by printed base plate into the printing through slot ejection and have retract row
Journey.
2. automatic press according to claim 1, which is characterized in that the transmission mechanism includes take-off assembly, feeding
Component, traversing component and vertical shift component；
The take-off assembly is set at the preceding material storage mechanism, for the printed base plate at the preceding material storage mechanism to be sent to institute
It states on traversing component；
The traversing component can move between the preceding material storage mechanism and the material storage mechanism afterwards and can be at the print station
It shuts down；
The vertical shift component is set under the print station, is used for printed base plate in the traversing component and the printing through slot
Between ejection；
The feeding material component is set at the rear material storage mechanism, described for the printed base plate on the traversing component to be sent to
Material storage mechanism afterwards.
3. automatic press according to claim 2, which is characterized in that the take-off assembly includes feeding actuator and takes
Expect that pushing block, the feeding actuator can drive the feeding pushing block to push the printed base plate in the preceding material storage mechanism to the cross
Component is moved, and the feeding actuator has retraction stroke；
The feeding material component includes feeding actuator and feeding pushing block, and the feeding actuator can drive the feeding pushing block by institute
It states the printed base plate on traversing component and pushes the rear material storage mechanism to, and the feeding actuator has retraction stroke.
4. automatic press according to claim 2, which is characterized in that the traversing component is conveyer belt, the transmission
The both ends of band are opposite with the preceding material storage mechanism and the rear material storage mechanism respectively；
The vertical shift component includes vertical shift actuator and vertical shift pushing block, and the vertical shift actuator can drive the vertical shift pushing block by institute
The printed base plate ejection on traversing component is stated into the printing through slot, and the vertical shift actuator has retraction stroke.
5. automatic press according to claim 4, which is characterized in that the vertical shift pushing block is set under the conveyer belt,
Together with the conveyer belt to the printing through slot ejection printed base plate；
The thickness of the print station is equal with the thickness of the printed base plate.
6. automatic press according to claim 5, which is characterized in that the conveyer belt includes belt, belt pulley, tensioning
Wheel and elastic drawing piece；
The elasticity drawing piece pulls the tensioning wheel, and the elasticity drawing piece is by the tensioning wheel to the tensioning side of the belt
To drawing.
7. automatic press according to claim 2, which is characterized in that the take-off assembly is transported to the traversing component
On printed base plate position to the position of the vertical shift component distance be first distance；
The distance of the position of the vertical shift component to the position of the feeding material component feeding is second distance；
First distance is equal with second distance.
8. automatic press according to claim 1, which is characterized in that the preceding material storage mechanism, and/or, it is stored up after described
Expect that mechanism includes storage bin, storage bin actuator, turntable, turntable actuator；
It is evenly distributed at least two storage bins on turntable, the storage bin is equipped with multiple storing slots vertically stacked, and one
A printed base plate is inserted in a storing slot；
The storage bin actuator can drive the storage bin vertically movable, and the turntable actuator can drive the turntable to drive
Moving part rotation.
9. automatic press according to claim 8, which is characterized in that the transmission mechanism often takes the storing slot away
In printed base plate, or, be inserted into printed base plate into the storing slot, the storage bin actuator drives the storage bin to move
Dynamic, mobile distance is equidistant with two storing slots；
After the storage bin is moved to the storing slot of end, the turntable actuator drives the turntable rotation, the angle of rotation
It spends equal with angle of two storage bins on the turntable.
10. automatic press according to claim 8, which is characterized in that the storage bin can be separated with the turntable；
The storage bin actuator, the storage bin actuator is arranged in the turntable under feeding station and/or feeding station
Position fix.
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| CN201820648046.8U CN208583569U (en) | 2018-05-02 | 2018-05-02 | Automatic press |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108393244A (en) * | 2018-05-02 | 2018-08-14 | 江门市钧崴电子科技有限公司 | Automatic press |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108393244A (en) * | 2018-05-02 | 2018-08-14 | 江门市钧崴电子科技有限公司 | Automatic press |
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Address after: 529000 floor 3 and 4, block 202, phase 2, new fortune environmental protection electroplating base, yamen Town, Xinhui District, Jiangmen City, Guangdong Province Patentee after: Junwei Electronic Technology Co.,Ltd. Address before: 529000 floor 3 and 4, block 202, phase 2, new fortune environmental protection electroplating base, yamen Town, Xinhui District, Jiangmen City, Guangdong Province Patentee before: JIANGMEN JUNWEI ELECTRONIC TECHNOLOGY CO.,LTD. |