CN208727881U - A kind of automatic dispensing machine - Google Patents
A kind of automatic dispensing machine Download PDFInfo
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- CN208727881U CN208727881U CN201821189452.9U CN201821189452U CN208727881U CN 208727881 U CN208727881 U CN 208727881U CN 201821189452 U CN201821189452 U CN 201821189452U CN 208727881 U CN208727881 U CN 208727881U
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- staving
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Abstract
The application discloses a kind of automatic dispensing machine, including rack, feed mechanism, cutting agency, grasping mechanism, rotating disk mechanism and glue applying mechanism；Rotating disk mechanism includes turntable portion and multiple jigs；Grasping mechanism includes first support, moving in rotation portion, picks and places material portion and guide part；The first face of first support is equipped with arc chute；Arcuately the sliding slot center of circle rotates at the top of moving in rotation portion, and bottom connection picks and places material portion；The bottom in moving in rotation portion is along guide part horizontal and vertical movement；Glue applying mechanism is set to the other side in turntable portion；When turntable portion rotates a predetermined angle, output end, wherein a jig and the input terminal of multiple jigs are conllinear, and wherein middle position of the jig between output end and input terminal；While pick-and-place material portion one end is moved to a wherein jig by output end along guide part, the other end is moved to input terminal by a wherein jig；Glue applying mechanism is moved to remaining jig in multiple jigs.Automatic dispensing machine realizes automatic charging, picks and places material, dispensing and blanking.
Description
Technical field
The utility model relates to dispenser technical fields, more particularly, to a kind of automatic dispensing machine.
Background technique
A variety of electronic devices such as transformer needs to carry out dispensing in process of production, and before dispensing, needing will be to point
The workpiece of glue is placed in the dispensing station of dispenser, and then dispenser drives glue dispensing valve to carry out dispensing by three axis or four axis, by glue
Water smear, it is filling or point drip on electronic device, complete dispensing after, then by workpiece from dispensing station take out.It is artificial due to needing
Workpiece is placed to dispensing station, cannot achieve mass dispensing.
Utility model content
In view of the deficiencies of the prior art, the application discloses a kind of automatic dispensing machine.
The automatic dispensing machine of the application includes rack, feed mechanism and cutting agency set on rack；Feed mechanism has
Output end, cutting agency have input terminal, further include grasping mechanism, rotating disk mechanism and glue applying mechanism set on rack；
Rotating disk mechanism is set between output end and input terminal comprising turntable portion and circumferential direction are set to the multiple of its top surface and control
Tool；
Grasping mechanism is set to the side in turntable portion comprising set on the first support of rack, moving in rotation portion, picks and places material portion
And guide part；First support has opposite the first face and the second face, and the first face is equipped with arc chute；Moving in rotation portion is set to
Above first support, arcuately the sliding slot center of circle is rotated at top, and bottom connection picks and places material portion；Guide part is laterally set to first support
Lower section, the bottom in moving in rotation portion is along guide part horizontal and vertical movement；
Glue applying mechanism is set to the other side in turntable portion；
Wherein, when turntable portion rotates a predetermined angle, output end, wherein a jig and the input terminal of multiple jigs are conllinear,
And wherein middle position of the jig between output end and input terminal；Material portion one end is picked and placed to be moved to along guide part by output end
Wherein while a jig, the other end is moved to input terminal by a wherein jig；Glue applying mechanism is moved to remaining in multiple jigs
Jig.
According to one embodiment of the utility model, moving in rotation portion includes: rotary power portion, is set to the second face, tool
There is rotary shaft, arcuately the central axis of circle is arranged rotary shaft where sliding slot, and is worn by the second face to the first face；And
Swivel link comprising first connecting rod, spacing bayonet lock and second connecting rod；The radius side of first connecting rod arcuately sliding slot
To setting, one end axis connects rotary shaft, and the other end is rotatablely connected the top of second connecting rod by spacing bayonet lock；Spacing bayonet lock sliding
It is connected in arc chute；The bottom connection of second connecting rod picks and places material portion, and second connecting rod is slidably connected guide part.
According to one embodiment of the utility model, guide part includes: gag lever post, is set to the lower section of arc chute, and flat
Row output end is in line with input terminal group；And
Position limiting slide block, be slidably connected gag lever post, is equipped with a limit cunning along perpendicular to feed mechanism direction on position limiting slide block
Slot；Second connecting rod is slidably connected to limit sliding chutes.
According to one embodiment of the utility model, picks and places material portion and include fixed bracket and be divided into the of fixed bracket both ends
One clamping jaw and the second clamping jaw；The spacing of first clamping jaw and the second clamping jaw be equal to feed mechanism and cutting agency spacing two/
One；And first the downward projection of clamping jaw and the second clamping jaw be located on the line of output end and input terminal；Wherein, when turntable portion rotates
One angle, the first clamping jaw are moved to a wherein jig by output end along guide part, and the second clamping jaw is moved to defeated by a wherein jig
Enter end.
According to one embodiment of the utility model, when first connecting rod moves to the either end in arc chute both ends, edge
The projected length of the radius of the arc chute of first connecting rod extending direction in the horizontal plane is equal to the output end of feed mechanism under
Expect a quarter of the spacing of the input terminal of mechanism, picks and places output end and the blanking of the either end and feed mechanism in material portion both ends
The distance of the input terminal connected line of mechanism is zero.
According to one embodiment of the utility model, glue applying mechanism includes second support, is set in rack；And
Dispensing component, dispensing component include lifters and multiple glue dispensing valves；Lifters are set to rack；Multiple glue dispensing valves interlock
In lifters, wherein the quantity of glue dispensing valve one fewer than the quantity of jig；The corresponding jig of each glue dispensing valve.
It further include the glue feed mechanism being connect with glue applying mechanism according to one embodiment of the utility model comprising:
Pressure pot comprising the first staving and the pressure cover at the top of the first staving；First staving bottom is equipped with pedestal,
Pedestal is equipped with a hickey towards the one side of pressure cover；Pressure cover include lid, cylinder, pressure pushing block, pressure-regulating valve and
Relief valve；Cover cap is set at the top of the first staving, and one end of the piston rod of cylinder is connect through lid with pressure pushing block；Pressure pushes away
Block is set in the first staving；Pressure-regulating valve and relief valve are set on the outside of lid and are respectively communicated with the inside of the first staving；
Charging basket comprising the second staving, the screw thread discharge port set on the second staving bottom and slide lid are set to the second staving
The upper pushing block of inner wall；Second staving is sheathed in the first staving, and screw thread discharge port is spirally connected with hickey, and the area of upper pushing block is big
In or equal to pressure pushing block area, and be located at pressure pushing block below；And
Point glue device is set on the outside of the first staving, including divides glue main body, set on divide glue main body and with its it is internal be connected to out
Sebific duct and divide sebific duct；Rubber hose is also connected to the bottom of hickey；Sebific duct is divided to be connected to glue applying mechanism.
An embodiment according to the present utility model, pressure cover further include: overvoltage protection valve is set on the outside of lid, and
It is connected to the inside of the first staving.
An embodiment according to the present utility model, the first staving lateral wall top are equipped with the first fixed block, lid outside
Equipped with the first fixture block, the first fixed block is set in the first fixture block, and the first fixed block and the first fixture block are rotated by the first pivot pin
Connection；Pressure pot further includes fastening adjustment component, fastening adjustment component include set on the first staving lateral wall the second fixed block,
It is disposed through the second pivot pin of the second fixed block and is rotationally connected with the fastening bolt of the second pivot pin；Fastening bolt includes one end rotation
It is connected to the fastening screw of the second pivot pin and is threadedly connected to the rotating handle of the fastening screw other end；The is equipped on the outside of lid
Two fixture blocks, the second fixture block are arranged on fastening screw, and between rotating handle and the second fixed block.
An embodiment according to the present utility model, cutting agency includes: blanking groove, with input terminal；
Multiple spaced blankings are directly shaken device, and rack is fixed in directly shake one end of device of each blanking, and the other end is connected to
The bottom of blanking groove；
Blanking portion comprising be set to the second support of rack, passed set on second support and along blanking groove direction is parallel to
Dynamic the first driving section and the pickup component for being linked in the first driving section；And
Splicing portion comprising be set to the third bracket of rack, be set to third bracket and passed along perpendicular to the first driving section
It moves the second driving section of direction transmission and is linked in the charging tray of the second driving section, be arranged at intervals with and the first driving section on charging tray
The parallel multirow splicing position of transmission direction, every a line splicing bit interval are provided with multiple groove positions.
In the utility model, it is placed in feed mechanism to dispensing batch workpiece, by feed mechanism feeding, grasping mechanism will
It being placed on jig to dispensing station, rotating disk mechanism rotation, glue applying mechanism carries out dispensing to dispensing workpiece on jig, then by
Grasping mechanism will complete workpiece for dispensing glue and be placed in cutting agency, and cutting agency completes blanking, realize to dispensing batch workpieceization certainly
Dynamic feeding, crawl, dispensing and blanking.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present application, constitutes part of this application, this Shen
Illustrative embodiments and their description please are not constituted an undue limitation on the present application for explaining the application.In the accompanying drawings:
Fig. 1 is the overall structure diagram of automatic dispensing machine in the present embodiment；
Fig. 2 is the structural schematic diagram of the present embodiment transfer disc mechanism；
Fig. 3 is the structure chart of grasping mechanism in the present embodiment；
Fig. 4 is that second connecting rod and position limiting slide block cooperate schematic diagram in the present embodiment；
Fig. 5 be the present embodiment in arc chute flute length be equal to semicircle perimeter when, the spacing of feed mechanism and cutting agency with
The relationship schematic diagram of arc chute radius；
Fig. 6 be the present embodiment in arc chute flute length be less than semicircle perimeter when, the spacing of feed mechanism and cutting agency with
The relationship schematic diagram of arc chute radius；
Fig. 7 be the present embodiment in arc chute flute length be greater than semicircle perimeter when, the spacing of feed mechanism and cutting agency with
The relationship schematic diagram of arc chute radius；
Fig. 8 is the structural schematic diagram of glue applying mechanism in the present embodiment；
Fig. 9 is cutting agency overall structure figure in the present embodiment；
Figure 10 is the first driving section and the second driving section structural schematic diagram in the present embodiment；
The structural schematic diagram of charging tray in the present embodiment of the position Figure 11；
Figure 12 is glue feed mechanism overall structure figure in the present embodiment；
Figure 13 is the decomposition diagram of glue feed mechanism in the present embodiment；
Figure 14 is the first staving and the wherein viewing angle constructions schematic diagram for dividing glue device to cooperate in the present embodiment；
Figure 15 be the present embodiment in the first staving and divide glue device cooperate it is another in a visual angle structural schematic diagram；
Figure 16 is the structural schematic diagram of pressure cover in the present embodiment；
Figure 17 is the structural schematic diagram of charging basket in the present embodiment.
Description of symbols:
1, rack；2, feed mechanism；21, output end；22, vibrating disk；23, feeding groove；24, feeding directly shakes device；3, turntable
Mechanism；31, turntable portion；32, jig；311, support frame；312, the first rotation driving；313, the first driving wheel；314, first from
Driving wheel；315, the first belt；316, turntable；317, shaft；4, grasping mechanism；41, first support；42, moving in rotation portion；43,
Pick and place material portion；44, guide part；411, the first face；412, the second face；413, arc chute；421, rotary power portion；422, it rotates
Connecting rod；4211, rotary shaft；4212, first connecting rod；4213, spacing bayonet lock；4214, second connecting rod；4215, U-type groove；441, it limits
Position bar；442, position limiting slide block；4421, limit sliding chutes；42131, limiting slot；44211, retention bead；431, fixed bracket；432,
First clamping jaw；433；Second clamping jaw；5, glue applying mechanism；51, second support；52, dispensing component；521, lifters；522, dispensing
Valve；5211, the second rotation driving；5212, the second driving wheel；5213, the second driven wheel；5214, the second belt；5215, screw rod；
5216, fixing seat；6, cutting agency；61, input terminal；62, blanking groove；63, blanking is directly shaken device；64, blanking portion；65, splicing portion；
641, third bracket；642, the first driving section；643, component is picked up；6421, third rotation driving；6422, third driving wheel；
6423, third driven wheel；6424, third belt；6425, first movement seat；6426, the first guide rail；6427, the second guide rail；
651, the 4th bracket；652, the second driving section；653, charging tray；6531, splicing position；6532, groove position；6521, the 4th rotation is driven
It is dynamic；6522, the 4th driving wheel；6523, the 4th driven wheel；6524, the 4th belt；6525, the second Mobile base；6526, third is led
Rail；6527, the 4th guide rail；7, glue feed mechanism；71, pressure pot；72, charging basket；73, divide glue device；711, the first staving；712, pressure
Lid；713, fastening adjustment component；7111, pedestal；7112, hickey；7121, lid；7122, cylinder；7123, pressure pushes away
Block；7124, pressure-regulating valve；7125, relief valve；7126, overvoltage protection valve；7127, annular groove；7128, sealing ring；
7129, the first fixed block；7130, the first fixture block；7131, the first pivot pin；7132, the second fixed block；7133, the second pivot pin；
7134, fastening bolt；71341, fastening screw；71342, rotating handle；71211, the second fixture block；721, the second staving；722, spiral shell
Line discharge port；723, upper pushing block；731, divide glue main body；732, rubber hose；Divide sebific duct 733；8, cart.
Specific embodiment
Multiple embodiments that the utility model will be disclosed with schema below, as clearly stated, in many practices
Details will be explained in the following description.It should be appreciated, however, that the details in these practices does not apply this with limitation practical new
Type.That is, the details in these practices is non-essential in some embodiments of the utility model.In addition, for letter
For the sake of changing schema, some known usual structures and component will be painted it in the drawings in simply illustrative mode.
In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and non-specifically
The meaning of order or cis-position is censured, it is also non-to limit the utility model, it is retouched just for the sake of difference with same technique term
The component stated or operation are not understood to indicate or imply its relative importance or implicitly indicate indicated technology
The quantity of feature." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one spy
Sign.It in addition, the technical solution between each embodiment can be combined with each other, but must be with those of ordinary skill in the art's energy
It is enough realize based on, will be understood that the knot of this technical solution when conflicting or cannot achieve when occurs in the combination of technical solution
Conjunction is not present, also not within the protection scope of the requires of the utility model.
Referring to FIG. 1, Fig. 1 is the overall structure diagram of automatic dispensing machine in the present embodiment.Automatic dispensing machine includes machine
Frame 1, feed mechanism 2, rotating disk mechanism 3, grasping mechanism 4, glue applying mechanism 5, cutting agency 6 and glue feed mechanism 7.Feed mechanism 2,
Rotating disk mechanism 3, grasping mechanism 4, glue applying mechanism 5 and cutting agency 6 are all set in rack 1, and glue feed mechanism 7 may be disposed at rack
On 1, it is independently of rack 1, is set on other supporters, can be such as placed in removable carts 8, glue feed mechanism 7 is facilitated
It is mobile, to be placed directly on ground to the glue of addition dispensing inside it.Feed mechanism 2 has output end 21, on
For that will be transmitted in the movement travel of grasping mechanism 4 to workpiece for dispensing glue, grasping mechanism 4 is used for feed mechanism 2 for material mechanism 2
Taking away to dispensing workpiece for transmission, is placed on rotating disk mechanism 3, and rotating disk mechanism 3 waits for dispensing workpiece to dispensing for moving in rotation
Mechanism 5, or workpiece for dispensing glue will be completed to mobile far from 5 direction of glue applying mechanism, glue applying mechanism 5 on rotating disk mechanism 3 to point
Glue workpiece carries out dispensing, completes workpiece for dispensing glue and is taken away by grasping mechanism 4, be placed in cutting agency 6, cutting agency 6 has input
End 61 completes workpiece for dispensing glue and is taken away by grasping mechanism 4 to be placed in input terminal 61, and cutting agency 6 will complete workpiece blanking for dispensing glue.
Wherein, glue feed mechanism 7 is that glue applying mechanism 5 provides glue.
It please read Fig. 1 again, feed mechanism 2 includes that vibrating disk 22, feeding groove 23 and multiple feedings directly shake device 24.Vibrating disk 22
It is set in rack 1, vibrating disk 22 can design for the prior art, and working principle follows prior art principle.Feeding groove 23 connects
Vibrating disk 22 and linear extension are connect, with output end 21.Multiple feedings directly shake device 24 interval setting, be more preferably uniform
Rack 1 is fixed in interval setting, directly shake one end of device 24 of each feeding, and the bottom of feeding groove 23 is then arranged in the other end, wherein
Feeding directly shake device 24 structure and vibration transmission principle be similarly the prior art, this example be not described in detail.It is placed in workpiece for dispensing glue
In vibrating disk 22, vibrating disk 22 will be transmitted to feeding groove 23 after dispensing workpiece sequential, directly shake device 24 in multiple feedings
Under effect of vibration, transmitted along feeding groove 23 to output end 21 to workpiece for dispensing glue.
It please read shown in Fig. 1 and Fig. 2 again, Fig. 2 is the structural schematic diagram of rotating disk mechanism.Rotating disk mechanism 3 include turntable portion 31 and
Multiple jigs 32.Turntable portion 31 is set to the output end of feed mechanism 3 comprising the rotation of support frame 311, first driving 312, first
Driving wheel 313, the first driven wheel 314, the first belt 315 and turntable 316.Support frame 311 is set to rack 1, and the first rotation is driven
Dynamic 312 are set to support frame 311, and the output end axis of the first rotation driving 312 connects the first driving wheel 313, and the first driven wheel 314 passes through
The installation of shaft 317 is connected by the first belt 315 between first driving wheel 313 and the first driven wheel 314, is turned to support frame 311
316 axis of disk is connected to shaft 317, and is located at output end 21, and multiple jigs 32 are circumferential to be set on turntable 316, the quantity root of jig
According to each to need the quantity of position for dispensing glue to determine on dispensing workpiece, define each to need position for dispensing glue on dispensing workpiece
Quantity be N, then the quantity of jig be N+1.The structure of each jig 32 is according to the structure matching to workpiece for dispensing glue, wherein
First rotation driving 312 can be servo motor or be made of ordinary motor, retarder and divider, can specifically refer to
The prior art.First rotation driving, 312 rotation, drives the rotation of the first driving wheel 313, and the first driving wheel 313 passes through the first belt
315 drive the first driven wheel 314, and the first driven wheel 314 drives turntable 316 and rotates set on the jig 32 of turntable 316, turntable
The angle of 316 rotations is arranged according to the quantity of jig 32, and if jig 32 is two, then the angle that turntable 316 rotates every time can be set
Be set to 180 degree, if jig 32 be three, the angle that turntable 316 rotates every time be 120 degree, that is, the angle rotated for 360 degree divided by
The quantity of jig 32.
It please read Fig. 1 again and please refer to shown in Fig. 3, Fig. 3 is the structure chart of grasping mechanism.Grasping mechanism 4 is set to turntable portion
31 side, including first support 41, moving in rotation portion 42, pick-and-place material portion 43 and guide part 44.First support 41 is set to machine
On frame 1, there is the first face 411 and the second face 412, the first face 411 and the second face 412 are opposite, and the first face 411 is towards turntable portion
31, the second face 412 is equipped with arc chute 413 backwards to turntable portion 31, the first face 411；Moving in rotation portion 42 is set to first support
41 tops, arcuately 413 center of circle of sliding slot rotates at top, and bottom connection picks and places material portion 43, in this way, picking and placing material portion 43 can be with rotation
Moving portion 42 is displaced together, picks and places material portion 43 to pick up to dispensing workpiece or complete workpiece for dispensing glue.Guide part 44 is laterally set
In the lower section of first support 41, the bottom in moving in rotation portion 42 is along 44 horizontal and vertical movement of guide part, in this way, working as moving in rotation
When portion 42 drives pick-and-place material portion 43 to be displaced, the displacement for picking and placing material portion 43 is also limited by the transverse direction and longitudinal direction of guide part 44, with true
It protects and picks and places material portion 43 in predetermined direction movement.Wherein, when turntable portion 31 rotates a predetermined angle, output end 21, multiple jigs 32
A wherein jig 32 and input terminal 61 it is conllinear, and wherein interposition of the jig 32 between output end 21 and input terminal 61
It sets；While pick-and-place 43 one end of material portion is moved to wherein jig 32 by output end 21 along guide part 44, the other end is by wherein one
Jig 32 is moved to input terminal 61；Glue applying mechanism 5 is moved to remaining jig 32 in multiple jigs 32.Then, moving in rotation portion 42
It reversely rotates, picks and places material portion 43 and return, repeat aforementioned 43 one end of pick-and-place material portion and be moved to wherein along guide part 44 by output end 21
While one jig 32, the other end is moved to the operation of input terminal 61 by a wherein jig 32.
Fig. 3 and 4 is read again, and Fig. 4 is that second connecting rod and position limiting slide block cooperate schematic diagram.Moving in rotation portion 42 includes rotary power
Portion 421 and swivel link 422.Rotary power portion 421 is set to the second face 412 of first support 41, with rotary shaft 4211,
Arcuately the central axis of circle is arranged rotary shaft 4211 where sliding slot 413, and is worn by the second face 412 to the first face 411.Rotation
Power part 421 can be motor or rotary cylinder.Swivel link 422 includes first connecting rod 4212, spacing bayonet lock 4213 and second
Connecting rod 4214；The radial direction setting of the arcuately sliding slot 413 of first connecting rod 4212, one end axis connects rotary shaft 4211, the other end
The top of second connecting rod 4214 is rotatablely connected by spacing bayonet lock 4213；Spacing bayonet lock 4213 is slidably connected to arc chute 413
In；The bottom connection of second connecting rod 4214 picks and places material portion 43, and second connecting rod 4214 is slidably connected guide part 44.Wherein, into one
Step ground is equipped with a U-type groove 4215 close to one end of arc chute 413 in first connecting rod 4212, and spacing bayonet lock 4213 is set to U-type groove
In 4215.Guide part 44 includes gag lever post 441 and position limiting slide block 442, and gag lever post 441 is set to the lower section of arc chute 413, and
Parallel output end 21 is in line with 61 groups of input terminal；Position limiting slide block 442 is slidably connected gag lever post 441, along hanging down on position limiting slide block 442
Directly a limit sliding chutes 4421 are equipped in 2 direction of feed mechanism；Second connecting rod 4214 is slidably connected to limit sliding chutes 4421.As one
Specific embodiment extends along direction on the face that second connecting rod 4214 is contacted with limit sliding chutes 4421 and is respectively equipped with a limiting slot
42131, it is corresponding, a retention bead 44211, each retention bead are respectively equipped on the two opposite inner walls of limit sliding chutes 4421
44211 slidings are arranged in a corresponding limiting slot 42131.Material portion 43 is picked and placed to include fixed bracket 431 and be divided into fixed bracket
First clamping jaw 432 and the second clamping jaw 433 at 431 both ends；The spacing of first clamping jaw 432 and the second clamping jaw 433 is equal to feed mechanism 2
With the half of 6 spacing of cutting agency；And first clamping jaw 432 and the second clamping jaw 433 downward projection be located at output end 21 and
On the line of input terminal 61；Wherein, when turntable portion 31 rotates an angle, the first clamping jaw 432 is moved along guide part 44 by output end 21
It moves to a wherein jig 32, the second clamping jaw 433 is moved to input terminal 61 by a wherein jig 32.Then, moving in rotation portion 42 is anti-
To rotation, the first clamping jaw 432 and the second clamping jaw 433 are returned, and are repeated aforementioned first clamping jaw 432 and are moved along guide part 44 by output end 21
While moving to wherein jig 32, the second clamping jaw 433 is moved to the operation of input terminal 61 by a wherein jig 32.
In this example, when pick-and-place material portion 43 is moved in output end 21, wherein between a jig 32 and input terminal 61, when first
When connecting rod 4212 moves to the either end in 413 both ends of arc chute, along the arc chute 413 of 4212 extending direction of first connecting rod
Radius projected length in the horizontal plane be equal to the spacing of the output end 21 of feed mechanism 2 and the input terminal 61 of cutting agency 6
A quarter, pick and place 43 both ends of material portion in either end be zero at a distance from 61 connected line of output end 21 and input terminal.Tool
Body, as illustrated in figs. 5-7, respectively 413 flute length of arc chute is equal to semicircle perimeter, is less than semicircle perimeter and is greater than semicircle perimeter
When, 61 spacing of input terminal and the relational graph of 413 radius of arc chute of the output end of feed mechanism 2 and 21 cutting agencies 6.In figure
Dotted line show second connecting rod 4214 when first connecting rod 4212 is rotated to arc chute 413 close to one end of cutting agency 6, fixes
The 431, first clamping jaw 432 of seat and 433 position of the second clamping jaw.The radius for defining arc chute 413 is R, when first connecting rod 4212 is transported
When moving the either end into 413 both ends of arc chute, along 4212 extending direction of first connecting rod arc chute 413 radius in water
Projected length in plane is L=RsinA, and A is 413 radius of arc chute and vertical side along 4212 extending direction of first connecting rod
To angle.When 413 flute length of arc chute is equal to semicircle perimeter, first connecting rod 4212 moves to appointing in 413 both ends of arc chute
When one end, the radius projected length L in the horizontal plane along the arc chute 413 of 4212 extending direction of first connecting rod is equal to radius
R, A=90 degree, i.e. the radius R of arc chute 413 are a quarter of feed mechanism 2 and 6 spacing of cutting agency；First clamping jaw
432 and second clamping jaw 433 be respectively zero with output end 21 and 61 connected line distance H1 of input terminal.When arc chute 413
Flute length is less than semicircle perimeter, when first connecting rod 4212 moves to the either end in 413 both ends of arc chute, along first connecting rod 4212
The projected length of the radius R of the arc chute 413 of extending direction in the horizontal plane is L=RsinA, i.e. L=RsinA is feeder
The a quarter of structure 2 and 6 spacing of cutting agency；First clamping jaw 432 and the second clamping jaw 433 are connected with output end 21 and input terminal 61
The distance of straight line is zero.When 413 flute length of arc chute is greater than semicircle perimeter, first connecting rod 4212 moves to arc chute 413
When either end in both ends, the radius R projection in the horizontal plane along the arc chute 413 of 4212 extending direction of first connecting rod is long
L=RsinA is spent, i.e. L=RsinA is a quarter of feed mechanism 2 and 6 spacing of cutting agency；First clamping jaw 432 and the second folder
Pawl 433 is zero at a distance from 61 connected line of output end 21 and input terminal.
When feed mechanism 2 will be delivered to output end 21 to dispensing workpiece, rotary power portion 421 drive first connecting rod 4212 by
Initial position is rotated to arc chute 413 close to one end of output end 61, meanwhile, second connecting rod 4214 is in first connecting rod 4212
Under drive, push position limiting slide block 442 mobile to the direction close to output end 61, and second connecting rod 4214 along limit sliding chutes 4421 to
Lower movement, meanwhile, glue applying mechanism 5, which moves down, completes dispensing to dispensing workpiece on jig, and turntable 316 rotates, jig 32 with
Turntable 316, which rotates an angle, to be stopped, and the first clamping jaw 432 is moved to the clamping of output end 21 to workpiece for dispensing glue, and the second clamping jaw 433 moves
It moves the jig 32 for being placed with a completion dispensing workpiece and clamps and complete workpiece for dispensing glue, the rear driving of rotary power portion 421 first
Connecting rod 4212 reversely rotates, and at the same time, turntable 316 rotates again, and in rotation process, the first clamping jaw 432 is driven to for dispensing glue
For workpiece to far from the movement of 21 direction of output end, the second clamping jaw 433 drives completion workpiece for dispensing glue mobile to 21 direction of input terminal, when
When first connecting rod 4212 turns to the one end of arc chute 413 close to input terminal 61, turntable 316 stops operating, the first clamping jaw 432
It is moved at the jig 32 for the completion dispensing workpiece taken away by the second clamping jaw 433, the jig 32 will be placed in dispensing workpiece, and
Second clamping jaw 433 is moved to input terminal 61, and the completion of clamping workpiece for dispensing glue is placed in input terminal 61, when turntable 316 rotates,
Glue applying mechanism 5 moves down again, and when turntable 316 stops operating, glue applying mechanism 5 carries out dispensing to dispensing workpiece on jig 32, such as
This is repeatedly.
Fig. 1 and 8 is please referred to, Fig. 8 is the structural schematic diagram of glue applying mechanism.Glue applying mechanism 5 includes second support 51 and point
Glue component 52.Second support 51 and first support 41 are arranged face-to-face, are also set in rack 1.Dispensing component 52 includes lifting
Part 521 and multiple glue dispensing valves 522.Lifters 521 are set to rack 1 comprising second rotation the 5211, second driving wheel of driving
5212, the second driven wheel 5213, the second belt 5214, screw rod 5215 and fixing seat 5216；Second rotation driving 5211 is set to
The top of second support 51, axis connect the second driving wheel 5212, the second rotation driving 5211 can for servo motor and also by
Ordinary motor, retarder and divider composition, can specifically refer to the prior art.Second driving wheel 5212 and the second driven wheel
5213 are set to the top of second support 51, the second driving wheel 5212 and the second driven wheel 5213 is connected by the second belt 5214,
Second belt 5214 is horizontally disposed, and screw rod 5215 is arranged along the vertical direction, and one end axis connects the second driven wheel 5213, separately
One end is set to the bottom end of second support 51, and fixing seat 5216 is set on screw rod 5215, and multiple dispensings are fixed in fixing seat 5216
Valve 522, an each glue dispensing valve 522 corresponding jig 32 specifically the setting position of multiple glue dispensing valves 522 and are disposed below
Needs position for dispensing glue on jig 32 to dispensing workpiece is corresponding, i.e., each glue dispensing valve 522 is respectively corresponded on dispensing workpiece
A wherein dispensing position, it is different that different glue dispensing valves treat dispensing workpiece position for dispensing glue.The quantity of glue dispensing valve 522 and each to point
Need the quantity of dispensing position for dispensing glue identical on glue workpiece, when each to need the quantity of position for dispensing glue to be on dispensing workpiece
N, the quantity of glue dispensing valve 522 is N, corresponding, the quantity of glue dispensing valve 522 one fewer than the quantity of jig 32.In this example, to dispensing
It needs to carry out position for dispensing glue on workpiece to share at 3, thus jig 32 shares 4, glue dispensing valve 522 shares 3,3 glue dispensing valves
522 respectively correspond to 3 dispensing positions on dispensing workpiece and are arranged in fixing seat 5216.Hereinafter, with each to dispensing work
Dispensing position E, F and G at 3 is shared on part to need to illustrate 5 dispensing process of glue applying mechanism for dispensing.When on four jigs 32 not yet
Place when dispensing workpiece, grasping mechanism 4 first by first to dispensing workpiece be placed on feed mechanism 1 and cutting agency 6 it
Between middle position first jig 32 on after, turntable 316 rotate, first is moved to first glue dispensing valve to dispensing workpiece
522 lower sections, first glue dispensing valve 522 move down, and carry out dispensing to the dispensing position E on dispensing workpiece to first, at the same time,
Second is placed in dispensing on second jig 32 in middle position of the grasping mechanism 4 between feed mechanism 1 and cutting agency 6
Workpiece, subsequent turntable 316 rotate, and first is moved to second glue dispensing valve, 522 lower section to dispensing workpiece, and second to dispensing work
Part is moved to first glue dispensing valve, 522 lower section, and third jig 32 is moved to the centre between feed mechanism 1 and cutting agency 6
Position, first glue dispensing valve 522 carry out dispensing to the dispensing position E on dispensing workpiece to second, and second glue dispensing valve 522 is right
First carries out dispensing to the dispensing position F on dispensing workpiece, and grasping mechanism 4 is placed in third to point on third jig 32
Glue workpiece, subsequent turntable 316 rotate, and first is moved to 522 lower section of third glue dispensing valve to dispensing workpiece, and second to dispensing
Workpiece is moved to second glue dispensing valve, 522 lower section, and third is moved to below first glue dispensing valve 522 to dispensing workpiece, and the 4th
A jig 32 is moved to the middle position between feed mechanism 1 and cutting agency 6, and first glue dispensing valve 522 is to third to point
Dispensing position E on glue workpiece carries out dispensing, second glue dispensing valve 522 to second to the dispensing position F on dispensing workpiece into
Row dispensing, third glue dispensing valve 522 carry out dispensing to the position G on dispensing workpiece to first, and first to dispensing work at this time
Three dispensing positions on part are fully completed dispensing, and grasping mechanism 4 is placed in the 4th to dispensing workpiece on the 4th jig 32,
Subsequent turntable 316 rotates, and first is moved to the middle position between feed mechanism 1 and cutting agency 6 to dispensing workpiece, crawl
Mechanism 4 will complete first for dispensing glue and be moved to cutting agency 6 to dispensing workpiece, while also place the 5th to dispensing workpiece
In on first jig 32, the 4th is moved to first glue dispensing valve, 522 lower section to dispensing workpiece, and third is moved to dispensing workpiece
It moves to second 522 lower section of glue dispensing valve, second is moved to 522 lower section of third glue dispensing valve, three glue dispensing valves to dispensing workpiece
522 move down, and first glue dispensing valve 522 carries out dispensing, second glue dispensing valve 522 to the 4th dispensing position E to dispensing workpiece
Dispensing position F to third to dispensing workpiece carries out dispensing, and third glue dispensing valve 522 is to second dispensing to dispensing workpiece
Position G carries out dispensing.Dispensing process repeatedly, waits for each on each jig 32 the dispensing position point of dispensing workpiece
It Wan Cheng not dispensing.
Please refer to Fig. 1 and 9,10,11, Fig. 9 be cutting agency overall structure figure, Figure 10 be the first driving section and second transmission
Portion's structural schematic diagram, Figure 11 are material tray structure schematic diagram.Cutting agency 6 includes that blanking groove 62, blanking are directly shaken device 63, blanking portion 64
And splicing portion 65.Blanking groove 62 has input terminal 61.Multiple blankings are directly shaken the setting of the interval of device 63, and each blanking directly shakes the one of device 63
Rack 1 is fixed at end, and the other end is connected to the bottom of blanking groove 62.Blanking portion 64 includes the third bracket for being set to rack 1
641, set on third bracket 641 and along be parallel to 62 direction of blanking groove transmission the first driving section 642 and be linked in the first biography
The pickup component 643 in dynamic portion 642, picking up height of the bottom end of component 643 apart from blanking groove 62 is zero, the first driving section 642 packet
Include third rotation driving 6421, third driving wheel 6422, third driven wheel 6423, third belt 6424 and first movement seat
6425；Third rotation driving 6421 is set to third bracket 641, can be for servo motor or by ordinary motor, deceleration
Device and divider composition, can specifically refer to the prior art.Third driving wheel 6422 and third driven wheel 6423 are set to third branch
The top surface of frame 641, third driving wheel 6422 are connect with third rotation driving 6421, third driving wheel 6422 and third driven wheel
6423 are interlocked by third belt 6424, and third belt 6424 is parallel with 62 setting direction of blanking groove, and first movement seat 6425 is set
It is placed on third belt 6424, picks up component 643 and be set on first movement seat 6425 along the vertical direction, can be grip finger
Cylinder.It is preferred that the two sides of third belt 6424 are additionally provided with the first guide rail 6426 and the second guide rail 6427, first is led
Rail 6426 and the second guide rail 6427 are fixed on third bracket 641, and first movement seat 6425 is slidably connected to 6426 He of the first guide rail
Second guide rail 6427.Splicing portion 65 is located at the lower section in blanking portion 64 comprising is set to the 4th bracket 651 of rack 1, is set to the
Four brackets 651 and along perpendicular to 642 transmission direction of the first driving section transmission the second driving section 652 and be linked in the second transmission
The charging tray 653 in portion 652, charging tray 653 and blanking groove 62 are located in same level close to the one end in blanking portion 64.Wherein, second
Driving section 652 includes the 4th the 6521, the 4th driving wheel 6522 of rotation driving, the 4th driven wheel 6523, the 4th belt 6524 and the
Two Mobile bases 6525；4th rotation driving 6521 is set to the 4th bracket 651, can be for servo motor or by common electricity
Machine, retarder and divider composition, can specifically refer to the prior art.4th driving wheel 6522 and the 4th driven wheel 6523 are set to
The top surface of 4th bracket 651, the 4th driving wheel 6,522 6521 are connect with the 4th rotation driving, the 4th driving wheel 6522 and the 4th from
Driving wheel 6523 is interlocked by the 4th belt 6524, and the 4th belt 6524 is vertical with 62 setting direction of blanking groove, the second Mobile base
6525 are set on the 4th belt 6524, and charging tray 653 is set on the second Mobile base 6525.It is provided with and is alternatively arranged on charging tray 653
Multirow splicing position 6531, every a line splicing position 6531 is parallel with the first driving section transmission direction, is arranged at intervals with multiple recessed
Slot position 6532.Groove position 6532 can also be arranged according to the specific structure of workpiece to be contained.Wherein, every a line splicing position 6531
In two neighboring 6532 spacing of groove position it is identical, the spacing between adjacent rows splicing position 6531 is identical.It is preferred that the
The two sides of four belts 6524 are additionally provided with third guide rail 6526 and the 4th guide rail 6527, third guide rail 6526 and the 4th guide rail 6527
It is fixed on the 4th bracket 651, the second Mobile base 6525 is slidably connected to third guide rail 6526 and the 4th guide rail 6527.Complete dispensing
Workpiece the input terminal 61 of blanking groove 62 is placed in by pick-and-place material portion 43, blanking directly shake device 63 vibration under, along blanking groove
62 linear motions, third rotation driving 6421 interlock third driving wheel 6423, and third driving wheel 6423 passes through third belt 6424
Third driven wheel 6423 is driven to rotate, third belt 6424 also drives first movement seat 6425 and is set to first movement seat 6425
On pickup component 643 it is mobile to blanking groove 62, pick up component 643 for blanking groove 62 and workpiece holding for dispensing glue be completed, pick up afterwards
It takes the reverse movement of component 643 to charging tray 653, workpiece for dispensing glue will be completed and be placed in charging tray 653.Pass through control third rotation respectively
The rotation speed of driving 6421 and the 4th rotation driving 6521, is placed in splicing position 6531 to dispensing workpiece.Such as: the second transmission
Portion 652 moves charging tray 653 along the direction perpendicular to 642 transmission direction of the first driving section, close to pickup group on charging tray 653
The first row splicing position 6531 of 643 one end of part is moved to the underface for picking up component 643, and the first driving section 642 makes to pick up component
643 move along the direction for being parallel to every a line splicing position 6531, pick up component 643 for the workpiece of clamping from left to right or by the right side
It is sequentially placed in each groove position 6532 of the first row splicing position 6531 to a left side, each of the first row splicing position 6531 is recessed
After slot position 6532 all contains workpiece, the second driving section 652 makes charging tray 653 along perpendicular to 642 transmission direction of the first driving section
Direction movement, be moved to close to the second row splicing position 6531 for picking up 643 one end of component on charging tray 653 and pick up component 643
Underface, the first driving section 642 make pick up component 643 moved along the direction for being parallel to every a line splicing position 6531, pickup group
The workpiece of clamping is sequentially placed in each groove position of the second row splicing position 6531 by part 643 from left to right or from right to left
In 6532, repeatedly, the Sheng of each of every a line splicing position 6531 workpiece of groove position 6532 on charging tray 653 is completed
Dress, by workpiece sequential.
Fig. 1 and Figure 12-17 is please referred to, Figure 12 is glue feed mechanism overall structure figure, and Figure 13 is the exploded pictorial of glue feed mechanism
Figure, Figure 14 and 15 are the first staving and the structure chart for dividing the cooperation of glue device, and Figure 16 is the structure chart of pressure cover, and Figure 17 is the knot of charging basket
Composition.Glue feed mechanism 7 is including pressure pot 71, charging basket 72 and divides glue device 73.Pressure pot 71 includes the first staving 711 and pressure cover
712.The bottom of first staving 711 is equipped with pedestal 7111, and pedestal 7111 is equipped with a screw thread towards the one side inside the first staving 711
Interface 7112, the screw thread on hickey 7112 can may be internal screw thread for external screw thread.Pressure cover 712 includes lid
7121, cylinder 7122, pressure pushing block 7123, pressure-regulating valve 7124 and relief valve 7125.Lid 7121 is covered on the first staving
711 tops, opposite with pedestal 7111, one end of the piston rod of cylinder 7122 is connect through lid 7121 with pressure pushing block 7123；
Pressure pushing block 7123 is set in the first staving 711；Pressure-regulating valve 7124 and relief valve 7125 are set to 7121 outside of lid and divide
It is not connected to the inside of the first staving 711, pressure-regulating valve 7124 connects extraneous gas source, and extraneous gas source is into the first staving 711
Portion is filled with gas.Pressure cover 712 further includes overvoltage protection valve 7126, is set to 7121 outside of lid, and be connected to the first staving 711
Inside, when in pressure pot 71 pressure be more than warning value when, overvoltage protection valve 7126 automatically opens deflation, to prevent pressure pot 71
Interior pressure is excessive and explosion accident occurs.Lid 7121 is towards the one side in the first staving 711 circumferentially arranged with an annular groove
7127, annular groove 7127 is interior to be equipped with sealing ring 7128, when lid 7121 is covered on 711 top of the first staving, sealing ring 7128
It is sealed at the top of 711 barrels of walls of the first staving.In another embodiment, the first fixed block is equipped at the top of 711 lateral wall of the first staving
7129, the first fixture block 7130 is equipped on the outside of lid 7121, the first fixed block 7129 is set in the first fixture block 7130, and first is fixed
Block 7129 and the first fixture block 7130 are rotatablely connected by the first pivot pin 7131；Pressure pot 71 further includes fastening adjustment component 713, tightly
Admittedly adjusting component 713 to include the second fixed block 7132 for being set to 711 lateral wall of the first staving, be disposed through the second fixed block
7132 the second pivot pin 7133 and the fastening bolt 7134 for being rotationally connected with the second pivot pin 7133；Fastening bolt 7134 is rotated including one end
It is connected to the fastening screw 71341 of the second pivot pin 7133 and is threadedly connected to the rotating handle of 71341 other end of fastening screw
71342；The second fixture block 71211 is equipped on the outside of lid 7121, when lid 7121 is covered on 711 top of the first staving, the second fixture block
71211 are arranged on fastening screw 71341, and between rotating handle 71342 and the second fixed block 7132.
Charging basket 72 includes that the second staving 721, the screw thread discharge port 722 set on 721 bottom of the second staving and slide lid are set to
The upper pushing block 723 of second staving, 721 inner wall, wherein screw thread discharge port 722 can be external screw thread or internal screw thread, with hickey
7112 match；Second staving 721 is sheathed in the first staving 711, and screw thread discharge port 722 is spirally connected with hickey 7112, spiral shell
The height of line discharge port 722 is less than the height of hickey 7112, and the area of upper pushing block 723 is greater than or equal to pressure pushing block 7123
Area, and be located at the lower section of pressure pushing block 7123.The volume of second staving 721 can select according to actual needs, such as 2 liters of selection
Or 5 liters.The volume of first staving 711 will be matched with the volume of the second staving 721, when the second staving 721 is installed in first
Inside staving 711, the outer wall of the inner wall of the first staving 711 and the second staving 721 keeps suitable spacing, to ensure lid 7121
After the first staving 711 should being set to, confined space is formed between the inner wall of the first staving 711 and the outer wall of the second staving 721, works as pressure
Force regulating valve 7124 is connected to extraneous gas source, and the space between the first staving 711 and the second staving 721 forms pressure space.This
Sample, when cylinder 7122 works, pressure pushing block 7123 generates thrust to upper pushing block 723, meanwhile, pressure-regulating valve 7124 is connected to the external world
Gas source, to gas is filled with inside the first staving 711, the space between the first staving 711 and the second staving 721 is formed extraneous gas source
Pressure space adjusts the pressure limit in space between the first staving 711 and the second staving 721 by pressure-regulating valve 7124, the
The pressure that gas between one staving 711 and the second staving 721 generates acts on pushing block 723, and upper pushing block 723 is in pressure pushing block
7123 and first under gas pressure effect between staving 711 and the second staving 721, squeezes the glue in the second staving 721, and second barrel
Glue in body 721 can smoothly be extruded by pressure pushing block 7123.
Point glue device 73 is set to 711 outside of the first staving, including divides glue main body 731, set on divide glue main body 731 and with inside it
The rubber hose 732 of connection and divide sebific duct 733；Rubber hose 732 is also connected to hickey 7112；Sebific duct 733 is divided to be connected to glue applying mechanism
5.Point glue main body 731 is equipped with multiple channels or hollow in it, and multiple channels are respectively turned on rubber hose 732 and divide sebific duct 733, when point
731 boring of glue main body, surface be equipped with it is multiple respectively with rubber hose 732 and divide sebific duct 733 connect interface.
71 working principle of pressure pot is as follows: glue is filling in charging basket 72, the first staving 711 is sheathed on outside charging basket 72
The screw thread discharge port 722 in portion, 72 bottom of charging basket is threadedly coupled with the hickey 7112 on 711 pedestal 7111 of the first staving, will
Pressure cover 712 is covered on 711 top of the first staving, and the second fixture block 71211 is arranged in fastening screw 71341, rotates rotating handle
71342, the second fixture block 71211 is clamped between rotating handle 71342 and the second fixed block 7132, charging basket 72 is sealed in
Inside one staving 711.Cylinder 7122 is connected to external air source, pressure-regulating valve 7124 connects extraneous gas source, and adjustment pressure is adjusted
Valve 7124 makes the air pressure in pressure pot 71 reach suitable range, starts cylinder 7122, and cylinder 7122 pushes pressure pushing block 7123
Movement, upper pushing block 723 under gas pressure effect, push away between pressure pushing block 7123 and the first staving 711 and charging basket 72 in promotion
Block 723 is moved downward along the bucket wall of charging basket 72, by the glue laminated in charging basket 72 to screw thread discharge port 722, then flows to hickey
7112 bottoms, glue divide glue device 73 by the flow direction of rubber hose 732, and glue flows out to a point glue main body 731, then divides sebific duct from each correspondence
733 flow out to glue applying mechanism 5.When glue needs filling again in charging basket 72, relief valve 7125 is opened to air pressure in pressure pot 71
Pressure release twists rotating handle 71342 after the completion of pressure release, and rotating handle 71342 is detached from from fastening screw 71341, the second fixture block
71211 are detached from fastening screw 71341, and pressure cover 712 is opened, and rotate lid 7121 along the first pivot pin 7131, pressure cover 712
It is opened to suitable angle, twists charging basket 72, charging basket 72 and the first staving 711 is detached from, takes out charging basket 72, charging basket 72 is carried out
Glue is filling, after completion is filling, then will be in the loading pressure pot 71 of charging basket 72.
In this example, automatic dispensing machine working principle is as follows: being placed in vibrating disk 22 to workpiece for dispensing glue, vibrating disk 22 will be to
Be transmitted to feeding groove 23 after dispensing workpiece sequential, multiple feedings directly shake device 24 effect of vibration under, to workpiece for dispensing glue
Sequential is simultaneously transmitted along feeding groove 23 to its output end；When feed mechanism 2 will be delivered to its output end 21 to dispensing workpiece,
Rotary power portion 421 drives first connecting rod 4212 to rotate the output end to arc chute 413 close to feed mechanism 2 by initial position
21 one end, meanwhile, second connecting rod 4214 pushes position limiting slide block 442 to close to feeder under the drive of first connecting rod 4212
The direction of the output end 21 of structure 2 is mobile, and second connecting rod 4214 is moved down along limit sliding chutes 4421, meanwhile, the second rotation is driven
Dynamic 5211 driving the second driving wheel 5212 rotation, the second driving wheel 5212 drive the second driven wheel 5213 by the second belt 5214
Rotation, the second driven wheel 5213 drive screw rod 5215 to rotate, and rotary motion is converted linear motion, fixing seat by screw rod 5215
5216 move with screw rod 5215 and are moved up and down, to drive multiple glue dispensing valves 522, straight line is moved down together, each glue dispensing valve 522
Dispensing is carried out to the wherein dispensing position that corresponds to dispensing workpiece being disposed below on a jig 32, it is then, more
A glue dispensing valve 522 moves up, and turntable 316 rotates, and jig 32, which rotates an angle with turntable 316, to be stopped, wherein one completes work for dispensing glue
Part moves to the middle position between feed mechanism and cutting agency with jig 32, remaining waits for dispensing workpiece with the rotation of jig 32 one
It is moved to respectively after angle below another glue dispensing valve, the output end 21 that the first clamping jaw 432 is moved to feed mechanism 2 is clamped to dispensing
Workpiece, the second clamping jaw 433, which is moved to the jig 32 for being placed with a completion dispensing workpiece and clamps, completes workpiece for dispensing glue, back spin
Rotatory force portion 421 drives first connecting rod 4212 to reversely rotate, and at the same time, glue applying mechanism repeats aforementioned activities, multiple glue dispensing valves
It moves down, continues dispensing to dispensing position corresponding on dispensing workpiece on the jig being disposed below.Turntable 316 turns again
Dynamic, in rotation process, the first clamping jaw 432 drives 21 direction of output end to workpiece for dispensing glue to separate feed mechanism 2 mobile, the
Two clamping jaws 433, which drive, completes workpiece for dispensing glue to the movement of 61 direction of input terminal of cutting agency 6, when first connecting rod 4212 turns to
When arc chute 413 is close to one end of the output end 21 of feed mechanism 2, turntable 316 stops operating, and the first clamping jaw 432 is moved to
At the jig 32 for the completion dispensing workpiece taken away by the second clamping jaw 433, the jig 32 will be placed in dispensing workpiece, and second presss from both sides
Pawl 433 is moved to the output end 21 of feed mechanism 2, and the completion workpiece for dispensing glue of clamping is placed in the output end of feed mechanism 2
21, glue applying mechanism repeats aforementioned activities, and multiple glue dispensing valves 522 move down again, on the jig being disposed below to dispensing work
Dispensing is continued in corresponding dispensing position on part, repeatedly, when needing dispensing position on dispensing workpiece is 3, disk machine
After structure carries out 3 start and stop, dispensing is fully completed to 3 dispensing positions on dispensing workpiece.Workpiece for dispensing glue is completed by the second clamping jaw
433 are placed in the input terminal 61 of blanking groove 62, blanking directly shake device 63 vibration under, along blanking groove 62 move along a straight line, third
Rotation driving 6421 interlocks third driving wheel 6422, and third driving wheel 6422 drives third driven wheel by third belt 6424
6423 rotations, the pickup component that third belt 6424 also drives first movement seat 6425 and is set on first movement seat 6425
643 is mobile to blanking groove 62, and workpiece holding for dispensing glue will be completed by picking up component 643 on blanking groove 62, rear to pick up component 643 instead
To charging tray 653 is moved to, workpiece for dispensing glue will be completed and be placed in charging tray 653.During dispensing, glue feed mechanism 7 is to multiple dispensings
Valve 522 is connected to external air source for glue, by cylinder 7122, adjusts pressure-regulating valve 7124, the air pressure in pressure pot 71 is made to reach conjunction
Suitable range starts cylinder 7122, and cylinder 7122 pushes pressure pushing block 7123 to move, and pressure pushing block 7123 pushes upper pushing block 723
It is moved downward along the bucket wall of charging basket 72, by the glue laminated in charging basket 72 to screw thread discharge port 722, then flows to 7112 bottom of hickey
Portion, glue divide glue device 73 by the flow direction of rubber hose 732, and glue flows out to a point glue main body 731, then divides sebific duct 733 to flow out from each correspondence
To glue dispensing valve 522, wherein each divides sebific duct 733 to be connected to a glue dispensing valve 522.When dispensing workpiece needs dispensing, for glue
To multiple glue dispensing valves 522 for glue, glue dispensing valve 522 treats dispensing workpiece dispensing for mechanism 7.
In conclusion, to dispensing workpiece automatic charging, 4 automatic Picking of grasping mechanism waits for dispensing workpiece to jig in this example
On 32, by 5 automatically dropping glue of glue applying mechanism, workpiece for dispensing glue is completed by pick-and-place material portion 43 and is placed in cutting agency 6, blanking machine automatically
6 automatic blanking of structure.
Claims (10)
1. a kind of automatic dispensing machine, including rack, set on the feed mechanism and cutting agency of the rack；The feed mechanism tool
There is output end, the cutting agency has input terminal, which is characterized in that further include grasping mechanism, the turntable set on the rack
Mechanism and glue applying mechanism；
The rotating disk mechanism is set between the output end and input terminal comprising turntable portion and circumferential direction are set to the multiple of its top surface
Jig；
The grasping mechanism is set to the side in turntable portion comprising set on the first support of rack, moving in rotation portion, picks and places material portion
And guide part；The first support has opposite the first face and the second face, and first face is equipped with arc chute；The rotation
Turn moving portion above first support, arcuately the sliding slot center of circle rotates at top, and bottom connection picks and places material portion；The guide part
It is laterally set to the lower section of first support, the bottom in the moving in rotation portion is along the guide part horizontal and vertical movement；
Wherein, when turntable portion rotates a predetermined angle, the output end, wherein a jig and the input terminal of multiple jigs are conllinear,
And wherein middle position of the jig between output end and input terminal；Material portion one end is picked and placed to be moved to along guide part by output end
Wherein while a jig, the other end is moved to input terminal by a wherein jig；The glue applying mechanism is moved in multiple jigs
Remaining jig.
2. automatic dispensing machine according to claim 1, which is characterized in that the moving in rotation portion includes:
Rotary power portion is set to second face, with rotary shaft, rotary shaft circle where the arc chute
Central axis setting, and worn by second face to first face；And
Swivel link comprising first connecting rod, spacing bayonet lock and second connecting rod；The first connecting rod along the arc chute half
The setting of diameter direction, one end axis connect the rotary shaft, and the other end is rotatablely connected the second connecting rod by the spacing bayonet lock
Top；The spacing bayonet lock is slidably connected in the arc chute；The bottom of the second connecting rod connects the pick-and-place material portion,
And the second connecting rod is slidably connected guide part.
3. automatic dispensing machine according to claim 2, which is characterized in that the guide part includes:
Gag lever post is set to the lower section of arc chute, and parallel output end is in line with input terminal group；And
Position limiting slide block, be slidably connected the gag lever post, and edge is equipped with perpendicular to the feed mechanism direction on the position limiting slide block
One limit sliding chutes；The second connecting rod is slidably connected to the limit sliding chutes.
4. automatic dispensing machine according to claim 1, which is characterized in that the pick-and-place material portion includes fixed bracket and sets up separately
The first clamping jaw and the second clamping jaw in fixed bracket both ends；The spacing of first clamping jaw and second clamping jaw is equal on described
Expect the half of mechanism and the cutting agency spacing；And the downward projection of first clamping jaw and second clamping jaw is located at
On the line of the output end and the input terminal；Wherein, when turntable portion rotates an angle, the first clamping jaw is along guide part by exporting
End is moved to a wherein jig, and the second clamping jaw is moved to input terminal by a wherein jig.
5. automatic dispensing machine according to claim 2, which is characterized in that slided when the first connecting rod moves to the arc
When either end in slot both ends, along the radius projected length in the horizontal plane of the arc chute of the first connecting rod extending direction
Equal to a quarter of the spacing of the input terminal of the output end and cutting agency of the feed mechanism, the pick-and-place material portion two
Either end in end is zero at a distance from the output end of the feed mechanism and the input terminal connected line of the cutting agency.
6. automatic dispensing machine according to claim 1, which is characterized in that the glue applying mechanism includes:
Second support is set in the rack；And
Dispensing component, the dispensing component include lifters and multiple glue dispensing valves；The lifters are set to the rack；Multiple institutes
It states glue dispensing valve and is linked in the lifters, wherein the quantity of the glue dispensing valve one fewer than the quantity of the jig；It is each described
Glue dispensing valve corresponds to a jig.
7. -6 any automatic dispensing machine according to claim 1, which is characterized in that further include being connect with the glue applying mechanism
Glue feed mechanism, the glue feed mechanism includes:
Pressure pot comprising the first staving and the pressure cover at the top of the first staving；First staving bottom is equipped with pedestal,
The pedestal is equipped with a hickey towards the one side of pressure cover；The pressure cover includes lid, cylinder, pressure pushing block, pressure
Regulating valve and relief valve；The cover cap is set at the top of first staving, and one end of the piston rod of the cylinder is through described
Lid is connect with the pressure pushing block；The pressure pushing block is set in first staving；The pressure-regulating valve and relief valve
On the outside of the lid and it is respectively communicated with the inside of first staving；
Charging basket comprising the second staving, the screw thread discharge port set on second staving bottom and slide lid are set to described second
The upper pushing block of inner wall of barrel；Second staving is sheathed in first staving, the screw thread discharge port and hickey spiral shell
It connects, the area of the upper pushing block is greater than or equal to the area of the pressure pushing block, and is located at below the pressure pushing block；And
Point glue device is set on the outside of first staving, including divides glue main body, divides glue main body set on described and internal is connected to it
Rubber hose and divide sebific duct；The rubber hose is also connected to the bottom of the hickey；Described point of sebific duct is connected to the dispenser
Structure.
8. automatic dispensing machine according to claim 7, which is characterized in that the pressure cover further include: overvoltage protection valve,
On the outside of the lid, and it is connected to the inside of first staving.
9. automatic dispensing machine according to claim 7, which is characterized in that be equipped with first at the top of the first staving lateral wall
Fixed block, the lid outside are equipped with the first fixture block, and first fixed block is set in first fixture block, and described first is solid
Determine block and first fixture block to be rotatablely connected by the first pivot pin；The pressure pot further includes fastening adjustment component, the fastening
Component is adjusted to include the second fixed block for being set to the first staving lateral wall, be disposed through the second of second fixed block
Pivot pin and the fastening bolt for being rotationally connected with second pivot pin；The fastening bolt includes that one end is rotationally connected with second pivot pin
Fastening screw and be threadedly connected to the rotating handle of the fastening screw other end；The second card is equipped on the outside of the lid
Block, second fixture block are arranged on the fastening screw, and between rotating handle and the second fixed block.
10. -6 any automatic dispensing machine according to claim 1, which is characterized in that the cutting agency includes:
Blanking groove, with input terminal；
Multiple spaced blankings are directly shaken device, and the rack is fixed in directly shake one end of device of each blanking, and the other end connects
It is connected to the bottom of the blanking groove；
Blanking portion, be set to the input terminal side, including be set to the rack second support, be set to second support and
Edge is parallel to the first driving section of the blanking groove direction transmission and is linked in the pickup component of first driving section；And
Splicing portion comprising be set to the third bracket of the rack, be set to the third bracket and along perpendicular to described first
Second driving section of driving section transmission direction transmission and it is linked in the charging tray of second driving section, is spaced and sets on the charging tray
It is equipped with the multirow splicing position parallel with the first driving section transmission direction, every a line splicing bit interval is provided with multiple groove positions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821189452.9U CN208727881U (en) | 2018-07-26 | 2018-07-26 | A kind of automatic dispensing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821189452.9U CN208727881U (en) | 2018-07-26 | 2018-07-26 | A kind of automatic dispensing machine |
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| Publication Number | Publication Date |
|---|---|
| CN208727881U true CN208727881U (en) | 2019-04-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821189452.9U Active CN208727881U (en) | 2018-07-26 | 2018-07-26 | A kind of automatic dispensing machine |
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| Country | Link |
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| CN (1) | CN208727881U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108970902A (en) * | 2018-07-26 | 2018-12-11 | 广东力王高新科技股份有限公司 | A kind of automatic dispensing machine |
| CN110038768A (en) * | 2019-04-26 | 2019-07-23 | 深圳昭银科技有限公司 | A kind of fully-automatic intelligent Mobile phone screen spot gluing equipment and dispensing method |
-
2018
- 2018-07-26 CN CN201821189452.9U patent/CN208727881U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108970902A (en) * | 2018-07-26 | 2018-12-11 | 广东力王高新科技股份有限公司 | A kind of automatic dispensing machine |
| CN108970902B (en) * | 2018-07-26 | 2023-12-26 | 广东力王高新科技股份有限公司 | Automatic dispensing machine |
| CN110038768A (en) * | 2019-04-26 | 2019-07-23 | 深圳昭银科技有限公司 | A kind of fully-automatic intelligent Mobile phone screen spot gluing equipment and dispensing method |
| CN110038768B (en) * | 2019-04-26 | 2020-04-21 | 深圳市三力高科技有限公司 | Full-automatic smart phone screen dispensing equipment and dispensing method |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: An automatic dispensing machine Effective date of registration: 20211102 Granted publication date: 20190412 Pledgee: Bank of Guangzhou Co.,Ltd. Huizhou Branch Pledgor: GUANGDONG LIWANG HIGH-TECH CO.,LTD. Registration number: Y2021980011779 |
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