CN209465270U - Dispensing uniformly automates dispenser system - Google Patents

Abstract

The utility model belongs to dispensing technology field, and in particular to a kind of dispensing uniformly automates dispenser system.Separator is set in the point glue equipment in dispenser system provided by the utility model, the separator is made of filter plate and chimney filter, the vertical section of chimney filter tube wall is in hyperbolic-type, chimney filter minimum pipe is equal to glue molecular diameter, chimney filter tube wall is ventilated membrane, and the air hole aperture of the ventilated membrane is less than glue molecular diameter.The separator of the structure is conducive to glue molecule unimolecule and orderly passes through chimney filter, and the air being dissolved in glue will be escaped from air hole, to filter out air；Moreover, the chimney filter of hyperbolic-type can change glue flow velocity, the air being dissolved in glue is utmostly precipitated and stablizes glue into contraction flow region, guarantees glue even density, improves subsequent dispensing quality.The dispenser system high degree of automation, flexible operation improve dispensing efficiency.

Description

Dispensing uniformly automates dispenser system

Technical field

The utility model belongs to dispensing technology field, and in particular to a kind of dispensing uniformly automates dispenser system.

Background technique

Dispensing, also referred to as sizing, gluing, encapsulating, drop glue etc., are that glue (such as electronics glue, oil or other liquid) is applied Smear, encapsulating, point drip on product, with play paste, encapsulating, insulation, fixation, smooth surface the effects of process.Traditional point Glue mode mainly passes through manual work, time-consuming and laborious, and due to the limitation of people, be easy to happen during dispensing overbrushing, Excessive glue applies askew problem；With the development of gluing process, the introducing of automation dispensing equipment largely changes previous Dispensing mode improves dispensing efficiency, and dispensing position is accurate, high yield rate.

Due to the diversified demand of dispensing, spot gluing equipment develops into two-fluid glue dispenser or even a variety of by single liquid dispenser Glue mixing dispenser.In order to guarantee the preferable mixed effect of two or more glues, existing dispenser often glue into Rabbling mechanism is set before entering syringe needle, i.e., two kinds or more of colloids first enter back into syringe needle dispensing after agitated mechanism mixes.It adopts Although can reach good mixed effect with the dispenser of this structure, glue is inevitably mixed into during stirring Air or other solid impurities, so that glue point contains the impurity such as bubble, glue point Density inhomogeneity not can guarantee a colloid Amount.

Utility model content

Therefore, the technical problem to be solved by the present invention is to overcome existing spot gluing equipment during mixed glue because of sky The impurity such as gas are mixed into so as to cause glue point Density inhomogeneity, the ropy problem of glue point, thus provide a kind of dispensing uniformly, glue point The interior automation dispenser system for being free of equal impurity.

In order to solve the above technical problems, the technical solution adopted in the utility model is:

The utility model provides a kind of dispensing and uniformly automates dispenser system characterized by comprising

Bearing device waits for dispensing part for support including pedestal and fixed platform on the base；

Point glue equipment, including at least one glue conveying box and the syringe needle being connected with the glue conveying box, the syringe needle includes Sequentially connected interconnecting piece, separator and contraction flow region；The separator includes side wall and the first filter plate disposed in parallel and Two filter plates；At least one first filter opening is offered on first filter plate, and corresponding described first is offered on second filter plate Filter opening and second filter opening equal with the first filter opening diameter, corresponding first filter opening pass through with second filter opening Chimney filter is connected；The vertical section of the chimney filter tube wall is in hyperbolic-type, and the minimum pipe of the chimney filter is equal to glue molecular diameter, The chimney filter tube wall is equipped with air hole, and the air hole aperture is less than glue molecular diameter；

Driving device, setting is connected on the bearing device, and with the point glue equipment, to drive described mucilage binding It sets movement and drives the syringe needle close to or far from described to dispensing part；

Drying unit, including the second conveyer belt and the drying light source being oppositely arranged with second conveyer belt；

Control device is electrically connected to control the driving device movement with the driving device.

Preferably, the automation dispenser system of the structure, first filter plate, second filter plate, the chimney filter and institute The inner cavity that side wall surrounds is stated to be connected with vacuum pump.

It is further preferred that the automation dispenser system of the structure, be provided with piston in the interconnecting piece, the piston with Electric hydaulic device is connected, and the electric hydaulic device is electrically connected with the control device.

It is further preferred that the automation dispenser system of the structure, check-valves, the defeated glue are provided on the glue conveying box Pipe input end is connected with mixing machine.

Preferably, the automation dispenser system of the structure, the driving device include being fixed on the bearing device Support arm, the first hinged lever arm with the support arm, and second lever arm hinged with first lever arm；

Second lever arm include articulated joint and with the integrally formed seat board of the articulated joint, be arranged on the seat board There is at least one for fixing the fixation hole of the syringe needle.

It is further preferred that the automation dispenser system of the structure, it is provided with the first conveyer belt on the platform, described One conveyer belt is provided with input end and the outlet end opposite with the input end；

The input end is provided with the first pressure inductor being electrically connected with the control device, to control the driving dress The starting set.

It is further preferred that the automation dispenser system of the structure further includes drying unit, the drying unit includes the Two conveyer belts and the drying light source being oppositely arranged with second conveyer belt；

The outlet end is provided with the be electrically connected with the control device, second conveyer belt, the drying light source Two pressure inductors, to control the stopping of the driving device and the starting of second conveyer belt, the drying light source.

It is further preferred that the automation dispenser system of the structure, the drying light source is quantum dot light emitting panel or has Machine light-emitting-diode panel.

It is further preferred that the automation dispenser system of the structure, the drying light source is to pass through company by several sub-panels The splicing panel of connection device composition.

It is further preferred that the automation dispenser system of the structure, second conveyer belt is transmitted close to described first The outlet end of band and with the first conveyer belt same plane, for that described will be transmitted to dispensing part from first conveyer belt To second conveyer belt.

Technical solutions of the utility model have the advantages that

1. dispensing provided by the utility model uniformly automates dispenser system, including bearing device, point glue equipment, driving Device, drying unit and control device.

Point glue equipment includes the separator for filtering out gas and other solid impurities in glue, and the separator is by the first filter Plate, the second filter plate and chimney filter are constituted, and chimney filter connects the filter opening of the first filter plate and the second filter plate, wherein the vertical profile of chimney filter tube wall Face is in hyperbolic-type, and the minimum pipe of chimney filter is equal to glue molecular diameter, and chimney filter tube wall is ventilated membrane, the air hole aperture of chimney filter Less than glue molecular diameter.The separator of the structure, when glue is by the minimum pipe of chimney filter, glue molecule is by unimolecule Orderly by chimney filter, and being dissolved in the air in glue will escape from air hole, filter out the air in glue to realize Effect.

Chimney filter is arranged to hyperbolic-type, flow velocity is slower when glue enters separator by filter plate filter opening, reaches chimney filter During at minimum pipe, caliber increases, and flow velocity increases, and the bubble in glue is extruded, and less turbulence becomes larger, and is conducive to molten Air of the solution in glue is quickly escaped by air hole；When glue to the separator other side from flowing at chimney filter minimum pipe, Caliber increases, flows decrease, and glue molecule less turbulence reduces, and is conducive to glue and stablizes into contraction flow region, glue even density, Guarantee subsequent dispensing quality.Meanwhile the separator can also filter out the solid impurity in glue molecule, guarantee the pure of glue Degree.

In addition, driving device driving point glue equipment move and drives syringe needle close to or far to dispensing part, control device and To control driving device movement, high degree of automation, flexible operation improves dispensing efficiency for driving device electrical connection.

2. dispensing provided by the utility model uniformly automates dispenser system, driving device includes support arm, the first work Swing arm and the second lever arm, the first lever arm and support arm are hinged, and the second lever arm and the first lever arm are hinged, driving device band Syringe needle is moved close to or far to dispensing part, high degree of automation improves dispensing efficiency.

3. the automation dispenser system of anti-glue point hangover provided by the utility model, drying light source is quantum dot light emitting face Plate, organic LED panel are area source, are shone uniformly, and safety durable dries glue point using area source, Entire glue point degree of drying is uniform, can sufficiently play paste, encapsulating, insulation, it is fixed the effects of.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the main view of the automation dispenser system for the anti-glue point hangover that the utility model embodiment 1 provides；

Fig. 2 is mixing machine, glue conveying box, syringe needle and vacuum pump structure schematic diagram in Fig. 1；

Fig. 3 is separator longitudinal profile schematic diagram in Fig. 2；

Fig. 4 is the longitudinal profile schematic diagram of the second lever arm in Fig. 1；

Fig. 5 is the top view of the second lever arm in Fig. 1；

Description of symbols:

1- bearing device；11- pedestal；12- platform；The first roll shaft of 121-；1211- first pressure inductor；122- second Roll shaft；1221- second pressure inductor；123- third roll shaft；The 4th roll shaft of 124-；The first conveyer belt of 13-；

2- point glue equipment；21- mixing machine；22- glue conveying box；221- check-valves；23- syringe needle；231- interconnecting piece；2311- is living Plug；232- separator；The first filter plate of 2321-；The second filter plate of 2322-；2323- chimney filter；2324- side wall；The first filter opening of 2325-； The second filter opening of 2326-；2327- air hole；233- vacuum pump；234- contraction flow region；2341- gum outlet；

3- driving device；31- support arm；The first lever arm of 32-；The second lever arm of 33-；331- articulated joint；332- seat board； 3321- fixation hole；

4- drying unit；The second conveyer belt of 41-；42- dries light source；

5- control device.

Specific embodiment

The following describes the utility model in further detail with reference to the accompanying drawings, the aforementioned and other mesh of the utility model , features, aspects and advantages will be apparent, to enable those skilled in the art's refer to the instruction text real accordingly It applies.In the accompanying drawings, for clarity, shape and size can be amplified, and identical attached drawing mark will be used in all figures Note is to indicate the same or similar component.In the following description, such as center, thickness, height, length, front, back, rear portion, The words such as the left side, the right, top, bottom, top, lower part are to be based on the orientation or positional relationship shown in the drawings.Particularly, " high Degree " is equivalent to size from the top to the bottom, and " width " is equivalent to size from left to right, and " depth " is equivalent to be arrived in the past Size afterwards.These relative terms are to be not intended to need specifically to be orientated for convenience and usually.Be related to attachment, Connection etc. term (for example, " connection " and " attachment ") refer to these structures pass through intermediate structure directly or indirectly to one another fixation or The relationship of attachment and movable or rigidly attached or relationship, unless otherwise clearly stating.

Embodiment 1

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, as shown in Figure 1, including bearing device 1, dispensing Device 2, driving device 3, drying unit 4 and control device 5.

Wherein, bearing device 1 includes pedestal 11, platform 12 and the first transmission belt 13, and platform 12 is fixed on the pedestal 11.Such as Shown in Fig. 1, two parallel roll shafts: the first roll shaft 121 and the second roll shaft 122 are set on platform 12, in 121 He of the first roll shaft It is arranged the first conveyer belt 13 on second roll shaft 122, for support and transports to dispensing part.First conveyer belt 13 is close to the first roll shaft 121 one end is input end, first pressure inductor 1211 is arranged on the first roll shaft 121, when being sent to dispensing part by input end When entering the first conveyer belt 13, pressure is generated to the first conveyer belt 13 to dispensing part, pressure signal is caught by first sensor 1211 It obtains.First conveyer belt 13 is outlet end close to one end of the second roll shaft 122, and second pressure sense is arranged on the second roll shaft 122 Answer device 1221.

As depicted in figs. 1 and 2, point glue equipment 2 includes mixing machine 21, glue conveying box 22 and syringe needle 23.

Mechanical stirring is set in mixing machine 21, for mixing two or more glue.

The input end of glue conveying box 22 is connected with 21 outlet end of mixing machine, and check-valves 221 is arranged on glue conveying box 22, prevents Glue reflux.

Syringe needle 23 includes interconnecting piece 231, separator 232, vacuum pump 233 and contraction flow region 234.One end of interconnecting piece 231 with The outlet end of glue conveying box 22 is connected, and the other end of interconnecting piece 231 is connect with separator 232 by being threadedly engaged.Interconnecting piece 231 It is inside provided with piston 2311, piston 2311 is connected with electric hydaulic device (being not drawn into figure), living under the effect of electric hydaulic device Glue is pushed into separator 232 by plug 2311.

As shown in figure 3, separator 232 is by the first filter plate 2321,2324 structure of the second filter plate 2322, chimney filter 2323 and side wall At.Wherein, the first filter opening 2325 is offered on the first filter plate 2321, number is 6, accordingly, is opened up on the second filter plate 2322 There is the second filter opening 2326, number is 6, and the both ends of chimney filter 2323 connect with the first filter opening 2325 and the sealing of the second filter opening 2326 respectively It connects, so that the first filter plate 2321, the second filter plate 2322,2323 outside wall surface of chimney filter and side wall 2324 surround closed cavity, the cavity It is connected with vacuum pump 233.As shown in figure 3, the vertical section of 2323 tube wall of chimney filter is in hyperbolic-type, the minimum pipe of chimney filter 2323 Equal to glue molecular diameter；2323 tube wall of chimney filter (is only identified in Fig. 3 most using ventilative film preparation, air hole 2327 2327 structure of air hole at small diameter tube) aperture be less than glue molecular diameter；The minimum pipe of chimney filter 2323 is equal to glue point Sub- diameter.

When glue enters chimney filter 2323 by the first filter opening 2325, caliber is larger, and glue flow velocity is slower, as caliber subtracts Small, the various molecule mutual extrusions in glue, less turbulence becomes larger, and the air being dissolved in glue gathers, is precipitated, in vacuum pump It is escaped under 233 effects by air hole 2327；When at minimum pipe of the glue through screen pipe 2323, glue molecule will be with unimolecule Form passes through chimney filter 2323 in an orderly manner, and the air being dissolved in glue is escaped by air hole 2327 completely；When glue is by chimney filter When flowing at 2323 minimum pipe to the second filter opening 2326, caliber increases, glue flows decrease, and less turbulence reduces, favorably Stablize in glue and enter contraction flow region 234, and enter the glue even density of contraction flow region 234, ensure that subsequent dispensing quality. Meanwhile the separator 232 can also filter out the solid impurity in glue molecule, guarantee the degree of purity of glue.

As shown in Fig. 2, the contraction flow region 234 is in a circular table shape, offer round table-like inner cavity inside it, with formed flared end and Necking end, the through-hole positioned at necking end are gum outlet 2341.The flared end of contraction flow region 234 and the other end of separator 232 are logical It crosses and is threadedly engaged connection.

As shown in Figure 1, driving device 3 includes support arm 31, the first lever arm 32 and the second lever arm 33.Support arm 31 Bottom end is provided with gear, and platform 12 is equipped with servo motor, and the output end of servo motor is provided with gear, the gear of support arm 31 It engages with the gear of servo motor output end, is rotated by Serve Motor Control support arm 31.One end of first lever arm 32 with By being hingedly cooperatively connected, the other end of one end of the second lever arm 33 and the first lever arm 32 passes through hinge for the upper end of support arm 31 Mating connection is connect, and the first lever arm 32, the rotation of the second lever arm 33 are controlled by electric hydaulic bar respectively.As shown in figure 4, the Two lever arms 33 include articulated joint 331 and seat board 332, and articulated joint 331 and seat board 332 are integrally formed.As shown in figure 5, seat board 332 On offer fixation hole 3321 for fixed needle 23, the number of the fixation hole 3321 opened up is 6, then the seat board 332 On can fix 1-6 syringe needle.Driving device 3 drives syringe needle 23 close to or far to dispensing part, and high degree of automation improves Dispensing efficiency.

As shown in Figure 1, drying unit 4 includes the second conveyer belt 41 and drying light source 42.On platform 12 with the first roll shaft 121 and 122 same level of the second roll shaft on set gradually two roll shafts: third roll shaft 123 and the 4th roll shaft 124, in third The second conveyer belt 41 is arranged on roll shaft 123 and the 4th roll shaft 124.Four roll shafts are arranged in parallel, third roll shaft 123 and the second roll shaft 122 are arranged close to, so that the second conveyer belt 41 and the first conveyer belt 13 are in same plane and close to the first conveyer belts 13, favorably In that will reach the second conveyer belt 41 from the first conveyer belt 13 to dispensing part, article for dispensing glue will be completed in transport, and transport The drying of glue point is completed in journey.

In the surface of the second conveyer belt 41 setting drying light source 42, drying light source 42 uses quantum dot light emitting panel, should Quantum dot light emitting panel is spliced by 4 pieces of sub-panels.Quantum dot light emitting panel is area source, is shone uniformly, safety durable, and The splicing adjustable angle of each sub-panel, it is uniform to the drying degree of glue point so that dispensing sufficiently play paste, encapsulating, absolutely The effects of edge, fixation.

As shown in Figure 1, control device 5 is electrically connected (connecting wire does not mark) with first pressure inductor 1211, and with drive The servo motor of dynamic device 3, the electrical connection of electric hydaulic device, when dispensing part is sent into the first conveyer belt 13 by input end, to point Glue part generates pressure sensitivity to the first conveyer belt 13, and pressure signal captures by first sensor 1211, and reaches servo motor, electronic Hydraulic press, to control support arm 31, the first lever arm 32, the rotation of the second lever arm 33；Meanwhile control device 5 and piston 2311 It is electrically connected (connecting wire does not mark), realize colloid outflow and truncation.When article for dispensing glue being completed being sent out by outlet end, The pressure signal that article for dispensing glue is completed is captured by second pressure inductor 1221, and reach servo motor, electric hydaulic device, Second conveyer belt 41, drying light source 42, make driving device 3 stop working, and the second transmission belt 41 and drying light source 42 open work Make, completes dispensing process.

Embodiment 2

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, the second conveyer belt 41 are arranged not close to the first conveyer belt 13, and the two is in same plane together, but the two spacing distance is greater than object for dispensing glue is completed The length of product.For the automation dispenser system of this structure, article for dispensing glue will be completed using other equipment after dispensing The second conveyer belt 41 is reached, drying work can be also completed.

As the further deformation of alternative embodiment, the second conveyer belt 41 and the first transmission belt 13 can also be arranged in not Same plane, or even point glue equipment 2 and drying unit 4 are arranged to two independent facilities.For the automation point of this structure Colloid system can also will be completed article for dispensing glue using other devices after dispensing and reach the second conveyer belt 41 and complete to dry It works.

Embodiment 3

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, dries light source 42 Using entire panel, rather than the splicing panel being spliced by sub-panel, glue point can also be dried.

Embodiment 4

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, dries light source 42 Using organic LED panel, it is also able to achieve uniform, safety durable the effect that shines, and drying effect is good.

As the further deformation of alternative embodiment, panel type light source can not also be used by drying light source 42, but be adopted Glue point is dried with one or two ultraviolet lamp, can also reach good drying effect.

Embodiment 5

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, the automation point Colloid system is not provided with drying unit 4, but dispensing terminates to take the mode of naturally dry that the hygroscopic water in glue point evaporates.

Embodiment 6

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, on platform 12 not First conveyer belt 13 is set, to dispensing part by other devices, such as mechanical arm, dispensing region is sent into, again by machine after completion dispensing Tool arm is sent to drying unit 4.

Embodiment 7

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, driving device 3 It may also set up the lever arm of more multistage, such as three sections, four sections, as long as can be accurately located to syringe needle 23 to dispensing position i.e. It can.

As the further deformation of alternative embodiment, articulated manner can not be used to connect between lever arm, but adopted With being slidably connected, as long as can be relatively moved between lever arm, and be finally able to achieve syringe needle 23 under the effect of electric hydaulic device It is accurately located to dispensing position.

Embodiment 8

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, on glue conveying box 22 It can also be not provided with check-valves 221, frequency can be promoted by increasing piston 2311, make glue push-in separator as much as possible 232。

Embodiment 9

The present embodiment provides a kind of dispensings uniformly to automate dispenser system, unlike the first embodiment, interconnecting piece 231 It is interior to be not provided with piston 2311, but centrifugal pump is set, glue is pumped by separator 232 using centrifugal pump.

Embodiment 10

The present embodiment provides a kind of automation dispenser systems of anti-glue point hangover, unlike the first embodiment, the first filter plate The number of first filter opening 2325 can also be arranged to other numerical value, such as 8,10 on 2321；Accordingly, the second filter plate 2326 Upper setting and equal number of second filter opening 2326 of the first filter opening 2325.

As the further deformation of alternative embodiment, the position of the second filter opening 2326 can also be 2325 with the first filter opening It sets and is not correspondingly arranged, as long as the two is tightly connected by chimney filter 2323.

Number of devices and treatment scale described herein are the explanations for simplifying the utility model.To the utility model Application, modifications and variations will be readily apparent to persons skilled in the art.

Although the embodiments of the present invention have been disclosed as above, it is not limited in institute in specification and embodiments Column use, it can be applied to various fields suitable for the present invention completely, for those skilled in the art, can Easily realize other modification, therefore without departing from the general concept defined in the claims and the equivalent scope, this is practical It is novel to be not limited to specific details and legend shown and described herein.

Claims (10)

1. a kind of dispensing uniformly automates dispenser system characterized by comprising

Bearing device (1) waits for dispensing for support including pedestal (11) and the platform (12) being fixed on the pedestal (11) Part；

Point glue equipment (2), including at least one glue conveying box (22) and the syringe needle (23) being connected with the glue conveying box (22), institute Stating syringe needle (23) includes sequentially connected interconnecting piece (231), separator (232) and contraction flow region (234)；The separator (232) Including side wall (2324) and the first filter plate disposed in parallel (2321) and the second filter plate (2322)；First filter plate (2321) On offer at least one first filter opening (2325), corresponding first filter opening is offered on second filter plate (2322) (2325) and second filter opening (2326) equal with the first filter opening (2325) diameter, corresponding first filter opening (2325) it is connected with second filter opening (2326) by chimney filter (2323)；The vertical section of chimney filter (2323) tube wall is in double Shaped form, the minimum pipe of the chimney filter (2323) are equal to glue molecular diameter, and chimney filter (2323) tube wall is equipped with ventilative Hole (2327), air hole (2327) aperture are less than glue molecular diameter；

Driving device (3), setting are connected on the bearing device (1), and with the point glue equipment (2), described in driving Point glue equipment (2) moves and drives the syringe needle (23) close to or far from described to dispensing part；

Drying unit (4), including the second conveyer belt (41) and the drying light source being oppositely arranged with second conveyer belt (41) (42)；

Control device (5) is electrically connected to control the driving device (3) movement with the driving device (3).

2. automation dispenser system according to claim 1, which is characterized in that first filter plate (2321), described Two filter plates (2322), the chimney filter (2323) are connected with the inner cavity that the side wall (2324) surrounds with vacuum pump (233).

3. automation dispenser system according to claim 2, which is characterized in that be provided with work in the interconnecting piece (231) It fills in (2311), the piston (2311) is connected with electric hydaulic device, and the electric hydaulic device is electrically connected with the control device (5) It connects.

4. automation dispenser system according to claim 3, which is characterized in that be provided with non-return on the glue conveying box (22) Valve (221)；

Glue conveying box (22) input end is connected with mixing machine (21).

5. automation dispenser system according to claim 1 to 4, which is characterized in that the driving device (3) includes The support arm (31) being fixed on the bearing device (1), hinged the first lever arm (32) with the support arm (31), and Hinged the second lever arm (33) with first lever arm (32)；

Second lever arm (33) include articulated joint (331) and with the articulated joint (331) integrally formed seat board (332), at least one is provided on the seat board (332) for fixing the fixation hole (3321) of the syringe needle (23).

6. automation dispenser system according to claim 5, which is characterized in that be provided with the first biography on the platform (12) Band (13) is sent, first conveyer belt (13) is provided with input end and the outlet end opposite with the input end；

The input end is provided with the first pressure inductor (1211) being electrically connected with the control device (5), described in control The starting of driving device (3).

7. automation dispenser system according to claim 6, which is characterized in that further include drying unit (4), the drying Device (4) includes the second conveyer belt (41) and the drying light source (42) being oppositely arranged with second conveyer belt (41)；

The outlet end is provided with to be electrically connected with the control device (5), second conveyer belt (41), the drying light source (42) The second pressure inductor (1221) connect, to control stopping and second conveyer belt (41), institute of the driving device (3) State the starting of drying light source (42).

8. automation dispenser system according to claim 7, which is characterized in that the drying light source (42) is quantum dot hair Optic panel or organic LED panel.

9. automation dispenser system according to claim 8, which is characterized in that the drying light source (42) is by several sons The splicing panel that panel is made up of attachment device.

10. automation dispenser system according to claim 7, which is characterized in that second conveyer belt (41) close to The outlet end of first conveyer belt (13) and with the first conveyer belt (13) same plane, with for will be described to dispensing part Second conveyer belt (41) is sent to from first conveyer belt (13).