CN209403572U - A kind of assembling equipment for electronic cigarette assembly - Google Patents

Abstract

This application provides a kind of assembling equipment for electronic cigarette assembly, the assembling equipment includes: discharge component, conveying assembly and punching laminating component, discharge component is for exporting at least one part to be fit, conveying assembly is used to be delivered to part to be fit below punching laminating component, sub- paster after punching is pressed on the binding face of part to be fit by punching laminating component for being punched paster.In this way, it may be implemented that sub- paster is directly pressed into part to be fit after being automatically punched paster, not only increase the consistency of sub- paster Yu part bonding position to be fit, avoid neglected loading, realize that assembling automation also improves production efficiency.

Description

A kind of assembling equipment for electronic cigarette assembly

Technical field

This application involves electronic cigarette mounting technology fields, more particularly to a kind of assembling equipment for electronic cigarette assembly.

Background technique

In the assembling process of electronic cigarette, need for blotting paper to be packed into battery lampshade, it is general at present using first by water suction Paper supplied materials is cut into circular shaped patches, then circular shaped patches one by one are manually loaded in battery lampshade, be easy to cause blotting paper with The problems such as battery lampshade bonding position is inconsistent, neglected loading, production efficiency is not also high.

Summary of the invention

The application be mainly to provide it is a kind of for electronic cigarette assembly assembling equipment, it is intended to improve in the prior art paster with The problem that part bonding position to be fit is inconsistent, neglected loading and production efficiency are lower.

In order to solve the above technical problems, the application provides a kind of assembling equipment for electronic cigarette assembly, the assembling equipment It include: discharge component, for exporting at least one part to be fit, conveying assembly and punching laminating component, conveying assembly is used for will Part to be fit is delivered to below punching laminating component, and punching laminating component is for paster to be punched, and by the son after punching Paster is pressed on the binding face of part to be fit.

The beneficial effect of the application is: being in contrast to the prior art, the application passes through discharge component output at least one Part to be fit is delivered to below punching laminating component by a part to be fit, conveying assembly, and punching laminating component rushes paster It cuts out, and the sub- paster after punching is pressed on the binding face of part to be fit, may be implemented after being automatically punched paster and direct Sub- paster is pressed into part to be fit, the consistency of sub- paster Yu part bonding position to be fit is not only increased, avoids neglected loading, it is real Now assembling automation also improves production efficiency.

Detailed description of the invention

In order to more clearly explain the technical solutions in the embodiments of the present application, make required in being described below to embodiment Attached drawing is briefly described, it should be apparent that, the drawings in the following description are only some examples of the present application, to this For the those of ordinary skill of field, without creative efforts, it can also be obtained according to these attached drawings others Attached drawing.

Fig. 1 is the structural schematic diagram of the assembling equipment provided by the present application for electronic cigarette assembly；

Fig. 2 be in the application paster applying in the schematic diagram of part to be fit；

Fig. 3 is the schematic cross-section that laminating component is punched in Fig. 1；

Fig. 4 is the structural schematic diagram of conveying assembly in Fig. 1；

Fig. 5 is the structural schematic diagram of joint jig in Fig. 4；

Fig. 6 is the structural schematic diagram of discharge component in Fig. 1；

Fig. 7 is the structural schematic diagram of binder component in Fig. 1；

Fig. 8 is the structural schematic diagram of discharge component in Fig. 1；

Fig. 9 is the structural schematic diagram of detection components in Fig. 1.

Specific embodiment

Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete Site preparation description, it is clear that described embodiment is only a part of the embodiment of the application, instead of all the embodiments.It is based on Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall in the protection scope of this application.

Refering to fig. 1, Fig. 1 is the structural schematic diagram of the assembling equipment 10 provided by the present application for electronic cigarette assembly.This reality The assembling equipment 10 for applying example includes discharge component 11, conveying assembly 12 and punching laminating component 13.

It to Fig. 2, Fig. 2 is refering to fig. 1 jointly paster 15 fits in part 14 to be fit in the application schematic diagram.

Wherein, discharge component 11 is used for for exporting at least one part 14 to be fit, conveying assembly 12 by part 14 to be fit It is delivered to 13 lower section of punching laminating component, punching laminating component 13 is pasted for paster 15 to be punched, and by the son after punching Paper 151 is pressed on the binding face 141 of part 14 to be fit.

In the present embodiment, part 14 to be fit can be the battery lampshade of electronic cigarette, and paster 15 can be blotting paper, will absorb water Paper is packed into battery lampshade, can be sealed to battery lamp housing portion, and be allowed to keep drying.

It is the schematic cross-section of punching laminating component 13 in Fig. 1 to Fig. 3, Fig. 3 refering to fig. 1 jointly.

Being punched laminating component 13 includes upper die component 131, lower template 132 and the first actuator 133, and lower template 132 is arranged In 131 lower section of upper die component, and for placing paster 15, conveying assembly 12 is used to part 14 to be fit being delivered to lower template 132 Lower section, the first actuator 133 are connect with upper die component 131, to drive upper die component 131 close to or far from lower template 132.

Wherein, upper die component 131 includes cope plate 1311 and multiple spaced upper tringles 1312, cope plate 1311 It being connect with the first actuator 133, multiple upper tringles 1312 are arranged at intervals at one side of the cope plate 1311 towards lower template 132, Lower template 132 offers multiple through-holes 1321, and upper tringle 1312 is opposite with through-hole 1321 and is coaxially disposed, in the first driving During part 133 drives cope plate 1311 that upper tringle 1312 is driven to move towards lower template 132, upper tringle 1311 passes through logical Hole 1321 to be punched to paster 15, and forms sub- paster 151 corresponding with 1321 shape of through-hole.

In the present embodiment, the quantity of the above tringle 1312 and through-hole 1321 is to realize disposably by paster 15 for 8 Punching obtains 8 sub- pasters 151, to improve production efficiency.

Optionally, 8 upper tringles 1312 and the linear arrangement of through-hole 1321, can also arrange certainly in other modes, This is not restricted.

Further, punching laminating component 13 further includes guide plate 134, and guide plate 134 is set to 132 lower section of lower template, Guide plate 134 is provided with multiple guide pipes 1341, and guide pipe 1341 and through-hole 1321 are opposite and be coaxially disposed, conveying assembly 12 into One step is used to for part 14 to be fit being delivered to 134 lower section of guide plate, so that the binding face of guide pipe 1341 and part 14 to be fit 141 be in be oppositely arranged.

In the present embodiment, after upper tringle 1312 is punched to obtain sub- paster 151 across through-hole 1321 to paster 15, son Paster 151 is affixed on end face of the tringle 1312 far from cope plate 1311, and the first actuator 133 further drives 1311 band of cope plate Dynamic upper tringle 1312 is moved towards lower template 132, so that upper tringle 1312 is under the guiding role of guide pipe 1341, it will be sub Paster 151 is pressed on the binding face 141 of part 14 to be fit.

In the present embodiment, by the quantity of guide pipe 1341 be 8 for, in order to upper tringle 1312 and through-hole 1321 Opposite and coaxial arrangement.

Optionally, guide pipe 1341 is detachably connected with guide plate 134, guide pipe 1341 and upper tringle 1312 by After thousand up to ten thousand frictions, the guiding accuracy of guide pipe 1341 can be reduced, and be conveniently replaceable guide pipe 1341 in this way.

Optionally, the first actuator 133 is hydraulic press, naturally it is also possible to be other driving mechanisms, this is not restricted.

It is the structural schematic diagram of conveying assembly 12 in Fig. 1 to Fig. 4, Fig. 4 refering to fig. 1 jointly.

Conveying assembly 12 includes joint jig 121, delivery track 122 and the second actuator 123, and joint jig 121 slides It is set on delivery track 122, delivery track 122 is set along the parallel direction extension of discharge component 11 and punching laminating component 13 It sets, the second actuator 123 is for driving joint jig 121 to carry out back and forth movement along delivery track 122, such as solid arrow in Fig. 4 It is shown.

Wherein, multiple accommodation grooves 1211 are offered on joint jig 121, accommodation groove 1211 is used to accommodate part 14 to be fit, As shown in figure 5, when the second actuator 123 driving joint jig 121 moves to below punching laminating component 13, accommodation groove 1211 With guide pipe 1341 in being oppositely arranged, so that upper tringle 1312 passes through through-hole 1321 and guide pipe 1341 pastes sub- paster 151 Together in the binding face 141 of part 14 to be fit.

In the present embodiment, by taking the quantity of accommodation groove 1211 is 8 as an example, in order to opposite and coaxial with guide pipe 1341 Setting.

Optionally, conveying assembly 12 further includes transmission belt 124 and driving wheel 125, and transmission belt 124 and joint jig 121 connect It connects, the second actuator 123 drives joint jig 121 to carry out back and forth along delivery track 122 by transmission belt 124 and driving wheel 125 It moves, in the present embodiment, transmission belt 124 can be belt.

Optionally, the second actuator 123 is servo motor, it has, and high transmission accuracy, transmission stability is good and reacts fast The features such as fast, naturally it is also possible to be other similar driving mechanism, this is not restricted.

It is the structural schematic diagram of discharge component 11 in Fig. 1 to Fig. 6, Fig. 6 refering to fig. 1 jointly.

Discharge component 11 includes vibrating disc 111, jolting plate 112 and third actuator 113.

Wherein, for vibrating disc 111 for exporting part 14 to be fit, jolting plate 112 offers multiple spaced reactor effluent streams Road 1121, the feed inlet of discharging runner 1121 are connected to receive the part to be fit 14 of the output of vibrating disc 111 with vibrating disc 111, the Part 14 to be fit is delivered to the discharging of discharging runner 1121 for driving jolting plate 112 to be shaken by three actuators 113 Mouthful, conveying assembly 12 is used to receive part 14 to be fit from discharging runner 1121, and is delivered to 13 lower section of punching laminating component.

Further, joint jig 121 offers multiple first openings 1212 close to the side of discharge component 11, such as Fig. 5 Shown, when joint jig 121 is located at the discharge port of discharge component 11, accommodation groove 1211 passes through the first opening 1212 and discharging group The discharge port of part 11 is connected to, and part 14 to be fit is entered in accommodation groove 1211 by the first opening 1212.

In the present embodiment, by taking the quantity for the runner 1121 that discharges is 8 as an example, in order to be opened with the first of joint jig 121 Mouth 1212 is oppositely arranged.

Optionally, third actuator 113 is motor, naturally it is also possible to be other driving mechanisms, this is not restricted.

It is the structural schematic diagram of binder component 16 in Fig. 1 to Fig. 7, Fig. 7 refering to fig. 1 jointly.

The assembling equipment 10 of the present embodiment further includes binder component 16, binder component 16 be set to 112 top of jolting plate and The discharge port for closing on discharging runner 1121, for pressing the part to be fit for not entering conveying assembly 12 on discharging runner 1121 14, so that the part to be fit 14 that conveying assembly 12 can will go into conveying assembly 12 is delivered under punching laminating component 13 Side.

Wherein, binder component 16 include multiple compressing rods 161 and fourth drive member 162, multiple compressing rods 161 along it is multiple go out The orientation interval in stream road 1121 is arranged, and multiple compressing rods 161 are respectively facing multiple 1121 directions of discharging runner and extend It is oppositely arranged with multiple discharging runners 1121, fourth drive member 162 is for driving multiple compressing rods 161 towards or away from reactor effluent stream Road 1121 moves.

Optionally, binder component 16 further includes pressure plate 163, and pressure plate 163 is connect with fourth drive member 162, multiple pressures Material bar 161 is arranged at intervals at one side of the pressure plate 163 towards jolting plate 112, so that fourth drive member 162 drives pressure plate 163 drive compressing rod 161 to move towards or away from discharging runner 1121.

In the present embodiment, by taking the quantity of compressing rod 161 is 8 as an example, in order to be oppositely arranged with discharging runner 1121.

Optionally, fourth drive member 162 is servo motor or hydraulic press, naturally it is also possible to be other driving mechanisms, herein With no restriction.

It is the structural schematic diagram of discharge component 17 in Fig. 1 to Fig. 8, Fig. 8 refering to fig. 1 jointly.

The assembling equipment 10 of the present embodiment further includes discharge component 17, and it is remote that discharge component 17 is set to punching laminating component 13 Side from discharge component 11.

Wherein, discharge component 17 includes multiple spaced discharge arms 171 and the 5th actuator 172, joint jig 121 offer multiple second openings 1213, and multiple second openings 1213 and multiple appearances with the first 1212 opposite sides of opening The connection of slot 1211 is set, as shown in figure 5, moving to the discharge level of discharge component 17 in the second actuator 123 driving joint jig 121 When setting, multiple discharge arms 171 correspond respectively to multiple second openings 1213, drive of multiple discharge arms 171 in the 5th actuator 172 The direction of dynamic lower edge multiple second openings 1213 to multiple first openings 1212 moves, will be more to pass through multiple second openings 1213 The part to be fit 14 for being bonded sub- paster 151 in a accommodation groove 1211 is stirred, and is unloaded by multiple first openings 1212 Material.

Optionally, discharge component 17 further includes stripper 173, and stripper 173 is connect with the 5th actuator 172, this implementation In example, multiple discharge arms 171 can be structure as a whole with stripper 173, to be unloaded under the driving of the 5th actuator 172 Material.

In the present embodiment, by taking the quantity of discharge arm 171 is 8 as an example, in order to be oppositely arranged with accommodation groove 1211.

Optionally, the 5th actuator 172 is servo motor or hydraulic press, naturally it is also possible to be other driving mechanisms, herein With no restriction.

It is the structural schematic diagram of detection components 18 in Fig. 1 to Fig. 9, Fig. 9 refering to fig. 1 jointly.

The assembling equipment 10 of the present embodiment further includes detection components 18, and detection components 18 are set to the discharging of discharge component 11 Mouth side, conveying assembly 12 is between detection components 18 and discharge component 11.

Wherein, detection components 18 include multiple spaced detection pieces 181, are located at discharge component in joint jig 121 When 11 discharge port, multiple detection pieces 181 detect part 14 to be fit whether is accommodated in multiple accommodation grooves 1211 respectively.

Optionally, detection piece 181 is that have material detection light, naturally it is also possible to be laser detector, this is not restricted.

In the present embodiment, detection piece 181 can be used for detecting whether need to be pasted in the accommodation groove 1211 of joint jig 121 Component 14, if detecting that the control system assembled in equipment 10 (is not shown in figure when needing fitting part 14 in accommodation groove 1211 It can control conveying assembly 12 out) and convey part 14 to be fit to the position of punching laminating component 13, and can control binder component The part to be fit 14 for not entering conveying assembly 12 on 16 pressure holding discharging runners 1121.Certainly, detection piece 181 can be also used for examining Whether the joint jig 121 for surveying conveying assembly 12 moves to the discharge port of discharge component 11, if detecting that joint jig 121 is transported When moving to the discharge port of discharge component 11, assembles the control system in equipment 10 and can control discharge component 11 and discharge, and It can control binder component 16 and loosen the pressure holding for treating fitting part 14, so that part to be fit 14 is able to enter joint jig In 121 accommodation groove 1211.Certainly, the detection piece 181 also can be set in neighbouring punching laminating component 13, for detecting conveying Whether the joint jig 121 of component 12 moves to the lower section of punching laminating component 13, is detecting that joint jig 121 moves to punching When cutting out the lower section of laminating component 13, the control system in assembling equipment 10 can control punching laminating component 13 and is punched and be pasted Work is closed, to realize the automation of punching and fitting.Certainly, detection piece 181 also can be set in neighbouring discharge component 17, uses The position of discharge component 17 whether is moved in the joint jig 121 of detection conveying assembly 12, is detecting the fortune of joint jig 121 When moving to the position of discharge component 17, assembles the control system in equipment 10 and can control discharge component 17 and carry out unloading work, To realize the automation of discharging.By the operation mode of this automation, production efficiency is not only increased, improves product matter Amount, also saves employment cost.

Optionally, detection components 18 further include detection plate 182, and detection plate 182 is for fixing multiple spaced detections Part 181.

In the present embodiment, the automated job of assembling equipment 10 can be realized by preset time parameter.For example, Automation discharging may be implemented in discharge component 11, and in the t1 time, conveying assembly 12 can be realized certainly in the position of discharge component 11 Whether dynamicization feeding, detection components 18 can detect automatically in multiple accommodation grooves 1211 of joint jig 121 at intervals and accommodate Part 14 to be fit, binder component 16 can carry out binder according to the testing result of detection components 18, every accurately to automatically control Feeding；Conveying assembly 12 can convey part 14 to be fit to the position of punching laminating component 13, in the t2 time, punching automatically Paster 15 is carried out punching and sub- paster 151 is pressed on to the binding face 141 of part 14 to be fit by laminating component 13；Conveying assembly 12 The position of discharge component 17 is delivered to the part to be fit 14 that will be bonded sub- paster 151, in the t3 time, discharge component 17 can To realize automatic discharging to the part to be fit 14 for being bonded sub- paster 151；Last conveying assembly 12 returns to the position of discharge component 11 It sets, completes a duty cycle, immediately in cycles, to guarantee the lasting progress of production operation.Pass through the work of this automation Industry mode, not only increases production efficiency, improves product quality, also saves employment cost.

It is in contrast to the prior art, the application exports at least one part to be fit, conveying assembly by discharge component Part to be fit is delivered to below punching laminating component, paster is punched by punching laminating component, and the son after punching is pasted Letterweight together in may be implemented on the binding face of part to be fit after being automatically punched paster and sub- paster be directly pressed into part to be fit, The consistency for not only increasing sub- paster Yu part bonding position to be fit avoids neglected loading, realizes that assembling automation also improves Production efficiency.

The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other Technical field similarly includes in the scope of patent protection of the application.

Claims (10)

1. a kind of assembling equipment for electronic cigarette assembly characterized by comprising

Discharge component, for exporting at least one part to be fit；

Conveying assembly and punching laminating component, the conveying assembly are used to the part to be fit being delivered to the punching fitting group Below part, the punching laminating component is used to for paster being punched, and the sub- paster after punching is pressed on described to be fit On the binding face of part.

2. assembling equipment according to claim 1, which is characterized in that the punching laminating component include upper die component and under Template, the lower template are set to below the upper die component, and for placing the paster, the conveying assembly is used for institute It states part to be fit to be delivered to below the lower template, wherein the upper die component includes multiple spaced upper tringles, described Lower template offers multiple through-holes, and the upper tringle is opposite with the through-hole and is coaxially disposed, and the upper tringle is used for across institute Through-hole is stated, to be punched to the paster, and forms the sub- paster corresponding with the shape of through holes.

3. assembling equipment according to claim 2, which is characterized in that the punching laminating component further comprises guiding Plate, the guide plate are set to below the lower template, and the guide plate is provided with multiple guide pipes, the guide pipe with it is described Through-hole is opposite and is coaxially disposed, and the conveying assembly is further used for being delivered to the part to be fit below the guide plate, So that the binding face of the guide pipe and the part to be fit is in be oppositely arranged.

4. assembling equipment according to claim 2, which is characterized in that the upper die component further comprises cope plate, institute It states multiple upper tringles and is arranged at intervals at one side of the cope plate towards the lower template, the punching laminating component is further Including the first actuator, first actuator for drive the cope plate with drive the multiple upper tringle close to or far from The lower template.

5. assembling equipment according to claim 3, which is characterized in that the conveying assembly includes joint jig, delivery track And second actuator, the joint jig are slideably positioned on the delivery track, the delivery track is along the discharge component And the parallel direction of the punching laminating component is extended, second actuator is for driving the joint jig described in Delivery track carries out back and forth movement, offers multiple accommodation grooves on the joint jig, the accommodation groove for accommodate it is described to Fitting part, when second actuator drives the joint jig to move to below the punching laminating component, the accommodating Slot is in be oppositely arranged with the guide pipe, so that the upper tringle passes through the through-hole and the guide pipe for the sub- paster Fit in the binding face of the part to be fit.

6. assembling equipment according to claim 1, which is characterized in that the discharge component include vibrating disc, jolting plate and Third actuator, for the vibrating disc for exporting the part to be fit, the jolting plate offers multiple spaced dischargings Runner, the feed inlet of the discharging runner are connected to receive the part to be fit of the vibrating disc output with the vibrating disc, The third actuator is delivered to the discharging runner for driving the jolting plate to be shaken, by the part to be fit Discharge port, the conveying assembly is used to receive the part to be fit from the discharging runner, and is delivered to the punching fitting group Below part.

7. assembling equipment according to claim 6, which is characterized in that the assembling equipment further comprises binder component, The binder component is set to above the jolting plate and closes on the discharge port of the discharging runner, for pressing the reactor effluent stream The part to be fit for not entering the conveying assembly on road, so that the conveying assembly can will go into the conveying The part to be fit of component is delivered to below the punching laminating component.

8. assembling equipment according to claim 7, which is characterized in that the binder component includes multiple compressing rods and the 4th Actuator, the multiple compressing rod is arranged along the orientation interval of the multiple discharging runner, and the multiple compressing rod point Do not extend towards the multiple discharging runner direction and be oppositely arranged with the multiple discharging runner, the fourth drive member is for driving The multiple compressing rod is moved to move towards or away from the discharging runner.

9. assembling equipment according to claim 5, which is characterized in that the joint jig close to the discharge component one Side offers multiple first openings, and when the joint jig is located at the discharge port of the discharge component, the accommodation groove passes through First opening is connected to the discharge port of the discharge component, and the part to be fit enters the appearance by first opening It sets in slot, the joint jig side opposite with first opening offers multiple second openings, and the multiple second opens Mouth is connected to the multiple accommodation groove；Wherein, the assembling equipment further comprises discharge component, and the discharge component is set to The punching side of the laminating component far from the discharge component, the discharge component include multiple spaced discharge arms and 5th actuator, when second actuator drives the joint jig to move to the discharge position of the discharge component, institute It states multiple discharge arms and corresponds respectively to the multiple second opening, the multiple discharge arm is under the driving of the 5th actuator Direction along the multiple second opening to the multiple first opening moves, will be described more to pass through the multiple second opening The part to be fit for being bonded the sub- paster in a accommodation groove is stirred, and is unloaded by the multiple first opening Material.

10. assembling equipment according to claim 9, which is characterized in that the assembling equipment further includes detection components, described Detection components are set to the discharge port side of the discharge component, and the conveying assembly is located at the detection components and the discharging Between component, the detection components include multiple spaced detection pieces, are located at the discharge component in the joint jig Discharge port when, the multiple detection piece detects the part to be fit whether is accommodated in the multiple accommodation groove respectively.