CN207267728U

CN207267728U - Synchronous discharging device

Info

Publication number: CN207267728U
Application number: CN201721214946.3U
Authority: CN
Inventors: 陈建
Original assignee: Ruian City Construction Extension Machinery Co Ltd
Current assignee: Ruian City Construction Extension Machinery Co Ltd
Priority date: 2017-09-21
Filing date: 2017-09-21
Publication date: 2018-04-24
Anticipated expiration: 2027-09-21

Abstract

The utility model provides a kind of synchronous discharging device, including rack, it is characterised in that：Rack is equipped with the folding and unfolding component for retractable base fabric, folding and unfolding component includes unreeling roller, winding roller, unreel and be equipped with the discharge mechanism for being used for being positioned over material in base fabric between roller and winding roller, discharge mechanism includes charging seat, blowing seat, charging seat is fixed in rack, and the passage being put into for material is provided with, blowing seat is equipped with the sucker for being used for being suctioned out positioned at channel exit material, and discharge mechanism further includes the power plant module that blowing is carried out for driving blowing seat to rotate.This synchronization discharging device can improve the manufacture efficiency of product, lift process velocity.

Description

Synchronous discharging device

Technical field

It the utility model is related to a kind of synchronous discharging device.

Background technology

In manufacture production process, blowing, packaging, cutting and inspection are generally included, makes product by without to going out Ready-made article.In conventional fabrication process, by manually carrying out above-mentioned steps, make production and processing speed slowly, inefficiency, and wave Take manpower and time.

Utility model content

For above-mentioned technology there are the defects of, problem to be solved in the utility model is to provide a kind of synchronous blowing dress Put, it is possible to increase the manufacture efficiency of product, lifts process velocity.

To solve the above-mentioned problems, the utility model provides a kind of synchronous discharging device, including rack, rack are equipped with For the folding and unfolding component of retractable base fabric, folding and unfolding component includes unreeling roller, winding roller, unreels between roller and winding roller Equipped with the discharge mechanism for being positioned over material in base fabric, discharge mechanism includes charging seat, blowing seat, and charging seat is fixed on machine On frame, and the passage being put into for material being provided with, blowing seat is equipped with the sucker for being used for being suctioned out positioned at channel exit material, Discharge mechanism further includes the power plant module that blowing is carried out for driving blowing seat to rotate.

Rack using the above structure, since rack is equipped with the folding and unfolding component for retractable base fabric, folding and unfolding component includes Roller, winding roller are unreeled, therefore production process is constantly being unreeled with being carried out in the base fabric of winding, and due to unreeling roller and receipts Discharge mechanism is equipped between winding up roller cylinder, discharge mechanism includes charging seat, blowing seat, and charging seat is equipped with passage, and sucker is set Putting enables the material in charging seat to be adsorbed, and ensures the stabilization of transport process, and material is put from the channel exit of charging seat Sucker on material seat is sampled, and has been placed in base fabric, completes the transfer to material, the setting of power plant module makes blowing Seat rotate the action so as to complete to shift material.

One kind as the utility model is improved, and power plant module includes slide plate, gear, rack and drive rack movement Cylinder, rotates on slide plate and is provided with shaft, and blowing seat and gear are fixed in shaft, and wheel and rack forms engagement linkage.

Power plant module using the above structure, since wheel and rack engages, and gear is fixed in shaft with blowing seat, Therefore during the movement of cylinder drive rack, rotated with rack meshed gears, the shaft to link on petal is rotated, and is driven at the same time Blowing seat has achieveed the purpose that to drive blowing seat to rotate into rotation.

As further improvement of the utility model, gear has radially extended rotor plate, and the gear both sides are additionally provided with Coordinate the limited post of limitation blowing seat rotational angle with rotor plate.

Gear using the above structure, gear-linked rotor plate are rotated, and the setting of limited post makes the rotation of rotor plate Angle, therefore the rotational angle of blowing seat is restricted, make sucker can only towards the channel outlet on charging seat with towards base Rotated between the scope of cloth.

Another kind as the utility model improves, and slide is provided with rack, and slide plate slides are arranged on slide, and even It is connected to the driving mechanism of its slip of driving.

Rack using the above structure, due to being provided with slide in rack, slide plate slides are arranged on slide, and blowing seat Fixed with slide plate, therefore slide plate drives blowing seat to be slided at the same time when being slided on slide, enables blowing seat in base fabric Fang Jinhang slides even base fabric and carries out the identical sliding motion of speed, when the blowing seat is slid into the speed identical with base fabric into The dispensing of row material, enables material steadily to be put down, and reduces when having speed difference between blowing seat and base fabric caused by blowing Displacement error, and drive blowing seat to return after the dispensing.

Since blowing seat is arranged on slide plate, when blowing seat is slided between sample position and discharge position When, power plant module driving blowing seat is not influenced and is rotated, and improves transport efficiency.

As further improvement of the utility model, driving mechanism includes motor and by motor-driven screw rod, in rack Equipped with sliding slot, the extension of sliding slot is provided through on slide plate, extension is equipped with sliding block, and sliding block coordinates with screw flight.

Driving mechanism using the above structure, since rack is equipped with sliding slot, is provided through the extension of sliding slot on slide plate, Therefore when slide plate is sliding on slide, extension is slided in sliding slot, and since extension is equipped with sliding block, sliding block and Screw flight coordinates, and electric motor driven screw rotates, therefore when screw rod is rotated by motor driving, sliding block can not rotate, It can only be moved because of the reason of screw thread on screw rod, so as to reach the movement of sliding block, i.e. the movement of extension, realizes cunning The effect that plate slides on slide.

As further improvement of the utility model, discharge mechanism is provided with two along slide direction, two discharge mechanisms it Between pass through connecting rod linkage set.

Synchronous discharging device using the above structure, the setting of discharge mechanism two, sucker are once placed during blowing Material quantity be original twice, place the improved efficiency of material, linked between two discharge mechanisms by connecting rod, make only need Set a driving mechanism that two groups of charging seats and discharge mechanism can be driven to move together, it is simple in structure, it is easy to operate.

As further improvement of the utility model, blowing seat slidably turns to progress feeding, blowing seat below charging seat Dynamic 180 degree is sampled and blowing, and the sucker is equipped with two groups, is separately positioned on the opposite both ends of blowing seat.

Discharge mechanism using the above structure, two groups of suckers are separately positioned on the opposite both ends of blowing seat, when one group of sucker When sampling and turning to towards discharge position, another group of sucker turns to sample position next group of sampling of progress and blowing moves Make, improve efficiency.

As further improvement of the utility model, the one end contacted on limited post with rotor plate is provided with oleo cushion Device.

Limited post using the above structure, when rotor plate turns to both sides and limited post contact, oil buffer is set The shock of rotor plate can be slowed down by putting, and protect limited post.

The embodiment with the utility model is described in further detail below in conjunction with the accompanying drawings.

Brief description of the drawings

Fig. 1 is structural representation Fig. 1 of the utility model embodiment；

Fig. 2 is structural representation Fig. 2 of the utility model embodiment；

Fig. 3 is the structure chart of power plant module in the utility model embodiment；

Fig. 4 is the structure diagram of charging seat in the utility model embodiment；

Fig. 5 is the structure diagram of blowing seat in the utility model embodiment；

Fig. 6 is the structure diagram of driving mechanism in the utility model embodiment.

Embodiment

Synchronous discharging device as shown in Figures 1 to 6, including rack 1, rack 1 are equipped with folding and unfolding component, folding and unfolding component bag The winding roller 72 for unreeling roller 71 and receiving base fabric waste material for putting base fabric is included, also has in rack 1 and is processed in base fabric Work top 11, rack 1 is equipped with discharge mechanism, and discharge mechanism includes charging seat 2, blowing seat 31 and power plant module, charging Seat 2 is equipped with the passage 21 being put into for material, and 21 lower end of passage exports for passage 21, blowing seat 31 be arranged on the lower section of charging seat 2, The top of work top 11, power plant module are used to drive blowing seat 31 to be rotated.Blowing seat 31, which is equipped with, to be used for from charging seat 2 Passage 21 export in be sampled and in the base fabric of work top blowing sucker 311.In the present embodiment, blowing seat 31 is logical Cross power plant module driving carry out rotation make sucker 311 from towards passage 21 opening turn to towards base fabric, so as to complete material Transfer and the action placed.

Slide 111 is provided with work top 11, slide 111 is equipped with the slide plate 4 slided in rack 1, and slide plate 4 includes Support plate 41, sliding panel 42 and protection board 43, blowing seat 31 are rotatably connected with support plate 41.Support plate 41 is arranged on power mould Between block and blowing seat 31, blowing seat 31 is arranged on the inner side of support plate 41, and power plant module is arranged on support plate 41 and protection board 43 Between, sliding panel 42 is slidably connected with slide 111, and blowing seat 3 is arranged in support plate 41.Power plant module linked suction cup 311 into Row rotates, and blowing seat 31 and power plant module are arranged in the support plate 41 of slide plate 4.Discharge mechanism is provided with two along slide direction It is a, linkage is fixed by connecting rod 33 between two discharge mechanisms 3 and is set.In the present embodiment, the both ends of connecting rod 33 and two It is fixedly connected between sliding panel 42 by screw.The setting of charging seat 2 and 31 quantity of blowing seat two makes what sucker 311 was once placed Material quantity is original twice, places the improved efficiency of material, is linked between two discharge mechanisms 3 by connecting rod 33, is made only It need to set a driving mechanism that two groups of charging seats 2 and blowing seat 31 can be driven to move together, it is simple in structure, it is easy to operate.

The driving mechanism for driving discharge mechanism 3 to move or drive blowing seat 31 to return to feeding position is additionally provided with rack 1, is driven As long as the mode that motivation structure can be moved discharge mechanism 3 and stop.In the present embodiment, driving mechanism is set On the lower face of work top 11, driving mechanism includes motor 51 and the screw rod 52 that is driven by motor 51, on work top 11 Equipped with sliding slot 112, the extension 431 of sliding slot 112 is provided through on protection board 43, screw rod is equipped with sliding block 53, sliding block 53 and spiral shell 52 thread fitting of bar, extension 431 are fixedly connected with sliding block 53.

Power plant module is used to drive blowing seat 31 to be rotated, can be towards 2 lower end of charging seat as long as reaching sucker 311 11 both directions are set in channel outlet 21 and the base fabric of work top.In the present embodiment, power plant module includes slide plate 4, the support plate 41 of slide plate 4 is equipped with shaft 32, and blowing seat 31 is fixed in shaft 32 with gear.Power plant module further includes mutually The cylinder 63 that meshed gears 61, rack 62 and drive rack 62 move, cylinder 63 be fixed in support plate 41 and It is fixedly connected with rack 62, gear 61 is fixedly connected with blowing seat 31, and the linkage blowing of gear 61 seat 31 is rotated, on gear 61 The rotor plate 64 rotated synchronously with gear 61 is radially also fixedly connected with, in the present embodiment, rotor plate 64 and gear 61 are same Axis connection, 61 both sides of corresponding gear are equipped with the limited post 65 of limitation 64 rotational angle of rotor plate in support plate 41, on limited post 65 The one end contacted with rotor plate 64 is provided with oil buffer 651.Blowing seat 31 is equipped with rotation axis 32, rotation axis 32 and gear 61 is coaxially connected, therefore when gear 61 rotates, the axis 32 that interlocks with the rotation is rotated, and blowing seat 31 can rotate and be sampled and put Material, in the present embodiment, sucker 311 are equipped with two groups, are separately positioned on the opposite both ends of blowing seat 31, therefore the two of blowing seat 31 End can be sampled and blowing, improves efficiency.

Power plant module drives blowing seat 31 to be rotated, since sucker 311 is arranged on blowing seat 31, sucker 311 As blowing seat 31 is together rotated, the setting of sucker 311 enables the material in charging seat 2 to be adsorbed, and ensures to be conveyed through The stabilization of journey, since blowing seat 31 and power plant module are arranged on slide plate 4, when blowing seat 31 is sliding, does not influence to move Power module drive blowing seat 31 is rotated, and improves transport efficiency.

In the utility model implementation process, blowing seat 31 is arranged on immediately below charging seat 2, rotor plate 64 and the limit on right side Position column 65 contradicts, and sucker 311 is sampled from the channel outlet 21 of charging seat 2, and the motor 51 in driving mechanism drives spiral shell at this time Bar 52 is rotated, since extension 431 is fixedly connected and extension 431 can not be rotated, screw rod 52 with sliding block 53 Thread fitting between sliding block 53 makes sliding block 53 be moved on screw rod 52, then link extension 431, protection board 43, Sliding panel 42, and discharge mechanism 3.At the same time, the cylinder drive rack 62 being fixedly connected in power plant module with rack 62 to Move right, rotated counterclockwise with 62 meshed gears 61 of rack, the blowing seat 31 being fixedly connected with gear 61 is because of connecting shaft 32 also follower's gear 61 rotated, one of which sucker 311 turns to work top from the lower end of channel outlet 21 at this time Base fabric on, another group of sucker 311 turns to 21 lower end of channel outlet from 11 side of work top, and the limit in the left side of gear 61 Position column 65 has carried out rotor plate 64 spacing, rotor plate 64, gear 61 and blowing seat 31 is just rotated 180 degree, and limited post Oil buffer 651 on 65 rotates the impact brought to rotor plate 64 and plays cushioning effect.When the direction of this group of sucker 311 When turning in the base fabric of work top 11, driving mechanism makes the translational speed of blowing seat 31 identical with base fabric, and sucker 311 is by thing Material is placed in base fabric.Driving mechanism then drive blowing seat 31 return charging seat 2 lower end, another at this time group have been rotated by The sucker 311 of correspondence position is started to work, i.e., goes out to be sampled from channel outlet 21.

Simple text explanation is carried out to the utility model above in association with figure, it is impossible to limit the power of the utility model with this Sharp scope, in the knowledge that the technical field those of ordinary skill possesses, can also not depart from the utility model Various changes can be made on the premise of key element.

Claims

1. a kind of synchronization discharging device, including rack, it is characterised in that：The rack is equipped with the folding and unfolding for retractable base fabric Component, the folding and unfolding component include unreeling roller, winding roller, it is described unreel to be equipped between roller and winding roller be used for thing Material is positioned over the discharge mechanism in base fabric, and the discharge mechanism includes charging seat, blowing seat, and charging seat is fixed in rack, and The passage being put into for material is provided with, the blowing seat is equipped with the sucker for being used for being suctioned out positioned at channel exit material, institute State discharge mechanism and further include the power plant module that blowing is carried out for driving blowing seat to rotate.

A kind of 2. synchronous discharging device according to claim 1, it is characterised in that：The power plant module includes slide plate, tooth The cylinder of wheel, rack and drive rack movement, rotates on slide plate and is provided with shaft, and blowing seat and gear are fixed in shaft, And wheel and rack forms engagement linkage.

A kind of 3. synchronous discharging device according to claim 2, it is characterised in that：The gear has radially extended rotation Plate, the gear both sides are additionally provided with the limited post for coordinating limitation blowing seat rotational angle with rotor plate.

A kind of 4. synchronous discharging device according to claim 2, it is characterised in that：Slide is provided with the rack, it is sliding Plate is slidably arranged on slide, and is connected with the driving mechanism of its slip of driving.

A kind of 5. synchronous discharging device according to claim 4, it is characterised in that：The driving mechanism include motor and by Motor-driven screw rod, the rack are equipped with sliding slot, are provided through the extension of sliding slot on the slide plate, on the extension Equipped with sliding block, the sliding block coordinates with screw flight.

A kind of 6. synchronous discharging device according to claim 1 or 2 or 4 or 5, it is characterised in that：The discharge mechanism edge Slide direction is all provided with two, is linked and set by connecting rod between two discharge mechanisms.

A kind of 7. synchronous discharging device according to claim 2, it is characterised in that：The blowing seat is slidably to charging seat Lower section carries out feeding, and the blowing seat rotation 180 degree is sampled and blowing, the sucker are equipped with two groups, are separately positioned on and put Expect the opposite both ends of seat.

A kind of 8. synchronous discharging device according to claim 3, it is characterised in that：Contacted on the limited post with rotor plate One end be provided with oil buffer.