CN207595304U - Pulvis automatic filling system - Google Patents

Abstract

The utility model discloses a kind of pulvis automatic filling systems, it include rack, automatic bottle-setting device, conveying device, material filling device and with into bottleneck and bottle outlet bottle seal pipeline, material filling device is located at the top of conveying device, and positioned at the downstream of automatic bottle-setting device, to carry out filling pulvis in filling bottle from the transmission of automatic bottle-setting device on a conveyor；The bottle outlet that automatic bottle-setting device is connected into bottleneck of bottle seal pipeline, and it is connected with the inside of automatic bottle-setting device, the bottle outlet of bottle seal pipeline is located at the surface of the conveying device, and towards the conveying device, so that the filling bottle sent out from the bottle outlet of the bottle seal pipeline can be vertically placed in the conveying device.The pulvis automatic filling system of the utility model shortens filling bottle and is carrying out the open time outside the filling forward direction of pulvis, reduces the dust pollution degree that filling bottle is subject to.

Description

Pulvis automatic filling system

Technical field

The utility model is related to a kind of pulvis automatic filling systems.

Background technology

With the development of modern industry, pulvis automatic filling system is widely used in the fields such as chemical industry, manufacture.At present, Traditional pulvis automatic filling system includes rack, automatic bottle-setting device, conveying device, material filling device and packaging system, conveying Device is set to rack, and material filling device and packaging system are respectively positioned on the top of the conveying device, and automatic bottle-setting device is set to The upstream of conveying device, and entered by an outwardly open channel from the filling bottle that the bottle outlet of automatic bottle-setting device exports defeated Send device so that filling bottle open time outside the progress filling forward direction of pulvis is longer, so as to be vulnerable to larger dust pollution.

Utility model content

The technical problems to be solved in the utility model is to overcome pulvis automatic filling system traditional in the prior art Middle filling bottle is carrying out being vulnerable to larger dust pollution defect before pulvis is filling, provides a kind of pulvis automatic filling system.

The utility model is to solve above-mentioned technical problem by following technical proposals：

A kind of pulvis automatic filling system, it is described including rack, automatic bottle-setting device, conveying device and material filling device Automatic bottle-setting device is used to filling bottle being sequentially sent to the conveying device, and the conveying device is set to the rack, described Material filling device is located at the top of the conveying device, and is located at the automatic bottle-setting device on the direction of transfer of the filling bottle Downstream, in the conveying device from the automatic bottle-setting device transmission come the filling bottle in filling pulvis；

The pulvis automatic filling system further includes a bottle seal pipeline, and the bottle seal pipeline has one into bottleneck With a bottle outlet, the bottle outlet that the automatic bottle-setting device is connected into bottleneck of the bottle seal pipeline, and with institute The inside for stating automatic bottle-setting device is connected, the bottle outlet of the bottle seal pipeline be located at the conveying device just on Side, and towards the conveying device, so that the filling bottle sent out from the bottle outlet of the bottle seal pipeline can It is vertically placed in the conveying device.

In the present solution, be sealedly attached to the bottle outlet of automatic bottle-setting device described in bottle seal pipeline into bottleneck, make The filling bottle sent out from the bottle outlet of automatic bottle-setting device is obtained to send out and be vertically placed on by the bottle outlet of bottle seal pipeline In conveying device, however the lower section of material filling device is delivered to, it is filling preceding outwardly open in progress pulvis so as to shorten filling bottle Time, reduce the dust pollution degree that filling bottle is subject to.

Preferably, the internal face of the bottle seal pipeline is covered with one layer of Teflon layer；And/or the automatic bottle-setting The internal face of device is covered with one layer of Teflon layer.

In the present solution, the internal face of bottle seal pipeline is covered with one layer of Teflon layer, it is close to reduce bottle in this way Abrasion of the tube sealing road to filling bottle.The internal face of automatic bottle-setting device is covered with one layer of Teflon layer, can reduce so automatic Abrasion of the bottle-sorting device to filling bottle.

Preferably, the automatic bottle-setting device includes：

One spiral vibrating disk, the spiral vibrating disk have the spiral feeding storehouse for conveying the filling bottle, The bottle outlet that the spiral feeding storehouse is sealedly attached into bottleneck of the bottle seal pipeline.

It is easy to operate in the present solution, convey filling bottle using spiral vibrating disk, and enable to filling bottle it is reliable, Enter bottle seal pipeline in an orderly manner.

Preferably, the conveying device includes conveyer belt and is oriented to transfer unit, the guiding transfer unit is set to institute Conveyer belt is stated, the guiding transfer unit has positioning groove, and the positioning groove is used to place the filling bottle.

In the present solution, being oriented to the setting of transfer unit can ensure that filling bottle can be more reliablely and stablely in conveyer belt Upper conveying.

Preferably, the pulvis automatic filling system further includes：

One lifting gear, the lifting gear is set to the rack, and positioned at the underface of the material filling device, works as dress When the guiding transfer unit for having the filling bottle is sent to the underface of the material filling device, the lifting gear is used to lift The guiding transfer unit is risen, so that the guiding transfer unit is detached from the conveyer belt.

When in the present solution, the setting of lifting gear enables to filling bottle to reach filling station filling pulvis, filling bottle Be to maintain stablize it is motionless, so as to ensure the filling reliability of pulvis, Stability and veracity.

Preferably, the material filling device includes：

Blanking device, the blanking device are used for pulvis is filling described filling to coming from automatic bottle-setting device transmission In bottle；

Vibrator, the vibrator are fixed on the blanking device.

In the present solution, the pulvis that can be accelerated by vibration in blanking device of the setting of vibrator is filling in filling bottle Speed, and pulvis is avoided to remain in blanking device, and then from not only increasing the filling efficiency of pulvis, meanwhile, it reduces each The difference of filling pulvis amount in filling bottle.

Preferably, the pulvis automatic filling system further includes a bottle inner plug device, the bottle inner plug device is located at described The top of conveying device, and positioned at the downstream of the material filling device on the direction of transfer of the filling bottle, with to the conveying The filling bottle encapsulation bottle inner plug of pulvis is filled on device；

The bottle inner plug device includes：

Bottle inner plug vibrating disk, the bottle inner plug vibrating disk are sub and bottle inner plug is defeated successively for placing bottle inner plug It sends out；

Bottle inner plug sealing pipeline, the bottle inner plug sealing pipeline have one to go out mouth into mouth and one, and the bottle inner plug is close The mouth that goes out that the bottle inner plug vibrating disk is sealedly attached into mouth in tube sealing road, and in the bottle inner plug vibrating disk Portion is connected, the bottle inner plug sealing pipeline it is described go out mouth be located at the surface of the conveying device, and towards described defeated Device is sent, so as to which the conveying can be filled in from bottle inner plug for going out mouth submitting described in the bottle inner plug sealing pipeline It is filled on device in the filling bottle of pulvis；

Hold-down mechanism, the hold-down mechanism are used to compress the bottle inner plug in the filling bottle.

In the present solution, bottle inner plug sealing pipeline goes out mouth into what mouth was sealedly attached to bottle inner plug vibrating disk so that The bottleneck for encapsulating station and filling in filling bottle is directly entered from bottle inner plug for going out mouth submitting of bottle inner plug vibrating disk, avoids bottle Interior plug is by dust pollution.

Preferably, the internal face of the bottle inner plug sealing pipeline is covered with one layer of Teflon layer.

In the present solution, the internal face of bottle inner plug sealing pipeline is covered with one layer of Teflon layer, can reduce in bottle in this way Fill in abrasion of the sealing pipeline to filling bottle.

Preferably, the pulvis automatic filling system further includes cap rotating device, the cap rotating device is used to encapsulate bottle cap In the filling bottle that bottle inner plug is packaged in the conveying device.

Preferably, the pulvis automatic filling system further includes protective cover, the protective cover is set to the rack, and institute It states conveying device and the material filling device is respectively positioned in protective cover；

And/or the bottle outlet that the automatic bottle-setting device is sealedly attached into bottleneck of the bottle seal pipeline, The material of the bottle seal pipeline is stainless steel.

In the present solution, the setting of protective cover can further reduce pulvis it is filling during filling bottle it is suffered Dust pollution.

On the basis of common knowledge of the art, above-mentioned each optimum condition, can arbitrarily combine to get the utility model respectively compared with Good example.

The positive effect of the utility model is：

The pulvis automatic filling system of the utility model shortens filling bottle when carrying out open outside the filling forward direction of pulvis Between, reduce the dust pollution degree that filling bottle is subject to.

Description of the drawings

Fig. 1 is the structure diagram of the pulvis automatic filling system of one embodiment of the utility model, wherein, before protective cover Wall is removed.

Reference sign：

Pulvis automatic filling system：1

Rack：10

Automatic bottle-setting device：11

Spiral vibrating disk：110

Conveying device：12

Material filling device：13

Blanking device：130

Vibrator：131

Storage device：132

Storage bin hopper：1320

End cap：1321

Stirring motor：1322

Filling interface：1323

Bottle inner plug device：14

Bottle inner plug vibrating disk：140

Bottle inner plug sealing pipeline：141

Hold-down mechanism：142

Cap rotating device：15

Protective cover：16

Bottle seal pipeline：17

Into bottleneck：170

Bottle outlet：171

Specific embodiment

The utility model is further illustrated below by the mode of embodiment, but be not therefore limited in the utility model Scope of embodiments among.

In the description of the present invention, it is to be appreciated that term " on ", " under ", "front", "rear", "left", "right", The orientation or position relationship of the instructions such as " vertical ", " level ", " top ", " bottom ", " interior ", " outer " be based on orientation shown in the drawings or Position relationship is for only for ease of description the utility model and simplifies description rather than instruction or imply signified device or member Part must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.

Fig. 1 is illustrated a kind of schematic structure of pulvis automatic filling system 1 according to the implementation of the utility model one.Such as figure Shown in 1, pulvis automatic filling system 1 includes rack 10, automatic bottle-setting device 11, conveying device 12, material filling device 13 and bottle Sealing pipeline 17.Automatic bottle-setting device 11 is used to filling bottle (not shown) being sequentially sent to conveying device 12.Conveying device 12 are set to rack 10.Material filling device 13 is located at the top of conveying device 12, and is located at automatically on the direction of transfer of filling bottle The downstream of bottle-sorting device 11, to transmit filling pulvis in the filling bottle come from automatic bottle-setting device 11 in conveying device 12.

Wherein, bottle seal pipeline 17 has one into 170 and one bottle outlet 171 of bottleneck.The bottle inlet of bottle seal pipeline 17 Mouth 170 is connected to the bottle outlet of automatic bottle-setting device 11, and be connected with the inside of automatic bottle-setting device 11.Bottle seal pipeline 17 bottle outlet 171 is located at the surface of conveying device 12, and towards conveying device 12, so that going out from bottle seal pipeline 17 The filling bottle that bottleneck 171 is sent out can be vertically placed in conveying device 12.

The bottle outlet that automatic bottle-setting device 11 is connected into bottleneck 170 of bottle seal pipeline 17 so that from automatic bottle-setting The filling bottle that the bottle outlet of device 11 is sent out is sent out by the bottle outlet 171 of bottle seal pipeline 17 and is vertically placed on conveying dress It puts on 12, however is delivered to the lower section of material filling device 13, it is open outside the progress filling forward direction of pulvis so as to shorten filling bottle Time reduces the dust pollution degree that filling bottle is subject to.

In addition, the internal face of bottle seal pipeline 17 is covered with one layer of Teflon layer (not shown).It can subtract in this way Abrasion of the ampoule sealing pipeline 17 to filling bottle.In the present embodiment, being sealed into bottleneck 170 for bottle seal pipeline 17 connects It is connected to the bottle outlet of automatic bottle-setting device 11.The material of bottle seal pipeline 17 is stainless steel.Bottle seal pipeline 17 it is entire Side wall is closed.The internal face of automatic bottle-setting device 11 is covered with one layer of Teflon layer (not shown).It can reduce in this way Abrasion of the automatic bottle-setting device 11 to filling bottle.

Specifically, automatic bottle-setting device 11 includes a spiral vibrating disk 110, and spiral vibrating disk 110 has for defeated The spiral feeding storehouse (not shown) of filling bottle is sent, bottle seal pipeline 17 is sealedly attached to spirally into bottleneck 170 The bottle outlet of feeding storehouse.Filling bottle is conveyed using spiral vibrating disk 110, it is easy to operate, and enable to that filling bottle is reliable, has Enter bottle seal pipeline 17 to sequence.Certainly, in other embodiments, automatic bottle-setting device 11 can also be used in the prior art its His existing automatic bottle-setting device, does not do excessively repeat herein.

In a preferred embodiment, conveying device 12 includes conveyer belt (not shown) and is oriented to transfer unit (not shown).It is oriented to transfer unit and is set to conveyer belt, being oriented to transfer unit has positioning groove, and positioning groove is used to put Put filling bottle.Being oriented to the setting of transfer unit can ensure that filling bottle more can be conveyed reliablely and stablely on a moving belt.When So, in other embodiments, other existing conveying devices in the prior art can also be used in conveying device 12, do not do herein excessive It repeats.

In another preferred embodiment, pulvis automatic filling system 1 further includes a lifting gear (not shown). Lifting gear is set to rack 10, and positioned at the underface of material filling device 13.When the guiding transfer unit transmission equipped with filling bottle To material filling device 13 underface when, lifting gear for be lifted be oriented to transfer unit so that be oriented to transfer unit be detached from biography Send band.When enabling to the filling bottle to reach the filling pulvis of filling station in this way, filling bottle be to maintain stablize it is motionless, so as to ensure The filling reliability of pulvis, Stability and veracity.After the completion of the filling pulvis of filling bottle, lifting gear band action-oriented delivery section Part is dropped on conveyer belt, and the filling bottle for being filled with pulvis is transported to encapsulation station and is packaged by conveying device 12.

As shown in Figure 1, material filling device 13 includes blanking device 130 and vibrator 131.Blanking device 130 is used for pulvis It is filling to be transmitted in the filling bottle come to from automatic bottle-setting device 11.Vibrator 131 is fixed on blanking device 130.Vibrator 131 The pulvis that setting can be accelerated in blanking device 130 by vibration is filling to speed in filling bottle, and pulvis is avoided to remain on In blanking device 130, and then the filling efficiency of pulvis is not only increased, meanwhile, reduce pulvis amount filling in each filling bottle Difference.

In the present embodiment, blanking device 130 uses conical hopper.Certainly, in other examples, blanking device 130 can also be used other existing blanking devices, not generate restriction effect to the scope of protection of the utility model herein.

In a preferred embodiment, material filling device 13 further includes storage device 132.Storage device 132 includes storing Bucket 1320.In the present embodiment, the shape of storage bin hopper 1320 is taper.The top of storage bin hopper 1320 is equipped with end cap 1321.End The middle part of lid 1321 is welded with 10 (not shown) of motor rack.The side of motor rack 10 compared with chain by being equipped with feeding cover (figure In be not shown).The middle part of motor rack 10 is equipped with stirring motor 1322.One end of stirring motor 1322 is socketed with shaft coupling, connection The side of axis device is socketed with shaft (not shown), and the bottom of shaft is welded with paddle (not shown).

The lower end of storage bin hopper 1320 is provided with meal outlet, and meal outlet control switch is equipped at meal outlet and (is not shown in figure Go out), switch plate (not shown), filling interface 1323.Meal outlet control switch, switch plate are arranged in filling interface 1323 Portion.Pulvis automatic filling system 1 further includes controller (not shown) and sensor (not shown), the input of controller End is electrically connected with sensor, and the output terminal of controller is electrically connected with stirring motor 1322, meal outlet control switch.Controller passes through Meal outlet control switchs the opening and closing degree to control switch plate.Sensor is used to detect whether filling bottle has been delivered to material filling device 13 lower section.If detecting whether filling bottle has been delivered to the lower section of material filling device 13, controller control stirring motor 1322 revolves Turn, and open switch plate.

Certainly, in other embodiments, other existing storage devices can also be used in storage device 132, do not do herein It repeats more.

As shown in Figure 1, pulvis automatic filling system 1 further includes a bottle inner plug device 14.Bottle inner plug device 14 is located at conveying The top of device 12, and positioned at the downstream of material filling device 13 on the direction of transfer of filling bottle, with to filling in conveying device 12 There is filling bottle encapsulation bottle inner plug of pulvis.

Wherein, bottle inner plug device 14 includes bottle inner plug vibrating disk 140, bottle inner plug sealing pipeline 141 and hold-down mechanism 142. Bottle inner plug vibrating disk 140 transports out bottle inner plug for placing bottle inner plug successively.Bottle inner plug sealing pipeline 141 has There is one to go out mouth into mouth and one, bottle inner plug sealing pipeline 141 is sealedly attached to leaving the boundary for bottle inner plug vibrating disk 140 into mouth Mouthful, and be connected with the inside of bottle inner plug vibrating disk 140.The mouth that goes out of bottle inner plug sealing pipeline 141 is located at conveying device 12 Surface, and towards conveying device 12, so as to can be filled in from bottle inner plug for going out mouth submitting of bottle inner plug sealing pipeline 141 It is filled in the filling bottle of pulvis in conveying device 12.Hold-down mechanism 142 is used to compress bottle inner plug in filling bottle.Bottle inner plug Sealing pipeline 141 goes out mouth into what mouth was sealedly attached to bottle inner plug vibrating disk 140 so that from bottle inner plug vibrating disk 140 Bottle inner plug for going out mouth submitting is directly entered the bottleneck that encapsulation station fills in filling bottle, avoids bottle inner plug by dust dirt Dye.In the present embodiment, cylinder can be used in hold-down mechanism 142.

In a preferred embodiment, the internal face of bottle inner plug sealing pipeline 141 is covered with one layer of Teflon layer.In this way Abrasion of the bottle inner plug sealing pipeline 141 to filling bottle can be reduced.

In addition, pulvis automatic filling system 1 further includes cap rotating device 15, cap rotating device 15 is used to bottle cap being packaged in conveying The filling bottle of bottle inner plug is packaged on device 12.Cap rotating device 15 is set to the top of conveying device 12.And in filling bottle On direction of transfer, cap rotating device 15 is located at the downstream of bottle inner plug device 14.In the present embodiment, cap rotating device 15 include motor and Vacuum cup, vacuum cup are set to the output shaft of motor, and for adsorbing bottle cap.Certainly, in other examples, spiral cover Device 15 is not generated to limit and be made to the scope of protection of the utility model herein using existing cap rotating device in the prior art With.

In addition, pulvis automatic filling system 1 further includes protective cover 16, protective cover 16 is set to rack 10, and conveying device 12 and material filling device 13 be respectively positioned in protective cover 16.Pulvis can further be reduced in this way in the filling institute during filling bottle The dust pollution being subject to.In the present embodiment, bottle inner plug device 14 and cap rotating device 15 are also disposed on inside protective cover 16.

Although the foregoing describe specific embodiment of the present utility model, it will be appreciated by those of skill in the art that This is merely illustrative of, and the scope of protection of the utility model is defined by the appended claims.Those skilled in the art Under the premise of the principle and essence without departing substantially from the utility model, various changes or modifications can be made to these embodiments, But these change and modification each fall within the scope of protection of the utility model.

Claims (10)

1. a kind of pulvis automatic filling system, including rack, automatic bottle-setting device, conveying device and material filling device, it is described from Dynamic bottle-sorting device is used to filling bottle being sequentially sent to the conveying device, and the conveying device is set to the rack, the filling Material device is located at the top of the conveying device, and positioned at the automatic bottle-setting device on the direction of transfer of the filling bottle Downstream, to transmit filling pulvis in the filling bottle come from the automatic bottle-setting device in the conveying device；

It is characterized in that：

The pulvis automatic filling system further includes a bottle seal pipeline, and the bottle seal pipeline has one into bottleneck and one Bottle outlet, the bottle outlet that the automatic bottle-setting device is connected into bottleneck of the bottle seal pipeline, and with it is described from The inside of dynamic bottle-sorting device is connected, and the bottle outlet of the bottle seal pipeline is located at the surface of the conveying device, And towards the conveying device, so that the filling bottle sent out from the bottle outlet of the bottle seal pipeline can be vertical It is positioned in the conveying device.

2. pulvis automatic filling system as described in claim 1, which is characterized in that the internal face of the bottle seal pipeline covers Equipped with one layer of Teflon layer；And/or the internal face of the automatic bottle-setting device is covered with one layer of Teflon layer.

3. pulvis automatic filling system as described in claim 1, which is characterized in that the automatic bottle-setting device includes：

One spiral vibrating disk, the spiral vibrating disk has the spiral feeding storehouse for conveying the filling bottle, described The bottle outlet that the spiral feeding storehouse is sealedly attached into bottleneck of bottle seal pipeline.

4. pulvis automatic filling system as described in claim 1, which is characterized in that the conveying device includes conveyer belt and leads To transfer unit, the guiding transfer unit is set to the conveyer belt, and the guiding transfer unit has positioning groove, described Positioning groove is used to place the filling bottle.

5. pulvis automatic filling system as claimed in claim 4, which is characterized in that the pulvis automatic filling system also wraps It includes：

One lifting gear, the lifting gear is set to the rack, and positioned at the underface of the material filling device, when equipped with institute When stating the guiding transfer unit of filling bottle and being sent to the underface of the material filling device, the lifting gear is for being lifted institute Guiding transfer unit is stated, so that the guiding transfer unit is detached from the conveyer belt.

6. pulvis automatic filling system as described in claim 1, which is characterized in that the material filling device includes：

Blanking device, the blanking device are used to filling extremely transmit from the automatic bottle-setting device of pulvis carrying out the filling bottle It is interior；

Vibrator, the vibrator are fixed on the blanking device.

7. pulvis automatic filling system as described in claim 1, which is characterized in that the pulvis automatic filling system further includes One bottle inner plug device, the bottle inner plug device are located at the top of the conveying device, and on the direction of transfer of the filling bottle Positioned at the downstream of the material filling device, to encapsulate bottle inner plug to the filling bottle that pulvis is filled in the conveying device；

The bottle inner plug device includes：

Bottle inner plug vibrating disk, the bottle inner plug vibrating disk transfer out bottle inner plug for placing bottle inner plug successively Come；

Bottle inner plug sealing pipeline, the bottle inner plug sealing pipeline have one to go out mouth, the bottle inner plug seal pipe into mouth and one The mouth that goes out that the bottle inner plug vibrating disk is sealedly attached into mouth in road, and with the inside phase of the bottle inner plug vibrating disk It connects, the surface that mouth is located at the conveying device is gone out described in the bottle inner plug sealing pipeline, and fill towards the conveying It puts, so as to which the conveying device can be filled in from bottle inner plug for going out mouth submitting described in the bottle inner plug sealing pipeline On be filled in the filling bottle of pulvis；

Hold-down mechanism, the hold-down mechanism are used to compress the bottle inner plug in the filling bottle.

8. pulvis automatic filling system as claimed in claim 7, which is characterized in that the internal face of the bottle inner plug sealing pipeline It is covered with one layer of Teflon layer.

9. pulvis automatic filling system as claimed in claim 7, which is characterized in that the pulvis automatic filling system further includes Cap rotating device, the cap rotating device are used to for bottle cap to be packaged in the filling for being packaged with bottle inner plug in the conveying device Bottling.

10. such as claim 1-9 any one of them pulvis automatic filling systems, which is characterized in that the pulvis auto-filling System further includes protective cover, and the protective cover is set to the rack, and the conveying device and the material filling device are respectively positioned on In protective cover；

And/or the bottle outlet that the automatic bottle-setting device is sealedly attached into bottleneck of the bottle seal pipeline, it is described The material of bottle seal pipeline is stainless steel.