CN208053692U - Vertical pneumatic bottle placer - Google Patents
Vertical pneumatic bottle placer Download PDFInfo
- Publication number
- CN208053692U CN208053692U CN201820270226.7U CN201820270226U CN208053692U CN 208053692 U CN208053692 U CN 208053692U CN 201820270226 U CN201820270226 U CN 201820270226U CN 208053692 U CN208053692 U CN 208053692U
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- China
- Prior art keywords
- filling
- vacuum tank
- suction tube
- bottle placer
- sucking
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model proposes vertical pneumatic bottle placer, the filling mechanism of the bottle placer includes control module, temporarily stores chamber, sucker mechanism and extrusion mechanism, and the input port of the filling mechanism is set at temporarily storage chamber cavity wall and is equipped with check-valves；The sucker mechanism is connected with suction tube with temporary storage chamber；When carrying out filling operation, check-valves conducting filling mechanism input port, sucker mechanism drives suction tube that intracavitary is temporarily store in the material to be filled sucking for presetting temporary reserves, then closure of check ring filling mechanism input port, sucker mechanism reverse drive suction tube presses to the material to be filled for temporarily storing intracavitary, and extrusion mechanism extracts the temporarily material of storage intracavitary by default filling amount and is conducted into outer packaging container；This product can be easily filling to the high value material of high viscosity progress small batch, and is not easy to influence finished product aesthetics and Packing Unit because of bubble, and easily can carry out cleaning and maintenance to equipment.
Description
Technical field
The utility model is related to mechanical equipment technical fields, especially vertical pneumatic bottle placer.
Background technology
In food and Cosmetics Production, the demand that need to be packed to low dose of high viscosity material can be encountered,
It is higher to filling aesthetics and Packing Unit precise requirements when these materials are high price finished product, and may require that progress
The packaging of small quantities of secondary amounts, is not easy to flow since these material viscosityes are very high so that its charging, discharging and packaging have certain tired
Difficulty, and be easy work in-process and generate bubble, finished product aesthetics is influenced, can also make Packing Unit inaccurate；In addition, high viscosity
Material can make equipment be difficult to clear up, and how solve, and be a research direction.
Invention content
The utility model proposes vertical pneumatic bottle placers, easily can carry out small batch to the high value material of high viscosity
It is filling, and be not easy to influence finished product aesthetics and Packing Unit because of bubble, and can cleaning and maintenance easily be carried out to equipment.
The utility model uses following technical scheme.
The filling mechanism of vertical pneumatic bottle placer, the bottle placer includes control module, temporarily stores chamber, sucker mechanism and extrusion
The input port of mechanism, the filling mechanism is set at temporarily storage chamber cavity wall and is equipped with check-valves；The sucker mechanism is with suction tube and temporarily
Chamber is store to be connected；When carrying out filling operation, check-valves conducting filling mechanism input port, sucker mechanism drives suction tube default
Intracavitary is temporarily store in the material to be filled sucking of temporary reserves, then closure of check ring filling mechanism input port, sucker mechanism reverse drive
Suction tube presses to the material to be filled for temporarily storing intracavitary, and extrusion mechanism extracts the temporarily material of storage intracavitary by default filling amount and led
Enter in outer packaging container.
The sucker mechanism is pneumatic mechanism；The sucker mechanism includes suction tube, sucking cylinder and push rod；The push rod point
Not with suction tube, sucking cylinders；The sucking cylinder driving push rod makes suction tube sucking material and releases material；The inhalation machine
Structure is equipped with soakage set mechanism.
The soakage set mechanism is mutually parallel including two pieces and travel settings plate adjustable in pitch；Two pieces of travel settings
It is equipped with the contact-making switch being connected with sucking cylinder gas circuit at plate, the triggering being fixed at push rod is equipped between two blocks of travel settings plates
Plate；When push rod, which moves up or be displaced downwardly to trigger board, triggers contact-making switch, sucking cylinder makes push rod stop motion.
The soakage set mechanism keeps the soakage of suction tube identical as pushing amount.
The input port of the filling mechanism is communicated with vacuum tank, and when sucking material, the negative pressure of suction tube is better than the suction tube
Vacuum tank negative pressure is so that material can be inhaled into temporarily storage intracavitary in vacuum tank.
The extrusion mechanism includes extruding pipe and the extrusion cylinder at extruding pipe, and the extruding pipe is T-shaped, and T shapes are squeezed
The long side part of outlet pipe is connected with temporary storage chamber；Short side part one end of T shape extruding pipes is the delivery outlet of filling apparatus, and the other end is set
There is extrusion cylinder；The cylinder that squeezes out is allowed to export from delivery outlet with the material in preset strokes pushing T shape extruding pipes.
The temporary storage chamber of the filling mechanism is T-shaped, and the input port of filling mechanism is set at temporarily storage top of chamber cavity wall；T shapes are temporary
The vertical edge position of storage chamber is connected with vertically arranged suction tube；Sucker mechanism absorbs material with vertical push rod driving suction tube and pushes object
Material.
It is connected with aspiration pump and first motor at the vacuum tank upper cover, discharge port and and vacuum tank are equipped at vacuum tank tank bottom
The second motor being linked together；The discharge port is communicated with the input port of filling mechanism；In the first motor and vacuum tank
Top rabbling mechanism is connected；Second motor is connected with the lower part rabbling mechanism in vacuum tank；The top rabbling mechanism is connected to
At vacuum tank upper cover；Vacuum tank upper cover is connected with elevating mechanism；Vacuum pot sidewall is connected with Qing Guan mechanisms, when need to open vacuum tank
When tank mouth is operated, vacuum tank upper cover is integrally raised to top rabbling mechanism and leaves vacuum tank chamber by elevating mechanism, then by
Vacuum tank is tilted to required angle by Qing Guan mechanisms.
Vertical pneumatic bottle placer described in the application method use, application method include the following steps；
A1, check-valves conducting filling mechanism input port, sucking cylinder driving push rod are displaced downwardly to triggering contact-making switch, and driving is inhaled
The material to be filled sucking for presetting temporary reserves is temporarily store intracavitary by cylinder out of vacuum tank；
A2, closure of check ring filling mechanism input port, sucker mechanism reverse drive push rod are allowed to move up, to suction tube and temporary storage
The material to be filled of intracavitary presses；
A3, material to be filled enter in T shapes extruding pipe and reach expanded state under pressure；
A4, extrusion cylinder push the material in T shape extruding pipes with preset strokes and are allowed to export to outer packaging from delivery outlet
In object；
A5, when moved on push rod triggering contact-making switch after, push rod stop movement, can determine that this filling temporary material storage material at this time
It has been used up, it is filling if you need to continue, then start the sucking cylinder absorbing material out of vacuum tank again.
The utility model due to devising vacuum mechanism, and provided with can direct-connected vacuum tank filling mechanism, and fill
Mounting mechanism extracts finished product from vacuum tank with sucker mechanism and is packed, therefore highly viscous material can be allowed in the environment of condition of high vacuum degree
Lower completion storage, guide and filling whole flows, avoid material that final product quality is lost or influenced because of oxidation so that height is viscous
Bubble in thick material can quickly escape in whipping process, be not easy to influence finished product（Such as cream kind cosmetics）Appearance,
It is not easy the problem for making product that filling amount deficiency occur in packaging because of bubble.
In the utility model, the sucker mechanism is equipped with soakage set mechanism；The soakage set mechanism makes suction tube
Soakage it is identical as pushing amount；The design enables this product to accurately control the filling amount of each filling batch, in high price
Lattice commodity it is filling in it is very with practical value.
In the utility model, after material to be filled is sucked temporarily storage chamber by filling mechanism, sucking cylinder reverse drive suction tube
Push rod pushes temporarily storage intracavitary material so that and temporarily the highly viscous material of storage intracavitary can relatively easily keep accurate output pressure, from
And so that highly viscous material is easy to be extruded mechanism and squeeze into outer packaging container, and extrusion capacity is easy to accurately control.
In the utility model, since top rabbling mechanism being arranged at vacuum tank upper cover, stirred in the vacuum tank lower part portion of setting
Mechanism is mixed, therefore can carry out levels stirring to high viscosity material simultaneously enables the bubble in highly viscous material in high-true
It is faster discharged, and top cap can be proposed vacuum tank together with top rabbling mechanism, reduced clear in cleaning and maintenance under environment
Dead angle is managed, facilitates and is cleared up, is also easy to recycle high value finished product or material from vacuum tank.
In the utility model, sucking cylinder and the action for squeezing out cylinder can manually control, to which easily controllable packaging is total
Amount is well suited for the small batch packaging of high-value goods.
Description of the drawings
With reference to the accompanying drawings and detailed description to the further details of explanation of the utility model：
Attached drawing 1 is the filling mechanism schematic diagram of bottle placer；
Attached drawing 2 is the vacuum tank schematic diagram of bottle placer；
Attached drawing 3 is another schematic diagram of the vacuum tank of bottle placer；
In figure：1- first motors；2- aspiration pumps；3- elevating mechanisms；The second motors of 4-；5- discharge ports；6- vacuum tanks；7- inclines
Tank mechanism；8- vacuum tank upper covers；9- vacuum tank pump orifices；Top rabbling mechanism in 10- vacuum tanks；Under in 11- vacuum tanks
Portion's rabbling mechanism；12- extrusion mechanisms；The input port of 13- filling mechanisms；14- check-valves；15- temporarily stores chamber；16- sucker mechanisms
Suction tube；17- push rods；18- trigger boards；The sucking cylinder of 19- sucker mechanisms；20- travel settings plates；21-T shape extruding pipes；22- is squeezed
Go out cylinder；The delivery outlet of 23- filling apparatus.
Specific implementation mode
As shown in Figs. 1-3, vertical pneumatic bottle placer, the filling mechanism of the bottle placer include control module, temporarily storage chamber 15,
The input port 13 of sucker mechanism and extrusion mechanism, the filling mechanism is set at temporarily storage 15 cavity wall of chamber and is equipped with check-valves 14；Institute
Sucker mechanism is stated with suction tube 16 to be connected with temporary storage chamber 15；When carrying out filling operation, it is defeated that filling mechanism is connected in the check-valves 14
Entrance 13, sucker mechanism drive suction tube 16 that intracavitary is temporarily store in the material to be filled sucking for presetting temporary reserves, and then check-valves 14 closes
Filling mechanism input port 13 is closed, sucker mechanism reverse drive suction tube 16 is to temporarily storing the pressure of the material to be filled in chamber 15, extruder
Structure extracts the material in temporarily storage chamber 15 by default filling amount and is conducted into outer packaging container.
The sucker mechanism is pneumatic mechanism；The sucker mechanism includes suction tube 16, sucking cylinder 19 and push rod 17；It is described
Push rod 17 is connected with suction tube 16, sucking cylinder 19 respectively；The sucking cylinder driving push rod makes suction tube sucking material and releases object
Material；The sucker mechanism is equipped with soakage set mechanism.
The soakage set mechanism is mutually parallel including two pieces and travel settings plate 20 adjustable in pitch；Two pieces of strokes are set
It is equipped with the contact-making switch being connected with sucking cylinder gas circuit at fixed board 20, is equipped with and is fixed at push rod between two blocks of travel settings plates
Trigger board 18；When push rod 17, which moves up or be displaced downwardly to trigger board 18, triggers contact-making switch, sucking cylinder makes push rod stop motion.
The soakage set mechanism keeps the soakage of suction tube identical as pushing amount.
The input port 13 of the filling mechanism is communicated with vacuum tank 6, and the suction tube is when sucking material, the negative pressure of suction tube
In vacuum tank negative pressure so that material can be inhaled into temporarily storage chamber 15 in vacuum tank.
The extrusion mechanism includes extruding pipe 21 and the extrusion cylinder 22 at extruding pipe 21, and the extruding pipe 21 is in T
Shape, the long side part of T shapes extruding pipe 21 are connected with temporary 15 storage chamber；Short side part one end of T shape extruding pipes is the defeated of filling apparatus
Outlet 23, the other end, which is equipped with, squeezes out cylinder 22；The cylinder 22 that squeezes out is made with the material in preset strokes pushing T shapes extruding pipe 21
From delivery outlet export.
The temporary storage chamber of the filling mechanism is T-shaped, and the input port 13 of filling mechanism is set at temporarily storage top of chamber cavity wall；T shapes
Temporarily the vertical edge position of storage chamber is connected with vertically arranged suction tube 16；Sucker mechanism with vertical push rod 17 drive suction tube absorb material and
Push material.
Be connected with aspiration pump 2 and first motor 1 at 6 upper cover 8 of the vacuum tank, be equipped at 6 tank bottom of vacuum tank discharge port 5 and with
The second motor 4 that vacuum tank 6 is linked together；The discharge port 5 is communicated with the input port 13 of filling mechanism；The first motor 1
It is connected with the top rabbling mechanism 10 in vacuum tank；Second motor 4 is connected with the lower part rabbling mechanism 11 in vacuum tank；On described
Portion's rabbling mechanism 10 is connected at vacuum tank upper cover 8；Vacuum tank upper cover 8 is connected with elevating mechanism 3；6 side wall of vacuum tank and the tank that inclines
Mechanism 7 is connected, and when that need to open vacuum tank tank mouth and operated, vacuum tank upper cover is integrally raised to top and stirred by elevating mechanism
Vacuum tank chamber is left by mechanism 10, then vacuum tank is tilted to required angle by Qing Guan mechanisms 7.
Vertical pneumatic bottle placer described in the application method use, application method include the following steps；
A1, check-valves conducting filling mechanism input port, sucking cylinder driving push rod are displaced downwardly to triggering contact-making switch, and driving is inhaled
The material to be filled sucking for presetting temporary reserves is temporarily store intracavitary by cylinder out of vacuum tank；
A2, closure of check ring filling mechanism input port, sucker mechanism reverse drive push rod are allowed to move up, to suction tube and temporary storage
The material to be filled of intracavitary presses；
A3, material to be filled enter in T shapes extruding pipe and reach expanded state under pressure；
A4, extrusion cylinder push the material in T shape extruding pipes with preset strokes and are allowed to export to outer packaging from delivery outlet
In object；
A5, when moved on push rod triggering contact-making switch after, push rod stop movement, can determine that this filling temporary material storage material at this time
It has been used up, it is filling if you need to continue, then start the sucking cylinder absorbing material out of vacuum tank again.
Claims (8)
1. vertical pneumatic bottle placer, it is characterised in that：The filling mechanism of the bottle placer includes control module, temporarily stores chamber, sucking
The input port of mechanism and extrusion mechanism, the filling mechanism is set at temporarily storage chamber cavity wall and is equipped with check-valves；The sucker mechanism
It is connected with temporary storage chamber with suction tube；When carrying out filling operation, check-valves conducting filling mechanism input port, sucker mechanism driving
The material to be filled sucking for presetting temporary reserves is temporarily store intracavitary by suction tube, then closure of check ring filling mechanism input port, inhalation machine
Structure reverse drive suction tube presses to the material to be filled for temporarily storing intracavitary, and extrusion mechanism presses the object of the default temporary storage intracavitary of filling amount extraction
Expect and is conducted into outer packaging container.
2. vertical pneumatic bottle placer according to claim 1, it is characterised in that：The sucker mechanism is pneumatic mechanism；Institute
It includes suction tube, sucking cylinder and push rod to state sucker mechanism；The push rod respectively with suction tube, sucking cylinders；The sucking gas
Cylinder driving push rod makes suction tube sucking material and releases material；The sucker mechanism is equipped with soakage set mechanism.
3. vertical pneumatic bottle placer according to claim 2, it is characterised in that：The soakage set mechanism includes two pieces
It is mutually parallel and travel settings plate adjustable in pitch；The contact connected with sucking cylinder gas circuit is equipped at two blocks of travel settings plates to open
It closes, the trigger board being fixed at push rod is equipped between two blocks of travel settings plates；It is connect when push rod moves up or be displaced downwardly to trigger board triggering
When touching switch, sucking cylinder makes push rod stop motion.
4. vertical pneumatic bottle placer according to claim 3, it is characterised in that：The soakage set mechanism makes suction tube
Soakage is identical as pushing amount.
5. vertical pneumatic bottle placer according to claim 4, it is characterised in that：The input port of the filling mechanism and vacuum
Tank communicates, and for the suction tube when sucking material, the negative pressure of suction tube is better than vacuum tank negative pressure so that material can be inhaled into vacuum tank
Temporarily storage intracavitary.
6. vertical pneumatic bottle placer according to claim 5, it is characterised in that：The extrusion mechanism includes extruding pipe and sets
Extrusion cylinder at extruding pipe, the extruding pipe is T-shaped, and the long side part of T shape extruding pipes is connected with temporary storage chamber；T shapes squeeze out
Short side part one end of pipe is the delivery outlet of filling apparatus, and the other end, which is equipped with, squeezes out cylinder；The extrusion cylinder is with preset strokes
The material in T shape extruding pipes is pushed to be allowed to export from delivery outlet.
7. vertical pneumatic bottle placer according to claim 6, it is characterised in that：The temporary storage chamber of the filling mechanism is T-shaped,
The input port of filling mechanism is set at temporarily storage top of chamber cavity wall；The vertical edge position that T shapes temporarily store chamber is connected with vertically arranged suction tube；
Sucker mechanism absorbs material with vertical push rod driving suction tube and pushes material.
8. vertical pneumatic bottle placer according to claim 7, it is characterised in that：It is connected with aspiration pump at the vacuum tank upper cover
And first motor, the second motor for being equipped with discharge port at vacuum tank tank bottom and being linked together with vacuum tank；The discharge port and filling
The input port of mounting mechanism communicates；The first motor is connected with the top rabbling mechanism in vacuum tank；Second motor and vacuum tank
Interior lower part rabbling mechanism is connected；The top rabbling mechanism is connected at vacuum tank upper cover；Vacuum tank upper cover and elevating mechanism
It is connected；Vacuum pot sidewall is connected with Qing Guan mechanisms, and when that need to open vacuum tank tank mouth and operated, elevating mechanism is on vacuum tank
Lid entirety is raised to top rabbling mechanism and leaves vacuum tank chamber, then vacuum tank is tilted to required angle by Qing Guan mechanisms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820270226.7U CN208053692U (en) | 2018-02-26 | 2018-02-26 | Vertical pneumatic bottle placer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820270226.7U CN208053692U (en) | 2018-02-26 | 2018-02-26 | Vertical pneumatic bottle placer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208053692U true CN208053692U (en) | 2018-11-06 |
Family
ID=63990624
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820270226.7U Expired - Fee Related CN208053692U (en) | 2018-02-26 | 2018-02-26 | Vertical pneumatic bottle placer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208053692U (en) |
-
2018
- 2018-02-26 CN CN201820270226.7U patent/CN208053692U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181106 |