CN208049846U - Tilting type vacuum emulsifying device - Google Patents
Tilting type vacuum emulsifying device Download PDFInfo
- Publication number
- CN208049846U CN208049846U CN201820270100.XU CN201820270100U CN208049846U CN 208049846 U CN208049846 U CN 208049846U CN 201820270100 U CN201820270100 U CN 201820270100U CN 208049846 U CN208049846 U CN 208049846U
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- China
- Prior art keywords
- vacuum tank
- tank
- vacuum
- motor
- emulsifying
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Abstract
The utility model proposes tilting type vacuum emulsifying device, integrated apparatus includes emulsifying mechanism；Emulsifying mechanism includes control module, vacuum tank and board, and aspiration pump and first motor, the second motor for being equipped with discharge port at vacuum tank tank bottom and being linked together with vacuum tank are connected at vacuum tank upper cover；First motor, the second motor are respectively connected with the rabbling mechanism in vacuum tank；Board is connected with elevating mechanism with vacuum tank upper cover, and board is connected with Qing Guan mechanisms with vacuum pot sidewall；When aspiration pump is evacuated to form negative pressure, material enters through vacuum tank pump orifice in tank；When that need to open vacuum tank tank mouth and operated, platform lifting mechanism is integrally lifted vacuum tank upper cover be allowed to detach with vacuum tank after, then by Qing Guan mechanisms vacuum tank is tilted to required angle；The utility model easily can carry out emulsifying to the material of high viscosity, and process is not likely to produce 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 tilting type vacuum emulsifying device.
Background technology
Emulsifying is to carry out high-speed stirred to material to be allowed to the process that homogeneous is milk, is food processing, cosmetics
Common procedure in production, but for the material of high viscosity, since its viscosity is very high so that it feeds, discharges and wraps
Dress has certain difficulty, and is easy work in-process and generates bubble, influences finished product aesthetics, can also make Packing Unit inaccurate；Separately
Outside, the material of high viscosity can make emulsifying equipment be difficult to clear up, and how solve, and be a research direction.
Invention content
The utility model proposes tilting type vacuum emulsifying devices, easily can carry out homogeneous to the material of high viscosity
Emulsification, and process is not likely to produce bubble, and can cleaning and maintenance easily be carried out to equipment.
The utility model uses following technical scheme.
Tilting type vacuum emulsifying device can carry out the filling operation of emulsifying, the one to high viscosity material
Makeup is set including emulsifying mechanism；The emulsifying mechanism includes control module, vacuum tank and board, on the vacuum tank
Aspiration pump and first motor, the second motor for being equipped with discharge port at vacuum tank tank bottom and being linked together with vacuum tank are connected at lid；
The first motor, the second motor are respectively connected with the rabbling mechanism in vacuum tank；The board is with elevating mechanism and vacuum
Tank upper cover is connected, and board is connected with Qing Guan mechanisms with vacuum pot sidewall；When vacuum tank is closed and aspiration pump is evacuated to form negative pressure,
External pressure compressing material enters through vacuum tank pump orifice in tank；When that need to open vacuum tank tank mouth and operated, platform lifting
Mechanism is integrally lifted vacuum tank upper cover be allowed to detach with vacuum tank after, then needed for by Qing Guan mechanisms vacuum tank being tilted to
Angle.
The first motor is connected with the top rabbling mechanism in vacuum tank；Second motor is stirred with the lower part in vacuum tank
Mechanism is connected；The top rabbling mechanism is connected at vacuum tank upper cover；When opening vacuum tank tank mouth, platform lifting mechanism handle
Vacuum tank upper cover is integrally raised to top rabbling mechanism and leaves vacuum tank chamber.
The vacuum tank pump orifice is set at vacuum tank upper cover；When material carries out emulsifying operation in vacuum tank,
The first motor, the second motor switch under control module control between homogeneous rotating speed, emulsification rotating speed and shutdown status, right
Upper layer, lower layer's material are stirred in tank.
Tilting type vacuum emulsifying device cleaning and maintenance method includes the following steps successively；
A1, aspiration pump is closed, the air pressure in vacuum tank is made to restore to identical as air pressure outside tank；
Vacuum tank upper cover is integrally raised to top rabbling mechanism and leaves vacuum tank chamber by A2, platform lifting mechanism；At this time
Cleaning and maintenance can be carried out to top rabbling mechanism；
Vacuum tank is tilted to angle needed for maintenance by A3, Qing Guan mechanism；Cleaning dimension can be carried out to mechanism in vacuum tank at this time
Shield.
In the utility model, due to devising vacuum mechanism, and provided with can direct-connected vacuum tank filling mechanism, and
Filling mechanism extracts finished product from vacuum tank with sucker mechanism and is packed, therefore highly viscous material can be allowed in the ring of condition of high vacuum degree
Pan feeding, emulsifying and filling whole flows are completed under border so that the bubble in highly viscous material can be in stirring and emulsifying process
In quickly escape, be not easy to influence finished product（Such as cream kind cosmetics）Appearance, be not easy to make because of bubble product in packaging
The problem of filling amount deficiency occurs.
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 levels stirring be carried out to high viscosity material simultaneously, allows highly viscous material that can generate flowing, to promote
Emulsifying rate, and top cap can be proposed vacuum tank together with top rabbling mechanism, it is dead to reduce cleaning in cleaning and maintenance
Angle facilitates and is cleared up.
The utility model waits for emulsifying material operation in dispensing, when vacuum tank is closed and aspiration pump is evacuated and to form negative pressure
When, external pressure compressing material enters through vacuum tank pump orifice in tank；The vacuum tank pump orifice is set at vacuum tank upper cover；When
When carrying out emulsifying operation to material in vacuum tank, the first motor, the second motor are under control module control, in homogeneous
Switch between rotating speed, emulsification rotating speed and shutdown status, upper layer, lower layer's material in tank are stirred；Since highly viscous material is equal
Matter easy tos produce non-uniform phenomenon when emulsifying, this can be designed so that material is stirred when putting into vacuum tank, Er Qietong
The first and second motor is crossed in different rotating speeds（Homogeneous rotating speed is low and emulsifies rotating speed height）Between switching, can allow material in vacuum tank by
To uniform mixing power, be conducive to promote final product quality.
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 schematic diagram of the emulsifying mechanism of the utility model；
Attached drawing 2 is the schematic diagram when emulsifying mechanism of the utility model uncaps；
Attached drawing 3 is the schematic diagram of the filling mechanism of the utility model；
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- boards.
Specific implementation mode
As shown in Figs. 1-3, tilting type vacuum emulsifying device can carry out the filling work of emulsifying to high viscosity material
Industry, the integrated apparatus include emulsifying mechanism；The emulsifying mechanism includes control module, vacuum tank 6 and board
21, it is connected with aspiration pump 2 and first motor 1 at the vacuum tank upper cover 8, discharge port 5 and and vacuum tank are equipped at vacuum tank tank bottom
The second motor 4 being linked together；The first motor 1, the second motor 4 are respectively connected with the rabbling mechanism in vacuum tank 6；Institute
It states board 21 with elevating mechanism 3 to be connected with vacuum tank upper cover 8, board 21 is connected with Qing Guan mechanisms 7 with 6 side wall of vacuum tank；Surely
When slack tank 6 is closed and the pumping of aspiration pump 2 forms negative pressure, external pressure is oppressed material and is entered in tank 6 through vacuum tank pump orifice 9；When
When need to open vacuum tank tank mouth and being operated, platform lifting mechanism 3 is allowed to the whole lifting of vacuum tank upper cover 8 and 6 tank of vacuum tank
After body separation, then by Qing Guan mechanisms 7 vacuum tank 6 is tilted to required angle.
The first motor 1 is connected with the top rabbling mechanism 10 in vacuum tank；Second motor 4 and the lower part in vacuum tank
Rabbling mechanism 11 is connected；The top rabbling mechanism 10 is connected at vacuum tank upper cover 8；When opening vacuum tank tank mouth, board
8 entirety of vacuum tank upper cover is raised to top rabbling mechanism 10 and leaves vacuum tank chamber by elevating mechanism.
The vacuum tank pump orifice 9 is set at vacuum tank upper cover 8；Material carries out emulsifying operation in vacuum tank
When, the first motor 1, the second motor 4 are cut under control module control between homogeneous rotating speed, emulsification rotating speed and shutdown status
It changes, upper layer, lower layer's material in tank is stirred.
The input port 13 of filling mechanism is connected with the discharge port 5 of vacuum tank tank bottom.
The filling mechanism includes temporarily storing chamber 15, sucker mechanism and extrusion mechanism 12, the input port 13 of the filling mechanism
At temporary storage 15 cavity wall of chamber and it is equipped with check-valves 14；The sucker mechanism is connected with suction tube 16 with temporary storage chamber；It is filling when carrying out
When operation, filling mechanism input port 13 is connected in check-valves 14, and sucker mechanism drives suction tube 16 the object to be filled for presetting temporary reserves
Material sucking is temporarily store in chamber 15, then closure of check ring filling mechanism input port, and sucker mechanism reverse drive suction tube is to temporarily storing intracavitary
Material to be filled pressure, extrusion mechanism by default filling amount draw temporarily storage intracavitary material and squeezed into outer packaging container
It is interior.
The temporary storage chamber 15 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
Temporarily the perpendicular end of storage chamber is connected with suction tube；The extrusion mechanism is temporarily store set on T shapes at the side on chamber top；The sucker mechanism squeezes
It is pneumatic mechanism to go out mechanism；The sucker mechanism is equipped with soakage set mechanism.
The sucker mechanism drives suction tube 16, the soakage to set machine with the vertical push rod 17 being connected with sucking cylinder 19
Structure is mutually parallel including two pieces and travel settings plate 20 adjustable in pitch；It is equipped at two blocks of travel settings plates and sucking 19 gas of cylinder
The connected contact-making switch in road is equipped with the trigger board 18 being fixed at push rod 17 between two blocks of travel settings plates；When about 17 push rod
When movement makes trigger board trigger contact-making switch, sucking cylinder 19 makes push rod stop motion.
Cleaning and maintenance method includes the following steps successively；
A1, aspiration pump is closed, the air pressure in vacuum tank is made to restore to identical as air pressure outside tank；
Vacuum tank upper cover is integrally raised to top rabbling mechanism and leaves vacuum tank chamber by A2, platform lifting mechanism；At this time
Cleaning and maintenance can be carried out to top rabbling mechanism；
Vacuum tank is tilted to angle needed for maintenance by A3, Qing Guan mechanism；Cleaning dimension can be carried out to mechanism in vacuum tank at this time
Shield.
Packaging process includes the following steps successively；
B1, platform lifting mechanism driving vacuum tank upper cover are placed on vacuum tank, and vacuum tank is made to be in sealing state；
B2, aspiration pump are evacuated vacuum tank to form negative pressure；
B3, conducting vacuum tank pump orifice make external pressure compressing material enter in tank through vacuum tank pump orifice；
B4, the vacuum degree for keeping vacuum tank, and make the first motor, the second motor under control module control, equal
Switch between matter rotating speed, emulsification rotating speed and shutdown status, upper layer, lower layer's material in tank are stirred；Make in tank material homogeneous simultaneously
Emulsification；
B5, the discharge port that vacuum tank tank bottom is connected, the check-valves conducting of filling mechanism input port, sucker mechanism driving are inhaled
The material to be filled sucking for presetting temporary reserves is temporarily store intracavitary by cylinder out of vacuum tank；
B6, filling mechanism input port closure of check ring, sucker mechanism reverse drive suction tube is to temporarily storing the to be filled of intracavitary
Material presses, and extrusion mechanism is drawn the temporarily material of storage intracavitary by default filling amount and squeezed into outer packaging container.
Claims (3)
1. tilting type vacuum emulsifying device can carry out the filling operation of emulsifying to high viscosity material, it is characterised in that：
The emulsifier unit includes emulsifying mechanism；The emulsifying mechanism includes control module, vacuum tank and board, described true
Aspiration pump and first motor, second for being equipped with discharge port at vacuum tank tank bottom and being linked together with vacuum tank are connected at slack tank upper cover
Motor；The first motor, the second motor are respectively connected with the rabbling mechanism in vacuum tank；The board with elevating mechanism with
Vacuum tank upper cover is connected, and board is connected with Qing Guan mechanisms with vacuum pot sidewall；When vacuum tank is closed and aspiration pump be evacuated to be formed it is negative
When pressure, external pressure compressing material enters through vacuum tank pump orifice in tank；When that need to open vacuum tank tank mouth and operated, board
Elevating mechanism is integrally lifted vacuum tank upper cover be allowed to detach with vacuum tank after, then by Qing Guan mechanisms vacuum tank is tilted to
Required angle.
2. tilting type vacuum emulsifying device according to claim 1, it is characterised in that：The first motor and vacuum
Top rabbling mechanism in tank is connected；Second motor is connected with the lower part rabbling mechanism in vacuum tank；The top rabbling mechanism
It is connected at vacuum tank upper cover；When opening vacuum tank tank mouth, vacuum tank upper cover is integrally raised to top by platform lifting mechanism
Rabbling mechanism leaves vacuum tank chamber.
3. tilting type vacuum emulsifying device according to claim 2, it is characterised in that：The vacuum tank pump orifice is set
At vacuum tank upper cover；When material carries out emulsifying operation in vacuum tank, the first motor, the second motor are controlling
Under module control, switches between homogeneous rotating speed, emulsification rotating speed and shutdown status, upper layer, lower layer's material in tank are stirred.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820270100.XU CN208049846U (en) | 2018-02-26 | 2018-02-26 | Tilting type vacuum emulsifying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820270100.XU CN208049846U (en) | 2018-02-26 | 2018-02-26 | Tilting type vacuum emulsifying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208049846U true CN208049846U (en) | 2018-11-06 |
Family
ID=63990665
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820270100.XU Expired - Fee Related CN208049846U (en) | 2018-02-26 | 2018-02-26 | Tilting type vacuum emulsifying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208049846U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109847638A (en) * | 2019-01-28 | 2019-06-07 | 施建波 | A kind of mulser with vibration function |
-
2018
- 2018-02-26 CN CN201820270100.XU patent/CN208049846U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109847638A (en) * | 2019-01-28 | 2019-06-07 | 施建波 | A kind of mulser with vibration function |
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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 |