CN204569377U - Micro-vacuum automatic balance type bottle placer - Google Patents
Micro-vacuum automatic balance type bottle placer Download PDFInfo
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- CN204569377U CN204569377U CN201520031502.0U CN201520031502U CN204569377U CN 204569377 U CN204569377 U CN 204569377U CN 201520031502 U CN201520031502 U CN 201520031502U CN 204569377 U CN204569377 U CN 204569377U
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Abstract
The utility model discloses a kind of micro-vacuum automatic balance type bottle placer, bottle placer is provided with pumped vacuum system, the material cylinder sidewall of bottle placer is distributed with and multiplely vacuumizes silicone tube, the two ends respectively vacuumizing silicone tube lay respectively at both sides inside and outside material cylinder, and the silicone tube end that vacuumizes being positioned at inner side is connected with the center vacuum-pumping tube of filling valve by vacuum connection tube; Bottle inlet station on material cylinder and bottle outlet station are respectively equipped with vacuum cup assembly, and the silicone tube end that vacuumizes being positioned at outside is communicated with vacuum cup assembly, and each vacuum cup assembly is connected with negative pressure expansion tank and vacuum pump by vacuum lamp.Its packaging process first makes whole pumped vacuum system form negative pressure state, and when bottle placer rotates, after Packaging Bottle enters bottle inlet station, pumped vacuum system vacuumizes the Packaging Bottle on bottle inlet station, then opens filling valve, and it is filling to carry out sauce; Packaging Bottle first closes filling valve after entering bottle outlet station, then takes the unnecessary sauce of Packaging Bottle bottleneck away by pumped vacuum system.
Description
Technical field
The utility model relates to the sauce Canning Technique in food packaging applications, particularly a kind of micro-vacuum automatic balance type bottle placer.
Background technology
In the production process of sauce seasonings, usually boil material and packaging two large operations, and the core connecting these two operations is filling link.The speed of filling speed, the height of filling quality, all directly determine the production capacity of whole manufacturing line.In the pouring process of jug, adopting at present maximum is following several method: one is filling by normal pressure, is under atmospheric pressure undertaken filling by liquid deadweight, but the method to be only applicable to filling viscosity lower and not containing the liquid of gas, two is by pressure filling, and filling higher than carrying out under bar pressure, the method is generally applicable to the filling liquid containing gas, three is pass through vacuum filling, in bottle, pressure is filling lower than carrying out under bar pressure, the method efficiency is higher, the sauce being comparatively applicable to viscosity larger is filling, but, vacuum filling machine conventional mostly at present is high vacuum bottle placer, its complex structure, higher to vacuum level requirements, therefore equipment investment cost is quite high, be unfavorable for the transformation of traditional sauce industry, simultaneously, in actual applications, along with the raising of sauce viscosity, especially in sauce also with little grainy material time, current vacuum filling machine can not meet filling requirement, usually there is blocking, fill with discontented and even fill with the phenomenon do not entered.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, for the sauce packaging that viscosity is higher, provides the micro-vacuum automatic balance type bottle placer that lower, the filling efficiency of a kind of vacuum level requirements is higher, equipment operates steadily.
The technical solution of the utility model is: a kind of micro-vacuum automatic balance type bottle placer, comprise material cylinder, frame, rotary disc assembly and multiple filling valve, multiple filling valve is distributed in material cylinder bottom portion, rotary disc assembly is positioned at below filling valve, and rotary disc assembly is located in frame, rotary disc assembly is provided with multiple with filling valve bottle supporting position one to one, bottle placer is also provided with pumped vacuum system, pumped vacuum system comprises vacuum pump, negative pressure expansion tank, vacuumize silicone tube and vacuum cup assembly, material cylinder sidewall is distributed with and multiplely vacuumizes silicone tube, the two ends respectively vacuumizing silicone tube lay respectively at outside and the inner side of material cylinder, the silicone tube end that vacuumizes be positioned at inside material cylinder is connected with the center vacuum-pumping tube of filling valve by vacuum connection tube, bottle inlet station on material cylinder and bottle outlet station are respectively equipped with vacuum cup assembly, when material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with corresponding vacuum cup assembly respectively, and each vacuum cup assembly is connected with negative pressure expansion tank and vacuum pump successively respectively by vacuum lamp.
Described vacuum cup assembly comprises nylon slide block, Connection Block, guide pillar, regulating spring, support, vacuum adapter and adjustment cushion block, nylon slide block end face connects with material cylinder, bottom nylon slide block, Connection Block is set, the sidewall of Connection Block is provided with vacuum adapter, the bottom of Connection Block is provided with support, is connected between Connection Block with support by guide pillar, and guide pillar periphery cover has regulating spring, frame bottom arranges adjustment cushion block, and vacuum adapter is connected with negative pressure expansion tank by vacuum lamp;
The all curved shape of nylon slide block and Connection Block, is provided with the groove of arc in the middle part of nylon slide block, the corresponding groove being provided with arc on Connection Block, and groove, groove are communicated with formation evacuation passageway with vacuum adapter; When material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with evacuation passageway.During installation, the end face of nylon slide block connects with the corrosion-resistant steel annulus of material cylinder periphery, employing nylon slide block can ensure the degree of vacuum in evacuation passageway preferably, by regulating the cooperation of cushion block and regulating spring, more easily can regulate the gap between nylon slide block and material cylinder, when not affecting material cylinder and rotating, improve the tightness between nylon slide block and material cylinder.
As a kind of preferred version, the thickness of described nylon slide block is 20mm, and the width of groove is 14mm; The thickness of Connection Block is 30mm, and the width of groove is 14mm, and the degree of depth of groove is 20mm.
Described filling valve comprises center vacuum-pumping tube, upper valve body, lower valve body, retracing spring and orienting sleeve, lower valve body slides is in upper valve body inner chamber, lower valve body periphery is provided with retracing spring, lower body base is connected with orienting sleeve, the junction of lower valve body and orienting sleeve is provided with rubber block, the bottleneck of Packaging Bottle to stretch in orienting sleeve and connects with rubber block, center vacuum-pumping tube is through the middle part of upper valve body, lower valve body and orienting sleeve, center vacuum-pumping tube end stretches into the bottleneck of Packaging Bottle, the top of center vacuum-pumping tube by vacuum connection tube with vacuumize silicone tube and be connected.Wherein, by the slip of lower valve body in upper valve body inner chamber, change the stroke that center vacuum-pumping tube puts in Packaging Bottle bottleneck, thus make Packaging Bottle be in the state of vacuumizing or bottling condition.
The end of described center vacuum-pumping tube is shunting umbrella, and comprise the upper cone section and lower cone section that are connected, the large end face diameter of upper cone section is less than the large end face diameter of lower cone section, and the large end face of upper cone section connects with the large end face of lower cone section formation boss; When filling valve is in and vacuumizes state, boss seals the bottom of lower valve body.
On the vacuum-pumping tube of described center, the large end face diameter of lower cone section is 15mm, and the put in stroke of lower cone section in Packaging Bottle is 30mm.
Described material cylinder is unenclosed construction, material cylinder periphery is provided with corrosion-resistant steel annulus, corrosion-resistant steel annulus is distributed with multiple tapped bore, be positioned at and correspondingly on the material cylinder sidewall above corrosion-resistant steel annulus be distributed with multiple through hole, each through hole correspondence arranges one and vacuumizes silicone tube, and corresponding tapped bore is located in the silicone tube end that vacuumizes be positioned at outside material cylinder; Wherein, because vacuum level requirements is lower, material cylinder is set to unenclosed construction, handled easily personnel check the situation of sauce in material cylinder at any time, meanwhile, detonation can clean, coordinate false bottle mould, greatly reduce the labour intensity of workman during cleaning during bottle placer cleaning.
On material cylinder, bottle inlet station is corresponding with 2 ~ 4 filling valves, and bottle outlet station is corresponding with 2 ~ 4 filling valves, can ensure be in the good state that vacuumizes in Packaging Bottle or remove expectation state.
The inside of described material cylinder is provided with arch configuration, forms the sauce storage space of arch between the outer wall of arch configuration and the inwall of material cylinder.The setting of arch configuration can realize sauce to concentrate on filling valve top, reduce material cylinder rotate and produce larger centnifugal force, the capacity of expecting cylinder can be reduced simultaneously, and ensure that material cylinder bottom portion is provided with abundant filling valve, reduce material cylinder and sauce weight, be convenient to the synchronous axial system ensureing material cylinder and rotary disc assembly.
As a kind of preferred version, in described material cylinder, the sidewall of arch configuration is 100mm with the distance of the material inside wall of cylinder, and the top of arch configuration is 200 ~ 300mm with the distance of material cylinder end face;
Be circular bottom sauce storage space, sauce storage space bottom part is furnished with multiple filling valve joint chair, each filling valve joint chair and filling valve one_to_one corresponding, and adopts the buckle-shaped formula of hand to connect, can be for convenience detach, the tolerance clearance between filling valve and filling valve joint chair is 0.05mm.
In above-mentioned micro-vacuum automatic balance type bottle placer, conveniently control and regulate, improving the degree of automation of bottle placer, material cylinder top can external feed pipe, arranges liquid-level floater and external control box in material cylinder; Arrange supporting plate bottom arch configuration, be connected bottom supporting plate by arrangement for adjusting height with rotary disc assembly, wherein arrangement for adjusting height and rotary disc assembly all adopt arrangement for adjusting height on traditional bottle placer and rotary disc assembly.
When this micro-vacuum automatic balance type bottle placer uses, its principle is: first vacuumized by the Packaging Bottle of pumped vacuum system to sky, makes to form micro-vacuum filling environment in Packaging Bottle, is then combined by the effect of vacuum pump and the Action of Gravity Field of material cylinder, carry out Quick-filling, until fill; After filling, on bottle outlet station, carry out fine setting by center vacuum-pumping tube to suck back unnecessary sauce and realize liquid level equilibrium, simultaneously, by vacuum action dredging pipeline, ensureing the phenomenon of pouring process without tear drop material folding, is next filling purging line obstacle, realizes expecting that cylinder, pan feeding machine (namely providing the mechanism of sauce to feed pipe), the dead-weight balanced formula of negative pressure expansion tank three cylinder micro-vacuum are filling.
By the packaging process that above-mentioned micro-vacuum automatic balance type bottle placer realizes, comprise the following steps:
(1) after storing sauce in material cylinder, the vacuum pump opened in pumped vacuum system carries out forvacuum, makes whole pumped vacuum system form negative pressure state;
(2) rotary disc assembly moves Packaging Bottle rotation by each bottle supporting bit strip, expects that cylinder drives each filling valve to carry out synchronous axial system simultaneously, makes Packaging Bottle and filling valve keep one_to_one corresponding; Vacuum cup assembly in pumped vacuum system keeps maintaining static;
(3) after Packaging Bottle enters bottle inlet station, pumped vacuum system vacuumizes each Packaging Bottle corresponding on bottle inlet station, makes the pressure in each Packaging Bottle be negative pressure, then opens filling valve, and it is filling to carry out sauce;
(4) along with rotary disc assembly and the rotation of expecting cylinder, Packaging Bottle proceeds sauce filling after producing bottle inlet station;
(5) after Packaging Bottle enters bottle outlet station, first close filling valve, then take the unnecessary sauce of Packaging Bottle bottleneck away by pumped vacuum system, make the sauce capacity in Packaging Bottle reach packaging standard, Packaging Bottle is sent bottle placer by the rotation finally by rotary disc assembly and material cylinder.
The utility model, relative to prior art, has following beneficial effect:
1, this micro-vacuum automatic balance type bottle placer carries out improving on the basis of conventional atmospheric bottle placer, by setting up pumped vacuum system, Packaging Bottle is first vacuumized rear filling, thus meet the filling requirement of large viscosity sauce (especially with the sauce of granular material), improve filling efficiency and equipment traveling comfort simultaneously; In addition, carry out simple modifications on existing, can save equipment cost, the large area being conducive to traditional handicraft is improved.
2, in this micro-vacuum automatic balance type bottle placer, the form that will vacuumize is set to bottle inlet station and vacuumizes and vacuumize with bottle outlet station, effectively can reduce sauce and repeatedly be back to phenomenon in vacuum buffer tank, sauce degree of utilization is high, effectively can ensure quality and the local flavor of product.
3, in this micro-vacuum automatic balance type bottle placer, the structure of filling valve is simple, easy to assembly; Meanwhile, the center vacuum-pumping tube end of filling valve is set to shunting umbrella-shaped structure, liquid level accurate positioning in Packaging Bottle can be made, and filling speed is fast, good stability.
4, this micro-vacuum dead-weight balanced formula bottle placer purposes is wide, and applicability is strong, can be used for filling liquid, particle or thickness sauce, respond well.
Accompanying drawing explanation
Fig. 1 is the structural representation of this micro-vacuum automatic balance type bottle placer.
Fig. 2 is in this micro-vacuum automatic balance type bottle placer, filling valve, bottle inlet station and the bottle outlet station distributing position schematic diagram on material cylinder.
Fig. 3 is in this micro-vacuum automatic balance type bottle placer, the structural representation of material cylinder.
Fig. 4 is in this micro-vacuum automatic balance type bottle placer, the structural representation of vacuum cup assembly.
Fig. 5 is that in this micro-vacuum automatic balance type bottle placer, filling valve is in structural representation when vacuumizing state.
Fig. 6 is that in this micro-vacuum automatic balance type bottle placer, filling valve is in structural representation during bottling condition.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited thereto.
Embodiment
A kind of micro-vacuum automatic balance type of the present embodiment bottle placer, as shown in Figure 1, comprise material cylinder 1, frame 2, rotary disc assembly 3 and 40 filling valves 4 are (according to the actual demand of filling process, the quantity of filling valve can adjust flexibly, be generally 20 ~ 50), 40 filling valves are distributed in material cylinder bottom portion, rotary disc assembly is positioned at below filling valve, and rotary disc assembly is located in frame, rotary disc assembly is provided with multiple with filling valve bottle supporting position one to one, bottle supporting position is arranged and is also provided with pumped vacuum system for driving on bottle supporting cylinder 5 bottle placer of Packaging Bottle up-and-down movement, pumped vacuum system comprises vacuum pump, negative pressure expansion tank, vacuumize silicone tube 6 and vacuum cup assembly 7, material cylinder sidewall is distributed with and multiplely vacuumizes silicone tube, the two ends respectively vacuumizing silicone tube lay respectively at outside and the inner side of material cylinder, the silicone tube end that vacuumizes be positioned at inside material cylinder is connected with the center vacuum-pumping tube of filling valve by vacuum connection tube, as shown in Figure 2, bottle inlet station 8 on material cylinder and bottle outlet station 9 are respectively equipped with vacuum cup assembly, when material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with corresponding vacuum cup assembly respectively, and each vacuum cup assembly is connected with negative pressure expansion tank and vacuum pump successively respectively by vacuum lamp.
As shown in Figure 4, vacuum cup assembly 7 comprises nylon slide block 7-1, Connection Block 7-2, guide pillar 7-3, regulating spring 7-4, support 7-5, vacuum adapter 7-6 and adjustment cushion block 7-7, nylon slide block end face connects with material cylinder, bottom nylon slide block, Connection Block is set, the sidewall of Connection Block is provided with vacuum adapter, the bottom of Connection Block is provided with support, be connected by guide pillar between Connection Block with support, guide pillar periphery cover has regulating spring, frame bottom arranges adjustment cushion block, vacuum adapter is connected (not shown) by vacuum lamp with negative pressure expansion tank, vacuum table installed by negative pressure expansion tank, and the can body of negative pressure expansion tank is borosilicate material, directly can observe the recovery liquid level of the inside.
The all curved shape of nylon slide block and Connection Block, is provided with the groove of arc in the middle part of nylon slide block, the corresponding groove being provided with arc on Connection Block, and groove, groove are communicated with formation evacuation passageway with vacuum adapter; When material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with evacuation passageway.During installation, the end face of nylon slide block connects with the corrosion-resistant steel annulus of material cylinder periphery, employing nylon slide block can ensure the degree of vacuum in evacuation passageway preferably, by regulating the cooperation of cushion block and regulating spring, more easily can regulate the gap between nylon slide block and material cylinder, when not affecting material cylinder and rotating, improve the tightness between nylon slide block and material cylinder.
Wherein, the thickness of nylon slide block is 20mm, and the width of groove is 14mm; The thickness of Connection Block is 30mm, and the width of groove is 14mm, and the degree of depth of groove is 20mm.
As shown in Figure 5 or Figure 6, filling valve 4 comprises center vacuum-pumping tube 4-1, upper valve body 4-2, lower valve body 4-3, retracing spring 4-4 and orienting sleeve 4-5, lower valve body slides is in upper valve body inner chamber, lower valve body periphery is provided with retracing spring, lower body base is connected with orienting sleeve, the junction of lower valve body and orienting sleeve is provided with rubber block 4-6, the bottleneck of Packaging Bottle 10 to stretch in orienting sleeve and connects with rubber block, center vacuum-pumping tube is through upper valve body, the middle part of lower valve body and orienting sleeve, center vacuum-pumping tube end stretches into the bottleneck of Packaging Bottle, the top of center vacuum-pumping tube by vacuum connection tube 11 with vacuumize silicone tube and be connected.Wherein, by the slip of lower valve body in upper valve body inner chamber, change the stroke that center vacuum-pumping tube puts in Packaging Bottle bottleneck, thus make Packaging Bottle be in the state of vacuumizing or bottling condition.
In order to ensure the leak tightness of filling valve, the abutted surface of upper valve body and lower valve body is also provided with O RunddichtringO 4-7 and Teflon guide ring 4-8 (as shown in Figure 6).
As shown in Figure 5 or Figure 6, the end of center vacuum-pumping tube is shunting umbrella, and comprise the upper cone section and lower cone section that are connected, the large end face diameter of upper cone section is less than the large end face diameter of lower cone section, and the large end face of upper cone section connects with the large end face of lower cone section formation boss; When filling valve is in and vacuumizes state, boss seals the bottom of lower valve body.
On the vacuum-pumping tube of center, the large end face diameter of lower cone section is 15mm, and the put in stroke of lower cone section in Packaging Bottle is 30mm.
As shown in Figure 2 or Figure 3, material cylinder 1 is unenclosed construction, and material cylinder periphery is provided with the thick corrosion-resistant steel annulus 1-1 of 10mm, corrosion-resistant steel annulus is distributed with the tapped bore of 40 M14, mix 40 rubber hose couplings, be positioned at and correspondingly on the material cylinder sidewall above corrosion-resistant steel annulus be distributed with 40
through hole, each through hole correspondence arranges one and vacuumizes silicone tube, be positioned at material cylinder outside the silicone tube end that vacuumizes be located at corresponding tapped bore; Wherein, because vacuum level requirements is lower, material cylinder is set to unenclosed construction, handled easily personnel check the situation of sauce in material cylinder at any time, according to actual needs, the while of adding the material cylinder cap 1-2 that can open at any time, can detonation clean during bottle placer cleaning, coordinate false bottle mould, during cleaning, greatly reduce the labour intensity of workman.
On material cylinder, bottle inlet station is corresponding with 4 filling valves, and bottle outlet station is corresponding with 4 filling valves, can ensure be in the good state that vacuumizes in Packaging Bottle or remove expectation state.
As shown in Figure 3, the inside of material cylinder is provided with arch configuration 1-3, forms the sauce storage space 1-4 of arch between the outer wall of arch configuration and the inwall of material cylinder.The setting of arch configuration can realize sauce to concentrate on filling valve top, reduce material cylinder rotate and produce larger centnifugal force, the capacity of expecting cylinder can be reduced simultaneously, and ensure that material cylinder bottom portion is provided with abundant filling valve, reduce material cylinder and sauce weight, be convenient to the synchronous axial system ensureing material cylinder and rotary disc assembly.
In material cylinder, the sidewall of arch configuration is 100mm with the distance of the material inside wall of cylinder, and the top of arch configuration is 200 ~ 300mm with the distance of material cylinder end face;
Be circular bottom sauce storage space, sauce storage space bottom part is furnished with multiple filling valve joint chair, each filling valve joint chair and filling valve one_to_one corresponding, and adopts the buckle-shaped formula of hand to connect, can be for convenience detach, the tolerance clearance between filling valve and filling valve joint chair is 0.05mm.
In above-mentioned micro-vacuum automatic balance type bottle placer, conveniently control and regulate, improving the degree of automation of bottle placer, as shown in Figure 3, material cylinder top can external feed pipe 12, arranges liquid-level floater 13 and external control box in material cylinder; Supporting plate 14 is set bottom arch configuration, as shown in Figure 1, be connected with rotary disc assembly by arrangement for adjusting height 15 bottom supporting plate, wherein arrangement for adjusting height and rotary disc assembly all adopt arrangement for adjusting height on traditional bottle placer and rotary disc assembly, and automatically regulate production specification by the parameter of touch-screen setting on control box.
By the packaging process that above-mentioned micro-vacuum automatic balance type bottle placer realizes, comprise the following steps:
(1) after storing sauce in material cylinder, the vacuum pump opened in pumped vacuum system carries out forvacuum, makes whole pumped vacuum system form negative pressure state; When expecting that cylinder is provided with feed pipe, by feed pipe, sauce is sent into material cylinder, along with the rising of liquid level, liquid-level floater also rises, and stop charging when liquid-level floater rises to the position of setting, this process is monitored by control box;
(2) rotary disc assembly moves Packaging Bottle rotation by each bottle supporting bit strip, expects that cylinder drives each filling valve to carry out synchronous axial system simultaneously, makes Packaging Bottle and filling valve keep one_to_one corresponding; Vacuum cup assembly in pumped vacuum system keeps maintaining static;
(3) after Packaging Bottle enters bottle inlet station, pumped vacuum system vacuumizes each Packaging Bottle corresponding on bottle inlet station, makes the pressure in each Packaging Bottle be negative pressure, then opens filling valve, and it is filling to carry out sauce; Be specially: bottle supporting cylinder first promotes Packaging Bottle and rises, and as shown in Figure 5, the center vacuum-pumping tube of filling valve vacuumizes the Packaging Bottle of 4 on bottle inlet station, makes the pressure in Packaging Bottle be negative pressure, thus air in the bottle in pouring process can be drained smoothly; Then, bottle supporting cylinder continues to promote Packaging Bottle and rises, and now filling valve is opened by after jack-up, as shown in Figure 6, and filling beginning;
(4) along with rotary disc assembly and the rotation of expecting cylinder, Packaging Bottle proceeds sauce filling after producing bottle inlet station, and along with the revolution of bottle placer, the liquid level in bottle rises rapidly, when liquid level flooded the valve mouth of pipe, and filling stopping;
(5) after Packaging Bottle enters bottle outlet station, first close filling valve, then take the unnecessary sauce of Packaging Bottle bottleneck away by pumped vacuum system, make the sauce capacity in Packaging Bottle reach packaging standard, Packaging Bottle is sent bottle placer by the rotation finally by rotary disc assembly and material cylinder.
In said method, in the cycle that bottle placer rotates a circle, pumped vacuum system carries out Packaging Bottle to bottle inlet station simultaneously and vacuumizes and extract unnecessary material to bottle outlet station.
As mentioned above, just can realize the utility model preferably, above-described embodiment is only preferred embodiment of the present utility model, is not used for limiting practical range of the present utility model; Namely all equalizations done according to the utility model content change and modify, all by the utility model claim scope required for protection is contained.
Claims (9)
1. micro-vacuum automatic balance type bottle placer, comprise material cylinder, frame, rotary disc assembly and multiple filling valve, multiple filling valve is distributed in material cylinder bottom portion, rotary disc assembly is positioned at below filling valve, and rotary disc assembly is located in frame, rotary disc assembly is provided with multiple with filling valve bottle supporting position one to one, it is characterized in that, bottle placer is also provided with pumped vacuum system, pumped vacuum system comprises vacuum pump, negative pressure expansion tank, vacuumize silicone tube and vacuum cup assembly, material cylinder sidewall is distributed with and multiplely vacuumizes silicone tube, the two ends respectively vacuumizing silicone tube lay respectively at outside and the inner side of material cylinder, the silicone tube end that vacuumizes be positioned at inside material cylinder is connected with the center vacuum-pumping tube of filling valve by vacuum connection tube, bottle inlet station on material cylinder and bottle outlet station are respectively equipped with vacuum cup assembly, when material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with corresponding vacuum cup assembly respectively, and each vacuum cup assembly is connected with negative pressure expansion tank and vacuum pump successively respectively by vacuum lamp.
2. micro-vacuum automatic balance type bottle placer according to claim 1, it is characterized in that, described vacuum cup assembly comprises nylon slide block, Connection Block, guide pillar, regulating spring, support, vacuum adapter and adjustment cushion block, nylon slide block end face connects with material cylinder, bottom nylon slide block, Connection Block is set, the sidewall of Connection Block is provided with vacuum adapter, the bottom of Connection Block is provided with support, be connected by guide pillar between Connection Block with support, guide pillar periphery cover has regulating spring, frame bottom arranges adjustment cushion block, and vacuum adapter is connected with negative pressure expansion tank by vacuum lamp;
The all curved shape of nylon slide block and Connection Block, is provided with the groove of arc in the middle part of nylon slide block, the corresponding groove being provided with arc on Connection Block, and groove, groove are communicated with formation evacuation passageway with vacuum adapter; When material cylinder rotates, on bottle inlet station and bottle outlet station, the silicone tube end that vacuumizes be positioned at outside material cylinder is communicated with evacuation passageway.
3. micro-vacuum automatic balance type bottle placer according to claim 2, is characterized in that, the thickness of described nylon slide block is 20mm, and the width of groove is 14mm; The thickness of Connection Block is 30mm, and the width of groove is 14mm, and the degree of depth of groove is 20mm.
4. micro-vacuum automatic balance type bottle placer according to claim 1, it is characterized in that, described filling valve comprises center vacuum-pumping tube, upper valve body, lower valve body, retracing spring and orienting sleeve, lower valve body slides is in upper valve body inner chamber, lower valve body periphery is provided with retracing spring, lower body base is connected with orienting sleeve, the junction of lower valve body and orienting sleeve is provided with rubber block, the bottleneck of Packaging Bottle to stretch in orienting sleeve and connects with rubber block, center vacuum-pumping tube is through upper valve body, the middle part of lower valve body and orienting sleeve, center vacuum-pumping tube end stretches into the bottleneck of Packaging Bottle, the top of center vacuum-pumping tube by vacuum connection tube with vacuumize silicone tube and be connected.
5. micro-vacuum automatic balance type bottle placer according to claim 4, it is characterized in that, the end of described center vacuum-pumping tube is shunting umbrella, comprise the upper cone section and lower cone section that are connected, the large end face diameter of upper cone section is less than the large end face diameter of lower cone section, and the large end face of upper cone section connects with the large end face of lower cone section formation boss; When filling valve is in and vacuumizes state, boss seals the bottom of lower valve body.
6. micro-vacuum automatic balance type bottle placer according to claim 5, is characterized in that, on the vacuum-pumping tube of described center, the large end face diameter of lower cone section is 15mm, and the put in stroke of lower cone section in Packaging Bottle is 30mm.
7. micro-vacuum automatic balance type bottle placer according to claim 1, it is characterized in that, described material cylinder is unenclosed construction, material cylinder periphery is provided with corrosion-resistant steel annulus, corrosion-resistant steel annulus is distributed with multiple tapped bore, be positioned at and correspondingly on the material cylinder sidewall above corrosion-resistant steel annulus be distributed with multiple through hole, each through hole correspondence arranges one and vacuumizes silicone tube, and corresponding tapped bore is located in the silicone tube end that vacuumizes be positioned at outside material cylinder;
On material cylinder, bottle inlet station is corresponding with 2 ~ 4 filling valves, and bottle outlet station is corresponding with 2 ~ 4 filling valves.
8. micro-vacuum automatic balance type bottle placer according to claim 1, is characterized in that, the inside of described material cylinder is provided with arch configuration, forms the sauce storage space of arch between the outer wall of arch configuration and the inwall of material cylinder.
9. micro-vacuum automatic balance type bottle placer according to claim 8, is characterized in that, in described material cylinder, the sidewall of arch configuration is 100mm with the distance of the material inside wall of cylinder, and the top of arch configuration is 200 ~ 300mm with the distance of material cylinder end face;
Be circular bottom sauce storage space, sauce storage space bottom part is furnished with multiple filling valve joint chair, each filling valve joint chair and filling valve one_to_one corresponding, and adopts the buckle-shaped formula of hand to connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520031502.0U CN204569377U (en) | 2015-01-16 | 2015-01-16 | Micro-vacuum automatic balance type bottle placer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520031502.0U CN204569377U (en) | 2015-01-16 | 2015-01-16 | Micro-vacuum automatic balance type bottle placer |
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| Publication Number | Publication Date |
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| CN204569377U true CN204569377U (en) | 2015-08-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520031502.0U Withdrawn - After Issue CN204569377U (en) | 2015-01-16 | 2015-01-16 | Micro-vacuum automatic balance type bottle placer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528615A (en) * | 2015-01-16 | 2015-04-22 | 李锦记（新会）食品有限公司 | Micro-vacuum automatically-balanced filling machine and filling method |
| CN111732052A (en) * | 2020-07-20 | 2020-10-02 | 江苏汤姆智能装备有限公司 | Full-automatic filling machine |
-
2015
- 2015-01-16 CN CN201520031502.0U patent/CN204569377U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528615A (en) * | 2015-01-16 | 2015-04-22 | 李锦记（新会）食品有限公司 | Micro-vacuum automatically-balanced filling machine and filling method |
| CN111732052A (en) * | 2020-07-20 | 2020-10-02 | 江苏汤姆智能装备有限公司 | Full-automatic filling machine |
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