CN205575580U - Pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula - Google Patents
Pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula Download PDFInfo
- Publication number
- CN205575580U CN205575580U CN201620205110.6U CN201620205110U CN205575580U CN 205575580 U CN205575580 U CN 205575580U CN 201620205110 U CN201620205110 U CN 201620205110U CN 205575580 U CN205575580 U CN 205575580U
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- bung
- bucket
- overflow
- end bucket
- overflow launder
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Abstract
The utility model discloses a pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula, including end bucket, the top of end bucket is equipped with the bung with the axle center cover, and the bottom border distribution of end bucket has the filling tube, and the bung is equipped with the feed liquor pipe, and it is fixed with the stock solution device that the bung passes through the feed liquor pipe, and the bottom of end bucket is passed through rotation vertical shaft and is rotated the connection, and the bung diameter is greater than end bucket diameter, and bung bottom border is fixed with the overflow launder, and end bucket upper portion is placed in to the overflow launder cover, and bucket bung hole A outwards is equipped with the turn -ups at the end, and the turn -ups border lies in the overflow launder scope, and the filling tube is equipped with the valve, the bung bottom is fixed with liquid containing barrel, and the feed liquor pipe is located the liquid containing barrel scope, and liquid containing barrel bung hole B is higher than end bucket bung hole A, and the liquid containing barrel bottom highly is located between end bucket bung hole A and the end barrel head portion, turn -ups outside border stretches into in the overflow launder downwards to be equipped with the air channel. By the utility model discloses the structure can know that the bung hole A that the interior liquid medicine liquid level of assurance end bucket remained throughout at end bucket is high, guarantees that the interior velocity of flow of filling tube keeps the filling accuracy of invariant, improvement medicine bottle.
Description
Technical field
This utility model relates to fill field, is specifically related to the split overflow-type CL filling apparatus of a kind of pressure stability.
Background technology
In food pharmaceuticals industry, utilize filling apparatus that liquid is carried out fill to popularize very much, the top of filling apparatus is provided with feed tube, bottom just liquid is provided with many filling tubes, being respectively equipped with upper and lower two liquid level limit induction devices in filling apparatus, when liquid level arrives the liquid level limit induction device of bottom when, system controls feed tube feed liquor, when liquid level reaches the liquid level limit induction device on top when, system controls feed tube not feed liquor.In order to improve the fill efficiency of liquid, it is typically all and uses while fill, carry out the transmission of container, this is accomplished by the distributed about of filling apparatus many filling tubes, additionally the transmission track of container needs to match with the filling tube rotary motion trace of allotter, and the transfer rate of container is identical with the speed of filling tube, then by system control flow or time, the valve of filling tube is opened and closed.
But in actual production process, this liquid precision away from the filling apparatus fill of structure is the highest.Research through technical staff finds, it is not constant that problem goes out the liquid level at filling apparatus liquid, liquid level can change, in result in filling apparatus, liquid is different for the pressure of filling tube, and, the when that liquid adding, directly add facing to the liquid level of liquid in filling apparatus, owing to feed tube is, by pressure apparatus, the liquid in device for storing liquid is flowed into filling apparatus, so the liquid flowed into can produce the biggest fluctuation to the liquid levels in filling apparatus, the change of liquid level and the fluctuation of liquid level all can cause the flow velocity in filling tube highly unstable, so it is the highest to result in filling accuracy.Although the product-filled probability gone wrong is the highest, but owing to food pharmaceuticals industry is inspected by random samples for the product needed dispatched from the factory, once inspects out undesirable product by random samples, the product of whole batch all can not dispatch from the factory, and the loss causing enterprise is bigger.
It is, by pressure apparatus, the liquid in device for storing liquid is flowed into filling apparatus additionally, due to feed tube, and can be with gas in pressure apparatus, if the liquid bottom that the liquid outlet of feed tube is arranged in filling apparatus, can make have a large amount of gas to emerge in liquid in filling apparatus, the liquid level making liquid on the contrary is unstable.
Summary of the invention
The purpose of this utility model is: overcome the deficiencies in the prior art, the split overflow-type CL filling apparatus of a kind of pressure stability is provided, by keeping feed tube normally opened, end bucket is separated with bung, and when medicinal liquid overflow in the end bucket when, proceed by fill, thus the medicinal liquid liquid level in ensure that end bucket remains at the bung A height of end bucket, and then ensure that the flow rate kept constant in filling tube, improve the filling accuracy of medicine bottle；By projection will be set in the middle part of the bottom of end bucket and tilts to direction, edge, thus further increase the difference in height between end bucket inner liquid medicine liquid level and filling tube, thus improve the flow velocity that medicinal liquid flows out from filling tube, improve fill efficiency；Being connected by cambered surface between the sidewall of end bucket and bottom, the bottom of end bucket is also globoidal structure so that do not have dead angle in end bucket, and in end bucket, the medicinal liquid of any position is all without being accumulated, it is ensured that the quality of liquid drug；Medicinal liquid from feed tube go out fluid through-hole out after by the bucket wall overflow of beverage container to end bucket, reduce kinetic energy when medicinal liquid contacts with liquid level in end bucket, add contact range simultaneously, directly medicinal liquid is sprayed in end bucket compared to feed tube, the fluctuation that in liquid medicine contact end bucket, liquid level produces is negligible, thus reduce the fluctuation to the medicinal liquid liquid level in end bucket, make to improve the stability of filling tube flow velocity；By the effect of return duct so that the medicinal liquid in overflow launder can enter device for storing liquid in time, and enters end bucket again by feed tube, it is to avoid liquid waste；Return duct is provided with viewing area, it is simple to the back-flow velocity in observation return duct, thus the liquid level situation in inferring overflow launder；End bucket flange stretches in overflow launder, the medicinal liquid being possible not only to ensure to go out from end bucket overflow fully enters overflow launder, it is to avoid liquid waste, can also be hedged off from the outer world by the bung of end bucket simultaneously, prevent outside air flowing from the liquid level of end bucket inner liquid medicine is produced impact, it is ensured that the stability of filling tube flow velocity；By the air channel set by flange outer side edges, and the air-vent of annular retaining ring and bung junction, the air between liquid level and the bung of end bucket inner liquid medicine is made to connect with ambient atmosphere, have influence on the medicinal liquid pressure for filling tube position after the air pressure avoiding the air between liquid level and the bung of end bucket inner liquid medicine changes, and then prevent from affecting filling tube flow velocity；And without additionally configuring respiratory organ, reduce manufacturing cost；The groove of air channel rises the notch in overflow launder, even if overflow launder liquid level reaches the highest, also can guarantee that the ventilation effect of air channel.
Technical solution adopted in the utility model is:
A kind of split overflow-type CL filling apparatus of pressure stability, including end bucket, the top concentric of bucket of the described end is covered with bung, the bottom sides of bucket of the described end is along many piece filling tubes are distributed, described bung is provided with feed tube, described bung is fixed with device for storing liquid by feed tube, the bottom of bucket, the described end is rotationally connected with pedestal by rotating vertical shaft, the diameter of described bung is more than the diameter of end bucket, the bottom sides of bung is along being fixed with overflow launder, described overflow launder is loop configuration, and overflow launder is placed on the top of end bucket, the bung A of bucket of the described end is to being externally provided with flange, in the range of the outer side edges edge of described flange is positioned at the notch of overflow launder, described filling tube is provided with valve；The bottom of described bung is fixed with beverage container, and described feed tube is positioned in the range of beverage container, and the bung B of described beverage container is higher than the bung A of end bucket, and the bottom level of described beverage container is between the bung A and the bottom of end bucket of end bucket；The cross section of described flange is arcuate structure, and the outer side edges of described flange is along extending downwardly in overflow launder；The outer side edges of described flange is along multiple air channel is distributed.
The further improvement project of this utility model is, the lateral wall of described bung and overflow launder is respectively equipped with ring flange, and described ring flange is provided with the installing hole of coupling, installs bolt and is fixed with overflow launder by bung through installing hole.
This utility model further improvement project is that the groove of described air channel rises the notch in overflow launder.
This utility model further improvement project is, the outer side edges of described flange is along straight down.
This utility model further improvement project is, the bottom of bucket, the described end is connected by cambered surface with sidewall, and the bottom of bucket of the described end is globoidal structure, and the bottom centre of bucket raises up at the described end, and to bottom sides along tilting.
This utility model further improvement project is, the bottom of bucket of the described end is connected with the upper end of rotating vertical shaft by attachment means, described attachment means and the bottom mating of end bucket.
This utility model further improvement project is, described bung is globoidal structure, and described bung is downward-sloping to the direction at edge by center.
This utility model further improvement project is, described feed tube is positioned at the bung B higher than beverage container of the mouth of pipe below bung, and the fluid through-hole that goes out of described feed tube is located at the bottom of feed tube.
This utility model further improvement project is, the bung B of described beverage container is fixed with bung by connecting plate.
This utility model further improvement project is, the bottom connection of described overflow launder is provided with return duct, and described return duct connects with device for storing liquid.
This utility model further improvement project is that described return duct is provided with viewing area.
When this utility model uses, medicinal liquid in device for storing liquid enters in beverage container by feed tube, medicinal liquid in beverage container expired after will from the bung B of beverage container along the bucket wall overflow of beverage container to end bucket in, and can be excessive to overflow launder by flange from the bung A of end bucket after the medicinal liquid in end bucket has been expired, this time, rotating vertical shaft drives end bucket persistently to rotate, it is positioned at the medicine bottle of filling apparatus lower periphery of the present utility model under the effect of transporter simultaneously, together rotating with end bucket, the filling tube of bucket of the described end keeps geo-stationary with corresponding medicine bottle；Valve in filling tube controls to open and close by system, and when valve closing when, corresponding medicine bottle is placed exactly in the discharging opening of transporter；Additionally the medicinal liquid in overflow launder is flowed back in device for storing liquid by return duct.
The beneficial effects of the utility model are:
The first, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, by keeping feed tube normally opened, end bucket is separated with bung, and when medicinal liquid overflow in the end bucket when, proceed by fill, thus the medicinal liquid liquid level in ensure that end bucket remains at the bung A height of end bucket, and then ensure that the flow rate kept constant in filling tube, improve the filling accuracy of medicine bottle.
The second, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, by projection will be set in the middle part of the bottom of end bucket and tilts to direction, edge, thus further increase the difference in height between end bucket inner liquid medicine liquid level and filling tube, thus improve the flow velocity that medicinal liquid flows out from filling tube, improve fill efficiency.
3rd, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, it is connected by cambered surface between the sidewall of end bucket and bottom, the bottom of end bucket is also globoidal structure, dead angle is not had in making end bucket, in end bucket, the medicinal liquid of any position is all without being accumulated, it is ensured that the quality of liquid drug.
4th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, medicinal liquid from feed tube go out fluid through-hole out after by the bucket wall overflow of beverage container to end bucket, reduce kinetic energy when medicinal liquid contacts with liquid level in end bucket, add contact range simultaneously, directly medicinal liquid is sprayed in end bucket compared to feed tube, the fluctuation that in liquid medicine contact end bucket, liquid level produces is negligible, thus reduce the fluctuation to the medicinal liquid liquid level in end bucket, make to improve the stability of filling tube flow velocity.
5th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, by the effect of return duct so that the medicinal liquid in overflow launder can enter device for storing liquid in time, and enters end bucket again by feed tube, it is to avoid liquid waste.
6th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, return duct is provided with viewing area, it is simple to the back-flow velocity in observation return duct, thus the liquid level situation in inferring overflow launder.
7th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, end bucket flange stretches in overflow launder, the medicinal liquid being possible not only to ensure to go out from end bucket overflow fully enters overflow launder, avoid liquid waste, the bung of end bucket can also be hedged off from the outer world simultaneously, prevent outside air flowing from the liquid level of end bucket inner liquid medicine is produced impact, it is ensured that the stability of filling tube flow velocity.
8th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, by the air channel set by flange outer side edges, and the air-vent of annular retaining ring and bung junction, the air between liquid level and the bung of end bucket inner liquid medicine is made to connect with ambient atmosphere, have influence on the medicinal liquid pressure for filling tube position after the air pressure avoiding the air between liquid level and the bung of end bucket inner liquid medicine changes, and then prevent from affecting filling tube flow velocity；And without additionally configuring respiratory organ, reduce manufacturing cost.
9th, the split overflow-type CL filling apparatus of a kind of pressure stability of the present utility model, the groove of air channel rises the notch in overflow launder, even if overflow launder liquid level reaches the highest, also can guarantee that the ventilation effect of air channel.
Accompanying drawing explanation
Fig. 1 is that this utility model structure master regards cross-sectional schematic.
Detailed description of the invention
As shown in Figure 1, this utility model includes end bucket 1, the top concentric of bucket of the described end 1 is covered with bung 2, the bottom sides of bucket of the described end 1 is along many piece filling tubes 6 are distributed, described bung 2 is provided with feed tube 5, described bung 2 is fixed with device for storing liquid by feed tube 5, the bottom of bucket of the described end 1 is rotationally connected with pedestal 15 by rotating vertical shaft 4, the diameter of described bung 2 is more than the diameter of end bucket 1, the bottom sides of bung 2 is along being fixed with overflow launder 3, described overflow launder 3 is loop configuration, and overflow launder 3 is placed on the top of end bucket 1, the bung A of bucket of the described end 1 is to being externally provided with flange 9, the outer side edges of described flange 9 is along the notch scope being positioned at overflow launder 3, described filling tube 6 is provided with valve；The bottom of described bung 2 is fixed with beverage container 11, and described feed tube 5 is positioned in the range of beverage container 11, and the bung B of described beverage container 11 is higher than the bung A of end bucket 1, and the bottom level of described beverage container 11 is between the bung A and the bottom of end bucket 1 of end bucket 1；The cross section of described flange 9 is arcuate structure, and the outer side edges of described flange 9 is along extending downwardly in overflow launder 3；The outer side edges of described flange 9 is along multiple air channel 8 is distributed；The lateral wall of described bung 2 and overflow launder 3 is respectively equipped with ring flange 13, and described ring flange 13 is provided with the installing hole 14 of coupling, installs bolt and is fixed with overflow launder 3 by bung 2 through installing hole；The groove of described air channel 8 is risen in the notch of overflow launder 3；The outer side edges of described flange 9 is along straight down；The bottom 10 of bucket of the described end 1 is connected by cambered surface with sidewall, and the bottom 10 of bucket of the described end 1 is globoidal structure, and the center, bottom 10 of bucket of the described end 1 raises up, and tilts to edge, bottom 10；The bottom 10 of bucket of the described end 1 is connected with the upper end of rotating vertical shaft 4 by attachment means 12, described attachment means 12 and the bottom mating of end bucket 1；Described bung 2 is globoidal structure, and described bung 2 is downward-sloping to the direction at edge by center；Described feed tube 5 is positioned at the bung B higher than beverage container 11 of the mouth of pipe below bung 2, and the fluid through-hole that goes out of described feed tube 5 is located at the bottom of feed tube 5；The bung B of described beverage container 11 is fixed with bung 2 by connecting plate 16；The bottom connection of described overflow launder 3 is provided with return duct 7, and described return duct 7 connects with device for storing liquid；Described return duct 7 is provided with viewing area.
Claims (9)
- null1. the split overflow-type CL filling apparatus of a pressure stability，It is characterized in that: include end bucket (1)，The top concentric at bucket of the described end (1) is covered with bung (2)，The bottom sides at bucket of the described end (1) is along many piece filling tubes (6) are distributed，Described bung (2) is provided with feed tube (5)，Described bung (2) is fixed with device for storing liquid by feed tube (5)，The bottom at bucket of the described end (1) is rotationally connected with pedestal (15) by rotating vertical shaft (4)，The diameter of described bung (2) is more than the diameter of end bucket (1)，The bottom sides of bung (2) is along being fixed with overflow launder (3)，Described overflow launder (3) is loop configuration，And overflow launder (3) is placed on the top of end bucket (1)，The bung A at bucket of the described end (1) is to being externally provided with flange (9)，In the range of the outer side edges edge of described flange (9) is positioned at the notch of overflow launder (3)，Described filling tube (6) is provided with valve；The bottom of described bung (2) is fixed with beverage container (11), described feed tube (5) is positioned in the range of beverage container (11), the bung B of described beverage container (11) is higher than the bung A of end bucket (1), and the bottom level of described beverage container (11) is positioned between the bung A of end bucket (1) and the bottom of end bucket (1)；The cross section of described flange (9) is arcuate structure, and the outer side edges of described flange (9) is along extending downwardly in overflow launder (3)；The outer side edges of described flange (9) is along multiple air channel (8) is distributed.
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterized in that: the lateral wall of described bung (2) and overflow launder (3) is respectively equipped with ring flange (13), described ring flange (13) is provided with the installing hole (14) of coupling, installs bolt and is fixed with overflow launder (3) by bung (2) through installing hole.
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterised in that: the groove of described air channel (8) is risen in the notch of overflow launder (3).
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterized in that: the bottom (10) at bucket of the described end (1) is connected by cambered surface with sidewall, the bottom (10) at bucket of the described end (1) is globoidal structure, bottom (10) center at bucket of the described end (1) raises up, and tilts to bottom (10) edge.
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterized in that: the bottom (10) at bucket of the described end (1) is connected with the upper end of rotating vertical shaft (4) by attachment means (12), described attachment means (12) and the bottom mating of end bucket (1).
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterised in that: described bung (2) is globoidal structure, and described bung (2) is downward-sloping to the direction at edge by center.
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterized in that: described feed tube (5) is positioned at the mouth of pipe bung B higher than beverage container (11) of bung (2) lower section, and the fluid through-hole that goes out of described feed tube (5) is located at the bottom of feed tube (5).
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterised in that: the bung B of described beverage container (11) is fixed with bung (2) by connecting plate (16).
- The split overflow-type CL filling apparatus of a kind of pressure stability the most as claimed in claim 1, it is characterised in that: the bottom connection of described overflow launder (3) is provided with return duct (7), and described return duct (7) connects with device for storing liquid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620205110.6U CN205575580U (en) | 2016-03-17 | 2016-03-17 | Pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620205110.6U CN205575580U (en) | 2016-03-17 | 2016-03-17 | Pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula |
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| Publication Number | Publication Date |
|---|---|
| CN205575580U true CN205575580U (en) | 2016-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620205110.6U Expired - Fee Related CN205575580U (en) | 2016-03-17 | 2016-03-17 | Pressure stability's invariable liquid level filling device of components of a whole that can function independently overflow formula |
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| CN (1) | CN205575580U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109562021A (en) * | 2017-06-27 | 2019-04-02 | 深圳市柯林健康医疗有限公司 | Connect valve arrangement and anesthetic doser |
-
2016
- 2016-03-17 CN CN201620205110.6U patent/CN205575580U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109562021A (en) * | 2017-06-27 | 2019-04-02 | 深圳市柯林健康医疗有限公司 | Connect valve arrangement and anesthetic doser |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160914 Termination date: 20170317 |
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| CF01 | Termination of patent right due to non-payment of annual fee |