CN202801247U - Multi-bottle water dispenser and water level and air suction control device for multi-bottle water dispenser - Google Patents
Multi-bottle water dispenser and water level and air suction control device for multi-bottle water dispenser Download PDFInfo
- Publication number
- CN202801247U CN202801247U CN 201220442553 CN201220442553U CN202801247U CN 202801247 U CN202801247 U CN 202801247U CN 201220442553 CN201220442553 CN 201220442553 CN 201220442553 U CN201220442553 U CN 201220442553U CN 202801247 U CN202801247 U CN 202801247U
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- water
- tank body
- water level
- air
- ball float
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Abstract
The utility model discloses a water level and air suction control device for a multi-bottle water dispenser. The water level and air suction control device comprises a top cover, a water tank assembly and a cold cylinder, wherein the top cover is arranged at the top of the water tank assembly and comprises a plurality of smart bases; smart pillars are mounted in the smart bases; the water tank assembly comprises a water tank main body, a plurality of water tank floater mechanisms, a water tank water-draining floater mechanism, a one-way air communicating mechanism and a one-way air suction mechanism; and the cold cylinder is communicated with the water tank main body. The water level and air suction control device for the multi-bottle water dispenser provided by the utility model can simultaneously control the water level of the water tank and the water level of the cold cylinder; the air sucked during the water draining process of the water bottle and the cold cylinder is completely filtered by an air filter; the arranged air filter and air communicating pipe both have a water-overflowing preventing function; and when a user violates a rule and plugs all the smart bases onto the water bottle or a sealing sleeve, or the water bottle is damaged, the water level and air suction control device can ensure that the water dispenser is free from water overflow.
Description
Technical field
The utility model relates to field of water fountain, particularly relates to water level and Intaker controller and many bottles of water dispensers of a kind of many bottles of water dispensers.
Background technology
Many bottles of water dispensers refer to the water dispenser that surpasses a plurality of water bottles is housed on the water dispenser, are to be fit to that water pitcher changes the consumption tide of flask and a kind of new product of developing.
The water level control of existing single bottle of water dispenser is to utilize atmospheric effect to realize by the smart seat that is contained on the water dispenser, after water dispenser is provided with a plurality of smart seats, owing to be subjected to the restriction of installing space, the smart seat of each flask all can't be contained in the cooling cylinder, so just produce the water level of many bottles of water dispensers and the control problem of air inlet.
The utility model content
The technical problem that the utility model mainly solves provides a kind of water level control and Intaker controller that goes for many bottles of water dispensers, and when the user does not follow regulation all smart seats is all plugged water bottle or sealing shroud, perhaps when water bottle is damaged, water level and Intaker controller all can guarantee not outside spilling water of water dispenser.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of water level and Intaker controller of many bottles of water dispensers are provided, comprise: top cover, cistern assembly and cooling cylinder,
Described top cover is positioned over described cistern assembly top, includes a plurality of smart seats, and clever post is installed in the described smart seat;
Described cistern assembly comprises tank body, a plurality of float ball for use in cistern mechanism, water tank water outlet ball float mechanism, one-way air means of communication and one-way air admission gear;
Described cooling cylinder is communicated with described tank body;
Described tank body comprises air admission hole, apopore and venthole;
Described float ball for use in cistern mechanism is consistent with the quantity of described smart seat, described float ball for use in cistern mechanism is installed in the bottom of the inner chamber of described tank body, and with corresponding clever post on same axis, when the water level in the described tank body occurs when unusual, described float ball for use in cistern mechanism is with the delivery port shutoff of described clever post;
Described water tank water outlet ball float mechanism is installed in the described cooling cylinder, and with described delivery port on same axis, when the water level in the water vat occurs when unusual, described water tank water outlet ball float mechanism is with the delivery port shutoff;
Described one-way air means of communication is installed in the venthole position of the inner chamber of described tank body, and the inner chamber of described tank body is communicated with described water vat; When the water level in the described tank body occurs when unusual, described one-way air means of communication is closed;
Described one-way air admission gear is installed in the air admission hole position of the inner chamber of described tank body, and ambient atmos is communicated with the inner chamber of described tank body; When the water level in the described tank body occurs when unusual, described one-way air admission gear closes.
In preferred embodiment of the utility model, the air inlet position of described tank body is equipped with air cleaner.
In preferred embodiment of the utility model, described float ball for use in cistern mechanism, comprise that the first ball float, the first glue block up and the first lead, described the first lead is installed in the intracavity bottom of described tank body, and with described clever post at same axis, described the first glue is stifled to be installed in described the first ball float top, has one to get lodged in collinear the first guide post with glue on described the first ball float, and described the first guide post is inserted in described the first lead.
In preferred embodiment of the utility model, described water tank water outlet ball float mechanism comprises the second ball float, the second glue is stifled, the second lead and sleeve pipe, described the second lead be installed in described tank body the bottom and with described apopore on same axis, described the second ball float comprises body and the second guide post that is installed on the described body, described the second glue is stifled to be installed on described the second guiding, described the second guide post is inserted in described the second lead together with the second glue is stifled, described casing pipe sleeve is contained in the opening part of described the second lead, and described sleeve pipe limits the axial displacement of described the second guide post.
In preferred embodiment of the utility model, described one-way air means of communication comprises air communication pipe and the 3rd ball float, described air communication pipe comprises large footpath section and path section, the large footpath section of described air communication pipe be connected the intracavity bottom of tank body and connect, described the 3rd ball float is placed in the large footpath section of described air communication pipe, the diameter of described the 3rd ball float is greater than the path section diameter of air communication pipe, the length of the large footpath section of described air communication pipe is greater than the height of the ordinary water level in the described tank body, and less than the height of the anomalous sea level in the tank body.
In preferred embodiment of the utility model, described air communication pipe is formed by connecting by the pipe more than two or two.
In preferred embodiment of the utility model, described one-way air admission gear comprises air intake duct and the 4th ball float, described air intake duct is installed in the air admission hole position of the inner chamber of described tank body, described air intake duct comprises VERTICAL TUBE, described VERTICAL TUBE comprises large footpath section and path section, the large footpath section of described VERTICAL TUBE is in the bottom of the path section of described VERTICAL TUBE, described the 4th ball float is placed in the large footpath section of described VERTICAL TUBE, the diameter of described the 4th ball float is greater than the path section of described VERTICAL TUBE, and the opening of described VERTICAL TUBE is higher than the ordinary water level in the described tank body.
In preferred embodiment of the utility model, described air admission hole is in the inner chamber side of described tank body, and described air intake duct also comprises the horizontal tube that is connected with described VERTICAL TUBE.
Another purpose of the present utility model provides a kind of many bottles of water dispensers, comprises above-mentioned water level and Intaker controller.
The beneficial effects of the utility model are: the water level of many bottles of water dispensers of the utility model and Intaker controller, can control simultaneously cistern water level and cooling cylinder water level, the air that water bottle and cooling cylinder suck when discharging water, all filter via air cleaner, set air cleaner and air communication Guan Junyou prevent the function of spilling water, when the user does not follow regulation all smart seats is all plugged water bottle or sealing shroud, perhaps when water bottle is damaged, water level and Intaker controller all can guarantee not outside spilling water of water dispenser.
Description of drawings
Fig. 1 is the water level of many bottles of water dispensers of the utility model and the structural representation of Intaker controller one preferred embodiment;
Fig. 2 is the schematic top plan view of water level and the Intaker controller of many bottles of water dispensers shown in Figure 1;
Structural representation when Fig. 3 is the water level abnormality of the water level of many bottles of water dispensers shown in Figure 1 and Intaker controller.
The specific embodiment
Below in conjunction with accompanying drawing preferred embodiment of the present utility model is described in detail, thereby so that advantage of the present utility model and feature can be easier to be it will be appreciated by those skilled in the art that protection domain of the present utility model is made more explicit defining.
See also Fig. 1 and Fig. 2, the utility model embodiment comprises:
A kind of water level of many bottles of water dispensers and Intaker controller comprise: top cover 10, cistern assembly 20, cooling cylinder 30 and air cleaner 50.
Described top cover 10 is positioned over the top of described cistern assembly 20, includes a plurality of smart seats 11, and clever post 12 is installed in the described smart seat 11; Water bottle 40 is placed on the described smart seat 11, and the outlet of described water bottle 40 and described clever post 12 are communicated with.Through the shape of rational design top cover 10 and cistern assembly 20, and the arrangement that smart seat 11 is set, 9 water bottles can be placed in the present embodiment.
Described cistern assembly 20 comprises tank body 201, a plurality of float ball for use in cistern mechanism, water tank water outlet ball float mechanism, one-way air means of communication and one-way air admission gear;
Described cooling cylinder 30 is communicated with described tank body 201.
Described tank body 201 comprises air admission hole 27, apopore 25 and venthole 26; In the present embodiment, described tank body 201 bottoms are tapered, and described apopore 25 can guarantee like this that at the bottom of described tank body 201 lowest part the water in the tank body 201 can drain.Described venthole 26 is in the bottom of described tank body 201, and described air admission hole 27 is in the side of described tank body 201.
Described air cleaner 50 is installed in air admission hole 27 places of described tank body 201, its function be with air filtration or the sterilization after send in the tank body 201, when water bottle 40 water outlet, after filtration or the sterilization pure air enter water bottle 40 and cooling cylinder 30.
Described float ball for use in cistern mechanism is consistent with the quantity of described smart seat 11, described float ball for use in cistern mechanism is installed in the bottom of the inner chamber of described tank body 201, and with corresponding clever post 12 on same axis, when the water level in the described tank body 201 occurs when unusual, described float ball for use in cistern mechanism is with the delivery port shutoff of described clever post 12.
In the present embodiment, described float ball for use in cistern mechanism, comprise the first ball float 211, stifled the 212 and first lead 213 of the first glue, described the first lead 213 is installed in the intracavity bottom of described tank body 201, and with described clever post 12 at same axis, described the first glue stifled 212 is installed in described the first ball float 211 tops, have on described the first ball float 211 one with described the first glue stifled 212 at collinear the first guide post, described the first guide post is inserted in described the first lead 213.Described the first guide post and the first lead 213 cooperate so that the first ball float 211 and the first glue stifled 212 can only move up and down along the axis direction of described clever post 12.Described the first glue stifled 212 is conical.
Described water tank water outlet ball float mechanism is installed in the described cooling cylinder 30, and with described delivery port 25 on same axis, when the water level in the water vat 30 occurs when unusual, described water tank water outlet ball float mechanism is with delivery port 25 shutoff.
In the present embodiment, described water tank water outlet ball float mechanism comprises the second ball float 221, the second glue stifled 222, the second lead 223 and sleeve pipe 224, described the second lead 223 be installed in described tank body 201 the bottom and with described apopore 25 on same axis, described the second ball float 221 comprises body and the second guide post that is installed on the described body, described the second glue stifled 222 is installed on described the second guide post, described the second guide post is inserted in described the second lead 223 together with the second glue stifled 222, described sleeve pipe 224 is sleeved on the opening part of described the second lead 223, the axial displacement of described the second guide post of described sleeve pipe 224 restrictions.Cooperation by the second guide post and the second lead 223, the second ball float 221 and the second glue stifled 222 can only be moved up and down along the axis direction of described apopore 25, for preventing that cooling cylinder 30 is under anhydrous state, described the second guide post and the second lead 223 break away from and cooperate, with the displacement of described the second guide post of described sleeve pipe 224 restrictions.
Described one-way air means of communication is installed in venthole 25 positions of the inner chamber of described tank body 201, and the inner chamber of described tank body 201 is communicated with described water vat 30; When the water level in the described tank body 201 occurs when unusual, described one-way air means of communication is closed.
In the present embodiment, described one-way air means of communication comprises the first air communication pipe 231, the second air communication pipe 232 and the 3rd ball float 233, described the second air communication pipe 232 comprises large footpath section and path section, the large footpath section of described the second air communication pipe 232 be connected the first air communication pipe 231 and connect, described the first air communication pipe 231 be connected the intracavity bottom of tank body 201 and connect, described the 3rd ball float 233 is placed in described the first air communication pipe 231, the diameter of described the 3rd ball float 233 is greater than the path section diameter of described the second air communication pipe 232, described the first air communication pipe 231 add the above the second air communication pipe 232 large footpath section length and greater than the height of the ordinary water level 95 in the described tank body 201, and less than the height of the anomalous sea level 96 in the tank body 201.In the present embodiment, be depicted as situation about being connected by two pipelines, can make things convenient for so described the 3rd ball float 233 to be placed in described the second air communication pipe 232.
Described one-way air admission gear is installed in air admission hole 27 positions of the inner chamber of described tank body 201, and the inner chamber of ambient atmos with described tank body 201 is communicated with; When the water level in the described tank body 201 occurs when unusual, described one-way air admission gear closes.
In the present embodiment, described one-way air admission gear comprises air intake duct 241 and the 4th ball float 242, described air intake duct 241 is installed in air admission hole 27 positions of the inner chamber of described tank body 201, described air intake duct 241 comprises horizontal tube and VERTICAL TUBE, described VERTICAL TUBE comprises large footpath section and path section, the large footpath section of described VERTICAL TUBE is in the bottom of the path section of described VERTICAL TUBE, described the 4th ball float 242 is placed in the large footpath section of described VERTICAL TUBE, the diameter of described the 4th ball float is greater than the path section of described VERTICAL TUBE, and the opening of described VERTICAL TUBE is higher than the ordinary water level 95 in the described tank body 201.
In conjunction with Fig. 1 and shown in Figure 3, the water level of many bottles of water dispensers of the present utility model and Intaker controller are like this work, and when the water in the cooling cylinder 30 was in ordinary water level 91, described apopore 25 was in opening; When the water in the described tank body 201 was in ordinary water level, described smart seat delivery port, described air admission hole 27 and venthole 26 all were in opening.
When the user does not follow regulation all smart seats 11 is all plugged water bottle 40 or sealing shroud, perhaps when water bottle 40 breakage, a large amount of water enters in the cooling cylinder 30 from tank body 201, water level in the cooling cylinder 30 and then be increased to anomalous sea level 92, the second ball float 221 drives the second glue stifled 222 and rises described apopore 25 shutoff, and then the water in the tank body 201 can not continue to enter in the cooling cylinder 30 again.Water level in the tank body 201 is increased to anomalous sea level 96, the first ball floats 211 and drives stifled 212 risings of the second glue with the shutoff of described smart seat delivery port, stops water bottle 40 to continue to leak in tank body 201; Simultaneously described the 3rd ball float 233 rises 232 shutoff of described the second air communication pipe, prevents that the water in the tank body 201 from pouring in down a chimney the cooling cylinder from venthole; Described the 4th ball float 242 rises described air intake duct 241 shutoff, prevents that the water in the tank body 201 from flowing out from air admission hole 27.
The above only is embodiment of the present utility model; be not so limit claim of the present utility model; every equivalent structure or equivalent flow process conversion that utilizes the utility model specification and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present utility model.
Claims (9)
1. the water level of many bottles of water dispensers and Intaker controller is characterized in that, comprising: top cover, cistern assembly and cooling cylinder,
Described top cover is positioned over described cistern assembly top, includes a plurality of smart seats, and clever post is installed in the described smart seat;
Described cistern assembly comprises tank body, a plurality of float ball for use in cistern mechanism, water tank water outlet ball float mechanism, one-way air means of communication and one-way air admission gear;
Described cooling cylinder is communicated with described tank body;
Described tank body comprises air admission hole, apopore and venthole;
Described float ball for use in cistern mechanism is consistent with the quantity of described smart seat, described float ball for use in cistern mechanism is installed in the bottom of the inner chamber of described tank body, and with corresponding clever post on same axis, when the water level in the described tank body occurs when unusual, described float ball for use in cistern mechanism is with the delivery port shutoff of described clever post;
Described water tank water outlet ball float mechanism is installed in the described cooling cylinder, and with described delivery port on same axis, when the water level in the water vat occurs when unusual, described water tank water outlet ball float mechanism is with the delivery port shutoff;
Described one-way air means of communication is installed in the venthole position of the inner chamber of described tank body, and the inner chamber of described tank body is communicated with described water vat; When the water level in the described tank body occurs when unusual, described one-way air means of communication is closed;
Described one-way air admission gear is installed in the air admission hole position of the inner chamber of described tank body, and ambient atmos is communicated with the inner chamber of described tank body; When the water level in the described tank body occurs when unusual, described one-way air admission gear closes.
2. the water level of many bottles of water dispensers according to claim 1 and Intaker controller is characterized in that, the air inlet position of described tank body is equipped with air cleaner.
3. the water level of many bottles of water dispensers according to claim 1 and Intaker controller, it is characterized in that, described float ball for use in cistern mechanism, comprise that the first ball float, the first glue block up and the first lead, described the first lead is installed in the intracavity bottom of described tank body, and with described clever post at same axis, described the first glue blocks up and is installed in described the first ball float top, have on described the first ball float one with described the first glue get lodged in collinear the first guide post, described the first guide post is inserted in described the first lead.
4. the water level of many bottles of water dispensers according to claim 1 and Intaker controller, it is characterized in that, described water tank water outlet ball float mechanism comprises the second ball float, the second glue is stifled, the second lead and sleeve pipe, described the second lead be installed in described tank body the bottom and with described apopore on same axis, described the second ball float comprises body and the second guide post that is installed on the described body, described the second glue is stifled to be installed on described the second guide post, described the second guide post is inserted in described the second lead together with the second glue is stifled, described casing pipe sleeve is contained in the opening part of described the second lead, and described sleeve pipe limits the axial displacement of described the second guide post.
5. the water level of many bottles of water dispensers according to claim 1 and Intaker controller, it is characterized in that, described one-way air means of communication comprises air communication pipe and the 3rd ball float, described air communication pipe comprises large footpath section and path section, the large footpath section of described air communication pipe be connected the intracavity bottom of tank body and connect, described the 3rd ball float is placed in the large footpath section of described air communication pipe, the diameter of described the 3rd ball float is greater than the path section diameter of air communication pipe, the length of the large footpath section of described air communication pipe is greater than the height of the ordinary water level in the described tank body, and less than the height of the anomalous sea level in the tank body.
6. the water level of many bottles of water dispensers according to claim 5 and Intaker controller is characterized in that, described air communication pipe is formed by connecting by the pipe more than two or two.
7. the water level of many bottles of water dispensers according to claim 1 and Intaker controller, it is characterized in that, described one-way air admission gear comprises air intake duct and the 4th ball float, described air intake duct is installed in the air admission hole position of the inner chamber of described tank body, described air intake duct comprises VERTICAL TUBE, described VERTICAL TUBE comprises large footpath section and path section, the large footpath section of described VERTICAL TUBE is in the bottom of the path section of described VERTICAL TUBE, described the 4th ball float is placed in the large footpath section of described VERTICAL TUBE, the diameter of described the 4th ball float is greater than the path section of described VERTICAL TUBE, and the opening of described VERTICAL TUBE is higher than the ordinary water level in the described tank body.
8. the water level of many bottles of water dispensers according to claim 7 and Intaker controller is characterized in that, described air admission hole is in the inner chamber side of described tank body, and described air intake duct also comprises the horizontal tube that is connected with described VERTICAL TUBE.
9. many bottles of water dispensers is characterized in that, comprise such as the described water level of one of claim 1 to 8 and Intaker controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220442553 CN202801247U (en) | 2012-09-03 | 2012-09-03 | Multi-bottle water dispenser and water level and air suction control device for multi-bottle water dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220442553 CN202801247U (en) | 2012-09-03 | 2012-09-03 | Multi-bottle water dispenser and water level and air suction control device for multi-bottle water dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202801247U true CN202801247U (en) | 2013-03-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220442553 Withdrawn - After Issue CN202801247U (en) | 2012-09-03 | 2012-09-03 | Multi-bottle water dispenser and water level and air suction control device for multi-bottle water dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202801247U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102894881A (en) * | 2012-09-03 | 2013-01-30 | 苏州华爱电子有限公司 | Water level and air intake control device of multiple-bottle water dispenser and multiple-bottle water dispenser |
| CN106073499A (en) * | 2016-08-24 | 2016-11-09 | 金德龙 | Anti-haze hot-water bottle |
-
2012
- 2012-09-03 CN CN 201220442553 patent/CN202801247U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102894881A (en) * | 2012-09-03 | 2013-01-30 | 苏州华爱电子有限公司 | Water level and air intake control device of multiple-bottle water dispenser and multiple-bottle water dispenser |
| CN102894881B (en) * | 2012-09-03 | 2016-01-13 | 苏州华爱电子有限公司 | The water level of many bottles of water dispensers and Intaker controller and many bottles of water dispensers |
| CN106073499A (en) * | 2016-08-24 | 2016-11-09 | 金德龙 | Anti-haze hot-water bottle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130320 Effective date of abandoning: 20160113 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |