CN101878991B - Air-inflating drinking water device - Google Patents
Air-inflating drinking water device Download PDFInfo
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- CN101878991B CN101878991B CN201010194995.1A CN201010194995A CN101878991B CN 101878991 B CN101878991 B CN 101878991B CN 201010194995 A CN201010194995 A CN 201010194995A CN 101878991 B CN101878991 B CN 101878991B
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- 239000003651 drinking water Substances 0.000 title claims abstract description 27
- 235000020188 drinking water Nutrition 0.000 title claims abstract description 27
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 208
- 238000007789 sealing Methods 0.000 claims description 22
- 239000000945 filler Substances 0.000 claims description 18
- 230000006835 compression Effects 0.000 claims description 9
- 238000007906 compression Methods 0.000 claims description 9
- 208000002193 Pain Diseases 0.000 claims description 4
- 239000007787 solid Substances 0.000 claims description 4
- 239000013013 elastic material Substances 0.000 claims 1
- 230000035622 drinking Effects 0.000 abstract description 7
- 230000000694 effects Effects 0.000 abstract description 6
- 239000000463 material Substances 0.000 abstract description 5
- 230000007547 defect Effects 0.000 abstract description 2
- 239000000203 mixture Substances 0.000 description 16
- 210000000515 tooth Anatomy 0.000 description 8
- 238000010586 diagram Methods 0.000 description 7
- 238000000034 method Methods 0.000 description 4
- 239000000725 suspension Substances 0.000 description 3
- 239000007921 spray Substances 0.000 description 2
- 230000004308 accommodation Effects 0.000 description 1
- 238000005273 aeration Methods 0.000 description 1
- 230000000712 assembly Effects 0.000 description 1
- 238000000429 assembly Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
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Abstract
The invention provides an air-inflating drinking water device which overcomes the defect of bad drinking effect of the traditional air-inflating drinking water appliance, realizes that a same passage is shared by air inflation and water drinking, simplifies the structural design of products, enhances the driving effect, can not only be suitable for self use, but also be suitable for common use. In the technical scheme adopted, the air-inflating drinking water device is provided with a water bag as a water storage body; the bottom of the water bag is provided with a water outlet seat connected with a water outlet joint in a matching way; the water outlet joint is connected with a water pipe in a matching way; the other end of the water pipe is embedded with a water-air mixing balloon; the other end of the water-air mixing balloon is connected with a water stop suction nozzle or a two-way water stop switch in a matching way; the spheroid of the water-air mixing balloon is made of materials with higher resilience, and an inner cavity of the spheroid is an air chamber; one end of the air chamber is embeded with a one-way air intake valve, and the other end of the same is embedded with a water-air mixing valve; and the one-way air intake valve is communicated with the water-air mixing valve by arranging an inner communicating pipe between the one-way air intake valve and the water-air mixing valve. The two-way water stop switch comprises a water pipe joint, a body, a water stop suction nozzle assembly and a pressing water discharge assembly, wherein the water stop suction nozzle assembly can be used for direct drinking; and the pressing water discharge assembly can discharge water for people to drink.
Description
Art
The present invention relates to a kind of drinking device, especially there is the personal drinking water device of aerification function.
Background technology
In current known personal drinking water device, for ease of drinking, there is portioned product to adopt and more smooth drinking-water is obtained to the mode of container pressurization, as Chinese invention patent bulletin CN1709189A discloses one " portable drinking water kettle ", it is made up of kettle body, control taps, feed pipe and Pneumatic compression device, described feed pipe and Pneumatic compression device are fixed in kettle body by sealing, and an airtight container can be formed, wherein feed pipe and Pneumatic compression device again all therewith closed container be communicated with.Described control taps can use with feed pipe supporting connection.Pneumatic compression device described here can be inflating pressure cylinder, and described control taps can be push type control taps, also can be bolt type control taps.The using method of this drinking water kettle is comparatively easy, as long as utilize Pneumatic compression device to fill in kettle body add appropriate gas, the drinking-water in kettle initiatively will provide drinking-water by the control of control taps under the influence of air pressure in the mouth of user.U.S. patent Nos bulletin US2008/0308578A1 discloses one " water supply system ", be provided with a water storage, be respectively equipped with air inlet component and water outlet part, air inlet component is pinched balloon mode by air pump or hand and provide larger pressure in water storage, water side is established one to go out joint and is connect a flexible pipe, and the flexible pipe other end is provided with a suction nozzle; Or be connected with balloon by a flexible pipe, the flexible pipe other end and water out adapter are selected fast and are changed backward water storage and inflate.Disclosed in aforementioned two patents of invention, technical scheme can realize the object of inflating rear drinking-water, and both are common weak point: the parts of inflation and drinking-water being made respectively and are disposed in respectively on water storage, except increasing except cost on foot, being also not easy to carry; In use, gas replenishment process and drinking-water process are separated completely, and drink water after requiring first to be filled with abundant gas again, if under-inflation, then the water in water storage cannot be discharged completely, even if inflation is enough, in drinking process, when water storage is more, air pressure is higher, flow velocity is very fast, easily choke water, when water storage is less, air pressure is corresponding reduction also, flow velocity is also corresponding to slow down until cannot initiatively flow out, and causes that to drink effect undesirable.
Summary of the invention
The invention provides a kind of air-inflating drinking water device, solve the defect that poor effect drunk by existing air-inflating drinking water utensil, its beneficial effect is: the function being integrated with inflation and drinking-water, enhances and drink effect, simplify product structure design, reduce material consumption.
The technical solution adopted in the present invention is as follows:
If a water bag is as water storage, establish an effluent seat to connect a water out adapter bottom it, water out adapter and water pipe connect, and the water pipe other end rabbets a gas-vapor mix balloon, and this balloon other end connects a water-stopping suction nozzle or two-way water stop switch.The spheroid of gas-vapor mix balloon is made up of the material having compared with high resilience, and its inner chamber is air chamber, and a breather cheek valve is rabbeted in air chamber one end, and the other end rabbets a gas-vapor mix valve, establishes siphunculus in be communicated with between two valves.
Described breather cheek valve is made up of an inlet suction port, a ventilating joint, an air inlet ring valve and a collar, and the embedding tenon of a water pipe is established on inlet suction port top, an inlet chamber is established in bottom, and inlet chamber sidewall is provided with external screw teeth and a horn mouth is established at least one air admission hole, bottom; At least one through hole is provided with and a balloon pressure ring is established in internal screw thread, bottom, a water pipe pressure ring is established on top in the middle part of the collar; Air inlet ring valve is embedded in inlet chamber inwall, its sidewall is provided with a through hole from inner side shutoff air admission hole, its top; Establish a capel in the middle part of ventilating joint, take this build-in in inlet chamber lower end; Ventilating joint top establishes a push pipe that air inlet ring valve is pressed on inlet chamber upper end, and ventilating joint bottom establishes the embedding tenon of siphunculus in one and interior siphunculus to rabbet, and takes this through inlet suction port and ventilating joint inner chamber, forms drinking-water path; Capel periphery establishes the through inlet chamber of at least one passage and air chamber; Inlet suction port and ventilating joint embed in balloon, and horn mouth coordinates with balloon pressure ring the opening compressing balloon upper end, and the embedding tenon of water pipe and water pipe pressure ring coordinate compression water pipe.
Described gas-vapor mix valve is made up of an inlet suction port, a chimeric linker, a hybrid ring valve and a collar, inlet suction port top establishes that the embedding tenon of siphunculus in one and interior siphunculus are rabbeted, a hybrid chamber is established in bottom, hybrid chamber sidewall establishes at least one air admission hole, central authorities establish the embedding post of a ring valve, hybrid ring valve is nested in the embedding column outer wall of ring valve, and can from inner side shutoff air admission hole; A chimeric ring rib is established on chimeric linker top, middle part outer wall is provided with external screw teeth, the embedding tenon of a water pipe is established in bottom; Be provided with internal screw thread in the middle part of the collar, a balloon pressure ring is established on top, a water pipe pressure ring is established in bottom; Inlet suction port is embedded in chimeric ring rib, and chimeric ring rib is embedded in balloon lower end, and after the collar is solid with chimeric linker spiral shell, chimeric ring rib outer wall coordinates with balloon pressure ring the opening compressing balloon lower end, the embedding tenon of water pipe and water pipe pressure ring cooperation compression water pipe.
Described water-stopping suction nozzle is made up of a water pipe head, a water-through valve, a spring and a suction nozzle sleeve.Water pipe head bottom establishes that the embedding tenon of a water pipe and water pipe are rabbeted, the embedding tenon of a suction nozzle is established on top, the embedded spring of the embedding tenon of suction nozzle and a water-through valve, an outer suction nozzle sleeve.The elastic force that water-through valve uses spring presses on the water outlet of suction nozzle sleeve, can open this delivery port containing stinging suction nozzle sleeve.
Described two-way water stop switch is pressed the assembly that discharges water formed by a water pipe head, a body, a water-stopping suction nozzle assembly and.Water pipe head bottom establishes that the embedding tenon of a water pipe and water pipe are rabbeted, top establishes a caulking groove can build-in body, and a button cavities is established on caulking groove side, establishes an embedding hole inside it.Be fitting portion in the middle part of body, if an embedding pipe can embed in embedding hole, embedding pipe periphery establish a seal groove can embed one sealing ring sealing fitting portion and caulking groove between gap; The embedding tenon of a suction nozzle is established in body side, opposite side establishes one to discharge water post.Water-stopping suction nozzle assembly comprises a spring, a water-through valve and a suction nozzle sleeve, spring and water-through valve embed in the embedding tenon of suction nozzle, suction nozzle sleeve is embedded in outside the embedding tenon of suction nozzle, and the elastic force that water-through valve uses spring presses on the water outlet of suction nozzle sleeve, can open this delivery port containing stinging suction nozzle sleeve.Pressing discharges water that assembly comprises a cover plate, a button, a spring, a filler block, discharge water post capel, discharges water post lid and two sealing rings, button is placed in button cavities, downward projection one angled-lift splits in the middle part of it, cover plate is placed on also with ultrasonic fusing outside button cavities, and a sealing ring is nested in button side walls to seal the gap between button and cover plate; Spring and filler block embed and discharge water in post, and the post capel that discharges water is embedded in and discharges water post front end and with ultrasonic fusing, be set to the apopore that has taper surface inside it; Filler block rear end is established an oblique chute and is stretched to below angled-lift splits, the nested sealing ring in filler block front end, and sealing circle is the apopore that discharges water inside post capel of shutoff under the action of the spring; During pressing button, angled-lift splits inserts in oblique chute and drives filler block to retreat, thus opens apopore; It is outer to keep the clean of apopore place that the post lid that discharges water is placed on the post capel that discharges water.In addition, separately can hold the drinking-water of releasing from the post that discharges water by an attached water tumbler, share with the many people realizing water bag.
Accompanying drawing explanation
Fig. 1 is critical piece of the present invention assembling schematic diagram;
Fig. 2 is the gas-vapor mix balloon decomposing state schematic perspective view of the present invention;
Fig. 3 is gas-vapor mix balloon confined state vertical section schematic diagram and the partial enlarged view thereof of the present invention;
Fig. 4 is the two-way water stop suction nozzle decomposing state schematic diagram of the present invention;
Fig. 5 is two-way water stop suction nozzle confined state and the rotation direction schematic diagram of the present invention;
Fig. 6 is A-A section and the schematic diagram that discharges water in Fig. 5;
Fig. 7 is B-B section and suction nozzle sealing schematic diagram in Fig. 6;
Fig. 8 is the water-stopping suction nozzle schematic perspective view of the present invention;
Fig. 9 is the water tumbler schematic diagram of the present invention.
In figure, each label is depicted as:
1 water bag, 10 effluent seats;
2 water pipes: 20 water out adapters;
3 gas-vapor mix balloons:
31 spheroids, 310 air chambers;
32 breather cheek valves: 321 first inlet suction ports: the embedding tenon of 3211 water pipe, 3212 inlet chambers; 3213 air admission holes, 3214 external screw teeths, 3215 horn mouths; 322 ventilating joints: 3221 capels, the embedding tenon of siphunculus in 3222,3223 passages, 3224 push pipes; 323 air inlet ring valves, 3231 through holes; 324 collars: 3241 internal screw threads, 3242 balloon pressure rings, 3243 water pipe pressure rings, 3244 through holes.
33 gas-vapor mix valves: 331 second inlet suction ports: the embedding tenon of siphunculus in 3311,3312 hybrid chambers; 3313 air admission holes, the embedding post of 3314 ring valve; 332 chimeric linker: 3321 chimeric ring ribs, the embedding tenon of 3322 water pipe, 3323 external screw teeths; 333 hybrid ring valves; 334 collars: 3341 internal screw threads, 3342 balloon pressure rings, 3343 water pipe pressure rings;
Siphunculus in 34;
4 two-way water stop switches:
41 water pipe heads: the embedding tenon of 411 water pipe, 412 caulking grooves, 413 button cavities, 414 embedding holes;
42 bodies: 421 fitting portions, 4211 embedding pipes, 4212 seal grooves, 42120 sealing rings; The embedding tenon of 422 suction nozzle, 423 discharge water post;
43 water-stopping suction nozzle assemblies: 431 springs, 432 water-through valves, 433 suction nozzle sleeve: 4331 delivery ports, 4332 biting slots;
44 press the assembly that discharges water: 441 cover plates, 442 buttons: 4421 angled-lift splitses, 4422 seal grooves, 44220 sealing rings; 443 springs, 444 filler blocks: 4441 oblique chutes, 4442 seal grooves, 44420 sealing rings; 445 discharge water post capel: 4451 apopores; 446 discharge water post lid;
40 water-stopping suction nozzles: 401 water pipe heads: the embedding tenon of 4011 water pipe, the embedding tenon of 4012 suction nozzle; 402 springs, 403 water-through valves, 404 suction nozzle sleeve;
5 water tumblers: 51 ribs, 511 binding grooves, 52 suspension ring, 53 strappings, 531 magic tapes.
Detailed description of the invention:
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As shown in Figure 1: the present invention establishes a water bag 1 as water storage, an effluent seat 10 is established to connect a water out adapter 20 bottom it, water out adapter 20 and water pipe 2 connect, and water pipe 2 other end rabbets a gas-vapor mix balloon 3, and this balloon other end connects a water-stopping suction nozzle 40 or two-way water stop switch 4.
As shown in Figure 2: gas-vapor mix balloon 3 is communicated with 34 by siphunculus in spheroid 31, breather cheek valve 32, gas-vapor mix valve 33 and and forms.Breather cheek valve 32 is made up of the first inlet suction port 321, ventilating joint 322, air inlet ring valve 323 and a collar 324; The embedding tenon 3211 of a water pipe is established on first inlet suction port 321 top, an inlet chamber 3212 is established in bottom, and inlet chamber 3212 sidewall is provided with external screw teeth 3214 and a horn mouth 3215 is established at least one air admission hole 3213, bottom; Establish a capel 3221 in the middle part of ventilating joint 322, a push pipe 3224 is established on top, bottom establishes the embedding tenon of siphunculus in one 3222 and interior siphunculus 34 to rabbet, capel 3221 periphery establishes at least one passage 3223; Air inlet ring valve 323 top is provided with a through hole 3231; At least one through hole 3244 is provided with in the middle part of the collar 324.Gas-vapor mix valve 33 is made up of the second inlet suction port 331, chimeric linker 332, hybrid ring valve 333 and a collar 334, second inlet suction port 331 top establishes that the embedding tenon of siphunculus in one 3311 and interior siphunculus 34 are rabbeted, a hybrid chamber 3312 is established in bottom, and hybrid chamber 3312 sidewall establishes at least one air admission hole 3313; Establish a chimeric rib 3321 in the middle part of chimeric linker 332, the embedding tenon 3322 of a water pipe is established in bottom, middle part outer wall is provided with external screw teeth 3323.
As shown in Figure 3: spheroid 31 is made up of the material having compared with high resilience, its inner chamber is air chamber 310, air chamber 310 upper end interlocking breather cheek valve 32, and between lower end interlocking gas-vapor mix valve 33, two valve, in interlocking one, siphunculus 34 is communicated with.The embedding tenon 3211 of water pipe on first inlet suction port 321 top on described breather cheek valve 32 top is rabbeted with water pipe 2; Air inlet ring valve 323 is embedded in the inlet chamber 3212 of the first inlet suction port 321 bottom, and can from the air admission hole 3213 of inner side shutoff inlet chamber 3212 sidewall; Its capel 3221 build-in of ventilating joint 322 nationality is in the horn mouth 3215 of inlet chamber 3212 lower end; Air inlet ring valve 323 is pressed on inlet chamber 3212 top by push pipe 3224; Be provided with internal screw thread 3241 in the middle part of the collar 324 inwall, top is provided with a water pipe pressure ring 3243, bottom is provided with a balloon pressure ring 3242; Internal screw thread 3241 is solid with external screw teeth 3214 spiral shell; Water pipe pressure ring 3243 coordinates with the embedding tenon 3211 of water pipe and compresses water pipe 2; Balloon pressure ring 3242 coordinates with horn mouth 3215 opening part compressing spheroid 31 upper end; Be provided with through hole 3244 in the middle part of the collar 324, outside air can enter in inlet chamber 3212 by the air admission hole 3213 of inlet chamber 3212 sidewall through this, the through inlet chamber 3212 of passage 3223 and the air chamber 310 of capel 3221 periphery.Second inlet suction port 331 bottom on described gas-vapor mix valve 33 top embeds in the chimeric rib 3321 on chimeric linker 332 top, and chimeric rib 3321 embeds the opening part of spheroid 31 lower end; Be provided with internal screw thread 3241 in the middle part of the collar 334 inwall, bottom is provided with a water pipe pressure ring 3343, top is provided with a balloon pressure ring 3342; Internal screw thread 3341 is solid with external screw teeth 3323 spiral shell in the middle part of chimeric linker 332; Water pipe pressure ring 3343 coordinates with the embedding tenon 3322 of water pipe and compresses water pipe 2; Balloon pressure ring 3342 coordinates with chimeric rib 3321 outer wall the opening part compressing spheroid 31 lower end; Hybrid chamber 3312 central authorities establish the embedding post 3314 of a ring valve, and hybrid ring valve 333 is nested in ring valve embedding post 3314 outer wall, and can from the air admission hole 3313 of inner side shutoff hybrid chamber 3312 sidewall.During use, pressure ball body 31 is pinched with hand, produce larger pressure in air chamber 310, the air inlet ring valve 323 in breather cheek valve 32 is adjacent to this hole of air admission hole 3213 shutoff, the air admission hole 3313 of the gas in air chamber 310 in gas-vapor mix valve 33 enter hybrid chamber, by water pipe 2 to aerating in water bag; After unclamping spheroid 31, its screen resilience makes to produce negative pressure in air chamber 310, gas backflow in the anti-antipriming pipe 2 of hybrid ring valve 333 shutoff air admission hole 3313 in gas-vapor mix valve 33, the air admission hole 3213 simultaneously in breather cheek valve 32 is opened, and gas can in this " suction " air chamber 310.So repeated multiple timesly can be filled with abundant gas in water bag.
As shown in Figure 4: two-way water stop switch 4 is made up of water pipe head 41, body 42, water-stopping suction nozzle assembly 43 and the pressing assembly 44 that discharges water.The embedding tenon 411 of a water pipe is established in water pipe head 41 bottom, top establishes a caulking groove 412 can build-in body 42, and a button cavities 413 is established on caulking groove 412 side, establishes an embedding hole 414 inside it.Be fitting portion 421 in the middle part of body 42, if an embedding pipe 4211 can embed in embedding hole 414, embedding pipe 4211 periphery is established a seal groove 4212 can embed a sealing ring 42120 and is sealed gap between fitting portion 421 and caulking groove 412; The embedding tenon 422 of a suction nozzle is established in body 42 side, opposite side establishes one to discharge water post 423.Water-stopping suction nozzle assembly 43 comprises spring 431, water-through valve 432 and a suction nozzle sleeve 433.The pressing assembly 44 that discharges water comprises cover plate 441, button 442, spring 443, filler block 444, post capel 445, post lid 446, sealing ring 44220 that discharges water that discharges water and can be nested in the seal groove 4422 of button 442 sidewall; An oblique chute 4441 is established in filler block 444 rear end, and filler block 444 front end establishes a seal groove 4442 can a nested sealing ring 44420; Discharge water inside post capel 445 and be set to the apopore 4451 that has taper surface.
As shown in Figure 5: two-way water stop switch 4 of the present invention is after assembling, and its water pipe head 41 is free to rotate, so that realize being absorbed water by water-stopping suction nozzle assembly 43 or the assembly 44 that discharged water by pressing is discharged water with comparatively suitable angle.
As shown in Figure 6: button 442 is placed in button cavities 413, downward projection one angled-lift splits 4421 in the middle part of it, cover plate 441 is placed on also with ultrasonic fusing outside button cavities 413, and the sealing ring 44220 be nested in the seal groove 4422 of button 442 sidewall can seal the gap between button 442 and cover plate 441.Spring 443 and filler block 444 embed and discharge water in post 423, and the post capel 445 that discharges water is embedded in and discharges water post 423 front end and use ultrasonic fusing; The oblique chute 4441 of filler block 444 rear end stretches to below angled-lift splits 4421, and sealing ring 44420 shutoff under the effect of spring 443 be nested in the seal groove 4442 of filler block 444 front end discharges water the apopore 4451 inside post capel 445.After two-way water stop switch and water pipe water side being connected, during pressing button 442, angled-lift splits 4421 inserts in oblique chute 4441 and drives filler block 444 to retreat, thus opens apopore 4451, and take away the post lid 446 that discharges water, the water in water bag can spray; When not needing to discharge water, the post lid 446 that discharges water is placed on and discharges water outside post capel 445, can keep the clean of apopore 4451 place.
As shown in Figure 7: spring 431 and water-through valve 432 embed in the embedding tenon 422 of suction nozzle, suction nozzle sleeve 433 is embedded in outside the embedding tenon 422 of suction nozzle, the elastic force that water-through valve 432 uses spring 431 presses on delivery port 4331 place of suction nozzle sleeve 433, containing biting biting slot 4332, water-through valve 432 is drawn back from delivery port 4331 place, can open delivery port 4331, after this two-way water stop switch and water bag outlet pipe connect, while delivery port is opened, the water in water bag just initiatively sprays in drinking person mouth.
As shown in Figure 8: water side apolegamy part water-stopping suction nozzle 40 of the present invention is made up of water pipe head 401, spring 402, water-through valve 403 and a suction nozzle sleeve 404; One end of its water pipe head 401 establishes that the embedding tenon of a water pipe 4011 can be rabbeted with water pipe water side, the other end establishes the embedding tenon 4012 of a suction nozzle can rabbet with suction nozzle sleeve 404, its coordinate and water-stopping suction nozzle assembly in the two-way water stop switch shown in occupation mode with Fig. 7 identical.
As shown in Figure 9: the present invention presses the water that the assembly that discharges water is released, and can separately hold by an attached water tumbler 5, share with the many people realizing water bag.Water tumbler 5 adopts soft rubber to make so that receive and disturb, and cup side inside and outside wall all establishes lengthways of rod 51 to increase its lateral stiffness; Suspension ring 52 are established in cup side, article one, strapping 53 is fastened through suspension ring 52, strapping two ends are provided with magic tape 531, the rib 51 of cup outer wall is respectively established a binding groove 511, after receipts disturb cup, strapping 53 tightens rib 51 along binding groove 511, and two panels magic tape 531 snaps together and toggles cup not, such structure, not only decreases accommodation space but also water tumbler can be kept to clean.
In sum, the present invention's inflation and drinking-water adopt same path, simplify product structure design, reduce material consumption; The air pressure regulated in water bag can be inflated at any time, obtain stable current, enhance and drink effect; Be integrated with pressing to discharge water function, both can drink for individual, also can release water to drink for other people.Compared with prior art, the present invention has outstanding substantive distinguishing features and significant progress, and spy please grant a patent.
Claims (5)
1. an air-inflating drinking water device, if a water bag is as water storage, be provided with an effluent seat bottom described water storage and connect a water out adapter, water out adapter and water pipe connect, the water pipe other end rabbets a gas-vapor mix balloon, the described gas-vapor mix balloon other end connects a water-stopping suction nozzle or two-way water stop switch, it is characterized in that: the spheroid of described gas-vapor mix balloon is made by having elastic material, the inner chamber of described spheroid is air chamber, a breather cheek valve is rabbeted in air chamber one end, the other end rabbets a gas-vapor mix valve, rabbets siphunculus in and be communicated with between two valves.
2. air-inflating drinking water device as claimed in claim 1, it is characterized in that: described breather cheek valve is made up of the first inlet suction port, a ventilating joint, an air inlet ring valve and a collar, the embedding tenon of a water pipe is established on described first inlet suction port top, an inlet chamber is established in described first inlet suction port bottom, inlet chamber sidewall is provided with external screw teeth and at least one air admission hole, and a horn mouth is established in described inlet chamber bottom; Be provided with at least one through hole and internal screw thread in the middle part of the described collar, a balloon pressure ring is established in described collar bottom, and a water pipe pressure ring is established on described collar top; Described air inlet ring valve is embedded in inlet chamber inwall, and the sidewall of described air inlet ring valve is from inner side shutoff air admission hole, and the top of described air inlet ring valve is provided with a through hole; A capel is established and by described capel build-in in inlet chamber lower end in the middle part of described ventilating joint; Described ventilating joint top establishes a push pipe that air inlet ring valve is pressed on inlet chamber upper end, and ventilating joint bottom establishes the embedding tenon of siphunculus in one and interior siphunculus to rabbet thus through first inlet suction port and ventilating joint inner chamber, forms drinking-water path; Capel periphery establishes the through inlet chamber of at least one passage and air chamber; First inlet suction port and ventilating joint embed in balloon, and horn mouth coordinates with balloon pressure ring the opening compressing balloon upper end, and the embedding tenon of water pipe and water pipe pressure ring coordinate compression water pipe.
3. air-inflating drinking water device as claimed in claim 1, it is characterized in that: described gas-vapor mix valve is made up of the second inlet suction port, a chimeric linker, a hybrid ring valve and a collar, second inlet suction port top establishes the embedding tenon of siphunculus in one and interior siphunculus to rabbet, a hybrid chamber is established in described second inlet suction port bottom, hybrid chamber sidewall establishes at least one air admission hole, described hybrid chamber central authorities establish the embedding post of a ring valve, and hybrid ring valve is nested in the embedding column outer wall of ring valve, and can from inner side shutoff air admission hole; A chimeric ring rib is established on described chimeric linker top, and in the middle part of described chimeric linker, outer wall is provided with external screw teeth, and the embedding tenon of a water pipe is established in described chimeric linker bottom; Be provided with internal screw thread in the middle part of the described collar, a balloon pressure ring is established on described collar top, and a water pipe pressure ring is established in described collar bottom; Second inlet suction port is embedded in chimeric ring rib, and chimeric ring rib is embedded in balloon lower end, and after the collar is solid with chimeric linker spiral shell, chimeric ring rib outer wall coordinates with balloon pressure ring the opening compressing balloon lower end, the embedding tenon of water pipe and water pipe pressure ring cooperation compression water pipe.
4. air-inflating drinking water device as claimed in claim 1, is characterized in that: two-way water stop switch is pressed the assembly that discharges water formed by a water pipe head, a body, a water-stopping suction nozzle assembly and; Water pipe head bottom establishes the embedding tenon of a water pipe and water pipe to rabbet, and described water pipe head top establishes a caulking groove can build-in body, and a button cavities is established on caulking groove side, and an embedding hole is established in the inner side of described button cavities; Be fitting portion in the middle part of body, if an embedding pipe can embed in embedding hole, embedding pipe periphery establish a seal groove can embed one sealing ring sealing fitting portion and caulking groove between gap; The embedding tenon of a suction nozzle is established in body side, opposite side establishes one to discharge water post; Water-stopping suction nozzle assembly comprises a spring, a water-through valve and a suction nozzle sleeve, spring and water-through valve embed in the embedding tenon of suction nozzle, suction nozzle sleeve is embedded in outside the embedding tenon of suction nozzle, and the elastic force that water-through valve uses spring presses on the water outlet of suction nozzle sleeve, can open this delivery port containing stinging suction nozzle sleeve; Pressing discharges water that assembly comprises a cover plate, a button, a spring, a filler block, discharge water post capel, discharges water post lid and two sealing rings, button is placed in button cavities, downward projection one angled-lift splits in the middle part of described button, cover plate is placed on also with ultrasonic fusing outside button cavities, and a sealing ring is nested in button side walls to seal the gap between button and cover plate; Spring and filler block embed and discharge water in post, and the post capel that discharges water is embedded in and discharges water post front end and use ultrasonic fusing, and the inner side of the post capel that discharges water is set to the apopore that has taper surface; Filler block rear end is established an oblique chute and is stretched to below angled-lift splits, the nested sealing ring in filler block front end, and sealing circle is the apopore that discharges water inside post capel of shutoff under the action of the spring; During pressing button, angled-lift splits inserts in oblique chute and drives filler block to retreat, thus opens apopore; The post lid that discharges water is placed on and discharges water outside post capel.
5. air-inflating drinking water device as claimed in claim 1, is characterized in that: described water-stopping suction nozzle is made up of a water pipe head, a water-through valve, a spring and a suction nozzle sleeve; Described water pipe head bottom establishes the embedding tenon of a water pipe and water pipe to rabbet, and the embedding tenon of a suction nozzle is established on described water pipe head top, the embedded spring of the embedding tenon of suction nozzle and a water-through valve, an outer suction nozzle sleeve; The elastic force that water-through valve uses spring presses on the water outlet of suction nozzle sleeve, can open delivery port containing stinging suction nozzle sleeve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010194995.1A CN101878991B (en) | 2010-06-04 | 2010-06-04 | Air-inflating drinking water device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010194995.1A CN101878991B (en) | 2010-06-04 | 2010-06-04 | Air-inflating drinking water device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101878991A CN101878991A (en) | 2010-11-10 |
| CN101878991B true CN101878991B (en) | 2015-03-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010194995.1A Active CN101878991B (en) | 2010-06-04 | 2010-06-04 | Air-inflating drinking water device |
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| CN (1) | CN101878991B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106165964B (en) * | 2016-08-23 | 2018-03-30 | 西藏珠峰冰川水资源开发有限公司 | A kind of drinking device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1054227A (en) * | 1991-03-23 | 1991-09-04 | 杨荣昌 | Water discharge device with air accumulation |
| EP0829432A1 (en) * | 1996-09-16 | 1998-03-18 | L'oreal | Liquid or pasty product dispenser |
| CN1709189A (en) * | 2005-05-27 | 2005-12-21 | 岳海东 | Portable drinking water kettle |
| TWM360085U (en) * | 2009-03-02 | 2009-07-01 | Qian Min Entpr Co Ltd | Squeeze liquid extractor |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8136702B2 (en) * | 2006-08-14 | 2012-03-20 | Oakley, Inc. | Pressurized hydration system |
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2010
- 2010-06-04 CN CN201010194995.1A patent/CN101878991B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1054227A (en) * | 1991-03-23 | 1991-09-04 | 杨荣昌 | Water discharge device with air accumulation |
| EP0829432A1 (en) * | 1996-09-16 | 1998-03-18 | L'oreal | Liquid or pasty product dispenser |
| CN1709189A (en) * | 2005-05-27 | 2005-12-21 | 岳海东 | Portable drinking water kettle |
| TWM360085U (en) * | 2009-03-02 | 2009-07-01 | Qian Min Entpr Co Ltd | Squeeze liquid extractor |
Also Published As
| Publication number | Publication date |
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| CN101878991A (en) | 2010-11-10 |
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Denomination of invention: Air-inflating drinking water device Effective date of registration: 20170830 Granted publication date: 20150325 Pledgee: China Everbright Bank Zhongshan branch Pledgor: Ximalaya Plastic Product Co., Ltd., Zhongshan City Registration number: 2017440020028 |
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