CN205267847U - Domestic aerated water machine - Google Patents
Domestic aerated water machine Download PDFInfo
- Publication number
- CN205267847U CN205267847U CN201520706949.3U CN201520706949U CN205267847U CN 205267847 U CN205267847 U CN 205267847U CN 201520706949 U CN201520706949 U CN 201520706949U CN 205267847 U CN205267847 U CN 205267847U
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- liquid storage
- bottle
- air inlet
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- erecting frame
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Abstract
The utility model discloses a domestic aerated water machine, include: the base, fix gas cylinder mounting bracket on the base, locate gas cylinder mounting bracket top the air outlet valve, fix at the stock solution bottle mounting bracket of gas cylinder mounting bracket top one side, locate stock solution bottle mounting bracket in the admitting air of bottom, the top suction nozzle in fixing the frame that is admitting air, air outlet valve and suction nozzle pass through the pipeline intercommunication, the rest base portion of admitting air still is equipped with bottled the putting of lock that is used for locking stock solution bottle bottle neck, the suction nozzle bottom is passed and is locked bottled putting and vertically stretch out downwards. The utility model discloses can be very big make things convenient for the dismouting of stock solution bottle to reasonable effectual not reaction gas to in the stock solution bottle gets rid of.
Description
Technical field
The utility model relates to a kind of Household soda water machine.
Background technology
Household soda water machine is the small domestic appliances that a kind of specialty makes soda pop (carbonated drink) class beverage, its structure is generally provided with base, air bottle mounting structure, liquid storage bottle installation structure, air valve etc., gas cylinder and liquid storage bottle pass through pipeline connection, respectively gas cylinder and liquid storage bottle are installed, after opening air valve, the gas in gas cylinder is filled with in liquid storage bottle, forms carbonated drink after gas and liquid mixing.
Existing aerated water machine comparatively commonly adopt spirane structure liquid storage bottle is installed, need often to fetch due to liquid storage bottle, easily there is abrasion with the sealing-ring being arranged on bottleneck in frequent turn rubs in spirane structure, gas replenishment process is caused easily to leak air phenomenon, and spirane structure also exists the defects such as the difficult control of degree of tightness.
Existing aerated water machine also exists the irrational problem of exhaust structure, current aerated water machine is only once vented usually in the process making carbonated drink, the different radians of crank are utilized to realize exhaust to control the switch of vent valve, the speed of this kind of structure exhaust is unstable, during high pressure, exhaust is fast, low pressure time exhaust slow, easily carbonated drink is taken out of etc. when being vented fast.
Practical novel content
For solving the problems of the technologies described above, the utility model proposes a kind of Household soda water machine, this Household soda water machine can greatly facilitate liquid storage bottle dismounting, and is rationally effectively got rid of by the unreacting gas in liquid storage bottle.
The technical solution adopted in the utility model is, a kind of Household soda water machine of design, comprise: the admission piece that base, the gas cylinder erecting frame being fixed on base, the air outlet valve being located at gas cylinder erecting frame top, the liquid storage bottle erecting frame being fixed on gas cylinder erecting frame top side, the air inlet frame being located at liquid storage bottle erecting frame inner bottom part, top are fixed in air inlet frame, air outlet valve and admission piece pass through pipeline connection, also being provided with the lock bottle for locking liquid storage bottle bottle mouth bottom air inlet frame, admission piece bottom is stretched out straight down through lock bottle.
Lock bottle comprises: be located at the bottle lock support below air inlet frame, bottom is fixed on a bottle lock ring being fixed in bottle lock support to rocking bar, bottom outer wall that bottle guide pillar of lock support top, two ends are hinged on bottle lock support and liquid storage bottle erecting frame respectively, be located in bottle lock ring top for sealing the sealing plug of liquid storage bottle bottle mouth, bottle lock ring is made up of the elasticity lock claw of interval circumferential arrangement, and the top of elasticity lock claw is fixed on air inlet frame bottom surface, bottom is provided with the card hook stretched out inwardly.
The activity of guide pillar top is through air inlet frame, and air inlet frame and liquid storage bottle erecting frame are hinged, and bottle lock support and air inlet frame can rotate towards the direction away from gas cylinder erecting frame, and bottle lock support presses close to air inlet frame bottom surface along guide pillar in rotation, is pulled and opens bottom elasticity lock claw.
Preferably, liquid storage bottle erecting frame top is provided with control lever, this control lever one end is hinged on gas cylinder erecting frame top, the other end can press downwards in insertion liquid storage bottle erecting frame, and the pin jointed end of control lever is positioned at the top of air outlet valve, promotes air outlet valve to open when control lever rotates.
Preferably, air inlet frame is provided with the vapor pipe being connected with liquid storage bottle, vapor pipe connects a vent valve being fixed on gas cylinder erecting frame, described control lever is provided with and coordinates to the compressing tablet connect with this vent valve, when control lever rotates, compressing tablet pushes back the spool of a vent valve gradually, and one time vent valve state when spool pushes back is closedown.
Preferably, air inlet frame is also fixed with the secondary exhaust valve being connected with vapor pipe, liquid storage bottle erecting frame is provided with the spool with secondary exhaust valve and coordinates to the shell fragment connect, the spool of secondary exhaust valve can be pushed back by shell fragment with the reduction of pressure in liquid storage bottle, and secondary exhaust valve state when spool pushes back is unlatching.
Preferably, liquid storage bottle erecting frame being fixed with the crank installing shell fragment, shell fragment is fixed on the top of crank, and described crank is provided with the cambered surface of opening towards secondary exhaust valve; This cambered surface and shell fragment smoothly transit, and the rotary motion trace with secondary exhaust valve matches, and when secondary exhaust valve rotates outwardly with air inlet frame, the spool of secondary exhaust valve is pushed back by cambered surface gradually.
Preferably, hinged axle between control lever one end and gas cylinder erecting frame is provided with torsion spring, the inwall of liquid storage bottle erecting frame is provided with a gear, and the outside of liquid storage bottle erecting frame is provided with a rotary damper being connected with this geartransmission, and control lever is provided with the tooth bar engaged with this transmitting gear.
Preferably, air inlet frame is hinged in liquid storage bottle erecting frame away from the side of gas cylinder erecting frame, and air inlet frame is provided with one pair of curved bar of elasticity near the side of gas cylinder erecting frame, and the two ends of the curved bar of this elasticity are hinged on air inlet frame and gas cylinder erecting frame respectively.
Preferably, air inlet top of support protrudes upward the gag lever post rotated for limiting air inlet frame outwardly, and when control lever presses downwards, gag lever post inserts in the gap between the movable end of control lever and liquid storage bottle erecting frame.
Preferably, the movable end end face of control lever is fixed with enclosing cover, and enclosing cover covers outside liquid storage bottle erecting frame.
Preferably, the inner side of air inlet frame is provided with a handle stretched out downwards.
Compared with prior art, there is following advantage in the utility model:
1, simplify the assembling mode of liquid storage bottle, change a bottle pawl lock construction into by spirane structure, operate more simple and convenient, and long service life;
2, add and often open exhaust structure, inflated condition next time vent valve be in closed state, be exhausted in the automatic reseting procedure of control lever simultaneously, be vented more flexible;
3, secondary exhaust structure is added, when in liquid storage bottle, air pressure is reduced to certain numerical value, pushed back the axle core of secondary exhaust valve by its own resilient, open two automatic exhaust device air valves and carry out secondary exhaust, the problem that when avoiding being vented low pressure residual air, valve closes can not be vented;
4, three exhaust structures are added, when outwards pulling liquid storage bottle, while driving air inlet frame to rotate, the axle core of secondary exhaust valve is pushed back by crank, opens vent valve and carries out third time exhaust, that gets liquid storage bottle carries out third time exhaust automatically simultaneously, it is not necessary to extra action and time;
5, adding resetting device, drive control lever and enclosing cover to realize automatically resetting by torsion spring, reseting procedure is by the automatic reset time of the steady control lever of the performance characteristics of rotary damper, it may also be useful to safer, more stable.
Accompanying drawing explanation
Below in conjunction with embodiment and accompanying drawing, the utility model is described in detail, wherein:
Fig. 1 is the complete machine diagrammatic cross-section of the utility model locking liquid storage bottle;
Fig. 2 is the complete machine diagrammatic cross-section that the utility model unclamps liquid storage bottle;
Fig. 3 is the structural representation of the utility model when not inflating;
Fig. 4 is structural representation during the utility model inflation;
Fig. 5 is the automatic resetting structure schematic diagram of the utility model control lever;
Fig. 6 is the enlarged diagram of secondary exhaust valve closing condition in A place in Fig. 1;
Fig. 7 is the enlarged diagram that in Fig. 1, state opened by A place secondary exhaust valve.
Embodiment
As shown in Figure 1, the Household soda water machine that the utility model proposes, comprising: base 1, the gas cylinder erecting frame 2 being fixed on base 1, the air outlet valve 3 being located at gas cylinder erecting frame 2 top, the liquid storage bottle erecting frame 4 being fixed on gas cylinder erecting frame 2 top side, the air inlet frame 5 being located at liquid storage bottle erecting frame 4 inner bottom part, the top admission piece 6 by being screwed in air inlet frame 5. Air outlet valve 3 bottom is provided with screw thread mouth 301, and gas cylinder is arranged in gas cylinder erecting frame 2, and its top is connected cooperation with air outlet valve 3 by thread seal.
Air outlet valve 3 is connected by pneumatic tube 7 with admission piece 6, is also provided with the lock bottle for locking liquid storage bottle 8 bottles of mouths bottom air inlet frame 5, and admission piece 6 bottom is stretched out straight down through lock bottle. During use, being locked by bottle mouth with lock bottle, admission piece 6 is positioned at liquid storage bottle 8, and after opening air outlet valve 3, the gas in gas cylinder is filled with in liquid storage bottle 8 by pneumatic tube 7, carries out the making of carbonated drink. In the present embodiment, gas cylinder erecting frame 2 and liquid storage bottle erecting frame 4 integration make and form a housing one integral piece.
Specifically, lock bottle to comprise: bottle lock support 9, guide pillar 10, are to rocking bar 11, bottle lock ring 12 and sealing plug 13. Bottle lock support 9 is set in parallel in below air inlet frame 5, and the top of bottle lock support 9 is provided with guide pillar 10, the activity of the top of guide pillar 10 through air inlet frame 5, bottle lock support 9 can along guide pillar 10 to air inlet frame 5 near or away from. As shown in Figure 3, rocking bar 11 is symmetricly set on the both sides, front and back of bottle lock support 9 and liquid storage bottle erecting frame 4 by this, one end of rocking bar 11 is hinged on bottle lock support 9, the other end is hinged on liquid storage bottle erecting frame 4, on air inlet frame 5 hinged away from the outside of gas cylinder erecting frame 2 and liquid storage bottle erecting frame 4, its hinged axle be in Fig. 3,4 mark 26. As shown in Figure 2, when outwards pulling bottle lock support 9, guide pillar 10 drives air inlet frame 5 along hinged axle 26 outward rotation between air inlet frame 5 and liquid storage bottle erecting frame 4, bottle lock support 9 presses close to air inlet frame 5 bottom surface along guide pillar 10 under the effect of rocking bar 11, otherwise, when inwardly pushing back bottle lock support 9, bottle lock support 9 under the effect of rocking bar 11 along guide pillar 10 away from air inlet frame 5 bottom surface.
It is horn-like that bottle lock ring 12 diametrically increases downwards gradually, the top internal diameter of bottle lock ring 12 matches with the bottleneck of liquid storage bottle, bottle lock ring 12 is made up of the elasticity lock claw of interval circumferential arrangement, the top of elasticity lock claw is fixed on air inlet frame 5 bottom surface, bottom is provided with the card hook stretched out inwardly, the bottom outer wall of bottle lock ring 12 is fixed in bottle lock support 9, when bottle lock support 9 is in the position away from air inlet frame 5, elasticity lock claw is in the state of locking, the bottleneck of liquid storage bottle 8 is locked by the card hook of elasticity lock claw, when bottle lock support 9 gradually to air inlet frame 5 near time, bottle lock support 9 drives the bottom of elasticity lock claw upwards to move, elasticity lock claw is opened gradually, card hook departs from the bottleneck of liquid storage bottle 8, liquid storage bottle 8 can take off, otherwise, when elasticity lock claw is opened, liquid storage bottle 8 is put into bottle lock ring 12, when bottle lock support 9 is gradually away from air inlet frame 5, elasticity lock claw is locked gradually, card hook locking liquid storage bottle 8. the top of bottle lock ring 12 is also provided with the sealing plug 13 for sealing liquid storage bottle 8 bottles of mouths, and when the bottleneck of liquid storage bottle 8 extend into bottle lock ring 12, preventing mouth only gas leakage is blocked in sealing plug 13 sealing. in the present embodiment, in order to the installation of Easy-used bottle lock ring 12 and sealing plug 13, air inlet frame 5 is fixedly connected with by upper-lower casing and forms, and the outer ring of bottle lock ring 12 and sealing plug 13 is clipped between the upper-lower casing of air inlet frame 5 and is fixed.
Preferably, such as Fig. 3, shown in 4, liquid storage bottle erecting frame 4 top is provided with control lever 14, this control lever 14 one end is hinged on gas cylinder erecting frame 2 top, the other end can press in insertion liquid storage bottle erecting frame 4 downwards, control lever 14 is Fig. 3 with the hinged axle of gas cylinder erecting frame 2, 27 marked in 4, the pin jointed end of control lever 14 is positioned at the top of air outlet valve 3, air outlet valve 3 is promoted to open when control lever 14 rotates, such as Fig. 1, shown in 2, the movable end end face of control lever 14 is fixed with enclosing cover 15, enclosing cover 15 covers outside liquid storage bottle erecting frame 4, the top outer of gas cylinder erecting frame is also coated with Decorative shell, the internals of aerated water machine is blocked in the setting of enclosing cover 15 and Decorative shell, beautify the outward appearance of aerated water machine.
Preferably, air inlet frame 5 end face protrudes upward the gag lever post (attached not shown) rotated for limiting air inlet frame 5 outwardly, as shown in Figure 3,4, when control lever 14 presses downwards, gag lever post inserts in the gap between the movable end of control lever 14 and liquid storage bottle erecting frame 4. During use, control lever 14 is pressed against in liquid storage bottle erecting frame 4, gas in gas cylinder constantly supplements in liquid storage bottle 8, now gag lever post is inserted between control lever 14 and liquid storage bottle erecting frame 4, all interior restriction such as bottle lock support 9 and air inlet frame 5 etc. is rotated, and when effectively preventing from inflating, bottle lock support 9 is pulled and opened by mistake liquid storage bottle 8.
As shown in Figure 5, in order to the location of limit position pulled by stable air inlet frame 5, air inlet frame 5 is provided with one pair of curved bar 16 of elasticity near the side of gas cylinder erecting frame 2, and the two ends of the curved bar 16 of this elasticity are hinged on air inlet frame 5 and gas cylinder erecting frame 2 respectively. The inner side of air inlet frame 5 is also provided with a handle stretched out 17 downwards, and pulling of air inlet frame 5 completes by handle 17.
The device of air that often begins to rehearse is increased in the utility model, this often begins to rehearse device of air specifically, such as Fig. 3, shown in 4, air inlet frame 5 is provided with the vapor pipe 18 being connected with liquid storage bottle 8, vapor pipe 18 connects a vent valve 19 being fixed on gas cylinder erecting frame 2, control lever 14 is provided with and coordinates to the compressing tablet 20 connect with this vent valve 19, when control lever 14 rotates, compressing tablet 20 pushes back the spool of a vent valve 19 gradually, one time vent valve 19 state when spool pushes back is closedown, when liquid storage bottle 8 is in gas replenishment process, control lever 14 presses down always, one time vent valve 19 keeps closing condition, after liquid storage bottle 8 completes inflation, control lever 14 resets automatically, spool is outwardly gradually opens a vent valve 19, in liquid storage bottle 8, unreacted residual air is discharged.
Wherein, the automatic resetting structure of control lever 14 is, as shown in Figure 5, hinged axle 27 between control lever 14 one end and gas cylinder erecting frame 2 is provided with torsion spring 21, the inwall of liquid storage bottle erecting frame 4 is provided with a gear, the outside of liquid storage bottle erecting frame 4 is provided with a rotary damper 22 being connected with this geartransmission, and control lever 14 is provided with the tooth bar 141 engaged with this transmitting gear. The reseting procedure of control lever 14 is controlled by the performance characteristics of rotary damper 22, makes the reset of control lever 14 more steady, it is achieved be vented the phenomenon of not draining, excessive water.
Also add two automatic exhaust devices in the utility model. these two automatic exhaust devices are specifically, such as Fig. 1, 6, shown in 7, air inlet frame 5 is also fixed with the secondary exhaust valve 23 being connected with vapor pipe 18, liquid storage bottle erecting frame 4 is provided with the spool with secondary exhaust valve 23 and coordinates to the shell fragment 24 connect, the spool of secondary exhaust valve 23 can be pushed back by shell fragment 24 with the reduction of pressure in liquid storage bottle 8, secondary exhaust valve 23 state when spool pushes back is unlatching, when liquid storage bottle 8 is in gas replenishment process, in liquid storage bottle 8, air pressure is bigger, the elastic force that the spool of secondary exhaust valve 23 resists shell fragment 24 under pressure is outwardly, as shown in Figure 6, now secondary exhaust valve 23 is closing condition, after liquid storage bottle 8 completes inflation, control lever 14 resets automatically, one time vent valve 19 is exhausted, in liquid storage bottle 8, air pressure reduces, the spool of secondary exhaust valve 23 inwardly pushes back under the elastic force effect of shell fragment 24, as shown in Figure 7, now secondary exhaust valve 23 also starts exhaust. adopt elastic piece structure, the problem that when can avoid being vented low pressure residual air in conventional art, valve closes can not be vented.
No. three gas barrier are also increased in the utility model, these No. three gas barrier are specifically, as shown in Fig. 1,6,7, liquid storage bottle erecting frame 4 is fixed with the crank 25 installing shell fragment 24, shell fragment 24 is fixed on the top of crank 25, crank 25 is provided with the cambered surface 251 of opening towards secondary exhaust valve 23, as shown in Figure 7, this cambered surface 251 smoothly transits with shell fragment 24, and the rotary motion trace with secondary exhaust valve 23 matches, when secondary exhaust valve 23 rotates outwardly with air inlet frame 5, the spool of secondary exhaust valve 23 is pushed back by cambered surface 251 gradually. After liquid storage bottle 8 completes inflation, control lever 14 resets automatically, a vent valve 19 and secondary exhaust valve 23 are exhausted, after control lever 14 has resetted automatically, air inlet frame 5 need to be rotated and remove liquid storage bottle 8, when air inlet frame 5 outward rotation, secondary exhaust valve 23 is with the rotation campaign of air inlet frame 5, the cambered surface 251 of the spool of secondary exhaust valve 23 along shell fragment 24 to crank is slided, and the spool of secondary exhaust valve 23 is pushed back by cambered surface 251 gradually, and tail gas last in liquid storage bottle 8 got rid of by secondary exhaust valve 23.
The whole working process of aerated water machine is as follows, pins enclosing cover 15 toward pressing down, and control lever 14 opens air outlet valve 3 with enclosing cover 15 downward motion, and gas is filled with in liquid storage bottle 8 by pneumatic tube 7, admission piece 6. when in liquid storage bottle 8, air pressure reaches the air pressure set by secondary exhaust valve 23, the spool of secondary exhaust valve 23 backs down shell fragment 24, certain safe distance opened by bullet, secondary exhaust valve 23 backs down in process at spool and cuts out gradually, constantly reduced by secondary exhaust valve 23 expellant gas, with " " sound time represent that air pressure adds, unclamp enclosing cover 15, the automatic resetting structure of control lever 14 is started working, control lever 14 is driven by torsion spring 21, enclosing cover 15 realizes automatic reset, reseting procedure slows down reset time by rotary damper 22, a vent valve 19 and secondary exhaust valve 23 are vented, after enclosing cover 15 resets, hand grip liquid storage bottle 8 and handle 17 are outwards pulled, rotation lock bottle, secondary exhaust valve 23 is vented again, lock bottle is automatically opened gradually and is unclamped liquid storage bottle 8, take off liquid storage bottle 8.
The foregoing is only better embodiment of the present utility model; not in order to limit the utility model; all any amendment, equivalent replacement and improvement etc. done within spirit of the present utility model and principle, all should be included within protection domain of the present utility model.
Claims (10)
1. a Household soda water machine, comprise: base (1), the gas cylinder erecting frame (2) being fixed on base (1), it is located at the air outlet valve (3) at gas cylinder erecting frame (2) top, it is fixed on the liquid storage bottle erecting frame (4) of gas cylinder erecting frame (2) top side, it is located at the air inlet frame (5) of liquid storage bottle erecting frame (4) inner bottom part, top is fixed on the admission piece (6) in air inlet frame (5), described air outlet valve (3) and admission piece (6) pass through pipeline connection, it is characterized in that, described air inlet frame (5) bottom is also provided with the lock bottle for locking liquid storage bottle bottle mouth, admission piece (6) bottom is stretched out straight down through lock bottle,
Described lock bottle comprises: the bottle lock support (9) being located at air inlet frame (5) lower section, bottom is fixed on the guide pillar (10) of a bottle lock support (9) top, two ends be hinged on a bottle lock support (9) and liquid storage bottle erecting frame (4) respectively one to rocking bar (11), bottom outer wall is fixed on the bottle lock ring (12) in a bottle lock support (9), it is located in a bottle lock ring (12) top for sealing the sealing plug (13) of liquid storage bottle bottle mouth, described bottle lock ring (12) is made up of the elasticity lock claw of interval circumferential arrangement, the top of elasticity lock claw is fixed on air inlet frame (5) bottom surface, bottom is provided with the card hook stretched out inwardly, the activity of described guide pillar (10) top is through air inlet frame (5), described air inlet frame (5) is hinged with liquid storage bottle erecting frame (4), described bottle lock support (9) and air inlet frame (5) can rotate towards the direction away from gas cylinder erecting frame (2), bottle lock support (9) presses close to air inlet frame (5) bottom surface along guide pillar (10) in rotation, is pulled and opens bottom described elasticity lock claw.
2. Household soda water machine as claimed in claim 1, it is characterized in that, described liquid storage bottle erecting frame (4) top is provided with control lever (14), this control lever (14) one end is hinged on gas cylinder erecting frame (2) top, the other end can press in insertion liquid storage bottle erecting frame (4) downwards, the pin jointed end of described control lever (14) is positioned at the top of air outlet valve (3), promotes air outlet valve (3) to open when control lever (14) rotates.
3. Household soda water machine as claimed in claim 2, it is characterized in that, described air inlet frame (5) is provided with the vapor pipe (18) being connected with liquid storage bottle, described vapor pipe (18) connects a vent valve (19) being fixed on gas cylinder erecting frame (2), described control lever (14) is provided with and coordinates to the compressing tablet (20) connect with this vent valve (19), when control lever (14) rotates, compressing tablet (20) pushes back the spool of a vent valve (19) gradually, and a described vent valve (19) state when spool pushes back is closedown.
4. Household soda water machine as claimed in claim 3, it is characterized in that, described air inlet frame (5) is also fixed with the secondary exhaust valve (23) being connected with vapor pipe (18), described liquid storage bottle erecting frame (4) is provided with the spool with secondary exhaust valve (23) and coordinates to the shell fragment (24) connect, the spool of described secondary exhaust valve (23) can be pushed back by shell fragment (24) with the reduction of pressure in liquid storage bottle, and described secondary exhaust valve (23) state when spool pushes back is unlatching.
5. Household soda water machine as claimed in claim 4, it is characterized in that, described liquid storage bottle erecting frame (4) is fixed with the crank (25) installing shell fragment (24), described shell fragment (24) is fixed on the top of crank (25), and described crank (25) is provided with the cambered surface (251) of opening towards secondary exhaust valve (23);
This cambered surface (251) and shell fragment (24) smoothly transit, and the rotary motion trace with secondary exhaust valve (23) matches, when described secondary exhaust valve (23) is rotated outwardly with air inlet frame (5), the spool of secondary exhaust valve (23) is pushed back by cambered surface (251) gradually, and secondary exhaust valve (23) state when spool pushes back is unlatching.
6. Household soda water machine as described in item as arbitrary in claim 2 to 5, it is characterized in that, hinged axle (27) between described control lever (14) one end and gas cylinder erecting frame (2) is provided with torsion spring (21), the inwall of described liquid storage bottle erecting frame (4) is provided with a gear, the outside of liquid storage bottle erecting frame (4) is provided with a rotary damper being connected with this geartransmission (22), and described control lever (14) is provided with the tooth bar (141) engaged with this transmitting gear.
7. Household soda water machine as described in item as arbitrary in claim 1 to 5, it is characterized in that, described air inlet frame (5) is hinged in liquid storage bottle erecting frame (4) away from the side of gas cylinder erecting frame (2), described air inlet frame (5) is provided with the one pair of curved bar of elasticity (16) near the side of gas cylinder erecting frame (2), and the two ends of the curved bar of this elasticity (16) are hinged on air inlet frame (5) and gas cylinder erecting frame (2) respectively.
8. Household soda water machine as described in item as arbitrary in claim 2 to 5, it is characterized in that, described air inlet frame (5) end face protrudes upward the gag lever post rotated for limiting air inlet frame (5) outwardly, and during control lever (14) pressing downwards, gag lever post inserts in the gap between the movable end of control lever (14) and liquid storage bottle erecting frame (4).
9. Household soda water machine as claimed in claim 6, it is characterised in that, the movable end end face of described control lever (14) is fixed with enclosing cover (15), and described enclosing cover (15) covers liquid storage bottle erecting frame (4) outside.
10. Household soda water machine as claimed in claim 7, it is characterised in that, the inner side of described air inlet frame (5) is provided with a handle stretched out (17) downwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520706949.3U CN205267847U (en) | 2015-09-14 | 2015-09-14 | Domestic aerated water machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520706949.3U CN205267847U (en) | 2015-09-14 | 2015-09-14 | Domestic aerated water machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205267847U true CN205267847U (en) | 2016-06-01 |
Family
ID=56052485
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520706949.3U Withdrawn - After Issue CN205267847U (en) | 2015-09-14 | 2015-09-14 | Domestic aerated water machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205267847U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078252A (en) * | 2015-09-14 | 2015-11-25 | 深圳市宝威家用电器有限公司 | Domestic aerated water machine |
| CN108814310A (en) * | 2018-08-16 | 2018-11-16 | 莱克电气股份有限公司 | A kind of air bubble machine |
| WO2021036358A1 (en) * | 2019-08-30 | 2021-03-04 | 关进业 | Soda maker having convenient gas intake and discharge |
-
2015
- 2015-09-14 CN CN201520706949.3U patent/CN205267847U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078252A (en) * | 2015-09-14 | 2015-11-25 | 深圳市宝威家用电器有限公司 | Domestic aerated water machine |
| CN108814310A (en) * | 2018-08-16 | 2018-11-16 | 莱克电气股份有限公司 | A kind of air bubble machine |
| CN108814310B (en) * | 2018-08-16 | 2023-09-19 | 莱克电气股份有限公司 | Bubble machine |
| WO2021036358A1 (en) * | 2019-08-30 | 2021-03-04 | 关进业 | Soda maker having convenient gas intake and discharge |
| JP7489159B2 (en) | 2019-08-30 | 2024-05-23 | 関進業 | Soda machine with easy intake and exhaust |
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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: 20160601 Effective date of abandoning: 20171010 |
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| AV01 | Patent right actively abandoned |