The controllable quantitative pouring device of one kind
The present invention relates to field of water fountain, specially a kind of controllable quantitative pouring device.
Water dispenser, machine top are put bottled water, are matched with bottled water.Barrel water drinking machine before 20th century mid-term just
Occur, the special connector that this water dispenser is designed to fuselage roof, which is put upside down, sets bucket, foreign latest money drinking-water
Machine is placed on bottled water the lower part of machine, is sucked by pulsating pump, the safety and sanitation more than conventional water dispenser of this mode, due to drink
The difference of water dispenser, the specification of bucket also there are many kinds of, due to cannot quickly quantify pouring when taking, thus slowed down work effect
Rate, and poor sealing are easy water seepage, cannot flexibly control water when pouring.
Summary of the invention
It is mentioned above in the background art to solve the purpose of the present invention is to provide the controllable quantitative pouring device of one kind
To achieve the above object, the invention provides the following technical scheme: a kind of controllable quantitatively pouring device, including case
Body a, it is characterised in that: quantitative mechanism is equipped in the cabinet, the cabinet side is equipped with a shake arm, institute
Be equipped with a control measuring mechanism in the cabinet stated, be equipped with a quantitative body in the quantitative mechanism, the quantitative body with turn chamber
Junction is equipped with sealing mechanism, and the quantitative body is surrounded by several quantitative chambers, and the quantitative body center is equipped with one
Axle center, the quantitative body are equipped with a capping, and the quantitative in vitro is enclosed equipped with several jacking blocks, among the capping
Equipped with a shaft A, the side shaft A is equipped with a driving shaft, and the side the shaft A is equipped with drive rod, described
Drive rod one end is equipped with a driving mouth, and the other end connects a driving cushion block, and the driving shaft is connected in driving mouth,
The driving axle center is equipped with a core, is equipped with a spring A, the control amount at the top of described driving shaft one end
It is equipped with knob, mobile jib, control point, curved bar, strut and push plate, the knob side in mechanism and is equipped with a mobile jib, the master
Bar side is equipped with equally distributed three controls point, and described curved bar one end connects strut, other end connection control point, and each control point
On have a curved bar and the corresponding each strut of connection, each strut are equipped with a push plate.
Preferential, a water storage cavity is equipped in the cabinet, the water storage cavity is equipped with a water inlet, described
Water storage cavity has one and transports hole, and the hole both ends that transport are respectively provided with a supported hole, and the hole that transports has one
A to turn chamber, described turns chamber side equipped with a water outlet, and described turns bottom of chamber portion equipped with a cup placed seat, the case
Body bottom is equipped with a cup chamber, and the cabinet side is equipped with a knob hole.
Preferential, a jack back is equipped in the shake arm, described jack back one end is equipped with a kelly, institute
The kelly bottom stated is equipped with a spring B, and the jack back side is equipped with a shaft B, and the side shaft B is equipped with one
A flower pattern bayonet.
Preferential, the quantitative body, which is located at, turns intracavitary, and the shaft A is mounted in supported hole, the capping peace
Mounted in transporting in hole.
Preferential, the shaft B is connected in axle center.
Preferential, the jacking block is three, and even circumferential is distributed.
Preferential, the quantitative chamber is three, and even circumferential is distributed.
Preferential, each of described quantitatively chamber opening is equipped with an elastic packing block B, each elastic packing block
B has a spring D, and the described hole bottom that transports is equipped with equipped with an elastic packing block A, the elastic packing block A
One spring C.
Preferential, it is equipped with elastic packing block an A, the elastic packing block A in the sealing mechanism and is equipped with one
A spring C, the sealing mechanism are additionally provided with elastic packing block a B, the elastic packing block B and have a spring D.
It is preferential, it is described it is quantitative it is intracavitary be designed with a push plate, the mobile jib is located in knob hole, the cabinet
Side is equipped with a knob.
Compared with prior art, the beneficial effects of the present invention are: simply quantitatively being contained by quantitatively intracorporal quantitative chamber,
To realize quantitative pouring, and structure is simple, and easy to operate, leakproofness is guaranteed, can be in effective range by control measuring mechanism
Water is arrived in interior control, brings more convenient.
Detailed description of the invention
Fig. 1 is F-F view of the present invention；
Fig. 2 is E-E view of the present invention；
Fig. 3 is main view of the present invention；
Fig. 4 is top view of the present invention；
Fig. 5 is G-G view of the present invention；
Fig. 6 is H-H view of the present invention；
Fig. 7 is perspective view of the present invention；
In figure: 1 cabinet, 2 quantitative mechanisms, 4 shake arms, 5 sealing mechanisms, 6 control measuring mechanisms, 11 water storage cavities, 12 water inlets,
13 transport hole, 14 supported holes, 15 turns of chambers, 16 water outlets, 17 cup placed seats, 18 glasss of chambers, 19, knob hole, 21, and quantitatively bodies, 22 are determined
Measure chamber, 23 axle center, 24 jacking blocks, 25 cappings, 26 shaft A, 27 driving shafts, 28 drive rods, 29 driving cushion blocks, 30 driving mouths, 31
Core, 32 spring A, 41 flower pattern bayonets, 42 shaft B, 43 kellies, 44 spring Bs, 45 jack backs, 51 elastic packing block A, 52 springs
C, 53 elastic packing block B, 54 spring D, 61 knobs, 62 mobile jibs, 63 control points, 64 curved bars, 65 struts, 66 push plates.
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-5 is please referred to, the present invention provides a kind of technical solution:
A kind of quantitative pouring device of good airproof performance, including cabinet 1, the cabinet 1 is interior to be equipped with a quantitative mechanism 2,
A control measuring mechanism 6 is equipped in the cabinet, 1 side of cabinet is equipped with a shake arm 4, the quantitative mechanism
It is equipped with a quantitative body 21 in 2, the quantitative body 21 is surrounded by several quantitative chambers 22, the quantitative body 21 and turns chamber
15 junctions are equipped with quantitative 21 center of body described in sealing mechanism and are equipped with an axle center 23, and the quantitative body 21 is equipped with one
Capping 25,21 periphery of quantitative body are equipped with several jacking blocks 24, are equipped with a shaft A26, institute among the capping 25
The side shaft A26 stated is equipped with a driving shaft 27, and the side the shaft A26 is equipped with drive rod 28, the drive rod 28
One end is equipped with a driving mouth 30, and the other end connects a driving cushion block 29, and the driving shaft 27 is connected to driving mouth 30
Interior, 27 center of driving shaft is equipped with a core 31, is equipped with a spring at the top of described 27 one end of driving shaft
A32, the control measuring mechanism 6 is interior to be equipped with knob 61, mobile jib 62, control point 63, curved bar 64, strut 65 and push plate 66, the rotation
61 side of button is equipped with a mobile jib 62, and 62 side of mobile jib is equipped with equally distributed three control points 63, the curved bar 64
One end connects strut 65, other end connection control point 63, and has a curved bar 64 on each control point 63 and connect corresponding each
Strut 65, each strut 65 are equipped with a push plate 66, promote mobile jib 62 to rotate by twisting knob 61 while controlling
Each control point 63 is displaced, and under the action of curved bar 64, each realization of strut 65 is moved up and down, while moving down in each push plate 66 also
It is dynamic.
A water storage cavity 11 is equipped in cabinet 1 of the present invention, the water storage cavity 11 is equipped with a water inlet 12,
The water storage cavity 11 has one and transports hole 13, and 13 both ends of hole that transport are respectively provided with a supported hole 14, described
It transports hole 13 and has one and turn chamber 15, described turns 15 side of chamber equipped with a water outlet 16, and 15 bottom of chamber that turns is set
There is a cup placed seat 17,1 bottom of cabinet is equipped with a pedestal 18.Water storage cavity 11 can in advance store water, water inlet
Mouth 12 is then the entrance of water, and supported hole 14 supports the rotation of shaft A, and transporting hole 13 is water by water storage cavity 11 to quantitative mechanism 2
Unique channel, water outlet 16 is the place that fixed measured water is poured out, the fixed position for containing cup of cup placed seat 17.
A jack back 45 is equipped in shake arm 4 of the present invention, described 45 one end of jack back is equipped with a card
Bar 43,43 bottom of kelly are equipped with a spring B 44, and 45 side of jack back is equipped with a shaft B42, described
The side shaft B42 is equipped with a flower pattern bayonet 41.User can operate the present apparatus by jack back 45, and shaft B controls quantitative body
21 rotation, spring B compresses kelly 43, simultaneously because the structure of flower pattern bayonet 41, promotes jack back 45 that can only control counterclockwise
Quantitative body, not can control then clockwise.
Quantitative body 21 of the present invention, which is located at, to be turned in chamber 15, and the shaft A26 is mounted in supported hole 14, described
Capping 25, which is mounted on, to be transported in hole 13, and the shaft B42 stated is connected in axle center 23, and the jacking block 24 is three, and circumference is equal
Even distribution, the quantitative chamber 22 is three, and even circumferential is distributed.
Of the present invention each quantitatively 22 opening of chamber is equipped with an elastic packing block B53, and each of described elasticity is close
Envelope block B53 has a spring D54, and described transports 13 bottom of hole equipped with an elastic packing block A51, and the elasticity is close
It seals block A51 and is equipped with a spring C52.
An elastic packing block A51 is equipped in sealing mechanism of the present invention, the elastic packing block A51 is equipped with
One spring C52, the sealing mechanism are additionally provided with elastic packing block a B53, the elastic packing block B53 and have one
A spring D54.The quantitative chamber 22 that quantitative body 21 is equipped with controls the water to pour every time, and axle center 23 is the supporting point of drive rod 28,
The jacking block 24 pushes driving cushion block 29 to make that mouth 30 is driven to move up and down, and driving mouth 30 drives core 31 to move up and down simultaneously,
Core 31, which moves up and down, promotes capping 25 to open, and spring A32 pushes back drive rod 28 after jacking block 24 leaves driving cushion block 29
It goes, capping 25 is promoted to close, since spring C compresses elastic packing block A, spring D compresses corresponding each elastic packing block B, makes
Hole 13 must be transported and the phenomenon that seeping water is not present in quantitative chamber 22.
In conjunction with as described above, water can be poured into water storage cavity 11 in advance, the cup that will be contained when using the present apparatus by user
Body is placed in cup placed seat 17, rotates counterclockwise jack back 45 at this time, pours out water quantitatively in water outlet 16, user
Push plate 66 can be controlled by twisting knob 61, so that the space in quantitative chamber 22 is changed, to realize each pouring amount.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.