CN201088474Y - Structure of fructose machine - Google Patents
Structure of fructose machine Download PDFInfo
- Publication number
- CN201088474Y CN201088474Y CNU2007201255982U CN200720125598U CN201088474Y CN 201088474 Y CN201088474 Y CN 201088474Y CN U2007201255982 U CNU2007201255982 U CN U2007201255982U CN 200720125598 U CN200720125598 U CN 200720125598U CN 201088474 Y CN201088474 Y CN 201088474Y
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- CN
- China
- Prior art keywords
- fructose
- piston
- outlet
- discharging pump
- guiding
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model relates to a fructose machine structure, which at least comprises a discharging pump, a material storage groove, an outlet seat and a control panel. A driving axle extends on the main body of the discharging pump, the driven plate and the piston piece of a piston unit can be driven to perform the eccentric movement through the driving axle, an introducer is covered on the driven plate, the introducer is provided with an introducing inlet and an introducing outlet, gaskets are arranged at the introducing inlet and the introducing outlet of the introducer, and the pressure balancing of the fructose entering and outgoing of introducer during the discharging can be maintained through the gasket; a pressure valve is arranged on the outlet seat, a piston rod and an elastic element are arranged in the pressure valve, while the other end of a delivery pipe is arranged in the outlet of the outlet seat; when the fructose is delivered through the discharging pump, the piston rod can be pushed off the through-hole and the fructose is delivered, and when the operation of the discharging pump is stopped, the through-hole can be stopped by the piston rod through the elastic element, the continuous trickle of the fructose in the delivery pipe can be prevented through the siphon principle, and therefore the inaccurate sugariness is avoided.
Description
[technical field]
The utility model is about a kind of fructose machine structure, particularly produces pressure balance and sugariness structure accurately about a kind of fructose that makes in when turnover.
[background technology]
At first, see also shown in Figure 1, known fructose machine is by body 1, stock chest 2, outlet port 3 and control panel 4 combine, wherein a holder 11 is established in body 1 top, to supply with the location of stock chest 2, but the filling of fruit offerings sugar stores in the stock chest 2, stock chest 2 is communicated to body 1 an inner pump 13 through holder 11 with pipeline 12, and pump 13 is communicated to the outlet port 3 that is positioned at body 1 outside with pipeline 14 again, and be connected with the outlet flow 31 of outlet port 3 inside, a magnetic valve 32 is established in outlet flow 31 tops, the valve rod 321 of magnetic valve 32 props up the outlet of outlet flow 31 and the junction that is communicated with pipeline 14 thereof, and control panel 4 links to the pump 13 of body 1 inside and the magnetic valve 32 of outlet port 3 inside, but and the opening time of the start time of control pump 13 and magnetic valve 32, and control panel 4 end faces are provided with volume, middle amount, on a small quantity, control key switches (herein not drawing) such as trace, when wanting formulated drink, can on control panel 4, select suitable key switch to depress according to consumer demand, and can make pump 13 do start regularly, carry toward outlet port 3 and can fructose be followed pipeline 14 according to set amount, also be activated with time magnetic valve 32, make valve rod 321 to rising, make the outlet of outlet flow 31 and form a unimpeded state with the junction of pipeline 14, therefore syrup just can be flowed out to by the outlet of outlet flow 31 in the container for drink (herein not drawing) of its below, and reaches the purpose of rationing.
And generally be used for the pump of fructose machine, and seeing also shown in Fig. 2,3, this discharging pump 5 has a body 51, a piston unit 52, a guide 53 and an enclosing cover 54 at least.
Piston unit 52, include a piston 521, a piston cap 522, a driven disc 523 and several piston sheets 524, the central authorities of this piston 521 are provided with a bearing 5211, this bearing 5211 is to be sheathed on the driving shaft 511 of body 51, be provided with several holders 5212 around piston 521, this holder 5212 is provided with eccentric screw 5213; This piston cap 522 is provided with the hole 5221 with respect to this holder 5212; This driven disc 523 is provided with several piston sheets 524 corresponding to holder 5212, and this piston sheet 524 has a lug boss 5241, and this lug boss 5241 is provided with a fixing hole 5242, and this piston sheet 524 is to link locking by bolting element S and piston 521.
Enclosing cover 54 is lids, and has a feeding mouth 541 and a discharging opening 542.
See also shown in Figure 4, known discharging pump 5 is when start, it is the number of selecting quantity of fructose by the control panel of fructose machine, drive the rotation of bearing 5211 works one off-centre of piston 521 again by the driving shaft 511 of body 51, being connected in driven disc 523 on the holder 5212 and piston sheet 524 this moment also can be driven by piston 521 and do eccentric moving, and are the guiding inlets 531 that are positioned at guide 53 by the lug boss 5241 of this piston sheet 524, when piston sheet 524 driven do eccentric when mobile, be to produce a suction to guiding inlet 531, and then the fructose that the feeding mouth 541 by enclosing cover 54 can be entered is sucked into the inside of guide 53 by through hole 5311, through hole 5321 by guiding outlet 532 is extruded in the lid of enclosing cover 54 again, and by discharging opening 542 dischargings.
Yet, because the guiding of the charging aperture 541 of lid 54 and discharging opening 542 and guide 53 inlet 531 and guiding outlet 532 states for perforation, therefore, when fructose enters enclosing cover 54 by charging aperture 541, and when doing eccentric rotation by the bearing 5211 that driving shaft 511 drives pistons 521, in the time of can producing a suction fructose be sucked into behind the guide 53 the space P that is pushed to enclosing cover 54 lids by guiding outlet 532 by the feeding mouth 541 of lid 54 by guiding inlet 531 again by this piston sheet 524, part fructose can flow into the guide 53 from the through hole 5321 of guiding outlet 532 again, and then the pressure when causing the discharging of fructose can't be concentrated, cause the fructose load uncertain, and because the electromagnetic valve structure that this outlet port utilized is too numerous and diverse, and the various fructose machine fault probability that will produce of member raises, the shortcoming that maintenance is difficult for.
Because known fructose machine discharging pump has above-mentioned shortcoming, therefore, how to provide a kind of certain fructose machine of fructose load that makes, real is fructose machine manufacturing industry utmost point direction to be thought deeply.
[utility model content]
The purpose of this utility model is to provide a kind of fructose machine structure, can avoid fructose to produce the phenomenon that pressure is not concentrated when turnover, and can guarantee that fructose has certain discharging conveying capacity.
In order to achieve the above object, the utility model provides a kind of fructose machine structure, it includes a discharging pump at least, one stock chest, one outlet port and a control panel, this discharging pump includes a body at least, one piston unit, one guide and an enclosing cover, this body is extended with a driving shaft, this driving shaft can drive the driven disc and the piston sheet of piston unit and do eccentric moving, this driven disc is arranged with a guide, this guide has guiding inlet and guiding outlet, wherein, the guiding inlet and the guiding outlet of this guide are provided with pad, when fructose when the charging aperture of enclosing cover enters in the lid, can push pad open by the guiding inlet and enter in the guide, when flowing out by the guiding outlet, push the pad of guiding outlet again open, flow in the lid of enclosing cover, and by the discharge hole for discharge of enclosing cover, whereby, avoiding fructose to produce the phenomenon that pressure is not concentrated, and can guarantee that fructose has certain discharging conveying capacity in when turnover.
A purpose more of the present utility model is to provide a kind of fructose machine structure, the driving shaft of this discharging pump is connected with a rotating vane, this rotating vane is can be along with driving shaft rotates start, and be provided with a counter in the side in addition of discharging pump, this counter is to link with the control panel of fructose machine, by the rotating cycle of the controlled system discharging pump of this counter driving shaft, with the load of control fructose.
Another purpose of the present utility model is to provide a kind of fructose machine structure, and wherein, this outlet port is provided with a pressure valve, and this pressure valve is to be connected with efferent duct, is provided with piston rod and flexible member in pressure valve; When fructose is sent by the discharging pump extruding, piston rod in the pressure valve can be pushed away the through hole of body interior so that fructose is sent, when discharging pump shuts down, piston rod then can be blocked through hole by flexible member, can avoid the fructose continuation drip in the efferent duct to go out sugar by siphon principle, inaccurate to prevent sugariness.
Effect of the present utility model is, by guiding inlet pad is set in the discharging pump guide, and can make fructose by the feeding mouth charging of enclosing cover the time, can only advance and to go out, and pad is set in the guiding inlet of guide, then can make fructose when flowing out the guiding outlet, can only go out and to advance, whereby, can keep fructose passes in and out guide when discharging pressure balance, and then can avoid fructose when turnover, to produce the phenomenon that pressure is not concentrated, make fructose that one certain discharging conveying capacity be arranged, and by establish a rotating vane in the tail end of this driving shaft, and body one side is established a counter, this counter is and the control panel binding of fructose machine, by the rotating cycle of the controlled system discharging pump of this counter driving shaft, can accurately controls the load of fructose a nearlyer step.In addition, by in establishing a pressure valve on the outlet port and between the efferent duct, when fructose is sent by the discharging pump extruding, the through hole that the piston rod in the pressure valve can be pushed away body interior is sent fructose, when discharging pump shuts down, piston rod then can be blocked through hole by flexible member, and can avoid the fructose continuation drip in the efferent duct to go out sugar by siphon principle, and then reaches the effect of the sugariness degree of accuracy.
[description of drawings]
Fig. 1 is the cross-sectional schematic of known fructose machine.
Fig. 2 is the three-dimensional exploded view of known fructose machine discharging pump.
Fig. 3 is the partial sectional view of known fructose machine discharging pump.
Fig. 4 is the action schematic diagram of known fructose machine discharging pump.
Fig. 5 is the schematic side view of the utility model fructose machine.
Fig. 6 is the three-dimensional exploded view of the utility model fructose machine discharging pump.
Fig. 7 is the schematic perspective view of the utility model discharging pump and outlet port.
Fig. 8 is the three-dimensional exploded view of the utility model outlet port and pressure valve.
Fig. 9 is the cross-sectional schematic of the utility model discharging pump.
Figure 10 is the action schematic diagram of the utility model fructose machine discharging pump.
Figure 11 is the cross-sectional schematic of the utility model outlet port and pressure valve.
Figure 12 is the action schematic diagram of the utility model pressure valve.
[specific embodiment]
Be the effect that enables to be easier to understand structure of the present utility model and can reach, cooperate now graphic explanation as after;
At first, see also shown in Figure 5ly, fructose machine A of the present utility model includes a discharging pump 6, a stock chest 7, an outlet port 8 and a control panel 9.
This discharging pump 6 sees also shown in Figure 6ly, has a body 61, a piston unit 62, a guide 63 and an enclosing cover 64 at least.The central authorities of this body 61 have extended a driving shaft 611, this driving shaft 611 can drive bearing 6211 rotations of the piston 621 in the piston unit 62, wherein, these driving shaft 611 tail ends are provided with a rotating vane 612, and body 61 1 sides are provided with a counter 613, this counter 613 is that the control panel 9 with fructose machine A links, by the rotating cycle of these counter 613 controlled system discharging pump 6 driving shafts 611, with the load of control fructose.This piston unit 62 includes a piston 621, a piston cap 622, a driven disc 623 and several piston sheets 624, the central authorities of this piston 621 are provided with a bearing 6211, this bearing 6211 is to be sheathed on the driving shaft 611 of body 61, be provided with several holders 6212 around piston 621, this holder 6212 is provided with eccentric screw 6213; This piston cap 622 is provided with the hole 6221 with respect to this holder 6212;
This driven disc 623 is provided with several piston sheets 624 corresponding to holder 6212, and this piston sheet 624 has a lug boss 6241, and this lug boss 6241 is provided with a fixing hole 6242, and this piston sheet 624 is to link locking by bolting element S and piston 621.This guide 63 is provided with the guiding inlet 631 with respect to piston sheet 624, this guiding inlet 631 is to be convex, and can be corresponding with the lug boss 6241 of piston sheet 624, and guiding inlet 631 is provided with a plurality of through holes 6311, the central authorities of this guiding inlet 631 convex with the reference column 6312 of a hollow, wherein, between guiding inlet 631 and piston sheet 624, be provided with a pad 633, this pad 633 has the positioning convex column 6331 of a hollow, can be positioned to guide on the reference column 6312 of inlet 631 for pad 633 by this positioning convex column 6331, and through hole 6311 is sealed; The central authorities of guide 63 then are provided with a guiding outlet 632, this guiding outlet 632 is to be invaginated type, and this guiding outlet 632 is provided with a plurality of through holes 6321, wherein, the central authorities of this guiding outlet 632 are provided with a locating hole 6322, be installed with a pad 634 on this locating hole 6322, this pad 634 has a location projection 6341 and can be positioned to guide on the locating hole 6322 of outlet 632, and through hole 6321 is sealed.This enclosing cover 64 is lids, and has an inlet 641 and one outlet 642, and this inlet 641 is the bottoms that are connected to stock chest 7 with a pipeline 65, exports 642 and then is connected on the outlet port 8 with an efferent duct 66.
See also shown in Fig. 7,8, this outlet port 8 is provided with a pressure valve 80 again, and this pressure valve 80 has a body 81, a piston rod 82, a flexible member 83, a spiro connecting element 84 and a joint 85; The inboard of body two ends about in the of 81 has threaded portion 811,812, this threaded portion 811 is can be bolted on the efferent duct 66 of discharging pump 6, spiro union portion 812 then spiral shell is provided with a joint 85,811 below forms a scalene cone 813 in the threaded portion, the central authorities of this scalene cone 813 have a through hole 814, the internal diameter of these through hole 814 belows strengthens, and makes through hole 814 belows form a flange 815.These piston rod 82 tops have a bar head 821, these bar head 821 belows are provided with a top 822, has a groove 823 between this top 822 and the bar head 821, this groove 823 is arranged with an O type ring 824, this O type ring 824 is can be resisted against on the flange 815 of through hole 814 belows, the below of top 822 has the bulge loop 825 that a diameter is slightly less than top 822, and bulge loop 825 belows are extended with a body of rod 826.Flexible member 83 can be worn for the body of rod 826 of piston rod 82, and is sheathed on the bulge loop 825 of piston rod 82.Spiro connecting element 84 2 sides have threaded portion 841, this threaded portion 841 can be screwed with the threaded portion 812 of pressure valve 80 bodies 81, these spiro connecting element 84 central authorities are provided with a bulge loop 842, this bulge loop 842 can be sheathed for elasticity element 83, and the central authorities of bulge loop 842 are provided with a mesopore that runs through 843, and this mesopore 843 can be for the body of rod 826 sheathed location of piston rod 82; These joint 85 tops are provided with a spiro union portion 851, this spiro union portion 851 can be screwed with the threaded portion 812 of body 81, be provided with one in spiro union portion 851 belows and replace ring 852, this replaces ring 852 is on the top 8a that can be resisted against in the outlet port 8, be provided with a discharging opening 853 in the lower end of joint 85, this discharging opening 853 is can pass the perforation 8b of outlet port 8 and the bottom that is exposed to outlet port 8, and the flange 8c of outlet port 8 is provided with a bolting element S, when the body 81 of pressure valve 80 places in the perforation 8b of outlet port 8, can body 81 be given packing by this bolting element S and fix.
See also Fig. 9 again, shown in 10, the utility model is when implementing, it is the number of selecting quantity of fructose by the control panel 9 of fructose machine A, drive the rotation of bearing 6211 works one off-centre of piston 621 again by the driving shaft 611 of discharging pump 6 bodies 61, being connected in driven disc 623 on the holder 6212 and piston sheet 624 this moment also can be driven by piston 621 and do eccentric moving, and are the guiding inlets 631 that are positioned at guide 63 by the lug boss 6241 of this piston sheet 624, when piston sheet 624 driven do eccentric when mobile, be to produce a suction to guiding inlet 631, at this moment, pad 633 can be by this suction and temporarily from through hole 6311, and make fructose enter in the guide 63 by the through hole 6311 of guiding inlet 631, enter into the fructose of guide 63, can by the through hole 6321 of guiding outlet 632 pad 634 be pushed open and flow in the lid of enclosing cover 64 again, and by the outlet 642 with fructose by the pressure valve 80 of efferent duct 66 dischargings to outlet port 8, and see also Figure 11, shown in 12, the bar head 821 that the pressure that is produced by pushing by fructose can promote originally to be resisted against pressure valve 80 bodies 81 through holes 814 promotes downwards, when piston rod 82 is pushed when downward, former through hole 814 by 824 sealings of O type ring promptly is unlocked, fructose can flow to pressure valve 80 bodies 81 inside by through hole 814, again by spiro connecting element 84 2 effluents to discharge conection 85, and flow out by the discharging opening 853 of joint 85.
Effect of the present utility model is, by guiding inlet 631 pad 633 is set in discharging pump 6 guides 63, and can make fructose by feeding mouth 641 chargings of enclosing cover 64 time, can only advance and to go out, and pad 634 is set in the guiding inlet 632 of guide 63, then can make fructose flow out guiding outlet 632 o'clock, can only go out and to advance, whereby, can keep fructose passes in and out guide 63 when discharging pressure balance, and then can avoid fructose when turnover, to produce the phenomenon that pressure is not concentrated, make fructose that one certain discharging conveying capacity be arranged, and by establish a rotating vane 612 in the tail end of this driving shaft 611, and body 61 1 sides are established a counter 613, this counter 613 is and control panel 9 bindings of fructose machine A, by the rotating cycle of these counter 613 controlled system discharging pump 6 driving shafts 611, can accurately controls the load of fructose a nearlyer step.In addition, by in establishing a pressure valve 80 on the outlet port 8 and between the efferent duct 66, when fructose is sent by discharging pump 6 extruding, the through hole 814 that the piston rods 82 in the pressure valve 80 can be pushed away body 81 inside is sent fructose, when discharging pump 6 shuts down, 82 in piston rod can be blocked through hole 814 by flexible member 83, and can avoid the fructose continuation drip in the efferent duct 66 to go out sugar by siphon principle, and then reaches the effect of the sugariness degree of accuracy.
In sum, the utility model really can have been reached the purpose and the effect of institute's demand by above-mentioned structure.
[main element symbol description]
1 body, 11 holders, 12 pipelines
13 pumps, 14 pipelines
2 stock chests
3 outlet ports, 31 outlet flow, 32 magnetic valves
321 valve rods
4 control panels
5 discharging pumps, 51 bodies, 511 driving shafts
52 piston units, 521 pistons
5211 bearings, 5212 holders
5213 screws, 522 piston cap
5221 holes, 523 driven discs
524 piston sheets, 5241 lug bosses
5242 fixing holes, 53 guides
531 guiding inlets, 5311 through holes
532 guiding outlets, 5321 through holes
54 enclosing covers, 541 inlets
542 outlets
6 discharging pumps, 61 bodies, 611 driving shafts
612 rotating vanes, 613 counters
62 piston units, 621 pistons
6211 bearings, 6212 holders
6213 screws, 622 piston cap
6221 holes, 623 driven discs
624 piston sheets, 6241 lug bosses
6242 fixing holes, 63 guides
631 guiding inlets, 6311 through holes
The 632 guiding outlets of 6312 reference columns
6321 through holes, 6322 locating holes
633 pads, 6331 positioning convex column
634 pads, 6341 positioning convex column
64 enclosing covers, 641 feeding mouths
642 discharging openings, 65 pipelines
66 efferent ducts
7 stock chests
8 outlet ports, 80 pressure valve, 81 bodies
811,812 threaded portions
813 scalene cones, 814 through holes
815 flanges, 82 piston rods
821 bar heads, 822 tops
823 groove 824O type rings
825 bulge loops, 826 bodies of rod
83 flexible members, 84 spiro connecting elements
841 threaded portions, 842 bulge loops
843 mesopores, 85 joints
851 spiro union portions 852 are replaced ring
853 discharging opening 8a tops
9 control panels
A fructose machine
S bolting element P space
Claims (4)
1. fructose machine structure, at least include a discharging pump, a stock chest, an outlet port and a control panel, this discharging pump is connected to outlet port with an efferent duct, the body of this discharging pump is extended with a driving shaft, this driving shaft drives the driven disc and the piston sheet of piston unit and does eccentric moving, this driven disc is arranged with a guide, this guide has guiding inlet and guiding outlet, it is characterized in that: the guiding inlet of this guide and guiding outlet are provided with and make fructose pass in and out the pad that pressure in the guide is able to balance when discharging; And outlet port is provided with a pressure valve, is provided with piston rod and flexible member in this pressure valve; When fructose was sent by discharging pump, piston rod was pushed away through hole and fructose is sent, and discharging pump is when shutting down, and piston rod then can be blocked through hole by flexible member.
2. fructose machine structure as claimed in claim 1 is characterized in that: this piston rod is arranged with an O type ring.
3. fructose machine structure as claimed in claim 1, it is characterized in that: this driving shaft is provided with a rotating vane.
4. fructose machine structure as claimed in claim 1 is characterized in that: a side of this discharging pump body is provided with a counter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201255982U CN201088474Y (en) | 2007-09-29 | 2007-09-29 | Structure of fructose machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201255982U CN201088474Y (en) | 2007-09-29 | 2007-09-29 | Structure of fructose machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201088474Y true CN201088474Y (en) | 2008-07-23 |
Family
ID=39860230
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201255982U Expired - Fee Related CN201088474Y (en) | 2007-09-29 | 2007-09-29 | Structure of fructose machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201088474Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103096770A (en) * | 2010-02-24 | 2013-05-08 | 光达家电用品公司 | Blender and dispensing system and related method |
-
2007
- 2007-09-29 CN CNU2007201255982U patent/CN201088474Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103096770A (en) * | 2010-02-24 | 2013-05-08 | 光达家电用品公司 | Blender and dispensing system and related method |
| CN103096770B (en) * | 2010-02-24 | 2015-11-25 | 光达家电用品公司 | Dispensing machine and distribution system and correlation technique |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Foshan Nanhai Yi Fang Machinery Co., Ltd. Assignor: Yi-fang Supersealer Inc. Contract record no.: 2011990000528 Denomination of utility model: Structure of fructose machine Granted publication date: 20080723 License type: Exclusive License Record date: 20110701 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080723 Termination date: 20160929 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |