CN103434174B - Intelligent squeezer - Google Patents
Intelligent squeezer Download PDFInfo
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- CN103434174B CN103434174B CN201310380328.6A CN201310380328A CN103434174B CN 103434174 B CN103434174 B CN 103434174B CN 201310380328 A CN201310380328 A CN 201310380328A CN 103434174 B CN103434174 B CN 103434174B
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Abstract
The invention discloses an intelligent squeezer which is particularly used for squeezing grease or juice in materials. The intelligent squeezer comprises a squeezer body and is characterized by further comprising a material bin, a stirring cylinder and a controller. The material bin is communicated with an inlet of the stirring cylinder through a material supplying valve and a first feeding pump, and an outlet of the stirring cylinder is communicated with the squeezer body through a second feeding pump and a thick liquid inlet valve. A material overflowing cylinder is arranged on a pipe between the thick liquid inlet valve and the squeezer body, the material overflowing cylinder is located on the pipe between the thick liquid inlet valve and the squeezer body, and the material overflowing cylinder is communicated with the pipe. The material supplying valve, the first feeding pump, the second feeding pump, the thick liquid inlet valve and the squeezer body are all connected with the controller through wires. The intelligent squeezer is large in squeezing force, high in grease/juice yield, easy to operate and high in production efficiency.
Description
Technical field
The present invention relates to a kind of squeezer.Specifically, the squeezer grease in material or juice squeezed out is used to.
Background technology
At present, in edible fat production industry and garden stuff processing industry, mostly adopt squeezer by the grease in plant and the juice extracting in fruits and vegetables out.Squeezer is wherein double spiral squeezer, it utilizes conveyor screw shape pusher to push in propelling worm mechanism by the material entered in hopper, reduced and diameter of axle increase by the pitch of propelling worm mechanism again, and under the effect of sieving wall and bullet resistance, liquids (grease or fruit juice) contained in material is squeezed out.Because this squeezer is pressafiner, squeeze force is less, and single pressing quantity thereof is few, and the grease not only in material or juice are difficult to squeezing thoroughly, and fuel-displaced/juice rate is low, and production efficiency is lower.Again because the operation of described pusher, propelling worm mechanism relies on manual operations completely, not only operate cumbersome, and be difficult to enhance productivity.
Summary of the invention
The problem to be solved in the present invention is to provide a kind of Intelligent squeezer.This swager, not only squeeze force is large, and fuel-displaced/juice rate is high.And easily operate, production efficiency is high.
For solving the problem, take technical scheme:
Intelligent squeezer of the present invention comprises squeezer body, be characterized in also comprising feed bin, mixing drum and controller, described feed bin is connected with mixing drum import with the first charge pump by feed valve, and the outlet of mixing drum is connected with squeezer body with slurry-inlet valve by the second charge pump.Pipeline between slurry-inlet valve and squeezer body has flash cylinder, described flash cylinder is on the pipeline between described slurry-inlet valve and squeezer body, and flash cylinder and described pipeline communication.Described feed valve, the first charge pump, the second charge pump, slurry-inlet valve are all connected with described controller by wire with squeezer body.
Described squeezer body contains base, base has two upper brackets, and described two upper brackets have master cylinder and auxiliary oil cylinder respectively, and described master cylinder is parallel with the piston rod of auxiliary oil cylinder and relative.Have two guide rods between two upper brackets, the axis of described guide rod parallels and their two ends are separately fixed on two upper brackets.Have at least two platens and at least two to hold charging trays between two upper brackets, described platen and hold the quantity of charging tray equal and the two between alternately arrange.All there is outer chimb the radial both sides of described platen, and all there is outer rod aperture on convex limit in described footpath, all has interior rod aperture inside two outer rod aperture, and described two guide rods penetrate described platen respectively and hold in two outer rod aperture on charging tray in slip shape.Have push rod in described platen and two the interior rod aperture held on charging tray, the length of described push rod is less than the spacing between two upper brackets.Described auxiliary oil cylinder has two, and the piston rod of two auxiliary oil cylinders is corresponding with two push rods respectively.There is material-holding chamber at the center of described appearance charging tray, and there is charging hole the top of described appearance charging tray, and this charging hole is communicated with described material-holding chamber.All there is the axial projection as binder disk at the center, same side of described platen, described binder disk corresponding with the material-holding chamber held on charging tray and the two between coordinate in activity.Described binder disk has axially extending bore, and there is radial hole downside to platen, and the inner end of described axially extending bore is connected with the inner end of radial hole.There is filter screen outside the binder disk of described platen one side, the another side of platen also has filter screen, described two filter screen equal diameters and corresponding.Adjacent platen and hold between charging tray and have at least two back-moving springs, described back-moving spring two ends respectively with the binder disk of platen outside and hold charging tray material-holding chamber outside offset.
Wherein, described mixing drum contains the cylindrical shell for holding slurry, has the agitator for batch mixing in cylindrical shell, and cylinder body bottom has metering weighing apparatus.
The height of described feed bin is higher than described mixing drum.
The conveying device for material conveying cake is had under described squeezer body.
The platen corresponding to described back-moving spring all has blind hole with holding on that side of charging tray, described platen is equal with the quantity of back-moving spring and corresponding with the blind hole quantity held on charging tray, described back-moving spring two ends are arranged in corresponding described blind hole correspondingly, and leave the spacing being greater than material-holding chamber axial length between described platen and appearance charging tray under back-moving spring non-compressed state.
On the same line, there is grease/juice groove in the exit of described radial hole below described straight line.The bottom land of described grease/juice groove one end there is fluid hole, below fluid hole, having the liquid trap for holding grease or juice.
Have the first steam heater and the first temperature controller in described flash cylinder, described first steam heater is communicated with by the steam (vapor) outlet of pipeline with a boiler, and described first temperature controller is connected with described controller by wire.
Have the second steam heater and the second temperature controller in described mixing drum, described second steam heater is communicated with by the steam (vapor) outlet of pipeline with a boiler, and described second temperature controller is connected with described controller by wire.
Take such scheme, have the following advantages:
As can be seen from the above scheme, because the present invention contains feed hopper, mixing drum and controller, described feed bin is connected with mixing drum import with the first charge pump by feed valve, and the outlet of mixing drum is connected with squeezer body with slurry-inlet valve by the second charge pump.Pipeline between slurry-inlet valve and squeezer body has flash cylinder, described flash cylinder is on the pipeline between described slurry-inlet valve and squeezer body, and flash cylinder and described pipeline communication.Described feed valve, the first charge pump, the second charge pump, slurry-inlet valve are all connected with described controller by wire with squeezer body.
Described squeezer body contains base, and base has two upper brackets, and described two upper brackets have master cylinder and auxiliary oil cylinder respectively, and described master cylinder is parallel with the piston rod of auxiliary oil cylinder and relative.Have two guide rods between two upper brackets, the axis of described guide rod parallels and their two ends are separately fixed on two upper brackets.Have at least two platens and at least two to hold charging trays between two upper brackets, described platen and hold the quantity of charging tray equal and the two between alternately arrange.All there is outer chimb the radial both sides of described platen, and all there is outer rod aperture on convex limit in described footpath, all has interior rod aperture inside two outer rod aperture, and described two guide rods penetrate described platen respectively and hold in two outer rod aperture on charging tray in slip shape.Have push rod in described platen and two the interior rod aperture held on charging tray, the length of described push rod is less than the spacing between two upper brackets.Described auxiliary oil cylinder has two, and the piston rod of two auxiliary oil cylinders is corresponding with two push rods respectively.There is material-holding chamber at the center of described appearance charging tray, and there is charging hole the top of described appearance charging tray, and this charging hole is communicated with described material-holding chamber.All there is the axial projection as binder disk at the center, same side of described platen, described binder disk corresponding with the material-holding chamber held on charging tray and the two between coordinate in activity.Described binder disk has axially extending bore, and there is radial hole downside to platen, and the inner end of described axially extending bore is connected with the inner end of radial hole.There is filter screen outside the binder disk of described platen one side, the another side of platen also has filter screen, described two filter screen equal diameters and corresponding.Adjacent platen and hold between charging tray and have at least two back-moving springs, described back-moving spring two ends respectively with the binder disk of platen outside and hold charging tray material-holding chamber outside offset.During work, overhanging by main oil cylinder piston bar, promotes multipair platen and holds charging tray to move axially along guide rod, until make the binder disk of often pair of adjacent platen be pressed in the material-holding chamber of described appearance charging tray.Meanwhile, the grease squeezed out or juice are flowed out bottom platen by the coconnected axially extending bore of binder disk and radial hole.After the grease in material or juice have squeezed, by the overhanging of auxiliary oil cylinder piston rod and under the effect of back-moving spring, make adjacent platen and hold between charging tray to be separated, the cake block held in charging tray material-holding chamber is deviate from, thus achieves the squeezing to grease in material or juice.Through on probation, squeeze force of the present invention is larger, a compressible 14 cake blocks, compared with the double spiral squeezer in background technology, single pressing quantity thereof of the present invention is 4 ~ 5 times of twin-screw squeezer, thoroughly, fuel-displaced/juice rate is high, and can greatly enhance productivity for grease not only in material or juice squeezing.Again because described feed valve, the first charge pump, the second charge pump, slurry-inlet valve are all connected with described controller by wire with squeezer body, no matter be feeding, or squeezing all achieves automatic control, do not need manual operations, not only operate than being easier to, and substantially increase production efficiency.
Accompanying drawing explanation
Fig. 1 is Intelligent squeezer schematic diagram of the present invention;
Fig. 2 is squeezer body schematic diagram;
Fig. 3 is the A-A cross-sectional schematic of Fig. 2;
Fig. 4 is the I point enlarged diagram of Fig. 2;
Squeezing view when Fig. 5 is in the material-holding chamber on the binder disk press-in appearance charging tray on platen;
Fig. 6 is that platen deviates from view with the cake block that appearance charging tray is separated in rear material-holding chamber.
Detailed description of the invention
As shown in Figure 1, Intelligent squeezer of the present invention comprises squeezer body 1, feed bin 2, mixing drum and controller.Described feed bin 2 is connected with mixing drum import with the first charge pump 5 by feed valve 3, and described mixing drum contains the cylindrical shell 6 for holding slurry, has the agitator 601 for batch mixing, have metering weighing apparatus 7 bottom cylindrical shell 6 in cylindrical shell 6.Have the second steam heater 1101 and the second temperature controller in described overflow cylinder 11, described second steam heater 1101 is communicated with by the steam (vapor) outlet of pipeline with a boiler 4, and described second temperature controller is connected with described controller by wire.
The outlet of mixing drum is connected with squeezer body 1 with slurry-inlet valve 10 by the second charge pump 9.Pipeline between slurry-inlet valve 10 and squeezer body 1 is provided with flash cylinder 11, described flash cylinder 11 is on the pipeline between described slurry-inlet valve 10 and squeezer body 1, and flash cylinder 11 and described pipeline communication.Described feed valve 3, first charge pump 5, second charge pump 9, slurry-inlet valve 10 are all connected with described controller by wire with squeezer body 1.The conveying device 12 for material conveying cake 29 is had under described squeezer body 1.Have the first steam heater 8 and the first temperature controller in described mixing drum, described first steam heater 8 is communicated with by the steam (vapor) outlet of pipeline with a boiler 4, and described first temperature controller is connected with described controller by wire.
See Fig. 2, described squeezer body 1 comprises base, described base is provided with two upper brackets 17, and described two upper brackets 17 are separately installed with master cylinder 16 and auxiliary oil cylinder 33, and described master cylinder 16 is parallel with the piston rod of auxiliary oil cylinder 33 and relative.Be provided with two guide rods 19 between two upper brackets 17, the axis of described guide rod 19 parallels and their two ends are separately fixed on two upper brackets 17.Be provided with 14 platens 26 and 14 appearance charging trays 24 between two upper brackets 17, alternately arrange between described platen 26 and appearance charging tray 24.The radial both sides of described platen 26 are all processed with convex limit, footpath 18, convex limit, described footpath 18 is all processed with outer rod aperture 30, all be processed with interior rod aperture 31 inside two outer rod aperture 30, described two guide rods 19 penetrate described platen 26 respectively and hold in two outer rod aperture 30 on charging tray 24 in slip shape.All be provided with push rod 20 in described platen 26 and two the interior rod aperture 31 held on charging tray 24, the length of described push rod 20 is less than the spacing between two upper brackets 17.Described auxiliary oil cylinder 33 has two, and the piston rod of two auxiliary oil cylinders 33 is corresponding with two push rods 20 respectively.The center of described appearance charging tray 24 is processed with material-holding chamber 21, and the top of described appearance charging tray 21 is processed with charging hole 32, and this charging hole is communicated with described material-holding chamber 21.The center, same side of described platen 26 is all processed with the axial projection as binder disk 25, described binder disk 25 corresponding with the material-holding chamber 21 held on charging tray 24 and the two between coordinate in activity.Described binder disk 25 is processed with axially extending bore 27, and downside is processed with radial hole 28 to platen 26, and described axially extending bore 27 is connected with the inner end of radial hole 28.Be provided with filter screen 23 outside the binder disk 25 of described platen 26 one side, the another side of platen 26 is also provided with filter screen 23, described two filter screen 23 equal diameters and corresponding.On the same line, there is grease/juice groove 15 in the exit of described radial hole 28 below described straight line.The bottom land of described grease/juice groove 15 one end there is fluid hole 14, below fluid hole 14, having the liquid trap 13 for holding grease or juice.
See figure, 4, adjacent platen 26 and hold between charging tray 24 and be provided with four back-moving springs 22, described back-moving spring 22 two ends respectively with the binder disk 25 of platen 26 outside and hold charging tray 24 material-holding chamber 21 outside offset.
See Fig. 2, Fig. 5 and Fig. 6, the platen 26 corresponding to described back-moving spring 22 is all processed with blind hole with holding on that side of charging tray 24, described platen 26 is corresponding with the blind hole held on charging tray 24, described back-moving spring 22 two ends are arranged in corresponding described blind hole correspondingly, and leave the spacing being greater than material-holding chamber 21 axial length between described platen 26 and appearance charging tray 24 under back-moving spring 22 non-compressed state.
See Fig. 4, contiguous auxiliary oil cylinder 33 one end of the interior rod aperture 31 on described appearance charging tray 24 is provided with internal projecting ring 34, and the internal diameter of internal projecting ring 34 is less than the diameter of interior rod aperture 31.The push rod 20 corresponding with internal projecting ring 34 is all processed with circumferential step, for the internal diameter making push rod 20 diameter of contiguous auxiliary oil cylinder 33 one end of circumferential step be greater than internal projecting ring 34, so that platen 26 and appearance charging tray 24 are separated when cake block 29 is unloaded in squeezing end.
During work, overhanging by master cylinder 16 piston rod, promotes 14 pairs of platens 26 and holds charging tray 24 to move axially along guide rod 19, until make the binder disk 25 of platen 26 be pressed in the material-holding chamber 21 of corresponding appearance charging tray 24.Meanwhile, the grease squeezed out or juice are flowed out bottom platen 26 by the coconnected axially extending bore 27 of binder disk 25 and radial hole 28.After the grease in material or juice have squeezed, by the overhanging of auxiliary oil cylinder 33 piston rod and under the effect of back-moving spring 22, make adjacent a pair platen 26 and hold between charging tray 24 to be separated, the cake block 29 held in charging tray 24 material-holding chamber 21 is deviate from, thus achieves the squeezing to grease in material or juice.
Claims (8)
1. an Intelligent squeezer, comprise squeezer body (1), characterized by further comprising feed bin (2), mixing drum and controller, described feed bin (2) is connected with mixing drum import with the first charge pump (5) by feed valve (3), and the outlet of mixing drum is connected with squeezer body (1) with slurry-inlet valve (10) by the second charge pump (9); Pipeline between slurry-inlet valve (10) and squeezer body (1) has flash cylinder (11), described flash cylinder (11) is on the pipeline between described slurry-inlet valve (10) and squeezer body (1), and flash cylinder (11) and described pipeline communication; Described feed valve (3), the first charge pump (5), the second charge pump (9), slurry-inlet valve (10) are all connected with described controller by wire with squeezer body (1);
Described squeezer body (1), containing base, base has two upper brackets (17), and described two upper brackets (17) have master cylinder (16) and auxiliary oil cylinder (33) respectively, and described master cylinder (16) is parallel with the piston rod of auxiliary oil cylinder (33) and relative; Have two guide rods (19) between two upper brackets (17), the axis of described guide rod (19) parallels and their two ends are separately fixed on two upper brackets (17); At least two platens (26) and at least two are had to hold charging tray (24) between two upper brackets (17), described platen (26) and hold the equal and alternately layout between the two of the quantity of charging tray (24); , convex limit, described footpath (18) all there is outer rod aperture (30) convex limit, Jun You footpath, the radial both sides (18) of described platen (26), and all there is interior rod aperture (31) two outer rod aperture (30) inner sides; , convex limit, described footpath (18) all there is outer rod aperture (30) convex limit, Jun You footpath, the radial both sides (18) of described appearance charging tray (24), and all there is interior rod aperture (31) two outer rod aperture (30) inner sides;
In described two guide rods (19), a guide rod (19) is run through in the outer rod aperture (30) of a homonymy on all platens (26) and all appearance charging trays (24) in slip shape, another guide rod (19) runs through in the outer rod aperture (30) of another homonymy on all platens (26) and all appearance charging trays (24) in slip shape; All have a push rod (20) in the interior rod aperture (31) of described platen (26) and appearance charging tray (24) radial both sides, the length of described push rod (20) is less than the spacing between two upper brackets (17); Described auxiliary oil cylinder (33) has two, and the piston rod of two auxiliary oil cylinders (33) is corresponding with two push rods (20) respectively; There is material-holding chamber (21) at the center of described appearance charging tray (24), and there is charging hole (32) top of described appearance charging tray (24), and this charging hole is communicated with described material-holding chamber (21); All there is the axial projection as binder disk (25) at the center, same side of described platen (26), described binder disk (25) corresponding with the material-holding chamber (21) held on charging tray (24) and the two between coordinate in activity; Described binder disk (25) has axially extending bore (27), platen (26) downside has radial hole (28), the inner end of described axially extending bore (27) is connected with the inner end of radial hole (28);
There is filter screen (23) binder disk (25) outside of described platen (26) one side, the another side of platen (26) also has filter screen (23), described two filter screens (23) equal diameters and corresponding; Have at least two back-moving springs (22) between adjacent platen (26) and appearance charging tray (24), described back-moving spring (22) two ends offset with material-holding chamber (21) outside holding charging tray (24) with binder disk (25) outside of platen (26) respectively.
2. Intelligent squeezer according to claim 1, is characterized in that described mixing drum contains the cylindrical shell (6) for holding slurry, having the agitator (601) for batch mixing in cylindrical shell (6), and metering weighing apparatus (7) is arranged at cylindrical shell (6) bottom.
3. Intelligent squeezer according to claim 1, is characterized in that the height of described feed bin (2) is higher than described mixing drum.
4. Intelligent squeezer according to claim 1, is characterized in that the conveying device (12) had under described squeezer body (1) for material conveying cake (29).
5. Intelligent squeezer according to claim 1, to it is characterized in that with described back-moving spring (22) corresponding platen (26) and hold on charging tray (24) that side all have blind hole, described platen (26) is equal and corresponding with the quantity of back-moving spring (22) with the blind hole quantity held on charging tray (24), described back-moving spring (22) two ends are arranged in corresponding described blind hole correspondingly, and leave the spacing being greater than material-holding chamber (21) axial length between described platen (26) and appearance charging tray (24) under back-moving spring (22) non-compressed state.
6. Intelligent squeezer according to claim 1, is characterized in that the exit of described radial hole (28) on the same line, has grease/juice groove (15) below described straight line; The bottom land of described grease/juice groove (15) one end has fluid hole (14), and there is the liquid trap (13) for holding grease or juice fluid hole (14) below.
7. the Intelligent squeezer according to any one of claim 1 ~ 6, it is characterized in that in described mixing drum, having the first steam heater (8) and the first temperature controller, described first steam heater (8) is communicated with by the steam (vapor) outlet of pipeline with a boiler (4), and described first temperature controller is connected with described controller by wire.
8. the Intelligent squeezer according to any one of claim 1 ~ 6, it is characterized in that having the second steam heater (1101) and the second temperature controller in described flash cylinder (11), described second steam heater (1101) is communicated with by the steam (vapor) outlet of pipeline with a boiler (4), and described second temperature controller is connected with described controller by wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310380328.6A CN103434174B (en) | 2013-08-28 | 2013-08-28 | Intelligent squeezer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310380328.6A CN103434174B (en) | 2013-08-28 | 2013-08-28 | Intelligent squeezer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103434174A CN103434174A (en) | 2013-12-11 |
| CN103434174B true CN103434174B (en) | 2015-04-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310380328.6A Active CN103434174B (en) | 2013-08-28 | 2013-08-28 | Intelligent squeezer |
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| Country | Link |
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| CN (1) | CN103434174B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108127966A (en) * | 2016-12-01 | 2018-06-08 | 菲特压片机械有限公司 | For conveying lubrication or releasing agent to the method and system of the extrusion die of tablet press machine |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2557056A1 (en) * | 1975-12-18 | 1977-06-30 | Bauermeister Hermann Maschf | Cocoa butter filter press - with hollow tie rods prestressed by tensioning elements for tensile and flexural stress compensation |
| WO1992012853A1 (en) * | 1991-01-21 | 1992-08-06 | Servco S.P.A. | Squeezer, in particular for extracting cocoa butter |
| CN1424876A (en) * | 2000-03-24 | 2003-06-18 | P.M.德维斯机械制造有限公司 | Press for separating cocoa mass into cocoa cake and cocoa butter |
| CN201442358U (en) * | 2009-07-01 | 2010-04-28 | 梁军 | Full-automatic hydraulic oil press |
| CN203410051U (en) * | 2013-08-28 | 2014-01-29 | 无锡市蓝力机床有限公司 | Intelligent squeezing machine |
-
2013
- 2013-08-28 CN CN201310380328.6A patent/CN103434174B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2557056A1 (en) * | 1975-12-18 | 1977-06-30 | Bauermeister Hermann Maschf | Cocoa butter filter press - with hollow tie rods prestressed by tensioning elements for tensile and flexural stress compensation |
| WO1992012853A1 (en) * | 1991-01-21 | 1992-08-06 | Servco S.P.A. | Squeezer, in particular for extracting cocoa butter |
| CN1424876A (en) * | 2000-03-24 | 2003-06-18 | P.M.德维斯机械制造有限公司 | Press for separating cocoa mass into cocoa cake and cocoa butter |
| CN201442358U (en) * | 2009-07-01 | 2010-04-28 | 梁军 | Full-automatic hydraulic oil press |
| CN203410051U (en) * | 2013-08-28 | 2014-01-29 | 无锡市蓝力机床有限公司 | Intelligent squeezing machine |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108127966A (en) * | 2016-12-01 | 2018-06-08 | 菲特压片机械有限公司 | For conveying lubrication or releasing agent to the method and system of the extrusion die of tablet press machine |
| CN108127966B (en) * | 2016-12-01 | 2020-03-27 | 菲特压片机械有限公司 | Method and system for delivering a lubricating or release agent to the compression dies of a tablet press |
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|---|---|
| CN103434174A (en) | 2013-12-11 |
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Address after: 214174 Jiangsu Province, Huishan District, Wuxi province weir Town, 98 Yu Road Patentee after: Wuxi blue force Intelligent Equipment Co., Ltd. Address before: 214174 Jiangsu Province, Huishan District, Wuxi province weir Town, 98 Yu Road Patentee before: Wuxi Lanli Machine Tool Co., Ltd. |