CN203913171U - A kind of novel foodstuff quantitatively descends sizing device - Google Patents
A kind of novel foodstuff quantitatively descends sizing device Download PDFInfo
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- CN203913171U CN203913171U CN201420012979.XU CN201420012979U CN203913171U CN 203913171 U CN203913171 U CN 203913171U CN 201420012979 U CN201420012979 U CN 201420012979U CN 203913171 U CN203913171 U CN 203913171U
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Abstract
The utility model relates to food manufacturing mechanical equipment technical field, provide one can not cause slurry waste, improve lower slurry efficiency, enhance productivity, the novel foodstuff reducing production costs quantitatively descends sizing device, comprise slurry bucket, pump for mortar transmission, feed pipe for mortar, changeover valve, oscillating cylinder, device for recycling slurry and control circuit, the top of described slurry bucket is provided with recovery import, and bottom is provided with discharging opening; Described device for recycling slurry is that bottom is provided with charging aperture, top is provided with the cylinder that reclaims outlet, in described device for recycling slurry, bottom is provided with feed cavity, top is provided with recycling cavity and middle part is provided with the circulation canal that is communicated with feed cavity and recycling cavity, also be provided with some defeated slurry passages, one end of described defeated slurry passage is communicated with feed cavity, the other end is higher than the plane of feed cavity and pass device for recycling slurry and be provided with outlet, in outlet, be also provided with described changeover valve, changeover valve is connected with oscillating cylinder by connecting rod.
Description
Technical field
The utility model relates to food manufacturing mechanical equipment technical field, and particularly a kind of novel foodstuff quantitatively descends sizing device.
Background technology
Under increasingly huge Production requirement, food manufacturing enterprise requires more and more higher for automated production pattern, at present, the lower slurry mode of the food processing factories such as bread, cake, biscuit has two kinds, and one is manual lower slurry, and they complete the lower slurry to bread, cake, biscuit by craft, the shortcoming of starching under this craft is that hand labor intensity is large, cost of labor is high, and lower slurry efficiency is very low, is not suitable for the batch production of product, one is to adopt quantitatively lower sizing device to carry out lower slurry, by pump for mortar transmission, the slurry in slurry bucket is distributed to each pulp feeding port place by feed pipe for mortar and carries out lower slurry, realize quantitatively lower slurry by the unlatching of closing of controlling pump for mortar transmission, adopt so the lower slurry mode of mechanization without a large amount of artificial, reduce cost of labor, reduce labour intensity, and can greatly enhance productivity, but this traditional quantitatively lower sizing device, in the time of the duty handoff procedure of pump for mortar transmission, slurry in feed pipe for mortar is easily because effect of inertia drips from pulp feeding port, cause slurry waste, someone is by arranging retracting device, by these slurry recycle and reuse, but the slurries of drippage contact with the external world, can be doped with air, cause product sex change, mouthfeel is satiny not, and open and control quantitatively lower slurry by closing of pump for mortar transmission, because conversion is opened in constantly closing for a long time of pump for mortar transmission, be vulnerable to impact the service life of pump for mortar transmission, service life is short, maintenance cost is large, and so constantly conversion, also improved power consumption ability, improve production cost.
Utility model content
Therefore, for above-mentioned problem, the utility model proposes one and can not cause slurry waste, improve lower slurry efficiency, enhance productivity, the novel foodstuff reducing production costs quantitatively descends sizing device.
For realizing above-mentioned technical problem, the solution that the utility model is taked is: a kind of novel foodstuff quantitatively descends sizing device, comprise slurry bucket, pump for mortar transmission, feed pipe for mortar, changeover valve, oscillating cylinder, device for recycling slurry and control circuit, the top of described slurry bucket is provided with recovery import, and bottom is provided with discharging opening, described device for recycling slurry is that bottom is provided with charging aperture, top is provided with the cylinder that reclaims outlet, the middle part of described device for recycling slurry is provided with columned point of slurry damper, between charging aperture and point slurry damper, form feed cavity, divide slurry damper and reclaim between outlet and form recycling cavity, the middle part of described point of slurry damper is provided with the circulation canal that is communicated with feed cavity and recycling cavity, on point slurry damper, go back spiral and offer some defeated slurry passages, one end of described defeated slurry passage is communicated with feed cavity, the other end is higher than the plane of feed cavity and pass device for recycling slurry and be provided with outlet, in outlet, be also provided with described changeover valve, changeover valve is connected with oscillating cylinder by connecting rod, the discharging opening of described slurry bucket is connected with the charging aperture of device for recycling slurry with feed pipe for mortar by pump for mortar transmission successively, the recovery outlet of described device for recycling slurry is connected with the recovery import of slurry bucket by feed pipe for mortar, in described recovery outlet, be also provided with check valve, described oscillating cylinder and pump for mortar transmission are all controlled by control circuit.
Further: the direction of the cross section of described circulation canal from feed cavity toward recycling cavity reduces successively.
By adopting aforementioned techniques scheme, the beneficial effects of the utility model are: as the novel foodstuff of above-mentioned design quantitatively descends sizing device, control circuit control pump for mortar transmission work and control oscillating cylinder rotate the outlet that changeover valve is opened defeated slurry passage, the slurry of slurry bucket is via discharging opening, pump for mortar transmission, feed pipe for mortar, the charging aperture of device for recycling slurry, feed cavity and defeated slurry passage carry out lower slurry work by the outlet of defeated slurry passage, after lower slurry completes, control circuit control oscillating cylinder rotation changeover valve is closed the outlet of defeated slurry passage, slurry can not descend slurry by outlet, therefore, described novel foodstuff quantitatively descends sizing device to adopt the cooperation of oscillating cylinder and changeover valve directly to control the break-make of outlet, solve the problem that prior art slurry can drip from outlet because of inertia, avoid the waste of slurry, further, described novel foodstuff quantitatively descends charging aperture and feed cavity in the device for recycling slurry of sizing device to be positioned at the below of device, and the exit position of being located at the defeated slurry passage on point slurry damper is higher than feed cavity, be pulp path adopt be path from lower to upper, further avoid slurry in defeated slurry passage because inertia by the phenomenon that exports drippage,
Further, described novel foodstuff quantitatively descends sizing device to be opened and to be interrupted with regard to slurry under having controlled quantitatively by closing of control oscillating cylinder control changeover valve, in the time that changeover valve is closed, control circuit can not control cutting out of pump for mortar transmission, slurry is still constantly transmitted toward device for recycling slurry from slurry bucket, but now close because of defeated slurry passage, so most of slurry is by the charging aperture of device for recycling slurry, feed cavity, circulation canal, recycling cavity, the recovery import of reclaiming outlet and slurry bucket is circulated in slurry bucket, therefore, described novel foodstuff quantitatively descends need not constantly the closing for a long time of pump for mortar transmission of sizing device to open conversion, easily extend the service life of pump for mortar transmission, also reduced power consumption ability, further reduce production cost, and described novel foodstuff quantitatively descends sizing device in the whole process of work, the slurry of recycling does not all contact with the external world, can be doped with air, product property is unaffected, and all flow in continuous in the whole recycling process of slurry, flowing of slurry can further be improved the mouthfeel of slurry on the contrary,
Further, the direction of the cross section that described novel foodstuff quantitatively descends the circulation canal in sizing device from feed cavity toward recycling cavity reduces successively, can play cushioning effect, avoid slurry from feed cavity in recycling cavity course of conveying, because suddenly dwindling of channel diameter caused the increase of feed cavity pressure, the sealing of charging aperture and feed pipe for mortar junction is reduced, even connect the generation of the situations such as disconnection.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment.
Fig. 2 is the enlarged drawing at the A place in Fig. 1.
Detailed description of the invention
Now with specific embodiment, the utility model is further illustrated by reference to the accompanying drawings.
Referring to figs. 1 to Fig. 2, what the utility model embodiment disclosed is, a kind of novel foodstuff quantitatively descends sizing device, comprise slurry bucket 1, pump for mortar transmission 2, feed pipe for mortar 3, changeover valve 4, oscillating cylinder 5, device for recycling slurry 6 and control circuit (not shown), the top of described slurry bucket 1 is provided with reclaims import 11, and bottom is provided with discharging opening 12, described device for recycling slurry 6 is provided with charging aperture 61 for bottom, top is provided with the cylinder that reclaims outlet 62, the middle part of described device for recycling slurry 6 is provided with columned point of slurry damper 63, between charging aperture 61 and point slurry damper 63, form feed cavity 64, divide slurry damper 63 and reclaim between outlet 62 and form recycling cavity 65, the middle part of described point of slurry damper 63 is provided with the circulation canal 66 that is communicated with feed cavity 64 and recycling cavity 65, on point slurry damper 63, go back spiral and offer some defeated slurry passages 67, one end of described defeated slurry passage 67 is communicated with feed cavity 64, the other end is higher than the plane of feed cavity 64 and pass device for recycling slurry 6 and be provided with outlet, in outlet, be also provided with described changeover valve 4, changeover valve 4 is connected with oscillating cylinder 5 by connecting rod 7, the discharging opening 12 of described slurry bucket 1 is connected with the charging aperture 61 of device for recycling slurry 6 with feed pipe for mortar 3 by pump for mortar transmission 2 successively, the recovery outlet 62 of described device for recycling slurry 6 is connected with the recovery import 11 of slurry bucket 1 by feed pipe for mortar 3, in described recovery outlet 62, be also provided with check valve 8, described oscillating cylinder 5 and pump for mortar transmission 2 are all controlled by control circuit.
Described novel foodstuff quantitatively descends in sizing device, defeated slurry passage 67 on the charging aperture 61 of the discharging opening 12 of slurry bucket 1, pump for mortar transmission 2, feed pipe for mortar 3, device for recycling slurry 6, feed cavity 64, point slurry damper 63 and export mixes thereof under slurry, starch passage, the circulation canal 66 on the charging aperture 61 of the discharging opening 12 of slurry bucket 1, pump for mortar transmission 2, feed pipe for mortar 3, device for recycling slurry 6, feed cavity 64, point slurry damper 63, the recycling cavity 65 of device for recycling slurry 6, the recovery import 11 of reclaiming outlet 62 and slurry bucket 1 have formed the recycling passage of slurry, when work, control circuit control pump for mortar transmission 2 and oscillating cylinder 5 are worked, in the time that oscillating cylinder 5 driven rotary valves 4 are opened the outlet of defeated slurry passage 67, the slurry of slurry bucket 1 carries out lower slurry operation via starching passage under slurry, after lower slurry completes, control circuit control oscillating cylinder 5 rotates changeover valve 4 closes the outlet of defeated slurry passage, slurry can not descend slurry by outlet, described novel foodstuff quantitatively descends sizing device to adopt the cooperation of oscillating cylinder 5 and changeover valve 4 directly to control the break-make of outlet, solve the problem that prior art slurry can drip from outlet because of inertia, avoid the waste of slurry, quantitatively descend in the sizing device course of work at described novel foodstuff, control circuit control pump for mortar transmission 2 keeps duty always, keep slurry constantly to be transmitted toward device for recycling slurry 6 from slurry bucket 1, in the time that changeover valve 4 is closed the outlet of defeated slurry passage 67, slurry is just extremely starched in bucket 1 via recycling channel cycle, therefore, pump for mortar transmission 2 need not constantly be closed for a long time and be opened conversion, easily extend the service life of pump for mortar transmission 2, also reduce power consumption ability, further reduced production cost.
The novel foodstuff of design quantitatively descends sizing device in sum, can not cause slurry waste, and improve time slurry efficiency, improve production efficiency, reduce production cost, further, described circulation canal can also be designed to the direction of cross section from feed cavity toward recycling cavity reduces successively, can play cushioning effect, avoid slurry from feed cavity in recycling cavity course of conveying, because suddenly dwindling of channel diameter caused the increase of feed cavity pressure, the sealing of charging aperture and feed pipe for mortar junction is reduced, even connect the generation of the situations such as disconnection.
Above record, only, for utilizing the embodiment of this origination techniques content, modification, variation that any those skilled in the art use this creation to do, all belong to the scope of the claims that this creation is advocated, and be not limited to those disclosed embodiments.
Claims (2)
1. novel foodstuff quantitatively descends a sizing device, it is characterized in that: comprise slurry bucket, pump for mortar transmission, feed pipe for mortar, changeover valve, oscillating cylinder, device for recycling slurry and control circuit, the top of described slurry bucket is provided with recovery import, and bottom is provided with discharging opening, described device for recycling slurry is that bottom is provided with charging aperture, top is provided with the cylinder that reclaims outlet, the middle part of described device for recycling slurry is provided with columned point of slurry damper, between charging aperture and point slurry damper, form feed cavity, divide slurry damper and reclaim between outlet and form recycling cavity, the middle part of described point of slurry damper is provided with the circulation canal that is communicated with feed cavity and recycling cavity, on point slurry damper, go back spiral and offer some defeated slurry passages, one end of described defeated slurry passage is communicated with feed cavity, the other end is higher than the plane of feed cavity and pass device for recycling slurry and be provided with outlet, in outlet, be also provided with described changeover valve, changeover valve is connected with oscillating cylinder by connecting rod, the discharging opening of described slurry bucket is connected with the charging aperture of device for recycling slurry with feed pipe for mortar by pump for mortar transmission successively, the recovery outlet of described device for recycling slurry is connected with the recovery import of slurry bucket by feed pipe for mortar, in described recovery outlet, be also provided with check valve, described oscillating cylinder and pump for mortar transmission are all controlled by control circuit.
2. novel foodstuff according to claim 1 quantitatively descends sizing device, it is characterized in that: the direction of the cross section of described circulation canal from feed cavity toward recycling cavity reduces successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420012979.XU CN203913171U (en) | 2014-01-09 | 2014-01-09 | A kind of novel foodstuff quantitatively descends sizing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420012979.XU CN203913171U (en) | 2014-01-09 | 2014-01-09 | A kind of novel foodstuff quantitatively descends sizing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203913171U true CN203913171U (en) | 2014-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420012979.XU Expired - Fee Related CN203913171U (en) | 2014-01-09 | 2014-01-09 | A kind of novel foodstuff quantitatively descends sizing device |
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| Country | Link |
|---|---|
| CN (1) | CN203913171U (en) |
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2014
- 2014-01-09 CN CN201420012979.XU patent/CN203913171U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20170109 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |