CN207128309U - The receiving hopper and feeding device of oil press - Google Patents

Abstract

The utility model provides the receiving hopper and feeding device of a kind of oil press, is related to oil equipment technical field.The receiving hopper of oil press includes splicing storehouse and connected located at the conveying mechanism for connecing bin bottom, splicing storehouse with oil press cake exit ring, and conveying mechanism connects with oil press hopper；Splicing storehouse has the first station and second station；When splicing storehouse is in the first station, the oil cake extruded by oil press cake exit ring is fallen into splicing storehouse, and is delivered to oil press hopper through conveying mechanism；When splicing storehouse is in second station, oil press is fallen into by the oil cake that oil press cake exit ring is extruded along splicing storehouse to contain in cake container, solves the technical problem that oil press present in prior art is less efficient when using artificial splicing, labor intensity is big, enable oil press cycle operation, oil plant is set to be fully utilized, the taking-up operation of residual cake is facilitated simultaneously, is reduced the labor intensity for manually taking residual cake, is improved operating efficiency.

Description

The receiving hopper and feeding device of oil press

Technical field

Oil equipment technical field is the utility model is related to, receiving hopper and feeding dress more particularly, to a kind of oil press Put.

Background technology

Edible oil species is various, and nutritive value is very high, is the necessity in people's daily life.Common edible oil is more For vegetable fat, including Semen setariae oil, peanut oil, olive oil, camellia oil, canola oil, sunflower oil, soybean oil, sesame oil, core Peach oil etc..The preparation method of traditional edible oil uses artificial milling process more, and production efficiency is low, to improve the life of edible oil Efficiency is produced, oil press arises at the historic moment, and oil press just refers to the effect by means of mechanical external force, by improving temperature, activates oil Son, the machine that grease is squeezed out from oil plant.

When oil press works, oil plant is sent into the press chamber of oil press by the hopper of oil press, as press chamber rotates, pressure Increase, oil plant continuous jam-packed with the extrusion of grease, mutually produce pressure between the oil plant particle directly contacted and cause oil plant Plastic deformation, bond and be integrated especially at rupture of oil film, so after press chamber is extruded, oil plant is no longer loose media, and A kind of plastic, referred to as oil cake are formed, after the oil in oil plant is drained, oil cake is extruded by the cake exit ring of oil press and falls into Sheng With completion oil expression operation in cake container.

At present, oil press has had relatively broad application, but oil press of the prior art is required for greatly manually Splicing is carried out, the oil cake come out from press chamber needs operating personnel to carry out splicing, after crushing, enters back into and feeds intake, by oil plant Oil drains, and artificial splicing is less efficient, labor intensity is big.

Utility model content

The purpose of this utility model is the receiving hopper and feeding device for providing a kind of oil press, to solve in the prior art The technical problem that existing oil press is less efficient when using artificial splicing, labor intensity is big.

The receiving hopper of oil press provided by the utility model includes splicing storehouse and located at the conveying for connecing bin bottom Mechanism, the splicing storehouse connect with oil press cake exit ring, and the conveying mechanism connects with oil press hopper；

The splicing storehouse has the first station and second station；

When the splicing storehouse is in first station, the oil cake extruded by the oil press cake exit ring falls into the splicing In storehouse, and the oil press hopper is delivered to through the conveying mechanism；

When the splicing storehouse is in the second station, by the oil cake of oil press cake exit ring extrusion along the splicing storehouse Oil press is fallen into contain in cake container.

Further, the splicing storehouse includes storehouse plate and the dividing plate being flexibly connected with the storehouse plate；

When the dividing plate turns to the conveying mechanism and covered, the splicing storehouse is in the second station；

When the dividing plate turns to the conveying mechanism and is opened, the splicing storehouse is in first station.

Further, the storehouse plate includes the first side plate, the both ends phase with first side plate close to the conveying mechanism Two the second side plates even and the 3rd side plate being connected respectively with the bottom of first side plate and second side plate；

The bottom of the dividing plate is rotatablely connected with side of the 3rd side plate away from first side plate, the dividing plate Top overlaps with second side plate.

Further, the storehouse plate includes multiple first connecting plates being sequentially connected with and connected respectively with multiple described first The second connected connecting plate of the bottom of fishplate bar；

The top of the dividing plate and first connecting plate is rotatablely connected.

Further, the conveying mechanism includes the first conveying axis being connected with the bottom in the splicing storehouse and located at institute State the first spiral conveying blade on the first conveying axis.

The feeding device of oil press provided by the utility model, including the oil expression as any one of above-mentioned technical scheme The receiving hopper of machine.

Further, in addition to the receiving hopper oil plant hoisting mechanism that is connected and remote with the oil plant hoisting mechanism The feed opening connected from one end of the receiving hopper；

The oil plant hoisting mechanism is used to the oil plant that the receiving hopper conveys being promoted to the feed opening, the oil plant warp The feed opening enters the oil press hopper.

Further, the oil plant hoisting mechanism includes multiple chains at the top and bottom of the oil plant hoisting mechanism The lifting chain take turns, being sheathed on the sprocket wheel and the multiple elevator buckets being connected with the lifting chain.

Further, the oil plant hoisting mechanism include the second conveying axis and on second conveying axis second Spiral conveying blade.

Further, the oil plant hoisting mechanism includes multiple belts at the top and bottom of the oil plant hoisting mechanism Take turns and be sheathed on the conveyer belt on the belt pulley.

The receiving hopper of oil press provided by the utility model includes splicing storehouse and conveying mechanism.Splicing storehouse is used to deposit oil Material, conveying mechanism are located at the bottom in splicing storehouse, and the oil plant for splicing storehouse to be deposited, which is delivered in oil press, to be extracted oil.Splicing Storehouse connects with oil press cake exit ring, and conveying mechanism connects with oil press hopper, and oil plant enters in the press chamber of oil press, with press chamber Rotation, pressure increase so that grease is constantly extruded and forms oil cake, to improve the utilization rate of oil plant, goes out in oil cake through oil press Need to be recycled after cake circle extrusion, by the way that splicing storehouse is connected with oil press cake exit ring so that squeezed by oil press cake exit ring The oil cake gone out can be fallen into splicing storehouse, and oil cake can be sent to oil press hopper by the conveying mechanism in splicing storehouse, oil The press chamber that cake enters oil press through oil press hopper is extracted oil so that the oil in oil plant to be drained again, so that oil expression function Enough cycle operations, make oil plant be fully utilized, and compared in the prior art, are needed from the oil cake of oil press cake exit ring extrusion Want operating personnel to carry out splicing, after crushing, then feed intake to oil press hopper, drastically increase operating efficiency, reduce worker Labor intensity.

, it is necessary to the residual cake in splicing storehouse be taken out into replacing oil plant, to ensure holding for oil press after oil in oil cake is drained Continuous stable operation, to make residual cake take out facility, splicing storehouse has the first station and a second station, also, splicing storehouse can be the Changed between one station and second station, when being in the first station in splicing storehouse, oil press carries out oil expression operation, is gone out by oil press The oil cake of cake circle extrusion is fallen into splicing storehouse, and is delivered to oil press hopper through conveying mechanism, and oil cake is entered by oil press hopper With completion oil expression operation in press chamber；When being in second station in splicing storehouse, oil press carries out taking residual cake operation, goes out cake by oil press The oil cake of circle extrusion falls into oil press along splicing storehouse and contained in cake container, is no longer fed to oil press, so as to be drained grease Residual cake takes out recovery, facilitates the taking-up operation of residual cake, reduces the labor intensity for manually taking residual cake, improve operating efficiency.

Brief description of the drawings

, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.

The splicing storehouse of the receiving hopper for the oil press that Fig. 1 provides for the utility model embodiment is in structure during the first station Schematic diagram；

The splicing storehouse of the receiving hopper for the oil press that Fig. 2 provides for the utility model embodiment is in structure during second station Schematic diagram；

Fig. 3 is the structural representation of the first embodiment of the feeding device for the oil press that the utility model embodiment provides Figure；

Fig. 4 is the structural representation of second of embodiment of the feeding device for the oil press that the utility model embodiment provides Figure.

Icon：100- splicings storehouse；200- conveying mechanisms；300- oil press hoppers；400- oil plant hoisting mechanisms；500- blankings Mouthful；110- storehouses plate；120- dividing plates；The side plates of 111- first；The side plates of 112- second；The side plates of 113- the 3rd；The conveying axis of 210- first； The spiral conveying blades of 220- first；410- sprocket wheels；420- lifting chains；430- elevator buckets.

Embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described Embodiment is the utility model part of the embodiment, rather than whole embodiments.Based on the embodiment in the utility model, sheet The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality Novel protected scope.

, it is necessary to explanation in description of the present utility model, such as occur term " " center ", " on ", " under ", " left side ", " right side ", " vertical ", " level ", " interior ", " outer " etc., orientation or position relationship indicated by it be based on orientation shown in the drawings or Position relationship, it is for only for ease of description the utility model and simplifies description, rather than indicates or imply signified device or member Part must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model. In addition, such as there is term " first ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or implying relative Importance.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term such as occurs in description of the present utility model " installation ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or one Connect body；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirect by intermediary It is connected, can is the connection of two element internals.For the ordinary skill in the art, on being understood with concrete condition State concrete meaning of the term in the utility model.

Embodiment 1 and embodiment 2 are described in detail below in conjunction with the accompanying drawings：

The splicing storehouse of the receiving hopper for the oil press that Fig. 1 provides for the utility model embodiment is in structure during the first station Schematic diagram；The splicing storehouse of the receiving hopper for the oil press that Fig. 2 provides for the utility model embodiment is in structure during second station Schematic diagram；Fig. 3 is the structural representation of the first embodiment of the feeding device for the oil press that the utility model embodiment provides Figure；Fig. 4 is the structural representation of second of embodiment of the feeding device for the oil press that the utility model embodiment provides.

Embodiment 1

Please with reference to Fig. 1-2, a kind of receiving hopper of oil press is present embodiments provided, including splicing storehouse 100 and set Conveying mechanism 200 in the bottom of splicing storehouse 100, splicing storehouse 100 connect with oil press cake exit ring, conveying mechanism 200 and oil press Hopper 300 connects, specifically：

Splicing storehouse 100 has the first station and second station；

When splicing storehouse 100 is in the first station, the oil cake extruded by oil press cake exit ring is fallen into splicing storehouse 100, and is passed through Conveying mechanism 200 is delivered to oil press hopper 300；

When splicing storehouse 100 is in second station, oil press is fallen into along splicing storehouse 100 by the oil cake that oil press cake exit ring is extruded Contain in cake container.

The receiving hopper of oil press includes splicing storehouse 100 and conveying mechanism 200.Splicing storehouse 100 is used to deposit oil plant, conveys Mechanism 200 is located at the bottom in splicing storehouse 100, and the oil plant for splicing storehouse 100 to be deposited, which is delivered in oil press, to be extracted oil.Connect Feed bin 100 connects with oil press cake exit ring, and conveying mechanism 200 connects with oil press hopper 300, and oil plant enters the press chamber of oil press It is interior, as press chamber rotates, pressure increase so that grease is constantly extruded and forms oil cake, to improve the utilization rate of oil plant, in oil cake Need to be recycled after oil press cake exit ring extrusion, by the way that splicing storehouse 100 is connected with oil press cake exit ring so that by squeezing The oil cake of oil machine cake exit ring extrusion can be fallen into splicing storehouse 100, can be by oil by the conveying mechanism 200 in splicing storehouse 100 Cake is sent to oil press hopper 300, and the press chamber that oil cake enters oil press through oil press hopper 300 is extracted oil with by oil plant again In oil drain so that oil press can cycle operation, oil plant is fully utilized, compared to prior art In, need operating personnel to carry out splicing from the oil cake of oil press cake exit ring extrusion, after crushing, then feed intake to oil press hopper 300, Operating efficiency is drastically increased, reduces the labor intensity of worker.

, it is necessary to the residual cake in splicing storehouse 100 be taken out into replacing oil plant, to ensure oil press after oil in oil cake is drained Continual and steady operation, to make residual cake take out facility, splicing storehouse 100 has the first station and second station, also, splicing storehouse 100 It can be changed between the first station and second station, when being in the first station in splicing storehouse 100, oil press carries out oil expression work Industry, the oil cake extruded by oil press cake exit ring are fallen into splicing storehouse 100, and are delivered to oil press hopper through conveying mechanism 200 300, oil cake is entered in press chamber by oil press hopper 300 to complete operation of extracting oil；When being in second station in splicing storehouse 100, squeeze Oil machine carries out taking residual cake operation, and falling into oil press along splicing storehouse 100 by the oil cake that oil press cake exit ring is extruded contains in cake container, no It is fed again to oil press, so as to which the residual cake for being drained grease is taken out into recovery, facilitates the taking-up operation of residual cake, reduce artificial The labor intensity of residual cake is taken, improves operating efficiency.

In a kind of specific embodiment, splicing storehouse 100 includes storehouse plate 110 and dividing plate 120, and dividing plate 120 is lived with storehouse plate 110 Dynamic connection so that dividing plate 120 can rotate.When dividing plate 120, which turns to conveying mechanism 200, to be covered, splicing storehouse 100 is in the Two stations, as shown in Fig. 2 the oil cake extruded by oil press cake exit ring can not contact with conveying mechanism 200, so as to be conveyed Mechanism 200 is delivered to the oil expression operation that oil press hopper 300 carries out next round, and oil cake falls into oil press along dividing plate 120 and contains cake appearance To realize the recovery of residual cake in device；When dividing plate 120, which turns to conveying mechanism 200, to be opened, splicing storehouse 100 is in the first work Position, as shown in figure 1, being contacted by the oil cake that oil press cake exit ring is extruded with conveying mechanism 200, and is delivered to by conveying mechanism 200 Oil press hopper 300 carries out the oil expression operation of next round.

In the alternative of the present embodiment, storehouse plate 110 includes the first side plate 111, the second side plate 112 and the 3rd side plate 113.Conveying direction of first side plate 111 along conveying mechanism 200 is set, and the second side plate 112 is provided with two, two the second side plates 112 are connected with the first side plate 111 close to the both ends of conveying mechanism 200 respectively, the 3rd side plate 113 respectively with the first side plate 111 and The bottom of two the second side plates 112 is connected, and the 3rd side plate 113 is located at the lower section of conveying mechanism 200, plays a supporting role, and the 3rd The structure of side plate 113 and the structure of conveying mechanism 200 match, so that splicing storehouse 100 is simple in construction, it is easily fabricated, to make to connect Feed bin 100 is easy to receive oil plant, avoids oil plant from scattering or reveal, and splicing storehouse 100 is set in back taper.The side of dividing plate 120 and first Plate 111 is oppositely arranged, and the bottom of dividing plate 120 is rotatablely connected with side of the 3rd side plate 113 away from the first side plate 111, every The top of plate 120 overlaps with two the second side plates 112.Realized using rotation of the dividing plate 120 around the junction with the 3rd side plate 113 Conversion of the splicing storehouse 100 between the first station and second station, contacted when dividing plate 120 turns to the first side plate 111, dividing plate 120 can cover conveying mechanism 200, so that splicing storehouse 100 is in second station, oil press carries out taking residual cake operation, when every Plate 120 turns to be contacted with the second side plate 112, and dividing plate 120 is opened, and splicing storehouse 100 is in the first station, conveying mechanism 200 The conveying operation of oil cake can be carried out, so that oil press carries out oil expression operation.

In another alternative of the present embodiment, storehouse plate 110 includes multiple first connecting plates and the second connecting plate, multiple First connecting plate is sequentially connected with, and the second connecting plate is connected with the bottom of multiple first connecting plates, and the second connecting plate is located at conveyer The lower section of structure 200, plays a supporting role, and the structure and the structure of conveying mechanism 200 of the second connecting plate match, so that splicing storehouse 100 is simple in construction, easily fabricated, to make splicing storehouse 100 be easy to receive oil plant, avoids oil plant from scattering or reveal, splicing storehouse 100 is in Back taper is set.The top rotation connection of the connecting plate of dividing plate 120 and first, using dividing plate 120 around the connection with the first connecting plate Conversion of the splicing storehouse 100 between the first station and second station is realized in the rotation at place, when dividing plate 120 turns to and multiple first The top contact of connecting plate, dividing plate 120 can cover conveying mechanism 200, so that splicing storehouse 100 is in second station, oil expression Machine carries out taking residual cake operation, is separated when dividing plate 120 turns to multiple first connecting plates, dividing plate 120 is opened, and makes splicing storehouse 100 In the first station, conveying mechanism 200 can carry out the conveying operation of oil cake, so that oil press carries out oil expression operation.

In a kind of specific embodiment, conveying mechanism 200 includes the first conveying axis 210 and the first spiral conveying blade 220.First conveying axis 210 are connected with the bottom in splicing storehouse 100, and the first spiral conveying blade 220 is located at the first conveying axis 210 On, the first conveying axis 210 can be connected with drive mechanism, provide power for the conveying of oil plant using drive mechanism, utilize the first spiral shell The conveying that conveying blade 220 carries out oil plant is revolved, transfer efficiency is high.

Embodiment 2

A kind of feeding device of oil press is present embodiments provided, includes the receiving hopper of the oil press in embodiment 1.Utilize The receiving hopper of oil press enables oil press cycle operation, oil plant is fully utilized, while facilitate residual cake Operation is taken out, the labor intensity for manually taking residual cake is reduced, improves operating efficiency.

In a kind of specific embodiment, as shown in figure 3, the feeding device of oil press also includes the oil being connected with receiving hopper Material hoisting mechanism 400 and the feed opening 500 being connected with the one end of oil plant hoisting mechanism 400 away from receiving hopper, specifically：

Oil plant hoisting mechanism 400 is used to the oil plant of receiving hopper conveying being promoted to feed opening 500, and oil plant is through feed opening 500 Into oil press hopper 300.

The feeding device of oil press includes receiving hopper, oil plant hoisting mechanism 400 and feed opening 500, is placed in receiving hopper Have for the oil plant for oil press oil expression, also, receiving hopper is connected with oil plant hoisting mechanism 400, for oil plant to be delivered into oil Expect hoisting mechanism 400, oil plant hoisting mechanism 400 is used to the oil plant of receiving hopper conveying being promoted to feed opening 500 to realize oil plant The lifting of vertical displacement, so as to replace artificial loading.Feed opening 500 is located at the one end of oil plant hoisting mechanism 400 away from receiving hopper, Oil plant enters oil press hopper 300 through feed opening 500 and carries out oil expression operation, and feed opening 500 is upper located at oil press hopper 300 Side, it is easy to oil plant being sent into oil press hopper 300, while avoids the leakage of oil plant.

Receiving hopper is used to provide oil plant for oil press, when operation of extracting oil starts, it is necessary to which it is receiving hopper filler to utilize artificial, To ensure that the stable of oil expression operation is carried out, due to being provided with oil plant hoisting mechanism 400, the vertical height of receiving hopper is relatively low, so as to In hand-stuff, larger labor intensity will not be caused to worker, or, receiving hopper is connected with oil plant storehouse, and receiving hopper can be straight Connect and the oil plant in oil plant storehouse is delivered to oil plant hoisting mechanism 400, without hand-stuff, liberated labour, favorably In comprehensive realization of automatic production line, the oil expression production operation of scale is easy to implement.

Because oil press is in operation, the feeding of feeding device needs the regular hour, to avoid time official post oil press Cause to dally, improve oil expression efficiency, ensure the normal operation of oil press, needed when the machine operation that extracts oil starts by manually from oil expression Machine hopper 300 carries out feeding, to avoid oil press from dallying, when feeding device can be normally oil press 300 feeding of hopper just Artificial loading can be stopped, coordinating oil press to work by feeding device, until completing oil expression operation.

To make oil expression operation is stable to carry out, the feeding speed of feeding device can be adjusted to the rotating speed with oil press and mutually fitted Should, so that feeding device can provide more suitable feeding speed for oil press, avoid feeding speed too fast or excessively slow right Oil expression operation impacts, and to ensure that oil press possesses higher operating efficiency, makes the reliable operation of oil press, stable progress.

Because the position of oil press hopper 300 is higher, oil plant is lifted using oil plant hoisting mechanism 400 so that oil plant energy It is enough that feed opening 500 is transported to by receiving hopper, enter oil press hopper 300 through feed opening 500 and carry out oil expression operation, greatly carry High operating efficiency, compared in the prior art, oil press, it is necessary to using artificial loading, oil plant is sent into and extracted oil in operation Machine hopper 300, reduce the labor intensity of worker so that oil press can work continuously, and so as to shorten the oil expression cycle, improve Economic benefit.

In the alternative of the present embodiment, as shown in figure 3, oil plant hoisting mechanism 400 is carried using bucket lifting mechanism Rise, oil plant hoisting mechanism 400 includes multiple sprocket wheels 410, lifting chain 420 and multiple elevator buckets 430.Sprocket wheel 410 is arranged at The top and bottom of oil plant hoisting mechanism 400, lifting chain 420 are sheathed on sprocket wheel 410, and sprocket wheel 410 is used as drive device, are led to The rotation for crossing sprocket wheel 410 drives the motion of lifting chain 420, lifting chain 420 is transported again and again around sprocket wheel 410 Dynamic, elevator bucket 430 is connected with lifting chain 420, and for extracting oil plant, also, elevator bucket 430 is provided with multiple, elevator bucket 430 Moved with the motion of lifting chain 420, can by oil plant by the lower lift of oil plant hoisting mechanism 400 to top, when carrying Rise bucket 430 by oil plant hoisting mechanism 400 lower motion to top when, with the motion of lifting chain 420, elevator bucket 430 is opened Begin to overturn, in switching process, the oil plant in elevator bucket 430 can pour into feed opening 500 under the influence of centrifugal force, by blanking Mouth 500 falls into oil press hopper 300, so as to provide oil plant for oil press, completes the feeding of oil press.

Specifically, what oil plant hoisting mechanism 400 also included being connected with lifting chain 420 is used to adjust lifting chain 420 The take-up device of tightness.Take-up device is located at the top of oil plant hoisting mechanism 400, for ensureing oil plant hoisting mechanism 400 Stable operation, avoid the pine excessively of lifting chain 420 from making to come off in the accessary sprocket wheel 410 of lifting chain 420, normal feeding operation made Into influence.

In another alternative of the present embodiment, as shown in figure 4, oil plant hoisting mechanism 400 is entered using spiral conveying mechanism Row lifting, oil plant hoisting mechanism 400 include the second conveying axis and the second spiral conveying blade.Second conveying axis are along the defeated of oil plant Direction is sent to set, for the second spiral conveying blade on the second conveying axis, the rotation of the second conveying axis can drive the second spiral Conveying blade rotates, and so as to which oil plant is delivered into top by the bottom of oil plant hoisting mechanism 400, completes the lifting of oil plant, defeated The oil plant for delivering to top falls into feed opening 500 in the presence of the second spiral conveying blade, and falls into oil press by feed opening 500 Hopper 300, so as to provide oil plant for oil press, complete the feeding of oil press.

In the still another alternative of the present embodiment, oil plant hoisting mechanism 400 is lifted using belt type conveying mechanism, due to Belt type conveying mechanism requires when conveying oil plant to angle of inclination, is scattered to avoid oil plant from skidding, the length of belt type conveying mechanism Degree is longer, and inclination angle is smaller, to ensure that oil plant can be promoted to the top of oil plant hoisting mechanism 400 by belt type conveying mechanism.Specifically Ground, oil plant hoisting mechanism 400 include multiple belt pulleys and conveyer belt.Belt pulley located at oil plant hoisting mechanism 400 top and Bottom, conveyer belt are sheathed on belt pulley, and the motion of driving conveying belt is capable of in the rotation of belt pulley, so that by oil plant in conveyer belt On transmitted, oil plant is delivered to top by the bottom of oil plant hoisting mechanism 400, complete the lifting of oil plant, be transported to The oil plant in portion falls into feed opening 500 in the presence of conveyer belt, and falls into oil press hopper 300 by feed opening 500, so as to be squeezing Oil machine provides oil plant, completes the feeding of oil press.

It should be noted that oil plant hoisting mechanism 400 should be configured according to different hoisting way, it is a kind of specific real Apply in mode, oil plant hoisting mechanism 400 is inclined relative to horizontal setting.The applicability of oil plant hoisting mechanism 400 being obliquely installed It is wider, the lifting requirement of bucket lifting mechanism, spiral conveying mechanism and belt type conveying mechanism is disclosure satisfy that, avoids oil plant from spreading Fall, ensure being smoothed out for feeding operation, while reduce energy consumption, it is cost-effective.Carried out certainly for using bucket lifting mechanism The with respect to the horizontal plane vertically disposed form of oil plant hoisting mechanism 400 can also be used by lifting the oil plant hoisting mechanism 400 of operation, should Selection setting is carried out according to actual conditions.

In a kind of specific embodiment, the periphery of oil plant hoisting mechanism 400 is provided with shell.Shell is to oil plant hoisting mechanism 400 serve good protective effect, while avoid oil plant scattering in lifting process, cause the reduction of raising efficiency. To make oil plant in lifting process, the feeding situation of oil plant can be understood and controlled in real time, in the shell of oil plant hoisting mechanism 400 Peep hole is provided with, the feeding situation of oil plant hoisting mechanism 400 can be understood in real time through peep hole, so as to ensure to extract oil The normal table operation of machine.

The feeding device of oil press also includes drive mechanism, and drive mechanism is connected with oil plant hoisting mechanism 400, for for oil Expect that the motion of hoisting mechanism 400 provides driving force, ensure that oil plant can be lifted successfully.Because receiving hopper is needed oil plant Be delivered to oil plant hoisting mechanism 400, for ensure receiving hopper it is consistent with the feeding speed of oil plant hoisting mechanism 400, receiving hopper it is defeated Send mechanism 200 to be connected with oil plant hoisting mechanism 400 with drive mechanism, conveying mechanism is driven using single drive mechanism 200 feedings and the feeding of oil plant hoisting mechanism 400, so as to realize the feeding operation of feeding device, driving is simple, controlling party Just, automatically controlling for feeding operation is easy to implement, reduces the difficulty of control operation.

Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (10)

1. a kind of receiving hopper of oil press, it is characterised in that including splicing storehouse (100) and located at splicing storehouse (100) bottom The conveying mechanism (200) in portion, the splicing storehouse (100) connect with oil press cake exit ring, the conveying mechanism (200) and oil press Hopper (300) connects；

The splicing storehouse (100) has the first station and second station；

When the splicing storehouse (100) is in first station, the oil cake extruded by the oil press cake exit ring falls into described connect In feed bin (100), and the oil press hopper (300) is delivered to through the conveying mechanism (200)；

When the splicing storehouse (100) is in the second station, by the oil cake of oil press cake exit ring extrusion along the splicing Storehouse (100) falls into oil press and contained in cake container.

2. the receiving hopper of oil press according to claim 1, it is characterised in that the splicing storehouse (100) includes storehouse plate (110) dividing plate (120) and with the storehouse plate (110) being flexibly connected；

When the dividing plate (120) turns to the conveying mechanism (200) and covered, the splicing storehouse (100) is in described second Station；

When the dividing plate (120) turns to the conveying mechanism (200) and is opened, the splicing storehouse (100) is in described first Station.

3. the receiving hopper of oil press according to claim 2, it is characterised in that the storehouse plate (110) includes the first side plate (111), with first side plate (111) close to the conveying mechanism (200) two the second side plates (112) being connected of both ends with And the 3rd side plate (113) being connected respectively with the bottom of first side plate (111) and second side plate (112)；

The bottom of the dividing plate (120) rotates with side of the 3rd side plate (113) away from first side plate (111) to be connected Connect, the top of the dividing plate (120) overlaps with second side plate (112).

4. the receiving hopper of oil press according to claim 2, it is characterised in that the storehouse plate (110) includes being sequentially connected with Multiple first connecting plates and the second connecting plate for being connected respectively with the bottom of multiple first connecting plates；

The dividing plate (120) and the top of first connecting plate are rotatablely connected.

5. the receiving hopper of oil press according to claim 1, it is characterised in that the conveying mechanism (200) includes and institute State the first conveying axis (210) and the first spiral shell on first conveying axis (210) that the bottom in splicing storehouse (100) is connected Revolve conveying blade (220).

6. a kind of feeding device of oil press, it is characterised in that including such as the oil press any one of claim 1-5 Receiving hopper.

7. the feeding device of oil press according to claim 6, it is characterised in that also include what is be connected with the receiving hopper Oil plant hoisting mechanism (400) and the feed opening being connected with the one end of the oil plant hoisting mechanism (400) away from the receiving hopper (500)；

The oil plant hoisting mechanism (400) is used to the oil plant that the receiving hopper conveys being promoted to the feed opening (500), described Oil plant enters the oil press hopper (300) through the feed opening (500).

8. the feeding device of oil press according to claim 7, it is characterised in that oil plant hoisting mechanism (400) bag Include multiple sprocket wheels (410) at the top and bottom of the oil plant hoisting mechanism (400), be sheathed on the sprocket wheel (410) Lifting chain (420) and the multiple elevator buckets (430) being connected with the lifting chain (420).

9. the feeding device of oil press according to claim 7, it is characterised in that oil plant hoisting mechanism (400) bag Include the second conveying axis and the second spiral conveying blade on second conveying axis.

10. the feeding device of oil press according to claim 7, it is characterised in that oil plant hoisting mechanism (400) bag Include multiple belt pulleys at the top and bottom of the oil plant hoisting mechanism (400) and the conveying being sheathed on the belt pulley Band.