CN201376353Y

CN201376353Y - Oil filter assembly for oil press

Info

Publication number: CN201376353Y
Application number: CN200920003033U
Authority: CN
Inventors: 陈有伦
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-03-11
Filing date: 2009-03-11
Publication date: 2010-01-06
Anticipated expiration: 2019-03-11

Abstract

The utility model relates to an oil filter assembly for an oil press, which is arranged on a platform of a machine bench. An upper press cylinder is arranged above the platform; a lower press cylinder is arranged under the platform; at least one push disc and at least one press disc are arranged in an oil filter groove of the oil filter assembly; plant seeds to be pressed can be placed between the push disc and the press disc; the upper press cylinder squeezes the press disc and the plant seeds under the press disc for pressing the plant seeds; and then, residual slag is pushed out of the oil filter groove from the bottom to the top by the lower press cylinder. The steps of oil pressing and slag cleaning can be sequentially carried out on one machine, the space can be saved, the labor and the time can also be effectively saved, and the goal of convenient operation is achieved.

Description

The oil strain assembly of oil press

Technical field

The utility model can extract oil on same board and moves back slag about a kind of, so that use the oil strain assembly of the oil press of this operation.

Background technology

The oil equipment of prior art, announce shown in No. 568004 novel patent case as Taiwan, it mainly is earlier an oil strain groove to be located on the oil press, fill out in this oil strain groove and be placed with plant seed to be squeezed, utilize a depression bar of this oil press to push this plant seed, squeezing grease contained in it is gone out, up to this plant seed expressed oil and after forming dregs of rice slag again, utilize another to move back the slag device again the dregs of rice slag in the oil strain groove is pushed, to reach the purpose of moving back slag.

Thought is under the design of the oil equipment of above-mentioned prior art, after it finishes oil expression, need earlier the oil strain groove by unloading on this oil press, this oil strain groove being installed in this moves back on the slag device and moves back slag again, again this oil strain groove is installed back on the oil press afterwards, so that the work that repeats to extract oil, thus, not only lose time and manpower because need frequent mobile oil strain groove, cause operational inconvenience, in addition, oil press with move back the slag device and also need occupy a specific space respectively, so the oil equipment of prior art reality has it to treat further improvements.

Summary of the invention

Because the shortcoming of aforementioned prior art, the utility model provides a kind of oil strain assembly of oil press, and the oil equipment that uncommon design whereby solves prior art takes up space, and its oil strain groove must and move back the shortcoming that repeats dismounting between the slag device in oil press.

In order to reach above-mentioned goal of the invention, the technological means that the utility model utilized is that the oil strain assembly of an oil press is included:

One base, its central authorities run through and form perforation, on this base, form an Oil Guide annular groove and at least one oil-out in addition, this Oil Guide annular groove indent and around on the end face that takes shape in this base, this oil-out radially runs through between the outer peripheral edges that take shape in this Oil Guide annular groove and this base, and communicates with this Oil Guide annular groove;

One oil strain groove, it is hollow tube-shape, and is arranged on this base, is densely covered with a plurality of oil strains hole at interval on the wall of this oil strain groove, and is interval with a plurality of oil outlets in the lower periphery place;

One loam cake, it is arranged on this oil strain groove, and runs through in central authorities and to form on one perforation;

The complex root support bar, it is fixedly arranged between this base and the loam cake;

At least one push-plate and at least one platen, it is arranged in this oil strain groove at interval.

Above-mentioned oil strain assembly can further be located on the board and use, and this board has a platform, runs through on this platform to form a through hole, and this through hole is corresponding with perforation under the aforementioned base, is provided with cylinder pressure in this platform top in addition, and the platform below is provided with a pushing cylinder.

Advantage of the present utility model is, can be between the push-plate of its oil strain assembly and the platen for plant seed to be squeezed is set, cylinder pressure pushes the plant seed of this platen and platen below in the utilization, and then the oil pressure that it is contained presses and goes out, and utilizes pushing cylinder that remaining dregs of rice slag is from bottom to top released this oil strain groove afterwards again, that is to say, oil expression and the step of moving back slag can be carried out on same machine in succession, not only save the space, also can effectively save manpower and time, reach the purpose of being convenient to operate.

Description of drawings

Fig. 1 is a side view of the present utility model;

Fig. 2 is the stereo appearance figure of oil strain assembly of the present utility model;

Fig. 3 is the three-dimensional exploded view of oil strain assembly of the present utility model;

Fig. 4 is the side-looking part assembly profile of the utility model when oil expression; And

Fig. 5 is the side-looking part assembly profile of the utility model when moving back slag.

The specific embodiment

Referring to shown in Figure 1, oil strain assembly 20 of the present utility model is located on the board 10 of oil press and is used, wherein:

Further referring to shown in Figure 4, board 10 includes a cylinder pressure 12 and a pushing cylinder 13 on the platform 11,, run through on this platform 11 and form a through hole, should go up cylinder pressure 12 and be located at this platform 11 tops, it has a depression bar 121, and this depression bar 121 can stretch towards this platform 11 downwards, this pushing cylinder 13 is located at this platform 11 belows, it has a push rod 131, and this push rod 131 can upwards stretch towards this platform 11, and can corresponding be arranged between the through hole of this platform 11;

Further referring to Fig. 2 and shown in Figure 3, oil strain assembly 20 is located on the platform 11 of this board 10, and it includes a base 21, an oil strain groove 22, a loam cake 23, complex root support bar 24, at least one push-plate 25 and at least one platen 26;

These base 21 central authorities run through to form and bore a hole 211, this time perforation 211 is corresponding with the through hole of platform 11, make the push rod 131 of the pushing cylinder 13 of this board 10 can further protrude into 211 of the following perforation of base 21, in addition, on this base 21, form an Oil Guide annular groove 212, at least one oil-out 214, one Oil Guide face 215, one location annular groove 216 and plurality of fixed hole 217, this Oil Guide annular groove 212 indents and around on the end face that takes shape in this base 21, its bottom 213 is an inclined-plane, and have a down dip by a side of relative base 21 central authorities a side direction towards relative base 21 outer peripheral edges, this oil-out 214 radially runs through between the outer peripheral edges that take shape in this Oil Guide annular groove 212 and this base 21, and communicate with this Oil Guide annular groove 212, this Oil Guide face 215 is around around the following perforation 211 that takes shape in base 21, and the side by relative base 21 central authorities is downward-sloping towards an example of relative base 21 outer peripheral edges, this positioning ring groove 216 is around taking shape between this Oil Guide annular groove 212 and this Oil Guide face 215, and forming a cascaded surface, these fixing hole 217 spacer rings are located between the Oil Guide annular groove 212 and outer peripheral edges of base 21;

This oil strain groove 22 is hollow tube-shape, it has a lower periphery 221 and a upper peripheral edge 222, be densely covered with a plurality of oil strains hole 223 on the wall of oil strain groove 22 at interval, and be interval with a plurality of oil outlets 224 in the lower periphery place, when lower periphery 221 correspondences of this oil strain groove 22 are arranged in the positioning ring groove 216 of base 21, the height of its oil outlet 224 is greater than vertical difference in height of 216 of the Oil Guide face 215 of base 21 and positioning ring grooves, make on this Oil Guide face 215 fluid that the flows oil outlet 224 of oil strain groove 22 of to flow through, and then flow in the Oil Guide annular groove 212 of base 21;

These loam cake 23 central authorities run through to form and bore a hole 231 on one, and indent forms a location annular groove 232 around this through hole 231 on a bottom surface, upper peripheral edge 221 correspondences of aforementioned oil strain groove 22 are arranged in the positioning ring groove 232 of loam cake 23, so that these oil strain groove 22 clampings are positioned between this base 21 and the loam cake 23, positioning ring groove 232 spaced around in this loam cake 23 are equipped with plurality of fixed hole 233 in addition;

This support bar 24 is vertically located between this base 21 and the loam cake 23, and the two ends of each support bar 24 are corresponding respectively wears in the fixing hole 217233 that is fixed in base 21 and loam cake 23;

In preferred embodiment of the present utility model, be formed with screw thread on the hole wall of the fixing hole 217 of this base 21, each support bar 24 then includes a body of rod 241 and a bolt 244, this body of rod 241 has a lower end and a upper end, be equipped with screw thread 242 near lower end on the outside wall surface of the body of rod 241, the lower end of this body of rod 241 can corresponding be locked in the fixing hole 217 of base 21, the axial indent of the upper end of the body of rod 241 is formed with a

screw

243, and 233 of corresponding fixing holes that is arranged in loam cake 23, again with these bolt 244 relative lockings, whereby with this base 21, loam cake 23 is assembled into one with support bar 24, and these oil strain groove 22 clampings are fixed between this base 21 and the loam cake 23;

Then, earlier this push-plate 25 is arranged in this oil strain groove 22, pour plant seed to be squeezed 30 into again in this oil strain groove 22, this plant seed 30 can then be provided with this platen 26 in these plant seed 30 tops again as the abundant seed of fat contents such as tea seed, peanut, sesame or sunflower seeds.

Referring to shown in Figure 4, in the time will extracting oil, drive the depression bar 121 of the last cylinder pressure 12 of board 10, make this depression bar 121 see through this platen 26 these plant seeds 30 of extrusion, and then the oil pressure that it is contained presses and goes out, this oil is gone out by oil strain hole 223 seepage flow of oil strain groove 22, and flow into downwards in the Oil Guide annular groove 212 of base 21 along the wall of oil strain groove 22, in addition, also there is the oil of part to flow in the Oil Guide annular groove 212 of base 21 through the oil outlet 224 of oil strain groove 22 from the bottom of plant seed 30, again, 215 in the Oil Guide face of base 21 can avoid seepage flow to the oil on it to flow in the following perforation 211 of base 21.

Afterwards, the Oil Guide annular groove 212 interior oil that concentrate on base 21 flow out through the oil-out 214 of base 21 again, and the user just can obtain fresh oil as long as sentencing a container at the oil-out 214 of base 21 collects.

Further referring to shown in Figure 5, treat this plant seed 30 again expressed oil come out and only surplus dregs of rice slag 31 when keeping somewhere in this oil strain groove 22, then will go up earlier on the depression bar 121 of cylinder pressure 12 and move, drive the push rod 131 of pushing cylinder 13 again, this push rod 131 is worn to be entered among the oil strain groove 22, and then the push-plate 25 of ejection oil strain assembly 20, and the dregs of rice slag 31 and the platen 26 that drive on the push-plate 25 move up, up to dregs of rice slag 31 is pushed by the perforation 231 of going up of loam cake 23.At this moment, because of this dregs of rice slag 31 has been the lump shape through the brute force extruding, so the user as long as directly this dregs of rice slag 31 and this platen 26 are taken off, just can reach the purpose of removing dregs of rice slag 31.

Afterwards, move down the push rod 131 of pushing cylinder 13, this push-plate 25 is moved down with this push rod 131, just can in this oil strain groove 22, pour plant seed 30 into again, the action that repeats to extract oil.

Claims

1. the oil strain assembly of an oil press, it includes a base, an oil strain groove, a loam cake, complex root support bar, at least one push-plate and at least one platen, it is characterized in that:

These base central authorities run through and form perforation, on this base, form an Oil Guide annular groove and at least one oil-out in addition, this Oil Guide annular groove indent and around on the end face that takes shape in this base, this oil-out radially runs through between the outer peripheral edges that take shape in this Oil Guide annular groove and this base, and communicates with this Oil Guide annular groove;

This oil strain groove is hollow tube-shape, and the one lower periphery is arranged on this base, is densely covered with a plurality of oil strains hole at interval on the wall of this oil strain groove, is interval with a plurality of oil outlets in the lower periphery place;

This loam cake is arranged at another upper peripheral edge place of this oil strain groove, and its central authorities run through and form on one perforation;

This support bar is fixedly arranged between this base and the loam cake;

This push-plate and this platen are arranged at intervals in this oil strain groove.

2. the oil strain assembly of oil press as claimed in claim 1, it is characterized in that, the enterprising one-step shaping of this base has an Oil Guide face, this Oil Guide face is around around the following perforation that takes shape in base, the bottom of the Oil Guide annular groove of this base is an inclined-plane, and the bottom of this Oil Guide face and Oil Guide annular groove is had a down dip by a side of the relative base central authorities side direction towards relative base outer peripheral edges respectively.

3. the oil strain assembly of oil press as claimed in claim 2, it is characterized in that, further locate annular groove between the Oil Guide annular groove of this base and the Oil Guide face around forming one, around the perforation of this loam cake further around and indent form a location annular groove, the following ora terminalis of this oil cleaner screen and upper end edge be corresponding respectively to be arranged in the positioning ring groove of this base and loam cake, and the height of the oil outlet of this oil cleaner screen is greater than the Oil Guide face of base and the vertical difference in height between positioning ring groove.

4. as the oil strain assembly of each described oil press in the claim 1 to 3, it is characterized in that, further spacer ring is provided with the plurality of fixed hole between the Oil Guide annular groove of this base and the outer peripheral edges, be formed with screw thread on the hole wall of this fixing hole, be provided with the plurality of fixed hole in this loam cake spacer ring in addition, each support bar includes a body of rod and a bolt, this body of rod has a lower end and a upper end, be equipped with screw thread near lower end on the outside wall surface of the body of rod, and corresponding being locked in the fixing hole of base, the axial indent of the upper end of the body of rod is formed with a screw, and corresponding being arranged between the fixing hole of loam cake, locks relatively with this bolt again.

5. the oil strain assembly of oil press as claimed in claim 4, it is characterized in that, further include a board, this board has a platform, run through on this platform and form a through hole, this through hole is corresponding with the following perforation of aforementioned base, is provided with cylinder pressure in this platform top in addition, and the platform below is provided with a pushing cylinder.

6. the oil strain assembly of oil press as claimed in claim 5, it is characterized in that, in aforementioned board, should go up cylinder pressure and have a depression bar, this depression bar can stretch towards this platform downwards, this pushing cylinder has a push rod, and this push rod can upwards stretch towards this platform, and between the following perforation of corresponding through hole that is arranged in this platform and base.