CN205009633U - Sesame oil squeezer convenient to observe - Google Patents
Sesame oil squeezer convenient to observe Download PDFInfo
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- CN205009633U CN205009633U CN201520684433.3U CN201520684433U CN205009633U CN 205009633 U CN205009633 U CN 205009633U CN 201520684433 U CN201520684433 U CN 201520684433U CN 205009633 U CN205009633 U CN 205009633U
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- oil
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Abstract
The utility model relates to a sesame oil squeezes the equipment field, specific sesame oil squeezer convenient to observe that says so, include the frame, throw the material device, squeeze device, drive arrangement, oil trap and collection slag chute, squeeze unit bit in frame left side, throw the material unit bit in squeezing device right side upper end, drive arrangement, oil trap and collection slag chute all be located frame bottom, throw that the material device includes feed hopper, throws material electrothermal tube, spiral auger, bevel gear, no. Two bevel gear, throw the material straight -teeth gear and throw the material axle, the device that squeezes include cylindric press for extracting juice thorax, sight glass, jack -in -the -box and squeeze the gear, drive arrangement include driving motor and drive gear. The utility model discloses make operating personnel can be outside the squeezer in the in situ observation squeezer condition of squeezing of sesame, and can be according to the rotational speed of the condition of the producing oil real -time change jack -in -the -box of sesame, help improving the efficiency of producing oil of sesame.
Description
Technical field
The utility model relates to sesame oil press apparatus field, specifically a kind of sesame oil squeezer being convenient to observe.
Background technology
Sesame is commonly called as sesame oil by the oil squeezing output, and smell is aromatic, strong, and be important flavoring and culinary art oil, it is expeller that sesame squeezes fuel-displaced a kind of press apparatus.
Expeller: conveyor screw pushes the material entering hopper to propelling worm, reduced and diameter of axle increase by the pitch of propelling worm, and under the effect of sieving wall and bullet resistance, liquids contained by material is squeezed out, the liquid extruded flows out from sieve aperture, concentrate on and connect in juice bucket, the residue after squeezing, through discharging outside machine between screen drum end and bullet.
And in prior art, sesame oil squeezer mainly adopts closed cavity, sesame is squeezed fuel-displaced in the closed cavity of squeezer, but existing closed cavity is mainly metal material, operating personnel cannot observe the sesame squeezing situation of squeezer inside from squeezer outside, and then situation cannot be squeezed the rotating speed of control propelling worm according to sesame in real time, make the squeezing utilization rate of sesame reach the highest.
Utility model content
In order to make up the deficiencies in the prior art, the utility model provide a kind of can Real Time Observation sesame squeezing situation squeezer.
The utility model solves the technical scheme that its technical problem adopts: a kind of sesame oil squeezer being convenient to observe, comprise frame, charging device, pressing device, drive unit, oil trap and dreg collecting slot, described pressing device is positioned on the left of frame, described charging device is positioned at upper end on the right side of pressing device, and described drive unit, oil trap and dreg collecting slot are all positioned at bottom described frame.
Described frame entirety is " └ " shape, the left supported plate that frame comprises base plate and is vertically fixed on the left of base plate, is provided with the gripper shoe of vertically arranging on the right side of described base plate upper surface.
Described charging device comprises cast hopper, the electrothermal tube that feeds intake, screw auger, bevel gear, No. two bevel gears, feed intake spur gear and the axle that feeds intake, described cast hopper is positioned on the right side of the left supported plate of frame, and described cast hopper comprises the cylindrical portion below round platform portion, the feed well of upper end, round platform portion, round platform portion and is fixed on the bracing frame of cylindrical portion both sides, described cast hopper is hollow shell, and described round platform portion entirety is inverted truncated cone-shaped, and be provided with feed well on the right side of described upper surface, round platform portion, described sesame enters in described round platform portion by feed well, described cylindrical portion is held with round platform subordinate and is connected mutually, and cylindrical portion open at its lower end, described bracing frame entirety is " Г " shape, described bracing frame has a pair, pair of supporting is fixed in described cylindrical portion along described cylindrical portion bilateral symmetry, and described bracing frame lower end is fixed on described pressing device, during work, sesame enters cylindrical portion from described round platform portion, then enters pressing device from described cylindrical portion, the described electrothermal tube spiral that feeds intake surrounds the round platform portion lateral surface of described cast hopper, and the effect of the electrothermal tube that feeds intake carries out preheating to sesame, described screw auger is fixed in cast hopper along described cast hopper main shaft, and the axis, upper surface, round platform portion of cast hopper is run through in described screw auger upper end, screw auger lower end is positioned at described cylindrical portion place, and during work, screw auger rotates the sesame motion driven in cast hopper, a described bevel gear is positioned at above described cast hopper, and a bevel gear is connected mutually with described screw auger upper end, No. two described bevel gears are meshed with a bevel gear, the described spur gear that feeds intake is positioned on the left of the left supported plate of described frame, feed intake between spur gear with No. two bevel gears and be connected by the horizontally disposed axle that feeds intake, the axle that feeds intake runs through the left supported plate of frame and is arranged on described cast hopper upper surface by bearing block, during work, the spur gear that feeds intake rotate drive feed intake axle rotate, and then drive No. two bevel gears to rotate, No. two bevel gears are rotated and then drive a bevel gear to rotate, and then drive screw auger to rotate in cast hopper.
Described pressing device comprises cylindric squeezing thorax, sight glass, jack-in-the-box and squeezing gear, described squeezing thorax is horizontally disposed on the right side of left supported plate, and squeezing thorax top is fixed on the left supported plate of frame, squeeze and be fixed in the gripper shoe of base plate on the right side of thorax, described squeezing thorax is provided with squeezing entrance, oil-out and slag notch, described squeezing entrance is arranged on and squeezes thorax end, and squeezing entrance upper end is connected with the cast hopper lower end of charging device, during work, described sesame enters the described squeezing entrance squeezing thorax from cast hopper, described slag notch is arranged on and squeezes thorax tail end, sesame residue after being squeezed drops out from slag notch, described oil-out and slag notch place are provided with square hole groove, described sight glass is arranged in described square hole groove, during work, the sesame oil situation at oil-out place and the sesame residue situation at slag notch place can be observed by sight glass, described jack-in-the-box is positioned at described squeezing thorax, described press nips wheel is positioned on the left of described left supported plate, squeezing gear is connected by connecting axle mutually with described jack-in-the-box top, and described squeezing gear is meshed with the described spur gear that feeds intake, during work, the dynamic spur gear that feeds intake of squeezing gear rotating band rotates, and then the screw auger in drive cast hopper rotates, and squeezing gear rotating band is moved jack-in-the-box and is rotated in squeezing thorax, and then squeezing sesame, make sesame fuel-displaced.
Described jack-in-the-box arranges thread, and the closer to described slag notch, the degree of depth of thread is less, and the thread degree of depth is less, squeezing degree is higher.
Described sight glass is bonded in the square hole groove of described squeezing thorax by double-component fire resistant structure glue, and in sight glass inwall and described squeezing thorax, wall seamless is cementing, and then the junction of sight glass can not be subject to squeezing the impact of high temperature in thorax and split.
Described drive unit comprises drive motors and driven wheel, described drive motors is fixed on the right side of the left supported plate of frame, described driven wheel is positioned on the left of the left supported plate of frame, and be connected by rotating shaft between drive motors with driven wheel, described driven wheel is meshed with squeezing gear, and during work, drive motors rotates and drives driven wheel to rotate, pinion rotation is squeezed in the dynamic pressure of driven wheel rotating band, and then drives jack-in-the-box squeezing sesame.
Described oil trap and dreg collecting slot are all positioned on the base plate of frame, and described oil trap is positioned at immediately below the oil-out of pressing device, described dreg collecting slot is positioned at immediately below the slag notch of pressing device, described sesame oil enters described oil trap from described oil-out, and described sesame residue enters described dreg collecting slot from described slag notch.
A kind of sesame oil squeezer of the present utility model, oil-out and the slag notch place of its fuselage are all provided with sight glass, and then operating personnel can in the outer Real Time Observation squeezer of squeezer the squeezing situation of sesame, and the rotating speed of jack-in-the-box can be changed in real time according to the fuel-displaced situation of sesame, contribute to the oil yield efficiency improving sesame.
Accompanying drawing explanation
Below in conjunction with drawings and embodiments, the utility model is further illustrated.
Fig. 1 is overall schematic of the present utility model;
Fig. 2 is the utility model overall structure schematic diagram at another visual angle;
Fig. 3 is the A-A sectional view of Fig. 1;
Fig. 4 is the B-B sectional view of Fig. 1;
In figure: frame 1, charging device 2, pressing device 3, drive unit 4, oil trap 5, dreg collecting slot 6, base plate 11, left supported plate 12, gripper shoe 13, cast hopper 21, round platform portion 211, feed well 212, cylindrical portion 213, bracing frame 214, feed intake electrothermal tube 22, screw auger 23, a bevel gear 24, No. two bevel gears 25, feed intake spur gear 26, feed intake axle 27, squeeze thorax 31, squeezing entrance 311, oil-out 312, slag notch 313, square hole groove 314, sight glass 32, jack-in-the-box 33, squeezing gear 34, drive motors 41, driven wheel 42.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the utility model further.
As shown in Figure 1, Figure 2 and Figure 3, a kind of sesame oil squeezer being convenient to observe described in the utility model, comprise frame 1, charging device 2, pressing device 3, drive unit 4, oil trap 5 and dreg collecting slot 6, described pressing device 3 is positioned on the left of frame 1, described charging device 2 is positioned at upper end on the right side of pressing device 3, and described drive unit 4, oil trap 5 and dreg collecting slot 6 are all positioned at bottom described frame 1.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of sesame oil squeezer being convenient to observe described in the utility model, described frame 1 entirety is " └ " shape, frame 1 comprises base plate 11 and is vertically fixed on the left supported plate 12 on the left of base plate 11, is provided with the gripper shoe 13 of vertically arranging on the right side of described base plate 11 upper surface.
As shown in figures 1 and 3, a kind of sesame oil squeezer being convenient to observe described in the utility model, described charging device 2 comprises cast hopper 21, the electrothermal tube 22 that feeds intake, screw auger 23, bevel gear 24, No. two bevel gears 25, feed intake spur gear 26 and the axle 27 that feeds intake, described cast hopper 21 is positioned on the right side of the left supported plate 12 of frame 1, and described cast hopper 21 comprises the cylindrical portion 213 below round platform portion 211, the feed well 212 of upper end, round platform portion 211, round platform portion 211 and is fixed on the bracing frame 214 of cylindrical portion 213 both sides, described cast hopper 21 is hollow shell, and described round platform portion 211 entirety is inverted truncated cone-shaped, and be provided with feed well 212 on the right side of described upper surface, round platform portion 211, described sesame enters in described round platform portion 211 by feed well 212, described cylindrical portion 213 is connected mutually with lower end, round platform portion 211, and cylindrical portion 213 open at its lower end, described bracing frame 214 entirety is " Г " shape, described bracing frame 214 has a pair, pair of supporting 214 is fixed in described cylindrical portion 213 along described cylindrical portion 213 bilateral symmetry, and described bracing frame 214 lower end is fixed on described pressing device 3, during work, sesame enters cylindrical portion 213 from described round platform portion 211, then enters pressing device 3 from described cylindrical portion 213, described electrothermal tube 22 spiral that feeds intake surrounds round platform portion 211 lateral surface of described cast hopper 21, and the effect of the electrothermal tube 22 that feeds intake carries out preheating to sesame, described screw auger 23 is fixed in cast hopper 21 along described cast hopper 21 main shaft, and the axis, upper surface, round platform portion 211 of cast hopper 21 is run through in described screw auger 23 upper end, screw auger 23 lower end is positioned at described cylindrical portion 213 place, during work, screw auger 23 rotates the sesame motion driven in cast hopper 21, a described bevel gear 24 is positioned at above described cast hopper 21, and a bevel gear 24 is connected mutually with described screw auger 23 upper end, No. two described bevel gears 25 are meshed with a bevel gear 24, the described spur gear 26 that feeds intake is positioned on the left of the left supported plate 12 of described frame 1, feed intake between spur gear 26 with No. two bevel gears 25 and be connected by the horizontally disposed axle 27 that feeds intake, the axle 27 that feeds intake runs through the left supported plate 12 of frame 1 and is arranged on described cast hopper 21 upper surface by bearing block, during work, the spur gear 26 that feeds intake rotates the drive axle 27 that feeds intake and rotates, and then drive No. two bevel gears 25 to rotate, No. two bevel gears 25 are rotated and then drive a bevel gear 24 to rotate, and then drive screw auger 23 to rotate in cast hopper 21.
As Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, a kind of sesame oil squeezer being convenient to observe described in the utility model, described pressing device 3 comprises cylindric squeezing thorax 31, sight glass 32, jack-in-the-box 33 and squeezing gear 34, described squeezing thorax 31 is horizontally disposed on the right side of left supported plate 12, and squeezing thorax 31 top is fixed on the left supported plate 12 of frame 1, squeeze and be fixed in the gripper shoe 13 of base plate 11 on the right side of thorax 31, described squeezing thorax 31 is provided with squeezing entrance 311, oil-out 312 and slag notch 313, described squeezing entrance 311 is arranged on and squeezes thorax 31 end, and squeezing entrance 311 upper end is connected with cast hopper 21 lower end of charging device 2, during work, described sesame enters the described squeezing entrance 311 squeezing thorax 31 from cast hopper 21, described slag notch 313 is arranged on and squeezes thorax 31 tail end, sesame residue after being squeezed drops out from slag notch 313, described oil-out 312 is provided with square hole groove 314 with slag notch 313 place, described sight glass 32 is arranged in described square hole groove 314, during work, the sesame oil situation at oil-out 312 place and the sesame residue situation at slag notch 313 place can be observed by sight glass 32, described jack-in-the-box 33 is positioned at described squeezing thorax 31, described squeezing gear 34 is positioned on the left of described left supported plate 12, squeezing gear 34 is connected by connecting axle mutually with described jack-in-the-box 33 top, and described squeezing gear 34 is meshed with the described spur gear 26 that feeds intake, during work, squeezing gear 34 rotates the drive spur gear 26 that feeds intake and rotates, and then drive the screw auger 23 in cast hopper 21 to rotate, and squeezing gear 34 rotating band moves jack-in-the-box 33 rotation in squeezing thorax 31, and then squeezing sesame, make sesame fuel-displaced.
As shown in Figure 3, a kind of sesame oil squeezer being convenient to observe described in the utility model, described jack-in-the-box 33 arranges thread, and the closer to described slag notch 313, the degree of depth of thread is less, and the thread degree of depth is less, squeezing degree is higher.
As shown in Figure 1 and Figure 4, a kind of sesame oil squeezer being convenient to observe described in the utility model, described sight glass 32 is bonded in the square hole groove 314 of described squeezing thorax 31 by double-component fire resistant structure glue, and wall seamless is cementing in sight glass 32 inwall and described squeezing thorax 31, and then the junction of sight glass 32 can not be subject to squeezing the impact of high temperature in thorax 31 and split.
As depicted in figs. 1 and 2, a kind of sesame oil squeezer being convenient to observe described in the utility model, described drive unit 4 comprises drive motors 41 and driven wheel 42, described drive motors 41 is fixed on the right side of the left supported plate 12 of frame 1, described driven wheel 42 is positioned on the left of the left supported plate 12 of frame 1, and be connected by rotating shaft between drive motors 41 with driven wheel 42, described driven wheel 42 is meshed with squeezing gear 34, during work, drive motors 41 rotates and drives driven wheel 42 to rotate, the dynamic pressure of driven wheel 42 rotating band is squeezed gear 34 and is rotated, and then drive jack-in-the-box 33 to squeeze sesame.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of sesame oil squeezer being convenient to observe described in the utility model, described oil trap 5 and dreg collecting slot 6 are all positioned on the base plate 11 of frame 1, and described oil trap 5 is positioned at immediately below the oil-out 312 of pressing device 3, described dreg collecting slot 6 is positioned at immediately below the slag notch 313 of pressing device 3, described sesame oil enters described oil trap 5 from described oil-out 312, and described sesame residue enters described dreg collecting slot 6 from described slag notch 313.
During work, when needs preparing benne oil, then sesame is poured in described round platform portion 211 by feed well 212, when needs heat sesame, the electrothermal tube 22 pairs of sesames that then make to feed intake carry out preheating, carrying out next step operation again, when not needing to heat sesame, then directly entering next step operation;
Described next step is operating as: drive motors 41 rotates and drives driven wheel 42 to rotate, the dynamic pressure of driven wheel 42 rotating band is squeezed gear 34 and is rotated, squeezing gear 34 rotates the drive spur gear 26 that feeds intake and rotates, the spur gear 26 that feeds intake rotates the drive axle 27 that feeds intake and rotates, and then drive No. two bevel gears 25 to rotate, No. two bevel gears 25 are rotated and then drive a bevel gear 24 to rotate, and then drive screw auger 23 to rotate in cast hopper 21, screw auger 23 rotates and drives the sesame in cast hopper 21 to enter in the squeezing thorax 31 of pressing device 3, simultaneously, now squeeze gear 34 rotating band and move jack-in-the-box 33 rotation in squeezing thorax 31, under the rotation of squeezing gear 34, jack-in-the-box 33 squeezes sesame, make sesame fuel-displaced, described sesame oil enters described oil trap 5 from described oil-out 312, described sesame residue enters described dreg collecting slot 6 from described slag notch 313, and during work, the sesame oil situation at oil-out 312 place and the sesame residue situation at slag notch 313 place can be observed by sight glass 32, and then can according to real-time condition at any time the rotating speed of control jack-in-the-box 33, the squeezing utilization rate of sesame is made to reach the highest.
More than show and describe general principle of the present utility model, principal character and advantage.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; description in above-described embodiment and description principle of the present utility model is just described; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (6)
1. be convenient to the sesame oil squeezer of observation for one kind, it is characterized in that: comprise frame (1), charging device (2), pressing device (3), drive unit (4), oil trap (5) and dreg collecting slot (6), described pressing device (3) is positioned at frame (1) left side, described charging device (2) is positioned at upper end, pressing device (3) right side, and described drive unit (4), oil trap (5) and dreg collecting slot (6) are all positioned at described frame (1) bottom; Wherein:
Described frame (1) entirety is " └ " shape, frame (1) comprises base plate (11) and is vertically fixed on the left supported plate (12) in base plate (11) left side, is provided with the gripper shoe (13) of vertically arranging on the right side of described base plate (11) upper surface;
Described charging device (2) comprises cast hopper (21), feed intake electrothermal tube (22), screw auger (23), a bevel gear (24), No. two bevel gears (25), feed intake spur gear (26) and the axle that feeds intake (27), described cast hopper (21) is positioned at left supported plate (12) right side of frame (1), described cast hopper (21) comprises round platform portion (211), the feed well (212) of round platform portion (211) upper end, the cylindrical portion (213) of below, round platform portion (211) and be fixed on the bracing frame (214) of cylindrical portion (213) both sides, described cast hopper (21) is hollow shell, and described round platform portion (211) entirety is inverted truncated cone-shaped, is provided with feed well (212) on the right side of described round platform portion (211) upper surface, described cylindrical portion (213) is connected mutually with round platform portion (211) lower end, and cylindrical portion (213) open at its lower end, described bracing frame (214) entirety is " Г " shape, described bracing frame (214) has a pair, pair of supporting (214) is fixed in described cylindrical portion (213) along described cylindrical portion (213) bilateral symmetry, and described bracing frame (214) lower end is fixed on described pressing device (3), the described electrothermal tube that feeds intake (22) spiral surrounds round platform portion (211) lateral surface of described cast hopper (21), described screw auger (23) is fixed in cast hopper (21) along described cast hopper (21) main shaft, and round platform portion (211) axis, upper surface of cast hopper (21) is run through in described screw auger (23) upper end, screw auger (23) lower end is positioned at described cylindrical portion (213) place, a described bevel gear (24) is positioned at described cast hopper (21) top, and a bevel gear (24) is connected mutually with described screw auger (23) upper end, No. two described bevel gears (25) are meshed with a bevel gear (24), the described spur gear that feeds intake (26) is positioned at left supported plate (12) left side of described frame (1), feed intake between spur gear (26) with No. two bevel gears (25) and be connected by the horizontally disposed axle that feeds intake (27), the axle (27) that feeds intake runs through the left supported plate (12) of frame (1) and is arranged on described cast hopper (21) upper surface by bearing block.
2. a kind of sesame oil squeezer being convenient to observe according to claim 1, it is characterized in that: described pressing device (3) comprises cylindric squeezing thorax (31), sight glass (32), jack-in-the-box (33) and squeezing gear (34), described squeezing thorax (31) is horizontally disposed on left supported plate (12) right side, and squeezing thorax (31) top is fixed on the left supported plate (12) of frame (1), squeezing thorax (31) right side is fixed in the gripper shoe (13) of base plate (11), described squeezing thorax (31) is provided with squeezing entrance (311), oil-out (312) and slag notch (313), described squeezing entrance (311) is arranged on and squeezes thorax (31) end, and squeezing entrance (311) upper end is connected with cast hopper (21) lower end of charging device (2), described slag notch (313) is arranged on and squeezes thorax (31) tail end, described oil-out (312) and slag notch (313) place are provided with square hole groove (314), described sight glass (32) is arranged in described square hole groove (314), described jack-in-the-box (33) is positioned at described squeezing thorax (31), described squeezing gear (34) is positioned at described left supported plate (12) left side, squeezing gear (34) is connected by connecting axle mutually with described jack-in-the-box (33) top, and described squeezing gear (34) is meshed with the described spur gear that feeds intake (26).
3. a kind of sesame oil squeezer being convenient to observe according to claim 2, is characterized in that: described jack-in-the-box (33) arranges thread, and the closer to described slag notch (313), the degree of depth of thread is less.
4. a kind of sesame oil squeezer being convenient to observe according to claim 2, it is characterized in that: described sight glass (32) is bonded in the square hole groove (314) of described squeezing thorax (31) by double-component fire resistant structure glue, and sight glass (32) inwall and described squeezing thorax (31) interior wall seamless cementing.
5. a kind of sesame oil squeezer being convenient to observe according to claim 1, it is characterized in that: described drive unit (4) comprises drive motors (41) and driven wheel (42), described drive motors (41) is fixed on left supported plate (12) right side of frame (1), described driven wheel (42) is positioned at left supported plate (12) left side of frame (1), and be connected by rotating shaft between drive motors (41) with driven wheel (42), described driven wheel (42) is meshed with squeezing gear (34).
6. a kind of sesame oil squeezer being convenient to observe according to claim 1, it is characterized in that: described oil trap (5) and dreg collecting slot (6) are all positioned on the base plate (11) of frame (1), and described oil trap (5) is positioned at immediately below the oil-out (312) of pressing device (3), described dreg collecting slot (6) is positioned at immediately below the slag notch (313) of pressing device (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684433.3U CN205009633U (en) | 2015-08-29 | 2015-08-29 | Sesame oil squeezer convenient to observe |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684433.3U CN205009633U (en) | 2015-08-29 | 2015-08-29 | Sesame oil squeezer convenient to observe |
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| CN205009633U true CN205009633U (en) | 2016-02-03 |
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| CN201520684433.3U Expired - Fee Related CN205009633U (en) | 2015-08-29 | 2015-08-29 | Sesame oil squeezer convenient to observe |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128383A (en) * | 2015-08-29 | 2015-12-09 | 安庆市纯真植物油有限公司 | Sesame oil squeezer convenient for observation |
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2015
- 2015-08-29 CN CN201520684433.3U patent/CN205009633U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128383A (en) * | 2015-08-29 | 2015-12-09 | 安庆市纯真植物油有限公司 | Sesame oil squeezer convenient for observation |
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Granted publication date: 20160203 Termination date: 20160829 |
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| CF01 | Termination of patent right due to non-payment of annual fee |