CN201981135U - Concentrating and forming machine for fertilizer - Google Patents
Concentrating and forming machine for fertilizer Download PDFInfo
- Publication number
- CN201981135U CN201981135U CN2010206622049U CN201020662204U CN201981135U CN 201981135 U CN201981135 U CN 201981135U CN 2010206622049 U CN2010206622049 U CN 2010206622049U CN 201020662204 U CN201020662204 U CN 201020662204U CN 201981135 U CN201981135 U CN 201981135U
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- main shaft
- fertilizer
- shaft
- pressure roller
- shaper
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Abstract
The utility model relates to a concentrating and forming machine for fertilizer. The concentrating and forming machine is characterized by comprising a stand, a main shaft, a main shaft outer sleeve, a fertilizer extruding and forming device, a cutting device, a discharge guiding device and a power driving device, wherein the main shaft is vertically arranged on the stand; the main shaft outer sleeve is sleeved on the periphery of the main shaft and is relatively and fixedly connected with the stand; the fertilizer extruding and forming device is arranged at the upper parts of the main shaft and the main shaft outer sleeve; the cutting device is positioned below the outlet of the fertilizer extruding and forming device; the discharge guiding device is positioned below the cutting device; and the power driving device is connected to the lower end of the main shaft and is used for driving the main shaft to rotate. By using the concentrating and forming machine for the fertilizer, which is disclosed by the utility model, various soft and bulk materials are formed by concentration and extrusion.
Description
Technical field
The utility model relates to a kind of fertilizer and concentrates shaper, and it can be used for various soft bulk inviscid and materials (for example organic fertilizer of being made by the oil palm empty fruit cluster) the tool fiber properties are processed into and concentrates the column product particle.
Background technology
At present existing various molding, granulating machines; but major part only is applicable to the excrement class, feed class isodensity is than reality and have the forming process of the material of certain viscosity, is not suitable for the material (for example organic fertilizer of being made by the oil palm empty fruit cluster) of the various soft bulk inviscid and tool fiber properties of processing.
Summary of the invention
The purpose of this utility model is to provide a kind of fertilizer to concentrate shaper, and it can concentrate extrusion molding with various soft bulk materials.
Technical solutions of the utility model are to constitute like this: a kind of fertilizer concentrates shaper, it is characterized in that: the shut-off device of the outlet below that it comprises frame, perpendicularly be located at main shaft on the frame, be placed on the peripheral and spindle jacket tube, the fertilizer extrusion forming device of being located at main shaft and spindle jacket tube top that are connected with the frame relative fixed of main shaft, be positioned at the fertilizer extrusion forming device, be positioned at discharging liner below the shut-off device and the power-driven gear that is used for driving the main shaft rotation that is connected in the main shaft lower end.
During work, drive main axis rotation by power-driven gear, then drive the fertilizer extrusion forming device by main shaft various soft bulk materials are concentrated extrusion molding, the material of moulding cuts into satisfactory length by shut-off device again after the outlet of fertilizer extrusion forming device is discharged, outwards transmit by the discharging liner that is positioned at the shut-off device below at last, the course of processing of whole plant realizes working continuously level of automation height, production efficiency height.
The utility model technique scheme has also been done following improvement:
Concentrated extrusion molding for the ease of fertilizer, described fertilizer extrusion forming device comprises hopper, be located at the press-roller device in the hopper and be fixedly connected on the plain grinding dish of feed hopper bottom, described press-roller device comprises and the vertical a pair of roller wheel that is connected the pressure roller shaft of transmission and is divided into the axial two ends of pressure roller shaft in main shaft upper end, fixedly connected with the upper end of spindle jacket tube in the bottom of described plain grinding dish, be provided with a plurality of nibs that the track that rolls on the plain grinding dish along roller wheel distributes and runs through the plain grinding dish from top to bottom in the plain grinding disk body, the outlet of described fertilizer extrusion forming device is made of the lower opening of each nib.After soft bulk material enters hopper, under the cooperation extruding of roller wheel peace mill, material is squeezed in the nib, from nib discharge to be extruded closely knit column rectangular under the cutting action of cutting unit, form a section cylindrical particle, fall on the discharging liner, outwards transmit by the discharging liner.
Cooperate the motion of pressure roller to be evenly distributed in the hopper for the ease of fertilizer, thereby avoid waiting the phenomenon that influences works better because of fertilizer skewness in hopper causes local the obstruction, described fertilizer extrusion forming device also comprises the sub-material liner of being located in the hopper, described sub-material liner is by the feed chute that is positioned at pressure roller shaft top and be connected to below, the feed chute left and right sides and constitute with a pair of material-dividing groove that two roller wheels are interspersed, the top of described feed chute is provided with opening for feed, middle part, the below of feed chute is provided with and is used for the connection frid that is connected with the pressure roller shaft relative fixed, the left and right sides, below of feed chute is provided with the feed opening that is communicated with the last notch of material-dividing groove, the track that the following notch of described material-dividing groove rolls on the plain grinding dish over against roller wheel.Because the setting of sub-material liner, after fertilizer enters feed chute from opening for feed, fall on the plain grinding dish from two material-dividing grooves respectively, and since two material-dividing grooves and two roller wheels be interspersed, therefore, fall material on the plain grinding dish from material-dividing groove, the roller wheel that can be moved immediately rolls in the nib, both can guarantee that the fertilizer extruding and discharging was even in the entire work process, can avoid again because of the fertilizer local latch up phenomenon that skewness causes in hopper, in addition, also can avoid falling the load that causes increasing the weight of roller wheel on the roller wheel because of fertilizer.
In order to prevent that the outside end face of described roller wheel is connected with material scraping plate because of the hopper inwall adheres to the normal operation that fertilizer influences roller wheel, the external periphery outline of described material scraping plate and the inner surface contour of hopper match.Roller wheel with pressure roller shaft in the process of hopper internal rotation, the material scraping plate that is arranged at roller wheel outside end face can strike off along with the fertilizer that in time will stick to the hopper inwall that moves of roller wheel, thereby further avoids local latch up phenomenon.
Owing to be the relation of being rotatably assorted between pressure roller shaft and the roller wheel, usually between pressure roller shaft and roller wheel, also be provided with bearing assembly, for make can rotate between pressure roller shaft and the roller wheel smooth and easy, need in time the face of being rotatably assorted between pressure roller shaft and the roller wheel to be lubricated, therefore the utility model also is equipped with oil reservoir above the middle part of described pressure roller shaft, is provided with the asphalt channel that the oil that is used for making the oil reservoir inner chamber is communicated to the tolerance clearance between roller wheel and pressure roller shaft in the body of described pressure roller shaft.
For the ease of regulating the height installation site of roller wheel as required, thereby adjust the gap between the roller wheel peace mill, the stage casing of described pressure roller shaft is a square shaft, the upper end of described main shaft is connected with the pressure roller shaft permanent sleeve, offer on the pressure roller shaft permanent sleeve and be used for vertically connecting the square shaft open holes of square shaft, be provided with the adjusting pad that is used for regulating the square shaft high and low position between the bottom surface of the bottom of described square shaft and square shaft open holes.
Described shut-off device comprises tubular body of fixedlying connected with the spindle jacket tube and the taper body that is placed on the cylindrical sleeve external body and fixedlys connected with the tubular body, and the outer conical surface of described taper body is positioned at the lower opening below of each nib.Rectangular when touching the outer conical surface of taper body from the column that nib pushes out, fractureed automatically, form a section cylindrical particle and fall.
For the ease of regulating the length of the cylindrical particle that cutting forms as required, described spindle jacket tube is provided with the installation adjustment hole that distributes up and down more than two groups of the height installation site that is used for regulating the relative spindle jacket tube of tubular body.By the tubular body being connected the locational installation adjustment hole of different heights, can adjusting the outer conical surface of taper body and the distance between the nib lower opening, thereby help regulating the length of cutting the cylindrical particle that forms.
For the ease of the smooth discharging of the material of extrusion molding, described discharging liner constitutes by being placed on the outer and guide groove that have a suitable angle of inclination of spindle jacket tube, and described guide groove extends out to the frame outside.
For the ease of main shaft bearing is lubricated protection, be provided with bearing assembly between described plain grinding dish and the main shaft; Also be provided with main shaft bearing lubrication protection device in the described frame, described main shaft bearing lubrication protection device comprises fuel tank, is led to oil pipe in the bearing assemblage gap between plain grinding dish and the main shaft, is serially connected with the oil strainer on the oil pipe and is serially connected with oil pump on the oil pipe by fuel tank; Described fuel tank is positioned at main shaft below, and is provided with the bearing assemblage gap that can make between plain grinding dish and the main shaft between main shaft and the spindle jacket tube and is communicated to drainback passage in the fuel tank.
Compared to prior art, the utlity model has following advantage:
(1) the utility model can be with the various soft bulk materials (material of particularly soft bulk inviscid and tool fiber properties, as the organic fertilizer of making by the oil palm empty fruit cluster) concentrated extrusion molding, and the course of processing of whole plant realizes working continuously level of automation height, production efficiency height.
(2) product of moulding is cylindrical particle, makes things convenient for the fertilising of big area orchard, and because the height location of cutting unit is adjustable, so the particle length specification can be adjusted as required.
(3) because the setting of sub-material liner, can guarantee that fertilizer is evenly distributed in hopper, thereby both guaranteed that discharging was uniform and stable, avoid again because of the fertilizer local latch up phenomenon that skewness causes in hopper and the loss of mould, in addition, also can avoid falling the load that causes increasing the weight of roller wheel on the roller wheel because of fertilizer.
(4) owing to material scraping plate is set, therefore can in time the fertilizer that sticks to the hopper inwall be struck off, thereby further avoid the local loss that blocks stifled phenomenon and reduce mould at roller wheel outside end face.
(5) because the reasonable setting of lubrication fittings can guarantee that complete machine work is smooth and easy, reduce power consumption, reduce maintenance work, help increasing the service life and enhancing productivity.
Description of drawings
Fig. 1 is the utility model one-piece construction synoptic diagram, omits feeding-distribution device among the figure.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the A-A sectional view of Fig. 1.
Fig. 4 is the sectional view of Fig. 3, omits shut-off device and discharging liner among the figure.
Fig. 5 is the local amplification view of the C-C among Fig. 4.
Fig. 6 is the three-dimensional enlarged diagram of sub-material liner.
Fig. 7 is another angle state synoptic diagram of the sub-material liner of Fig. 6.
Fig. 8 is another angle state synoptic diagram of the sub-material liner of Fig. 6.
Label declaration: 1, frame; 2, main shaft; 3, spindle jacket tube, 3-1, installation adjustment hole; 4, fertilizer extrusion forming device, 4-1, hopper, 4-2, plain grinding dish, 4-3, pressure roller shaft, 4-4, roller wheel, 4-5, feed chute, 4-6, material-dividing groove, 4-7, connection frid, 4-8, material scraping plate, 4-9, asphalt channel, 4-10, pressure roller shaft permanent sleeve, 4-11, adjusting pad, 4-12, nib; 5, shut-off device, 5-1, tubular body, 5-2, taper body; 6, discharging liner; 7, power-driven gear; 8, oil reservoir; 9, bearing assembly; 10, main shaft bearing lubrication protection device, 10-1, fuel tank, 10-2, oil pipe, 10-3, oil strainer, 10-4, oil pump.
Embodiment
Below in conjunction with specification drawings and specific embodiments the utility model content is elaborated:
A kind of fertilizer that provides as Fig. 1-Figure 8 shows that the utility model concentrates shaper, it is characterized in that: the shut-off device 5 of the outlet below that it comprises frame 1, perpendicularly be located at main shaft 2 on the frame 1, be placed on the peripheral and spindle jacket tube 3, the fertilizer extrusion forming device 4 of being located at main shaft 2 and spindle jacket tube 3 tops that are connected with frame 1 relative fixed of main shaft 2, be positioned at fertilizer extrusion forming device 4, the power-driven gear 7 that is used for driving main shaft 2 rotations that is positioned at the discharging liner 6 of shut-off device 5 belows and is connected in main shaft 2 lower ends.Described power-driven gear 7 can be as shown in the figure be made of electric motor and the speed change mechanism that passes on Gong.
Described fertilizer extrusion forming device 4 comprises hopper 4-1, be located at the press-roller device in the hopper 4-1 and be fixedly connected on the plain grinding dish 4-2 of hopper 4-1 bottom, described press-roller device comprises and the vertical a pair of roller wheel 4-4 that is connected the pressure roller shaft 4-3 of transmission and is divided into the axial two ends of pressure roller shaft 4-3 in main shaft 2 upper ends, fixedly connected with the upper end of spindle jacket tube 3 in the bottom of described plain grinding dish 4-2, be provided with a plurality of nib 4-12 that the track that rolls on plain grinding dish 4-2 along roller wheel 4-4 distributes and runs through plain grinding dish 4-2 from top to bottom in the plain grinding dish 4-2 body, the outlet of described fertilizer extrusion forming device 4 is made of the lower opening of each nib 4-12.
Described fertilizer extrusion forming device 4 also comprises the sub-material liner of being located in the hopper 4-1, described sub-material liner is by the feed chute 4-5 that is positioned at pressure roller shaft 4-3 top and be connected to below, the feed chute 4-5 left and right sides and constitute with a pair of material-dividing groove 4-6 that two roller wheel 4-4 are interspersed, the top of described feed chute 4-5 is provided with opening for feed, middle part, the below of feed chute 4-5 is provided with and is used for the connection frid 4-7 that is connected with pressure roller shaft 4-3 relative fixed, the left and right sides, below of feed chute 4-5 is provided with the feed opening that is communicated with the last notch of material-dividing groove 4-6, the track that the following notch of described material-dividing groove 4-6 rolls on plain grinding dish 4-2 over against roller wheel 4-4.
The opening degree of the following notch of described material-dividing groove 4-6 is less than the opening degree of the last notch of material-dividing groove 4-6, and the inboard cell wall of material-dividing groove 4-6 that is connected to the following notch place of material-dividing groove 4-6 by the connection frid 4-7 edge of feed chute 4-5 has suitable angle of inclination.
The outside end face of described roller wheel 4-4 is connected with material scraping plate 4-8, and the inner surface contour of the external periphery outline of described material scraping plate 4-8 and hopper 4-1 matches.
The outer wheel face of described roller wheel 4-4 is processed into the helical teeth shape.
Top, the middle part of described pressure roller shaft 4-3 also is equipped with oil reservoir 8, is provided with the asphalt channel 4-9 that the oil that is used for making oil reservoir 8 inner chambers is communicated to the tolerance clearance between roller wheel 4-4 and pressure roller shaft 4-3 in the body of described pressure roller shaft 4-3.
The stage casing of described pressure roller shaft 4-3 is a square shaft, the upper end of described main shaft 2 is connected with pressure roller shaft permanent sleeve 4-10, offer on the pressure roller shaft permanent sleeve 4-10 and be used for vertically connecting the square shaft open holes of square shaft, be provided with the adjusting pad 4-11 that is used for regulating the square shaft high and low position between the bottom surface of the bottom of described square shaft and square shaft open holes.
Described shut-off device 5 comprises the tubular body 5-1 of fixedlying connected with spindle jacket tube 3 and is placed on the taper body 5-2 that tubular body 5-1 is outside and fixedly connected with tubular body 5-1 that the outer conical surface of described taper body 5-2 is positioned at the lower opening below of each nib 4-12; Described spindle jacket tube 3 is provided with the installation adjustment hole 3-1 that distributes up and down more than two groups of the height installation site that is used for regulating the relative spindle jacket tube 3 of tubular body 5-1.
Described discharging liner 6 constitutes by being placed on the outer and guide groove that have a suitable angle of inclination of spindle jacket tube 3, and described guide groove extends out to frame 1 outside.
Be provided with bearing assembly 9 between described plain grinding dish 4-2 and the main shaft 2; Also be provided with main shaft bearing lubrication protection device 10 in the described frame 1, described main shaft bearing lubrication protection device 10 comprises fuel tank 10-1, is led to oil pipe 10-2 in the bearing assemblage gap between plain grinding dish 4-2 and the main shaft 2, is serially connected with the oil strainer 10-3 on the oil pipe 10-2 and is serially connected with oil pump 10-4 on the oil pipe 10-2 by fuel tank 10-1; Described fuel tank 10-1 is positioned at main shaft 2 belows, and is provided with the bearing assemblage gap that can make between plain grinding dish 4-2 and the main shaft 2 between main shaft 2 and the spindle jacket tube 3 and is communicated to drainback passage in the fuel tank 10-1.Described drainback passage can directly be made of gap between main shaft 2 and the spindle jacket tube 3.
Claims (10)
1. a fertilizer concentrates shaper, and it is characterized in that: it comprises frame (1), the perpendicular main shaft of being located on the frame (1) (2), be placed on the spindle jacket tube (3) that main shaft (2) is peripheral and be connected with frame (1) relative fixed, be located at the fertilizer extrusion forming device (4) on main shaft (2) and spindle jacket tube (3) top, be positioned at the shut-off device (5) of the outlet below of fertilizer extrusion forming device (4), the power-driven gear (7) that is used for driving main shaft (2) rotation that is positioned at the discharging liner (6) of shut-off device (5) below and is connected in main shaft (2) lower end.
2. fertilizer according to claim 1 concentrates shaper, it is characterized in that: described fertilizer extrusion forming device (4) comprises hopper (4-1), be located at the press-roller device in the hopper (4-1) and be fixedly connected on the plain grinding dish (4-2) of hopper (4-1) bottom, described press-roller device comprises with main shaft (2) upper end is vertical and is connected the pressure roller shaft (4-3) of transmission and is divided into the axially a pair of roller wheel (4-4) at two ends of pressure roller shaft (4-3), fixedly connected with the upper end of spindle jacket tube (3) in the bottom of described plain grinding dish (4-2), be provided with in plain grinding dish (4-2) body along roller wheel (4-4) and go up a plurality of nibs (4-12) that the track that rolls distributes and runs through plain grinding dish (4-2) from top to bottom at plain grinding dish (4-2), the outlet of described fertilizer extrusion forming device (4) is made of the lower opening of each nib (4-12).
3. fertilizer according to claim 2 concentrates shaper, it is characterized in that: described fertilizer extrusion forming device (4) also comprises the sub-material liner of being located in the hopper (4-1), described sub-material liner is by feed chute (4-5) that is positioned at pressure roller shaft (4-3) top and a pair of material-dividing groove (4-6) formation that is connected to below, feed chute (4-5) left and right sides and is interspersed with two roller wheels (4-4), the top of described feed chute (4-5) is provided with opening for feed, middle part, the below of feed chute (4-5) is provided with and is used for the connection frid (4-7) that is connected with pressure roller shaft (4-3) relative fixed, the left and right sides, below of feed chute (4-5) is provided with the feed opening that is communicated with the last notch of material-dividing groove (4-6), and the following notch of described material-dividing groove (4-6) is gone up the track that rolls over against roller wheel (4-4) at plain grinding dish (4-2).
4. fertilizer according to claim 2 concentrates shaper, it is characterized in that: the outside end face of described roller wheel (4-4) is connected with material scraping plate (4-8), and the inner surface contour of the external periphery outline of described material scraping plate (4-8) and hopper (4-1) matches.
5. fertilizer according to claim 2 concentrates shaper, it is characterized in that: the top, middle part of described pressure roller shaft (4-3) also is equipped with oil reservoir (8), is provided with in the body of described pressure roller shaft (4-3) to be used for making the oil of oil reservoir (8) inner chamber to be communicated to the asphalt channel (4-9) that is positioned at the tolerance clearance between roller wheel (4-4) and the pressure roller shaft (4-3).
6. fertilizer according to claim 2 concentrates shaper, it is characterized in that: the stage casing of described pressure roller shaft (4-3) is a square shaft, the upper end of described main shaft (2) is connected with pressure roller shaft permanent sleeve (4-10), offer on the pressure roller shaft permanent sleeve (4-10) and be used for vertically connecting the square shaft open holes of square shaft, be provided with the adjusting pad (4-11) that is used for regulating the square shaft high and low position between the bottom surface of the bottom of described square shaft and square shaft open holes.
7. fertilizer according to claim 2 concentrates shaper, it is characterized in that: described shut-off device (5) comprises the tubular body (5-1) of fixedlying connected with spindle jacket tube (3) and is placed on the taper body (5-2) that tubular body (5-1) is outside and fixedly connected with tubular body (5-1) that the outer conical surface of described taper body (5-2) is positioned at the lower opening below of each nib (4-12).
8. fertilizer according to claim 7 concentrates shaper, it is characterized in that: described spindle jacket tube (3) is provided with and is used for regulating tubular body (5-1) the installation adjustment hole (3-1) that distributes up and down more than two groups of the height installation site of spindle jacket tube (3) relatively.
9. concentrate shaper according to each described fertilizer among the claim 1-8, it is characterized in that: described discharging liner (6) is by being placed on outside the spindle jacket tube (3) and having the guide groove formation at suitable angle of inclination, and described guide groove extends out to frame (1) outside.
10. concentrate shaper according to each described fertilizer among the claim 2-8, it is characterized in that: be provided with bearing assembly (9) between described plain grinding dish (4-2) and the main shaft (2); Also be provided with main shaft bearing lubrication protection device (10) in the described frame (1), described main shaft bearing lubrication protection device (10) comprises fuel tank (10-1), is led to the interior oil pipe (10-2) of plain grinding dish (4-2) and the bearing assemblage gap between the main shaft (2), is serially connected with the oil strainer (10-3) on the oil pipe (10-2) and is serially connected with oil pump (10-4) on the oil pipe (10-2) by fuel tank (10-1); Described fuel tank (10-1) is positioned at main shaft (2) below, and is provided with the bearing assemblage gap that can make between plain grinding dish (4-2) and the main shaft (2) between main shaft (2) and the spindle jacket tube (3) and is communicated to the interior drainback passage of fuel tank (10-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206622049U CN201981135U (en) | 2010-12-16 | 2010-12-16 | Concentrating and forming machine for fertilizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206622049U CN201981135U (en) | 2010-12-16 | 2010-12-16 | Concentrating and forming machine for fertilizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201981135U true CN201981135U (en) | 2011-09-21 |
Family
ID=44608599
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206622049U Expired - Lifetime CN201981135U (en) | 2010-12-16 | 2010-12-16 | Concentrating and forming machine for fertilizer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201981135U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102079679A (en) * | 2010-12-16 | 2011-06-01 | 福建省大德投资发展有限公司 | Fertilizer concentrating and forming machine |
| CN104437249A (en) * | 2014-11-19 | 2015-03-25 | 常州远见机械有限公司 | Pellet granulator with compression roller capable of spontaneously supplementing lubricating oil |
-
2010
- 2010-12-16 CN CN2010206622049U patent/CN201981135U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102079679A (en) * | 2010-12-16 | 2011-06-01 | 福建省大德投资发展有限公司 | Fertilizer concentrating and forming machine |
| CN102079679B (en) * | 2010-12-16 | 2013-02-27 | 福建省大德投资发展有限公司 | Fertilizer concentrating and forming machine |
| CN104437249A (en) * | 2014-11-19 | 2015-03-25 | 常州远见机械有限公司 | Pellet granulator with compression roller capable of spontaneously supplementing lubricating oil |
| CN104437249B (en) * | 2014-11-19 | 2016-05-04 | 常州远见机械有限公司 | Pressure roller is from the grain granulation machine of make-up oil |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110921 Effective date of abandoning: 20130227 |
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| RGAV | Abandon patent right to avoid regrant |