CN104058274B - Unpowered silo Distribution Warehouse equipment - Google Patents
Unpowered silo Distribution Warehouse equipment Download PDFInfo
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- CN104058274B CN104058274B CN201410257981.8A CN201410257981A CN104058274B CN 104058274 B CN104058274 B CN 104058274B CN 201410257981 A CN201410257981 A CN 201410257981A CN 104058274 B CN104058274 B CN 104058274B
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Abstract
The present invention relates to a kind of unpowered silo Distribution Warehouse equipment, current silo Distribution Warehouse generally adopts single-point or multiple spot Distribution Warehouse, and shortcoming can produce grain grading in Distribution Warehouse process, and simultaneously because grain heap drop is large, work capacity of closing a position is huge.The present invention by connecting turning gear on the feeding cylinder at silo top, drop down materials device, impeller transmission system, move radially driving device, reversing arrangement and circumferential slewing gear, utilize the kinetic energy impact impeller transmission system in grain dropping process, drive circumferential slewing gear and move radially driving device, turning gear is made to move into barrel continuous rotary cloth grain, simultaneously slowly to move to center, when moving to end position, touch reversing arrangement, make to drop down materials device to return along former road, in order to cloth grain is even, output speed is changed by impeller transmission system, the movement of center and velocity of rotation are accelerated, achieve unpowered continuous cloth storehouse, layering Distribution Warehouse, solve grain grading problem and difficult problem of closing a position in storage process.
Description
Technical field
The present invention relates to a kind of silo Distribution Warehouse equipment, specifically a kind of unpowered silo Distribution Warehouse equipment.
Background technology
Current vertical tube silo Distribution Warehouse generally adopts single-point Distribution Warehouse or multiple spot Distribution Warehouse, its shortcoming easily produces grain grading in Distribution Warehouse process, when grain depot is put out cereal, Class of food crop is widely different, have a strong impact on the economic benefit of grain depot, simultaneously because grain heap drop is large, bring huge work capacity of closing a position, the operating environment temperature of closing a position is high, dust is large, labour intensity is large.
Summary of the invention
Technical matters to be solved by this invention is grain grading problem and problem of closing a position, and provides a kind of equipment without the need to providing power just can realize Automatic continuous cloth storehouse, layering Distribution Warehouse.
In order to solve the problems of the technologies described above, unpowered silo Distribution Warehouse equipment of the present invention, comprise warehouse, be positioned at the feeding cylinder at top and turning gear, turning gear is made up of turret mount, guide rail, bracket, thrust bearing, big gear wheel, miniature gears, rotary gear box and gyrostat; Bracket is fixed on feeding cylinder, it there is thrust bearing, thrust bearing is connected with the upper end of turret mount, there is the guide rails assembling plate not being shorter than rail length the lower end of turret mount, belong to a part for turret mount, guide rail and guide rails assembling plate affixed, the centre of turret mount is hinged with gyrostat, and gyrostat can around feeding cylinder rolling revolving; Big gear wheel is fixed on feeding cylinder, engages with miniature gears, and miniature gears is arranged on the output shaft of rotary gear box, and rotary gear box is arranged on turret mount.It is characterized in that: what be connected with turning gear drops down materials device, impeller transmission system, the circumferential slewing gear that moves radially driving device and reversing arrangement and be connected with the input shaft of rotary gear box; Drop down materials device to be connected with turning gear, be positioned at the below of turning gear; Impeller transmission system is positioned at the discharge outlet of dropping down materials device, and drops down materials device and circumferential slewing gear is connected; The top of circumference slewing gear is connected with turning gear, centre with drop down materials device and move radially driving device and be connected, below is connected with impeller transmission system; The top of reversing arrangement is connected with turning gear, middle part with drop down materials device and be connected, below with move radially driving device and be connected.
Drop down materials device primarily of moving left slide block, the slide block that moves right, drop down hopper and hanger composition, move left slide block and move right slide block and guide rail sliding, affixed with the upper end of hanger, the lower end of hanger is affixed drops down hopper, the right side of hanger respectively with impeller transmission system and circumferential slewing gear, move radially driving device and reversing arrangement is connected.
Impeller transmission system is primarily of impeller, first transmission shaft, one shaft gear, second driving shaft, two shaft gears, large friction wheel, little friction wheel, spline sleeve, vertical castellated shaft, speed change frame, speed change angled-lift splits, shifter bar, speed change slide block, balladeur train, adjust bar and setting nut composition, impeller is positioned at the exit dropping down hopper, affixed with one end of the first transmission shaft, the other end and a shaft gear of the first transmission shaft are affixed, centre and the hanger of the first transmission shaft are rotationally connected, one shaft gear engages with two shaft gears, two shaft gears and second driving shaft affixed, second driving shaft and hanger are rotationally connected, left end and the large friction wheel of two shaft gears are affixed, the sassafras that rubs is connected for large friction wheel and little friction wheel, the lower end of little friction wheel and spline sleeve is affixed, centre and the speed change frame of spline sleeve are rotationally connected, upper end matches with vertical castellated shaft, speed change frame and hanger slip, upper end and the speed change angled-lift splits of speed change frame are hinged, the centre of speed change angled-lift splits and shifter bar is slipped, left end and the speed change slide block of shifter bar are hinged, speed change slide block and balladeur train slip, the mounting surface of balladeur train and guide rail is affixed, adjust bar there is screw thread, match with setting nut, be fixed on balladeur train, the lower end of adjust bar and the right-hand member of shifter bar hinged.The upper end of spline sleeve with move radially driving device and circumferential slewing gear is connected.
Circumference slewing gear forms primarily of vertical castellated shaft, the first bevel gear, slippage bevel gear and horizontal castellated shaft, upper end and first bevel gear of vertical castellated shaft are affixed, first bevel gear engages with slippage bevel gear, slippage bevel gear and horizontal castellated shaft slip, the left end of horizontal castellated shaft is connected with the input shaft of rotary gear box, and being supported in the mounting surface of guide rail, vertical castellated shaft and slippage bevel gear and hanger are rotationally connected.
Move radially driving device by vertical castellated shaft, second bevel gear, 3rd bevel gear, 3rd transmission shaft, power-transfer clutch right gear, power-transfer clutch left gear, four shaft gears, 4th transmission shaft, five axle left gears, five axle right gears, 5th transmission shaft, mobile drop-gear box, traveling gear, tooth bar forms, vertical castellated shaft is the axle shared with circumferential slewing gear, it there is affixed second bevel gear, second bevel gear engages with the 3rd bevel gear, 3rd bevel gear is fixed on the 3rd transmission shaft, 3rd transmission shaft also have the power-transfer clutch right gear of empty set and the power-transfer clutch left gear adopting spline slide to be connected, 3rd transmission shaft and hanger are rotationally connected, power-transfer clutch right gear engages with four shaft gears, four shaft gear empty sets are on the 4th transmission shaft, 4th transmission shaft and hanger are rotationally connected, four shaft gears engage with five axle right gears, five axle right gears are fixed on the 5th transmission shaft, power-transfer clutch left gear engages with the five axle left gears being fixed in the 5th transmission shaft, 5th transmission shaft is connected with the input shaft of mobile drop-gear box, and mobile drop-gear box is fixed on hanger, and the output shaft of mobile drop-gear box is connected with traveling gear, and traveling gear engages with tooth bar, and tooth bar is fixed in the mounting surface of guide rail.Because transmission accuracy is not high, rack-and-gear herein also can replace with sprocket wheel chain.
Reversing arrangement is made up of shift fork, driving lever, driving lever slide block, pull bar, rocking bar, rocking bar spring, trigger spring, trigger, impact bar and impact bar spring, the prong part of shift fork is connected with the side of power-transfer clutch left gear, the top of shift fork and the lower end of driving lever affixed, upper end and the driving lever slide block of driving lever are affixed, driving lever slide block slips on hanger, simultaneously hinged with pull bar lower end, the upper end of pull bar and the upper end thereof of rocking bar, the centre of rocking bar is hinged on hanger, the lower end of rocking bar is connected with one end of rocking bar spring, and the other end of rocking bar spring is connected with hanger; Being connected with hanger of trigger spring one end, the other end is connected with trigger, and trigger is hinged on hanger; The mounting surface sliding block joint of impact bar and guide rail, it has impact bar spring.
There is an inner gear in the left side of power-transfer clutch right gear, and there is a little external gear on the right side of power-transfer clutch left gear, and both are corresponding.
There is friction lining in the left side of power-transfer clutch right gear, and there is friction lining on the right side of power-transfer clutch left gear, and both are relative.
Impact bar and impact bar spring respectively have two, lay respectively at right-hand member and the midway location of guide rail.
Because high, the inflammable and explosive dust of operating environment temperature is large, therefore selected motor and other appliance component must be explosion-proof.
The present invention by connecting turning gear on the feeding cylinder at silo top, drop down materials device, impeller transmission system, move radially driving device, reversing arrangement and circumferential slewing gear, utilize the kinetic energy impact impeller transmission system in grain dropping process, drive circumferential slewing gear and move radially driving device, turning gear is made to move into barrel continuous rotary cloth grain, simultaneously slowly to move to center, when moving to central limit position, touch reversing arrangement, make to drop down materials device to return along former road, when moving to limit upper extreme position, touch reversing arrangement, make to drop down materials device Zai Xiang center to move, in order to cloth grain is even, output speed is changed by impeller transmission system, the movement of center and velocity of rotation are accelerated, achieve unpowered continuous cloth storehouse, layering Distribution Warehouse, solve grain grading problem and difficult problem of closing a position in storage process.
Accompanying drawing explanation
Fig. 1 is the schematic front view of the embodiment of the present invention;
Fig. 2 is the close-up schematic view of the embodiment of the present invention;
Fig. 3 is impeller transmission system (B-B analyses and observe) schematic diagram of the embodiment of the present invention;
Fig. 4 is the A-A cross-sectional schematic of the embodiment of the present invention;
Fig. 5 is the C-C cross-sectional schematic of the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
A kind of unpowered silo Distribution Warehouse equipment, comprise warehouse 1, be positioned at the feeding cylinder 2 at top and turning gear, turning gear is made up of turret mount 3, guide rail 4, bracket 7, thrust bearing 8, big gear wheel 9, miniature gears 10, rotary gear box 11 and gyrostat 80; Bracket 7 is fixed on feeding cylinder 2, material 13 flows out from feeding cylinder 2, bracket 7 there is thrust bearing 8, thrust bearing 8 is connected with the upper end of turret mount 3, there is the guide rails assembling plate not being shorter than guide rail 4 length the lower end of turret mount 3, belongs to a part for turret mount 3, and guide rail 4 is affixed with guide rails assembling plate, the centre of turret mount 3 is hinged with gyrostat 80, and gyrostat 80 can around feeding cylinder 2 rolling revolving; Big gear wheel 9 is fixed on feeding cylinder 2, engages with miniature gears 10, and miniature gears 10 is arranged on the output shaft of rotary gear box 11, and rotary gear box 11 is arranged on turret mount 3.It is characterized in that: what be connected with turning gear drops down materials device, impeller transmission system, the circumferential slewing gear that moves radially driving device and reversing arrangement and be connected with the input shaft of rotary gear box 11; Drop down materials device to be connected with turning gear, be positioned at the below of turning gear; Impeller transmission system is positioned at the discharge outlet of dropping down materials device, and drops down materials device and circumferential slewing gear is connected; The top of circumference slewing gear is connected with turning gear, centre with drop down materials device and move radially driving device and be connected, below is connected with impeller transmission system; The top of reversing arrangement is connected with turning gear, middle part with drop down materials device and be connected, below with move radially driving device and be connected.
Drop down materials device primarily of moving left slide block 5, the slide block 17 that moves right, drop down hopper 6 and hanger 29 forms, move left slide block 5 to slip with guide rail 4 with the slide block 17 that moves right, affixed with the upper end of hanger 29, the lower end of hanger 29 is affixed drops down hopper 6, the right side of hanger 29 respectively with impeller transmission system and circumferential slewing gear, move radially driving device and reversing arrangement is connected.
Impeller transmission system is primarily of impeller 28, first transmission shaft 91, one shaft gear 69, second driving shaft 92, two shaft gears 68, large friction wheel 67, little friction wheel 66, spline sleeve 72, vertical castellated shaft 26, speed change frame 65, speed change angled-lift splits 64, shifter bar 63, speed change slide block 62, balladeur train 61, adjust bar 70 and setting nut 71 form, impeller 28 is positioned at the exit dropping down hopper 6, affixed with one end of the first transmission shaft 91, the other end and a shaft gear 69 of the first transmission shaft 91 are affixed, centre and the hanger 29 of the first transmission shaft 91 are rotationally connected, one shaft gear 69 engages with two shaft gears 68, two shaft gears 68 are affixed with second driving shaft 92, second driving shaft 92 and hanger 29 are rotationally connected, left end and the large friction wheel 67 of two shaft gears 68 are affixed, the sassafras that rubs is connected for large friction wheel 67 and little friction wheel 66, little friction wheel 66 is affixed with the lower end of spline sleeve 72, centre and the speed change frame 65 of spline sleeve 72 are rotationally connected, upper end matches with vertical castellated shaft 26, speed change frame 65 slips with hanger 29, upper end and the speed change angled-lift splits 64 of speed change frame 65 are hinged, speed change angled-lift splits 64 slips with the centre of shifter bar 63, left end and the speed change slide block 62 of shifter bar 63 are hinged, speed change slide block 62 slips with balladeur train 61, balladeur train 61 is affixed with the mounting surface of guide rail 4, adjust bar 70 there is screw thread, match with setting nut 71, be fixed on balladeur train 61, the lower end of adjust bar 70 and the right-hand member of shifter bar 63 hinged.The upper end of spline sleeve 72 with move radially driving device and circumferential slewing gear is connected.
Circumference slewing gear forms primarily of vertical castellated shaft 26, first bevel gear 16, slippage bevel gear 15 and horizontal castellated shaft 12, upper end and first bevel gear 16 of vertical castellated shaft 26 are affixed, first bevel gear 16 engages with slippage bevel gear 15, slippage bevel gear 15 slips with horizontal castellated shaft 12, the left end of horizontal castellated shaft 12 is connected with the input shaft of rotary gear box 11, and being supported in the mounting surface of guide rail 4, vertical castellated shaft 26 and slippage bevel gear 15 are rotationally connected with hanger 29.
Move radially driving device by vertical castellated shaft 26, second bevel gear 23, 3rd bevel gear 22, 3rd transmission shaft 93, power-transfer clutch right gear 21, power-transfer clutch left gear 20, four shaft gears 19, 4th transmission shaft 94, five axle left gears 25, five axle right gears 24, 5th transmission shaft 95, mobile drop-gear box 27, traveling gear 18, tooth bar 14 forms, vertical castellated shaft 26 is the axles shared with circumferential slewing gear, it there is affixed second bevel gear 23, second bevel gear 23 engages with the 3rd bevel gear 22,3rd bevel gear 22 is fixed on the 3rd transmission shaft 93,3rd transmission shaft 93 also have the power-transfer clutch right gear 21 of empty set and the power-transfer clutch left gear 20 adopting spline slide to be connected, 3rd transmission shaft 93 is rotationally connected with hanger 29, power-transfer clutch right gear 21 engages with four shaft gears 19, four shaft gear 19 empty sets are on the 4th transmission shaft 94,4th transmission shaft 94 is rotationally connected with hanger 29, four shaft gears 19 engage with five axle right gears 24, five axle right gears 24 are fixed on the 5th transmission shaft 95, and power-transfer clutch left gear 20 engages with the five axle left gears 25 being fixed in the 5th transmission shaft 95, 5th transmission shaft 95 is connected with the input shaft of mobile drop-gear box 27, and mobile drop-gear box 27 is fixed on hanger 29, and the output shaft of mobile drop-gear box 27 is connected with traveling gear 18, and traveling gear 18 engages with tooth bar 14, and tooth bar 14 is fixed in the mounting surface of guide rail 4.
Reversing arrangement is by shift fork 50, driving lever 49, driving lever slide block 41, pull bar 42, rocking bar 43, rocking bar spring 44, trigger spring 45, trigger 46, impact bar 47 and impact bar spring 48 form, the prong part of shift fork 50 is connected with the side of power-transfer clutch left gear 20, the top of shift fork 50 and the lower end of driving lever 49 affixed, upper end and the driving lever slide block 41 of driving lever 49 are affixed, driving lever slide block 41 slips on hanger 29, simultaneously hinged with pull bar 42 lower end, the upper end of pull bar 42 and the upper end thereof of rocking bar 43, the centre of rocking bar 43 is hinged on hanger 29, the lower end of rocking bar 43 is connected with one end of rocking bar spring 44, the other end of rocking bar spring 44 is connected with hanger 29, being connected with hanger 29 of trigger spring 45 one end, the other end is connected with trigger 46, and trigger 46 is hinged on hanger 29, impact bar 47 and the mounting surface sliding block joint of guide rail 4, it has impact bar spring 48.
There is an inner gear in the left side of power-transfer clutch right gear 21, and there is a little external gear on the right side of power-transfer clutch left gear 20, and both are corresponding.
There is friction lining in the left side of power-transfer clutch right gear 21, and there is friction lining on the right side of power-transfer clutch left gear 20, and both are relative.
Impact bar 47 and impact bar spring 48 respectively have two, lay respectively at right-hand member and the midway location of guide rail 4.
Claims (9)
1. a unpowered silo Distribution Warehouse equipment, comprise warehouse (1), be positioned at the feeding cylinder (2) at top and turning gear, turning gear is made up of turret mount (3), guide rail (4), bracket (7), thrust bearing (8), big gear wheel (9), miniature gears (10), rotary gear box (11) and gyrostat (80); Bracket (7) is fixed on feeding cylinder (2), bracket (7) there is thrust bearing (8), thrust bearing (8) is connected with the upper end of turret mount (3), there is the guide rails assembling plate not being shorter than guide rail (4) length the lower end of turret mount (3), belong to a part for turret mount (3), guide rail (4) is affixed with guide rails assembling plate, and the centre of turret mount (3) is hinged with gyrostat (80), and gyrostat (80) can around feeding cylinder (2) rolling revolving; Big gear wheel (9) is fixed on feeding cylinder (2), engage with miniature gears (10), miniature gears (10) is arranged on the output shaft of rotary gear box (11), rotary gear box (11) is arranged on turret mount (3), it is characterized in that: what be connected with turning gear drops down materials device, impeller transmission system, the circumferential slewing gear that moves radially driving device and reversing arrangement and be connected with the input shaft of rotary gear box (11); Drop down materials device to be connected with turning gear, be positioned at the below of turning gear; Impeller transmission system is positioned at the discharge outlet of dropping down materials device, and drops down materials device and circumferential slewing gear is connected; The top of circumference slewing gear is connected with turning gear, centre with drop down materials device and move radially driving device and be connected, below is connected with impeller transmission system; The top of reversing arrangement is connected with turning gear, middle part with drop down materials device and be connected, below with move radially driving device and be connected.
2. unpowered silo Distribution Warehouse equipment according to claim 1, it is characterized in that: drop down materials device primarily of moving left slide block (5), the slide block that moves right (17), dropping down hopper (6) and hanger (29) composition, move left slide block (5) and the slide block that moves right (17) and guide rail (4) to slip, affixed with the upper end of hanger (29), the lower end of hanger (29) is affixed drops down hopper (6), the right side of hanger (29) respectively with impeller transmission system and circumferential slewing gear, move radially driving device and reversing arrangement is connected.
3. unpowered silo Distribution Warehouse equipment according to claim 1 and 2, it is characterized in that: impeller transmission system is primarily of impeller (28), first transmission shaft (91), one shaft gear (69), second driving shaft (92), two shaft gears (68), large friction wheel (67), little friction wheel (66), spline sleeve (72), vertical castellated shaft (26), speed change frame (65), speed change angled-lift splits (64), shifter bar (63), speed change slide block (62), balladeur train (61), adjust bar (70) and setting nut (71) composition, impeller (28) is positioned at the exit dropping down hopper (6), affixed with one end of the first transmission shaft (91), the other end and a shaft gear (69) of the first transmission shaft (91) are affixed, centre and the hanger (29) of the first transmission shaft (91) are rotationally connected, one shaft gear (69) engages with two shaft gears (68), two shaft gears (68) are affixed with second driving shaft (92), second driving shaft (92) and hanger (29) are rotationally connected, left end and the large friction wheel (67) of two shaft gears (68) are affixed, the sassafras that rubs is connected for large friction wheel (67) and little friction wheel (66), little friction wheel (66) is affixed with the lower end of spline sleeve (72), centre and the speed change frame (65) of spline sleeve (72) are rotationally connected, upper end matches with vertical castellated shaft (26), speed change frame (65) slips with hanger (29), upper end and the speed change angled-lift splits (64) of speed change frame (65) are hinged, speed change angled-lift splits (64) slips with the centre of shifter bar (63), left end and the speed change slide block (62) of shifter bar (63) are hinged, speed change slide block (62) slips with balladeur train (61), balladeur train (61) is affixed with the mounting surface of guide rail (4), (70) have screw thread to adjust bar, match with setting nut (71), be fixed on balladeur train (61), the lower end of adjust bar (70) and the right-hand member of shifter bar (63) hinged, the upper end of spline sleeve (72) with move radially driving device and circumferential slewing gear is connected.
4. unpowered silo Distribution Warehouse equipment according to claim 1 and 2, it is characterized in that: circumferential slewing gear is primarily of vertical castellated shaft (26), first bevel gear (16), slippage bevel gear (15) and horizontal castellated shaft (12) composition, upper end and first bevel gear (16) of vertical castellated shaft (26) are affixed, first bevel gear (16) engages with slippage bevel gear (15), slippage bevel gear (15) slips with horizontal castellated shaft (12), the left end of horizontal castellated shaft (12) is connected with the input shaft of rotary gear box (11), and be supported in the mounting surface of guide rail (4), vertical castellated shaft (26) and slippage bevel gear (15) are rotationally connected with hanger (29).
5. unpowered silo Distribution Warehouse equipment according to claim 1 and 2, it is characterized in that: move radially driving device by vertical castellated shaft (26), second bevel gear (23), 3rd bevel gear (22), 3rd transmission shaft (93), power-transfer clutch right gear (21), power-transfer clutch left gear (20), four shaft gears (19), 4th transmission shaft (94), five axle left gears (25), five axle right gears (24), 5th transmission shaft (95), mobile drop-gear box (27), traveling gear (18), tooth bar (14) forms, vertical castellated shaft (26) is the axle shared with circumferential slewing gear, it there is affixed second bevel gear (23), second bevel gear (23) engages with the 3rd bevel gear (22), 3rd bevel gear (22) is fixed on the 3rd transmission shaft (93), 3rd transmission shaft (93) is upper also has the power-transfer clutch right gear (21) of empty set and the power-transfer clutch left gear (20) adopting spline slide to be connected, 3rd transmission shaft (93) and hanger (29) are rotationally connected, power-transfer clutch right gear (21) engages with four shaft gears (19), four shaft gears (19) empty set is on the 4th transmission shaft (94), 4th transmission shaft (94) and hanger (29) are rotationally connected, four shaft gears (19) engage with five axle right gears (24), five axle right gears (24) are fixed on the 5th transmission shaft (95), power-transfer clutch left gear (20) engages with the five axle left gears (25) being fixed in the 5th transmission shaft (95), 5th transmission shaft (95) is connected with the input shaft of mobile drop-gear box (27), mobile drop-gear box (27) is fixed on hanger (29), the output shaft of mobile drop-gear box (27) is connected with traveling gear (18), traveling gear (18) engages with tooth bar (14), and tooth bar (14) is fixed in the mounting surface of guide rail (4).
6. unpowered silo Distribution Warehouse equipment according to claim 1 and 2, it is characterized in that: reversing arrangement is by shift fork (50), driving lever (49), driving lever slide block (41), pull bar (42), rocking bar (43), rocking bar spring (44), trigger spring (45), trigger (46), impact bar (47) and impact bar spring (48) composition, the prong part of shift fork (50) is connected with the side of power-transfer clutch left gear (20), the top of shift fork (50) and the lower end of driving lever (49) affixed, upper end and the driving lever slide block (41) of driving lever (49) are affixed, driving lever slide block (41) slips on hanger (29), simultaneously hinged with pull bar (42) lower end, the upper end of pull bar (42) and the upper end thereof of rocking bar (43), the centre of rocking bar (43) is hinged on hanger (29), the lower end of rocking bar (43) is connected with one end of rocking bar spring (44), the other end of rocking bar spring (44) is connected with hanger (29), being connected with hanger (29) of trigger spring (45) one end, the other end is connected with trigger (46), and trigger (46) is hinged on hanger (29), impact bar (47) and the mounting surface sliding block joint of guide rail (4), it has impact bar spring (48).
7. unpowered silo Distribution Warehouse equipment according to claim 5, is characterized in that: there is an inner gear in the left side of power-transfer clutch right gear (21), and there is a little external gear on the right side of power-transfer clutch left gear (20), and both are corresponding.
8. unpowered silo Distribution Warehouse equipment according to claim 5, it is characterized in that: there is friction lining in the left side of power-transfer clutch right gear (21), there is friction lining on the right side of power-transfer clutch left gear (20), and both are relative.
9. unpowered silo Distribution Warehouse equipment according to claim 6, is characterized in that: impact bar (47) and impact bar spring (48) respectively have two, lays respectively at right-hand member and the midway location of guide rail (4).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410257981.8A CN104058274B (en) | 2014-06-12 | 2014-06-12 | Unpowered silo Distribution Warehouse equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410257981.8A CN104058274B (en) | 2014-06-12 | 2014-06-12 | Unpowered silo Distribution Warehouse equipment |
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| CN104058274A CN104058274A (en) | 2014-09-24 |
| CN104058274B true CN104058274B (en) | 2016-03-30 |
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| CN105883377A (en) * | 2014-12-21 | 2016-08-24 | 赵志强 | Material moving distributor |
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|---|---|---|---|---|
| CN1445150A (en) * | 2002-03-18 | 2003-10-01 | 王俊斗 | Method for manufacturing and using revolving type equipment for dispersing grains |
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| CN104058274A (en) | 2014-09-24 |
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