CN204570584U - A kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow - Google Patents
A kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow Download PDFInfo
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- CN204570584U CN204570584U CN201520227067.9U CN201520227067U CN204570584U CN 204570584 U CN204570584 U CN 204570584U CN 201520227067 U CN201520227067 U CN 201520227067U CN 204570584 U CN204570584 U CN 204570584U
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Abstract
Utilize auger to rotate the snow removing equipment carrying out lateral row snow, belong to snow clearing equipment technical field.To solve when snowfall is large, adopt conventional snow removing equipment snow removing, the workpieces such as the round brush on it, snow blade cannot play a role, and snow blade can not keep away barrier, profiling, makes snow removing equipment cannot realize the problem of normal snow removing.Auger is along the front end be horizontally installed on below frame of frame, and the two ends of auger are each to be rotationally connected with the bight of a L bracket, and the two ends of auger respectively synchronously drive rotation by a hydraulic motor, and the two ends of two L brackets are all affixed with frame; Many groups of floating type collection shovels, all along the rear being horizontally set at auger of frame, often organize floating type collection shovel all affixed with frame.The utility model is connected with loader, for removing ice and snow on road surfaces, solving conventional equipment due to ice and snow and being deposited in the difficult problem that cannot work before equipment.
Description
Technical field
The utility model relates to the equipment of a kind of road snow removing row snow, belongs to snow clearing equipment technical field.
Background technology
In the winter time, ice and snow road can have a strong impact on traffic safety.In particularly northerly winter, ice and snow road is more common.In order to remove the ice and snow on road surface, there is the snow removing equipment that much opens ice on the market.And for when falling heavy snow, severe snow, because snow is very thick, conventional equipment round brush, snow blade etc. operationally make snow removing equipment lose efficacy because ice and snow is accumulated in can not to discharge in time before machine, ice and snow can not be removed in time.Cleaning ice and snow while existing snow blade can not to ground profiling, keep away barrier.In time running into rough road surface, snow blade can produce larger gap with ground and to remove the snow poor effect, if run into Shang You isolation strip, ground etc. when hindering the facility of snow pushings, common snow blade can not be kept away the while that barrier will causing snow blade or facility impaired.
Utility model content
The purpose of this utility model is to provide a kind of auger that utilizes and rotates the snow removing equipment carrying out lateral row snow, to solve when snowfall is large, adopt conventional snow removing equipment snow removing, the workpieces such as the round brush on it, snow blade cannot play a role, and snow blade can not keep away barrier, profiling, make snow removing equipment cannot realize the problem of normal snow removing.
The utility model technical scheme taked that solves the problem is:
Utilize auger to rotate the snow removing equipment carrying out lateral row snow, comprise frame; The described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises auger assembly and the floating type collection shovel of many groups; Described auger assembly comprises auger, two hydraulic motors and two L brackets; Described auger is parallel to frame width and the front end be positioned at below frame is arranged, the two ends of auger are each to be rotationally connected with the bight of a L bracket, the two ends of auger respectively synchronously drive rotation by a hydraulic motor, and the two ends of two L brackets are all affixed with frame; Described many groups floating type collection shovels are arranged at the rear of auger along frame width, often organize floating type collection shovel all affixed with frame.
The utility model relative to the beneficial effect of prior art is:
1, the utility model is owing to being provided with auger, and auger adopts helical structure, and auger produces lateral thrust by High Rotation Speed and laterally discharged by ice and snow.Auger rotary power adopts hydraulic motor, and hydraulic motor pressure comes from hydraulic system or the external motive device of loader self.Auger work adopts continuously-running duty, and row's snow efficiency is high.Auger adopts active form row snow, can work, solve conventional equipment due to ice and snow and be deposited in the difficult problem that cannot work before equipment on ice of great thickness trail road.
2, auger support adopts the design of L shape, the resistance of the row's of reducing snow while guarantee is firm in structure.
3, ice and snow collected by the floating type collection shovel of many groups, when running into uneven road surface, can accomplish to collect ice and snow without omission with road surface profiling; When running into deceleration strip, therefore shovel body by obstruction jack-up, can have good barrier avoiding function, makes shovel body be not easy to damage.
4, four-bar mechanism is connected between frame and rebound, and rebound is connected with loader (or other similar power-equipment) by Quick universal junction plate again, and the rod member two ends in four-bar mechanism are pin joint.Its effect achieves frame and rebound floating connection, affects auger working depth when avoiding loader to jolt, and complete machine horizontal operation attitude can be kept constant simultaneously.
5, between frame and rebound, be provided with position-limit mechanism, its effect is the operation interval limiting four-bar mechanism, prevents the damage of equipment maximal work position spring.
6, between frame and rebound, be provided with extension spring relocation mechanism, can cushioning effect be played when equipment works, to be uneven the needs of operation to adapt to road surface.
7, the frame of this equipment is connected by Quick universal junction plate with power drive device (as loader), connects efficient and convenient, a tractor serves several purposes.
Accompanying drawing explanation
Fig. 1 is that the auger that utilizes of the present utility model rotates the front view carrying out the snow removing equipment of lateral row snow;
Fig. 2 is the front view of auger assembly;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is the axonometric drawing of auger assembly;
Fig. 5 is the floating type front view collecting shovel of many groups;
Fig. 6 is the front view of double leval jib relocation mechanism;
Fig. 7 is the right view of Fig. 5;
The front view of Tu8Shi Chan spring mechanism;
Fig. 9 is the A direction view of Fig. 8;
Figure 10 is the B direction view of Fig. 8;
Figure 11 is the affixed front view of extension spring relocation mechanism, four-bar mechanism and position-limit mechanism and frame and rebound;
Figure 12 is the top view of Figure 11;
Figure 13 is the axonometric drawing of Figure 11;
Figure 14 is the C-C sectional view of Figure 11;
Figure 15 is the D-D sectional view of Figure 12;
Figure 16 is the E-E sectional view of Figure 12;
Figure 17 is that the auger that utilizes of the present utility model rotates the axonometric drawing carrying out the snow removing equipment of lateral row snow.
The component names related in above-mentioned figure and label are respectively:
Axle 1, many groups of floating type collection shovels 2, frame 3, position-limit mechanism 4, Quick universal junction plate 5, L bracket 6, auger 7, hydraulic motor 8, shovel seat 1, shovel body 10, the edge of shovel 11, Chan Huang mechanism 12, extension spring 13, four-bar mechanism 14, auger assembly 15, axle 2 16, axle 3 17, shovel spring 18, shovel spring axle 19, rebound 20, location-plate 21, hydraulic pressure lubricating cup 22, shangguan section header 23, card lobe 24, cutting ferrule 25, shovel spring axial compression 26, upper damping rubber pad 27, shovel spring sleeve 28, lower damping rubber pad 29, ShiShimonoseki section header 30, oscillating bearing 31, oil cylinder non-metal guide ring 32, dust ring 33, shovel spring axle sleeve 34, shovel seat 2 35, sealing ring 36, soket head cap screw 37, front extension spring axle sleeve 38, side connecting plate 39, front pressuring plate 40, front Connection Block 41, rear Connection Block 42, middle part junction plate 43, rear extension spring axle sleeve 44, rear fender 45, rod member 46, front rod member seat 47, rear rod member seat 48, front tension bar 49, back stay 50, front holder 51, rear holder 52, extension spring relocation mechanism 53, intermediate draw bar 54.
Detailed description of the invention
Detailed description of the invention one: as shown in Fig. 1 ~ Fig. 7 and Figure 17, a kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow, comprises frame 3; The described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises auger assembly 15 and the floating type collection shovel 2 of many groups; Described auger assembly 15 comprises auger 7, two hydraulic motors 8 and two L brackets 6; Described auger 7 is arranged on the front end below frame 3 along the transverse direction (i.e. the width of frame 3) of frame 3, the two ends of auger 7 are each to be rotationally connected with the bight of a L bracket 6, the two ends of auger 7 respectively synchronously drive rotation by a hydraulic motor 8, and the two ends of two L brackets 6 are all affixed by bolt with frame 3; Described many groups floating type collection shovels 2, all along the rear being horizontally set at auger 7 of frame 3, often organize floating type collection shovel 2 all affixed with frame 3.The group number of floating type collection shovel 2 as required and frame 3 width select.
Close fit is taked between two groups of shovel bodies 10 adjacent in described many groups floating type collection shovels 2.When can ensure operation, do not leak snow, remove the snow effective.
Detailed description of the invention two: as shown in Figure 7, a kind of auger that utilizes described in detailed description of the invention one rotates the snow removing equipment carrying out lateral row snow, and described many groups floating type collection shovels 2 include axle 1, shovel seat 1, shovel body 10, Chan Huang mechanism 12 and the edge of shovel 11; Described shovel seat 1 is affixed with frame 3, seat 1 is hinged (namely shovels body 10 to rotate around axle 1 by axle 1 and shovel for the upper end of described shovel body 10, when shoveling body 10 and running into the concavo-convex or obstruction in road surface, shovel body 10 will rotate around axle 1, realize the function adapting to road surface and keep away barrier); The lower end in shovel body 10 front is fixed with the edge of shovel 11, and the lower end at shovel body 10 back side is by hinged with the lower end of Chan Huang mechanism 12, and upper end and the frame 3 of Chan Huang mechanism 12 are affixed.
Detailed description of the invention three: as shown in Fig. 7 ~ Figure 10, a kind of described in detailed description of the invention two utilizes auger to rotate the snow removing equipment carrying out lateral row snow, and described Chan Huang mechanism 12 comprises axle 2 16, axle 3 17, shovel spring 18, shovel spring axle 19, shangguan section header 23, card lobe 24, cutting ferrule 25, shovel spring axial compression 26, upper damping rubber pad 27, shovel spring sleeve 28, lower damping rubber pad 29, ShiShimonoseki section header 30, oil cylinder non-metal guide ring 32, dust ring 33, shovel spring axle sleeve 34, shovel seat 2 35, two oscillating bearings 31, two sealing rings 36 and two soket head cap screws 37, oscillating bearing 31 is inlaid with respectively in described shangguan section header 23 and the endoporus of ShiShimonoseki section header 30, the oscillating bearing 31 of shangguan section header 23 is arranged on axle 3 17, shangguan section header 23 is hinged by axle 3 17 with shovel seat 2 35, described shovel seat 2 35 is affixed with frame 3, the lower end of shangguan section header 23 is arranged in cutting ferrule 25, affixed by card lobe 24 between shangguan section header 23 and cutting ferrule 25, the upper end of described shovel spring axle 19 is threaded with shangguan section header 23, the upper end of shovel spring axle 19 and shangguan section header 23 are fixed by two soket head cap screw 37 radial directions, the lower end of shovel spring axle 19 is affixed with shovel spring axle sleeve 34 through the centre bore of shovel spring axial compression 26, described shovel spring sleeve 28 is set on shovel spring axial compression 26 and shovel spring axle sleeve 34, and the shoulder end face that the upper end of shovel spring sleeve 28 is provided with by shovel spring axial compression 26 lateral wall is spacing, described shovel spring axial compression is provided with damping rubber pad 27 between 26 and shovel spring axle sleeve 34, the lower end of shovel spring sleeve 28 is threaded with the screwed hole of centre of ShiShimonoseki section header 30, lower end in shovel spring sleeve 28 is provided with lower damping rubber pad 29, shovel spring axial compression is between 26 and shovel spring sleeve 28 and shovel between spring sleeve 28 and ShiShimonoseki section header 30 and seal respectively by sealing ring 36, be provided with oil cylinder non-metal guide ring 32 between shovel spring sleeve 28 and shovel spring axle sleeve 34 (to play a supportive role, reduce shovel spring sleeve 28 and the friction of shoveling spring axle sleeve 34), described oil cylinder non-metal guide ring 32 is arranged in the annular groove that shovel spring axle sleeve 34 lateral wall is provided with, sealed by dust ring 33 between the upper end of shovel spring axial compression 26 and shovel spring axle 19, described shovel spring 18 is sleeved on outside shovel spring sleeve 28, the upper end of shovel spring 18 is resisted against on the lower surface of cutting ferrule 25, the lower end abutment of shovel spring 18 is on the upper surface of ShiShimonoseki section header 30, the oscillating bearing 31 of described ShiShimonoseki section header 30 is arranged on axle 2 16, ShiShimonoseki section header 30 is hinged with the lower end at shovel body 10 back side by axle 2 16.
When Chan Huang mechanism 12 is compressed to extreme lower position, the lower end of shovel spring axle 19 can contact to produce with ShiShimonoseki section header 30 to be impacted, and in order to eliminate impact, special lower end in shovel spring sleeve 28 arranges lower damping rubber pad 29, in order to eliminate the impact contacting and bring; When Chan Huang mechanism 12 be elongated to the longest position time, the upper end of shovel spring axle 19 can with the lower end in contact of shovel spring axial compression 26, producing and impact, is eliminate to impact, spy is provided with damping rubber pad 27 between 26 and shovel spring axle sleeve 34, in order to eliminate the impact contacting and bring in shovel spring axial compression.
Can produce great vibrations when the apparatus is in operation, shovel body 10 can produce transverse shifting, installs the Stability and dependability that oscillating bearing 31 improves mechanical movement.For convenience of the lubrication of two oscillating bearings 31, on shangguan section header 23 and ShiShimonoseki section header 30, hydraulic pressure lubricating cup 22 is installed respectively.
Card lobe 24 and cutting ferrule 25 with the use of, in the vertical direction limits the displacement of shovel spring 18.Card lobe 24 is annulus dimidiations, and the external diameter of card lobe 24 is less than the internal diameter of cutting ferrule 25.First be sleeved on by cutting ferrule 25 during assembling on shovel spring axle 19, then be bumped into by the card lobe 24 be split into two halves in annular groove that shangguan section header 23 lateral wall is provided with, at this moment cutting ferrule 25 moves up and entangles card lobe 24, limits cutting ferrule 25 outwards movement.The inner ring of cutting ferrule 25 also limits moving radially of the card lobe 24 be split into two halves, and makes Stability Analysis of Structures.
Can by jack-up when shovel body 10 runs into projection; When running into depression, pressure is passed to shovel body 10 by axle 3 17 by shovel spring 18, and shovel body 10 is depressed into recess, and shovel spring 18 realizes shovel the floating type of body 10 pairs of ground and scrapes snow operation, also has the function of keeping away barrier and adapting to road surface simultaneously.
Detailed description of the invention four: as shown in Fig. 1, Fig. 6, Figure 11 ~ Figure 16, a kind of auger that utilizes described in detailed description of the invention one, two or three rotates the snow removing equipment carrying out lateral row snow, and the described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises extension spring relocation mechanism 53, four-bar mechanism 14, position-limit mechanism 4, rebound 20 and Quick universal junction plate 5; Described extension spring relocation mechanism 53 comprises extension spring 13, location-plate 21, front extension spring axle sleeve 38, front pressuring plate 40, front Connection Block 41, rear Connection Block 42, middle part junction plate 43, rear extension spring axle sleeve 44, rear fender 45 and two side connecting plates 39; Described four-bar mechanism 14 comprises rod member seat 48 after two pairs of rod members, four front rod member seats 47 and four; Described position-limit mechanism 4 comprises front tension bar 49, back stay 50, front holder 51, rear holder 52 and two intermediate draw bars 54;
Described extension spring relocation mechanism 53 is arranged between frame 3 and rebound 20 along frame 3 longitudinal (i.e. the length direction of frame 3), described front Connection Block 41 is affixed with the rear end of frame 3, front Connection Block 41 is hinged with front extension spring axle sleeve 38, described rear Connection Block 42 is affixed with rebound 20, and rear Connection Block 42 is hinged with rear extension spring axle sleeve 44, two described side connecting plates 39 be arranged in parallel and one end is all affixed with front extension spring axle sleeve 38, described front pressuring plate 40 and rear fender 45 are arranged and all affixed with two side connecting plates 39 from front to back, described extension spring 13 is sleeved on outside two side connecting plates 39, and between front pressuring plate 40 and rear fender 45, one end of described middle part junction plate 43 is slidably arranged in the chamber of formation in the middle of two side connecting plates 39, the other end and the rear extension spring axle sleeve 44 of middle part junction plate 43 are affixed, middle part junction plate 43 is fixed with location-plate 21, described location-plate 21 be arranged in parallel with rear fender 45, and location-plate 21 is arranged between rear fender 45 and rear extension spring axle sleeve 44,
Two pairs of described rod members are all longitudinally arranged along frame 3, two rod member about 46 correspondences in often pair of rod member are arranged, one end and the front rod member seat 47 of every root rod member 46 are hinged, the other end and the rear rod member seat 48 of every root rod member 46 are hinged, described front rod member seat 47 is affixed with the rear end of frame 3, and described rear rod member seat 48 is affixed with rebound 20;
One end and the front holder 51 of described front tension bar 49 are hinged, described front holder 51 is affixed with the rear end of frame 3, the other end of front tension bar 49 is hinged with the one end of two intermediate draw bars 54 be arranged in parallel, the other end of two intermediate draw bars 54 and one end of back stay 50 hinged, the other end and the rear holder 52 of described back stay 50 are hinged, and described rear holder 52 is affixed with rebound 20; Described rebound 20 and Quick universal junction plate 5 are by bolt affixed (Quick universal junction plate 5 can efficient and convenient other equipment connections with same kind).
The effect of extension spring relocation mechanism 53 is: extension spring relocation mechanism applies downward power by four-bar mechanism to frame, and frame applies downward power to floating shovel body again, makes the edge of shovel of floating shovel body better be attached at ground, adds the cleannes of shovel snow.Frame, by four-bar mechanism and loader floating connection, affects auger working depth when avoiding loader to jolt, simultaneously four-bar mechanism can keep complete machine fluctuate work time horizontal operation attitude constant.
The effect of position-limit mechanism 4 is: the operation interval limiting four-bar mechanism, prevents the damage of equipment maximal work position extension spring.
Claims (7)
1. utilize auger to rotate the snow removing equipment carrying out lateral row snow, comprise frame (3); It is characterized in that: the described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises auger assembly (15) and floating type collection shovel (2) of many groups; Described auger assembly (15) comprises auger (7), two hydraulic motors (8) and two L brackets (6); Described auger (7) is along the front end being horizontally installed on frame (3) below of frame (3), the two ends of auger (7) are each to be rotationally connected with the bight of a L bracket (6), the two ends of auger (7) respectively synchronously drive rotation by a hydraulic motor (8), and the two ends of two L brackets (6) are all affixed with frame (3); Described many groups floating type collections shovel (2), all along the rear being horizontally set at auger (7) of frame (3), often organize floating type collection shovel (2) all affixed with frame (3).
2. a kind of auger that utilizes according to claim 1 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: described many groups floating type collections shovel (2) include axle one (1), shovel seat one (9), shovel body (10), Chan Huang mechanism (12) and the edge of shovel (11); Described shovel seat one (9) is affixed with frame (3), and the upper end of described shovel body (10) is hinged with shovel seat one (9) by axle one (1); The lower end in shovel body (10) front is fixed with the edge of shovel (11), the lower end at shovel body (10) back side is by hinged with the lower end of Chan Huang mechanism (12), and upper end and the frame (3) of Chan Huang mechanism (12) are affixed.
3. a kind of auger that utilizes according to claim 2 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: described Chan Huang mechanism (12) comprises axle two (16), axle three (17), shovel spring (18), shovel spring axle (19), shangguan section header (23), card lobe (24), cutting ferrule (25), shovel spring axial compression head (26), upper damping rubber pad (27), shovel spring sleeve (28), lower damping rubber pad (29), ShiShimonoseki section header (30), oil cylinder is with non-metal guide ring (32), dust ring (33), shovel spring axle sleeve (34), shovel seat two (35), two oscillating bearings (31), two sealing rings (36) and two soket head cap screws (37),
Oscillating bearing (31) is inlaid with respectively in described shangguan section header (23) and the endoporus of ShiShimonoseki section header (30), the oscillating bearing (31) of shangguan section header (23) is arranged on axle three (17), shangguan section header (23) is hinged by axle three (17) with shovel seat two (35), described shovel seat two (35) is affixed with frame (3), the lower end of shangguan section header (23) is arranged in cutting ferrule (25), affixed by card lobe (24) between shangguan section header (23) and cutting ferrule (25), the upper end of described shovel spring axle (19) is threaded with shangguan section header (23), the upper end of shovel spring axle (19) and shangguan section header (23) are fixed by two soket head cap screw (37) radial directions, the lower end of shovel spring axle (19) is affixed with shovel spring axle sleeve (34) through the centre bore of shovel spring axial compression head (26), described shovel spring sleeve (28) is set on shovel spring axial compression head (26) and shovel spring axle sleeve (34), and the shoulder end face that the upper end of shovel spring sleeve (28) is provided with by shovel spring axial compression head (26) lateral wall is spacing, damping rubber pad (27) is provided with between described shovel spring axial compression head (26) and shovel spring axle sleeve (34), the lower end of shovel spring sleeve (28) is threaded with the screwed hole of centre of ShiShimonoseki section header (30), lower end in shovel spring sleeve (28) is provided with lower damping rubber pad (29), shovel between spring axial compression head (26) and shovel spring sleeve (28) and shovel between spring sleeve (28) and ShiShimonoseki section header (30) and seal respectively by sealing ring (36), oil cylinder non-metal guide ring (32) is provided with between shovel spring sleeve (28) and shovel spring axle sleeve (34), described oil cylinder non-metal guide ring (32) is arranged in the annular groove that shovel spring axle sleeve (34) lateral wall is provided with, sealed by dust ring (33) between the upper end of shovel spring axial compression head (26) and shovel spring axle (19), described shovel spring (18) is sleeved on shovel spring sleeve (28) outside, the upper end of shovel spring (18) is resisted against on the lower surface of cutting ferrule (25), the lower end abutment of shovel spring (18) is on the upper surface of ShiShimonoseki section header (30), the oscillating bearing (31) of described ShiShimonoseki section header (30) is arranged on axle two (16), ShiShimonoseki section header (30) is hinged with the lower end at shovel body (10) back side by axle two (16).
4. a kind of auger that utilizes according to claim 1 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: described many groups floating type collections between two groups of shovels body (10) adjacent in shovel (2) take close fit.
5. a kind of auger that utilizes according to claim 1,2,3 or 4 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: the described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises extension spring relocation mechanism (53), rebound (20) and Quick universal junction plate (5); Described extension spring relocation mechanism (53) comprises extension spring (13), location-plate (21), front extension spring axle sleeve (38), front pressuring plate (40), front Connection Block (41), rear Connection Block (42), middle part junction plate (43), rear extension spring axle sleeve (44), rear fender (45) and two side connecting plates (39);
Described extension spring relocation mechanism (53) is longitudinally arranged between frame (3) and rebound (20) along frame (3), described front Connection Block (41) is affixed with the rear end of frame (3), front Connection Block (41) is hinged with front extension spring axle sleeve (38), described rear Connection Block (42) is affixed with rebound (20), and rear Connection Block (42) is hinged with rear extension spring axle sleeve (44), two described side connecting plates (39) be arranged in parallel and one end is all affixed with front extension spring axle sleeve (38), described front pressuring plate (40) and rear fender (45) are arranged and all affixed with two side connecting plates (39) from front to back, described extension spring (13) is sleeved on two side connecting plate (39) outsides, and be positioned between front pressuring plate (40) and rear fender (45), one end of described middle part junction plate (43) is slidably arranged in the chamber of formation in the middle of two side connecting plates (39), the other end and the rear extension spring axle sleeve (44) at middle part junction plate (43) are affixed, middle part junction plate (43) is fixed with location-plate (21), described location-plate (21) and rear fender (45) be arranged in parallel, and location-plate (21) is arranged between rear fender (45) and rear extension spring axle sleeve (44), described rebound (20) is affixed by bolt with Quick universal junction plate (5).
6. a kind of auger that utilizes according to claim 5 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: the described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises four-bar mechanism (14); Described four-bar mechanism (14) comprises rod member seat (48) after two pairs of rod members, four front rod member seats (47) and four;
Two pairs of described rod members are all longitudinally arranged along frame (3), two rod members (46) in often pair of rod member are corresponding up and down to be arranged, one end and the front rod member seat (47) of every root rod member (46) are hinged, the other end and the rear rod member seat (48) of every root rod member (46) are hinged, described front rod member seat (47) is affixed with the rear end of frame (3), and described rear rod member seat (48) is affixed with rebound (20).
7. a kind of auger that utilizes according to claim 6 rotates the snow removing equipment carrying out lateral row snow, it is characterized in that: the described snow removing equipment utilizing auger rotation to carry out lateral row snow also comprises position-limit mechanism (4); Described position-limit mechanism (4) comprises front tension bar (49), back stay (50), front holder (51), rear holder (52) and two intermediate draw bars (54);
One end and the front holder (51) of described front tension bar (49) are hinged, described front holder (51) is affixed with the rear end of frame (3), the other end of front tension bar (49) is hinged with the one end of two intermediate draw bars (54) be arranged in parallel, the other end of two intermediate draw bars (54) and one end of back stay (50) hinged, the other end and the rear holder (52) of described back stay (50) are hinged, and described rear holder (52) is affixed with rebound (20); Described rebound (20) is affixed with Quick universal junction plate (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520227067.9U CN204570584U (en) | 2015-04-15 | 2015-04-15 | A kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520227067.9U CN204570584U (en) | 2015-04-15 | 2015-04-15 | A kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow |
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|---|---|
| CN204570584U true CN204570584U (en) | 2015-08-19 |
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| CN201520227067.9U Active CN204570584U (en) | 2015-04-15 | 2015-04-15 | A kind of auger that utilizes rotates the snow removing equipment carrying out lateral row snow |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107034834A (en) * | 2017-06-19 | 2017-08-11 | 丁超 | Obstacle avoiding mechanism and snow removing shovel |
| CN107100128A (en) * | 2017-06-19 | 2017-08-29 | 丁超 | Snow-removing device and snow removing shovel |
| CN109930542A (en) * | 2019-03-21 | 2019-06-25 | 哈尔滨清阳电动车辆科技开发有限公司 | Spiral roll rotor combines machine for removing ice from road surface with spiral round brush |
-
2015
- 2015-04-15 CN CN201520227067.9U patent/CN204570584U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107034834A (en) * | 2017-06-19 | 2017-08-11 | 丁超 | Obstacle avoiding mechanism and snow removing shovel |
| CN107100128A (en) * | 2017-06-19 | 2017-08-29 | 丁超 | Snow-removing device and snow removing shovel |
| CN109930542A (en) * | 2019-03-21 | 2019-06-25 | 哈尔滨清阳电动车辆科技开发有限公司 | Spiral roll rotor combines machine for removing ice from road surface with spiral round brush |
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