A kind of convertible delivery device
Technical field
This utility model relates to a kind of grain drying device, refers more particularly to manual delivery device in a kind of grain heat-drying process.
Background technology
At present, market has a lot of manual delivery device, as shown in Figure 1, what it was traditional is all manually pull driving arm, under spring tension, is vertically opened by row's grain baffle plate, it is at low temperature corn circle-type drier, after charging completes, it is circulated in process, due to Oryza glutinosa own wt, constantly impact row's grain lock baffle plate, make to form gap between baffle plate and row's grain lock left plate, when Oryza glutinosa closing gate from the teeth outwards, gate is strutted, cause leakage grain phenomenon;Or row's grain lock equipment process at the scene there is a point tolerance, blow-by can be coordinated with miscellaneous part by the row's of making grain lock, also result in Lou grain phenomenon.And owing to grain heat-drying process is independently completed by dehydrator, without human attendance, so traditional dehydrator draining crop mechanism in use occurs leakage grain phenomenon once be found often late, what thus bring is that the major part grain that leaks outside fails to dry in time, waste of manpower, the energy;More serious meeting cause grain due to fail in time dry and cause go rotten, affect dehydrator service efficiency;In addition dehydrator draining crop mechanism is generally located on higher position, about liftoff 7-8 rice, if often break down maintenance difficulty and maintenance security risk also increase accordingly.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of energy anti-leak-stopping grain, row's grain convertible delivery device quickly and easily.
In order to solve above-mentioned technical problem, this utility model provides a kind of convertible delivery device, and it includes row's grain cylinder and a switching mechanism, wherein:
One row's grain cylinder, it has a built-in chamber of row's grain and row's grain passage, the built-in chamber upper end of described row's grain is provided with row's grain splicing gripper shoe, groove is offered in the middle part of described row's grain splicing gripper shoe, it is provided with outlet left side plate in the described built-in chamber of row's grain, described outlet left side plate extends to row's built-in cavity bottom of grain from groove edge port, described outlet left side plate two ends are provided with matched side plate, described side plate bottom is set to arcuate structure, and described outlet left side plate and side plate form a confined space structure;
One switching mechanism, it has row's grain arc turnover panel and drives arm, and described row's grain arc turnover panel upper end is provided with trip shaft, and described trip shaft is fixedly installed on side plate, described driving arm is arranged at side plate side, and row's grain arc turnover panel is done flip-flop movement back and forth by trip shaft by described driving arm;
It is suitable that described row's grain arc turnover panel and outlet left side plate, side plate form a confined space structure lower edge shape, by the trip shaft vertically fixing row of pulling grain arc turnover panel.
Preferably, described row's grain splicing gripper shoe is provided with supporting mechanism with the row built-in chamber junction of grain, and described supporting mechanism is connected with row's grain splicing gripper shoe by fixing parts.
Preferably, described row's grain arc turnover panel area covering forms a confined space structure in outlet left side plate and side plate.
Preferably, described row's grain cylinder is set to conical structure.
Preferably, described row's grain arc turnover panel thickness and outlet left side plate, side plate thickness are consistent.
After this utility model adopts said structure, it has the beneficial effect that
Described row's grain cylinder its have row the built-in chamber of grain and row grain passage, the built-in chamber upper end of described row's grain is provided with row's grain splicing gripper shoe, groove is offered in the middle part of described row's grain splicing gripper shoe, it is provided with outlet left side plate in the described built-in chamber of row's grain, described outlet left side plate extends to row's built-in cavity bottom of grain from groove edge port, described outlet left side plate two ends are provided with matched side plate, described side plate bottom is set to arcuate structure, and described outlet left side plate and side plate form a confined space structure;Switching mechanism, it has row's grain arc turnover panel and drives arm, and described row's grain arc turnover panel upper end is provided with trip shaft, and described trip shaft is fixedly installed on side plate, described driving arm is arranged at side plate side, and row's grain arc turnover panel is done flip-flop movement back and forth by trip shaft by described driving arm;When, in frumentum drying course, it is set to arcuate structure due to row's grain arc turnover panel, be equivalent to become row's grain lock baffle design the part of protecting against shock, when Oryza glutinosa falls, under center of gravity effect, its rotating shaft pulls row's grain arc turnover panel, caught by row's grain arc turnover panel, the row's of making grain lock is not easily rushed to open, and frumentum not easily spills, if dry terminate after, it pulls driving arm, up being overturn by row's grain arc turnover panel easily, the frumentum after drying falls rapidly, improves the speed of row's grain.
Accompanying drawing explanation
Fig. 1 is the structural representation of delivery device in this utility model prior art.
Fig. 2 is the structural representation of the convertible delivery device of this utility model.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described in detail, it is impossible to be not understood as restriction of the present utility model;nullAs shown in Figure 2,A kind of convertible delivery device,It includes row's grain cylinder 1 and a switching mechanism 2,Wherein: row's grain cylinder 1,Described row's grain cylinder 1 is set to conical structure,It has the built-in chamber 101 of row's grain and row's grain passage 102,Described row's grain built-in chamber 101 upper end is provided with row's grain splicing gripper shoe 103,Groove 104 is offered in the middle part of described row's grain splicing gripper shoe 103,It is provided with outlet left side plate 105 in the built-in chamber 101 of described row's grain,Described outlet left side plate 105 extends to bottom row's built-in chamber 101 of grain from groove 104 edge port,Described outlet left side plate 105 two ends are provided with matched side plate 106,It is set to arcuate structure bottom described side plate 106,Described outlet left side plate 105 forms a confined space structure with side plate 106;
One switching mechanism 2, it has row's grain arc turnover panel 201 and drives arm 202, described row's grain arc turnover panel 201 upper end is provided with trip shaft 203, described trip shaft 203 is fixedly installed on side plate 106, described driving arm 202 is arranged at side plate 106 side, and row's grain arc turnover panel 201 is done flip-flop movement back and forth by trip shaft 203 by described driving arm 202;
It is suitable that described row's grain arc turnover panel 201 and outlet left side plate 105, side plate 106 form a confined space structure lower edge shape, by the trip shaft 203 vertically fixing row of pulling grain arc turnover panel 201.
Described row's grain splicing gripper shoe 103 and row grain built-in chamber 101 junction are provided with supporting mechanism 107, and described supporting mechanism 107 is connected with row's grain splicing gripper shoe 103 by fixing parts 108;Described row's grain arc turnover panel 201 area covering forms a confined space structure in outlet left side plate 105 and side plate 106.
Described row's grain arc turnover panel 201 thickness and outlet left side plate 105, side plate 106 consistency of thickness.
When frumentum is by dehydrator circulation drying course, it has the part frumentum can in the row's of entrance grain lock, it is designed as arcuate structure due to row's grain arc turnover panel 201, row grain arc turnover panel 201 upper end is provided with trip shaft 203, under trip shaft 203 pulls, when Oryza glutinosa falls, row's grain arc turnover panel 201 can catch the frumentum fallen, will not fall down, grain will not be leaked, if frumentum carries out row's grain operation after drying, rotational drive arm 202, trip shaft 203 is under driving arm 202 to pull, row's grain arc turnover panel 201 forms a confined space structure upset around outlet left side plate 105 and side plate 106, frumentum hurtles down, can the row's of being rapidly achieved grain purpose.