It is a kind of for the line vibration plate of feeding-distribution device to be vacuum-packed
Technical field
It is especially a kind of for the line vibration plate of feeding-distribution device to be vacuum-packed the utility model relates to which field is vacuum-packed.
Background technique
Currently, vacuum packaging production line generally comprises the equipment such as feeding-distribution device, transmission device, vacuum packing machine.Firstly, by
Material is carried out sub-material process by feeding-distribution device, is then transmitted to material at vacuum packing machine by transmission device, finally by true
Empty package machine is vacuum-packed.Wherein, transmission device generally uses line vibration plate, and the hopper of line vibration plate has pulse electromagnetic
Iron can make hopper do the vibration of vertical direction, so that it is neat, accurate to align unordered material automatic order by vibration
Ground is transported to vacuum packing machine.
However, the material transmission rate of line vibration plate can be made to slow down, cause material stagnant when the material accumulation in line vibration plate
Stay, can not uniform feeding outward, or even blocking line vibration plate, make line vibration plate that can not work, upset entire processing flow, to influence
The processing efficiency of entire vacuum packaging production line.
Summary of the invention
Aiming at the problems existing in the prior art, the utility model provides a kind of for the line of feeding-distribution device to be vacuum-packed
Vibration plate can shunt material, avoid material accumulation, to influence the processing efficiency of entire vacuum packaging production line.
To achieve the above object, the utility model provides following technical solution: one kind is for being vacuum-packed feeding-distribution device
Line vibration plate, including hopper, the hopper includes feed end and discharge end, and feed end is equipped with the first shunt assembly, and discharge end is set
There is the second shunt assembly.
By adopting the above technical scheme, by set the first shunt assembly and the second shunt assembly to the object for entering hopper
Material is repeatedly shunted, and material is shunted, to achieve the purpose that avoid material accumulation.
The utility model can be further arranged to: first shunt assembly include be set to feed end shunting platform and
The splicing groove for shunting platform two sides is set, and second shunt assembly includes being set to the first of discharge end to shunt column.
By adopting the above technical scheme, the first shunt assembly can make material after feed end entrance, and material is divided into Material distribution platform
And two in splicing groove, the material after the second shunt assembly can shunt column by first and will be shunted by the first shunt assembly carries out
It shunts again, can avoid material and collect to cause material accumulation in discharge end.
The utility model can be further arranged to: described to shunt the platform that platform is protrusion, one end is connected with feed end, separately
One end is connected with discharge end and extends to the first shunting column.
By adopting the above technical scheme, setting can avoid shunting the material on platform in transmission process and in splicing groove in this way
Material pools together again, causes material accumulation.
The utility model can be further arranged to: the first shunting column is obliquely installed to discharge end.
By adopting the above technical scheme, setting in this way is so that the first shunting column makes the first shunting column along discharging direction inclination
Shunting effect is more preferable.
The utility model can be further arranged to: the discharge end two sides are respectively equipped with the baffle increased.
By adopting the above technical scheme, in this way, can prevent from shunting when column shunts material material from discharge end when first
Two sides are fallen.
The utility model can be further arranged to: two baffle is obliquely installed outward.
By adopting the above technical scheme, in this way, may make the blocking effect of two baffles more preferable, so that material is less susceptible to
It falls.
The utility model can be further arranged to: wherein a baffle is equipped with second and shunts column.
By adopting the above technical scheme, in this way, the shunting effect of the second shunt assembly can be made more preferable.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the top view of Fig. 1.
Specific embodiment
Specific embodiment of the present utility model is described further below in conjunction with accompanying drawings and embodiments.
It is a kind of for being vacuum-packed the line vibration plate of feeding-distribution device, including hopper as described in Fig. 1,2, the hopper include into
Expect that end 1 and discharge end 2, feed end 1 are equipped with the first shunt assembly 3, discharge end 2 is equipped with the second shunt assembly 4, and described first shunts
Component 3 includes being set to the shunting platform 31 of feed end 1 and the splicing groove 32 for shunting 31 two sides of platform being arranged in, and described second shunts
Component 4 includes being set to the first of discharge end 2 to shunt column 41.Wherein, it is shunted by the first set shunt assembly 3 and second
4 pairs of the component materials for entering hopper are repeatedly shunted, and the first shunt assembly 3 can make material after the entrance of feed end 1, by material
It is divided into Material distribution platform 31 and two splicing grooves 32, the second shunt assembly 4 can will pass through the first shunt group by the first shunting column 41
Material after part 3 shunts is shunted again, be can avoid material and is collected to cause material accumulation in discharge end 2.
Described to shunt the platform that platform 31 is protrusion, one end is connected with feed end 1, and the other end is connected simultaneously with discharge end 2
The first shunting column 41 is extended to, the material shunted on platform 31 is avoided to collect again in transmission process with the material in splicing groove 32
Together, material accumulation is caused.
The shunting platform 31 includes that a delivery sheet 311 and both side plate 312, the delivery sheet 311 are used for transmission material, side plate
312 with support delivery sheet 311 and obstruct two sides splicing groove 32.
The hopper is gradually increased from feed end 1 to 2 one sections of discharge end of cross-sectional area, and the cross-sectional area of discharge end 2
It gradually tapers up.
The first shunting column 41 is obliquely installed to discharge end 2, so that first shunts column 41 and tilt along discharging direction, makes the
The shunting effect of one shunting column 41 is more preferable.
2 two sides of discharge end are respectively equipped with the baffle 5 increased, and can prevent from shunting material when column 41 shunts material when first
It is fallen from the two sides of discharge end 2.Wherein, two baffle 5 is obliquely installed outward.
Wherein a baffle 5 is equipped with second and shunts column 42, and the shunting effect of the second shunt assembly 4 can be made more preferable.