CN203544920U - Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine - Google Patents

Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine Download PDF

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Publication number
CN203544920U
CN203544920U CN201320676185.9U CN201320676185U CN203544920U CN 203544920 U CN203544920 U CN 203544920U CN 201320676185 U CN201320676185 U CN 201320676185U CN 203544920 U CN203544920 U CN 203544920U
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CN
China
Prior art keywords
chain
push rod
chain segment
strut bar
chrysanthemum
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Expired - Fee Related
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CN201320676185.9U
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Chinese (zh)
Inventor
陈玲芬
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Tongxiang Lvkang Chrysanthemum Industry Co Ltd
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Tongxiang Lvkang Chrysanthemum Industry Co Ltd
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Priority to CN201320676185.9U priority Critical patent/CN203544920U/en
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Abstract

The utility model relates to chrysanthemum bud material frame conveying equipment used in a chrysanthemum de-enzyme machine. At present, a chrysanthemum bud material frame needs to be placed at the position of a discharge outlet of a chrysanthemum de-enzyme machine manually. The chrysanthemum bud material frame conveying equipment used in the chrysanthemum de-enzyme machine is characterized in that the chrysanthemum bud material frame conveying equipment comprises a support, a left conveying chain, a left driving gear, a left driven gear, a first left supporting rod, a second left supporting rod, a right conveying chain, a right driving gear, a right driven gear, a first right supporting rod, a second right supporting rod, a left limiting plate, a right limiting plate, a left supporting strip, a right supporting strip, a driving shaft, a driving wheel, a driving belt and a driving motor, the left driving gear, the right driving gear and the driving wheel are all fixed to the driving shaft, the driving motor is installed on the support, the left driven gear is installed on the support, the bottom of a second left pushing rod is vertically fixed to a second left chain section, the first right supporting rod is located between the right driving gear and the right driven gear, and the right limiting plate is vertically fixed to the right supporting strip. The chrysanthemum bud material frame conveying equipment used in the chrysanthemum de-enzyme machine is reasonable in structural design and high in automation degree.

Description

Tire chrysanthemum material frame load transfer device in a kind of fixation machine for chrysanthemum
Technical field
The utility model relates to a kind of tire chrysanthemum material frame load transfer device, especially relate to the tire chrysanthemum material frame load transfer device in a kind of fixation machine for chrysanthemum, for delivery of the tire chrysanthemum material frame in fixation machine for chrysanthemum, tire chrysanthemum material frame is for holding the tire chrysanthemum material after completing, and the utility model belongs to parts in fixation machine for chrysanthemum.
Background technology
Fresh tire chrysanthemum needs the operation that completes in the course of processing, tire chrysanthemum material is through after the completing of fixation machine for chrysanthemum, conventionally adopt tire chrysanthemum material frame to hold, tire chrysanthemum material frame is generally rectangular configuration, conventionally adopt at present the mode of a dead lift tire chrysanthemum material frame tire chrysanthemum material frame to be placed into the discharging opening of fixation machine for chrysanthemum, tire chrysanthemum material through completing after operation is dropped in tire chrysanthemum material frame automatically, after the tire chrysanthemum material amount of meeting the requirements of in tire chrysanthemum material frame, by artificial mode, change empty tire chrysanthemum material frame again, and move full tire chrysanthemum material frame to designated area.Owing to need to adopting at present artificial mode tire chrysanthemum material frame to be placed into the discharging opening of fixation machine for chrysanthemum, work capacity is large, inefficiency, and degree of automation is poor.
Utility model content
The purpose of this utility model is to overcome above shortcomings in prior art, and a kind of reasonable in design is provided, degree of automation is high, is conducive to reduce work capacity, reduce labour intensity, the tire chrysanthemum material frame load transfer device in the fixation machine for chrysanthemum of enhancing productivity.
The technical scheme in the invention for solving the above technical problem is: the constructional feature of the tire chrysanthemum material frame load transfer device in this fixation machine for chrysanthemum is: comprise support, left chain, left driving gear, left driven gear, the first from left strut bar, the second from left strut bar, right chain, right driving gear, right driven gear, a right strut bar, right No. two strut bars, left limit plate, right limit plate, left support bar, right support bar, axle drive shaft, drive wheel, rotating band and drive motor, described axle drive shaft is rack-mount, described left driving gear, right driving gear and drive wheel are all fixed on axle drive shaft, described drive motor is rack-mount, described rotating band is connected on drive wheel and drive motor, described the first from left strut bar and the second from left strut bar are all fixed on support, this the first from left strut bar and the second from left strut bar are parallel to each other, described left driven gear is rack-mount, and described the first from left strut bar is between left driving gear and left driven gear, and described left chain comprises left chain body, the first from left chain segment, the second from left chain segment, the first from left push rod and the second from left push rod, described left chain body is loop configuration, described the first from left chain segment and the second from left chain segment are all connected to a side of left chain body side by side, this the first from left chain segment and the second from left chain segment are evenly distributed on left chain body, the bottom vertical of described the first from left push rod is fixed in the first from left chain segment, this the first from left push rod is cylindrical structural, the diameter of described the first from left push rod is 0.6-0.8cm, the height of this first from left push rod is 3-4cm, the bottom vertical of described the second from left push rod is fixed in the second from left chain segment, this the second from left push rod is cylindrical structural, the diameter of described the second from left push rod is 0.6-0.8cm, the height of this second from left push rod is 3-4cm, described left chain body is arranged on left driving gear and left driven gear, the upper shelf of this left chain body is on the first from left strut bar, described the first from left chain segment and the second from left chain segment all coordinate with the second from left strut bar, a described right strut bar and right No. two strut bars are all fixed on support, No. one, this right side strut bar and right No. two strut bars are parallel to each other, described right driven gear is rack-mount, a described right strut bar is between right driving gear and right driven gear, described right chain comprises right chain body, a right chain segment, right No. two chain segment, a right push rod and right No. two push rods, described right chain body is loop configuration, a described right chain segment and right No. two chain segment are all connected to a side of right chain body side by side, No. one, this right side chain segment and right No. two chain segment are evenly distributed on right chain body, the bottom vertical of a described right push rod is fixed in a right chain segment, No. one, this right side push rod is cylindrical structural, the diameter of a described right push rod is 0.6-0.8cm, the height of this push rod in right side is 3-4cm, the bottom vertical of described right No. two push rods is fixed in right No. two chain segment, No. two, this right side push rod is cylindrical structural, the diameter of described right No. two push rods is 0.6-0.8cm, the height of these No. two push rods in right side is 3-4cm, described right chain body is arranged on right driving gear and right driven gear, the upper shelf of this right chain body is on a right strut bar, a described right chain segment and right No. two chain segment all coordinate with right No. two strut bars, described left chain body and right chain body are parallel to each other, described left support bar and right support bar are all fixed on support, this left support bar and right support bar are parallel to each other, described left chain body and right chain body are all between left support bar and right support bar, the top of the top of described left support bar and left chain body flushes, the top of the top of described right support bar and right chain body flushes, described left limit plate is vertically fixed on left support bar, described right limit plate is vertically fixed on right support bar, and described left limit plate and right limit plate are parallel to each other.
As preferably, the first from left push rod described in the utility model and the second from left push rod are stainless steel.
As preferably, the first from left strut bar described in the utility model and the second from left strut bar are stainless steel.
As preferably, a right push rod described in the utility model and right No. two push rods are stainless steel.
As preferably, a right strut bar described in the utility model and right No. two strut bars are stainless steel.
As preferably, the height of left limit plate described in the utility model and right limit plate is 0.5-1.2m.
The utility model compared with prior art, have the following advantages and effect: simple in structure, reasonable in design, easy to use, degree of automation is high, while rotating under the effect at drive motor when left driving gear and right driving gear, left driving gear can drive left chain body to rotate, right driving gear can drive right chain body to rotate, make the first from left push rod and a right push rod, or the second from left push rod and right No. two push rods can push the tire chrysanthemum material frame being superimposed the discharging opening position of fixation machine for chrysanthemum one by one, reduced work capacity, reduced labour intensity, improved work efficiency.
The utility model is because the upper shelf of left chain body is on the first from left strut bar, the first from left chain segment and the second from left chain segment all coordinate with the second from left strut bar, the upper shelf of right chain body is on a right strut bar, a right chain segment and right No. two chain segment all coordinate with right No. two strut bars, make structure of the present utility model more firm, performance is more reliable, can convenient, actv. conveying tire chrysanthemum material frame.
Left support bar in the utility model and right support bar are all fixed on support, and left support bar and right support bar can support the tire chrysanthemum material frame that stack is placed by actv., guarantee that left chain body and right chain body can rotate flexibly and effectively.The tire chrysanthemum material frame stacking up is placed between left limit plate and right limit plate, and left limit plate and right limit plate have carried out spacing to the sway of tire chrysanthemum material frame.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the tire chrysanthemum material frame load transfer device in the fixation machine for chrysanthemum in the utility model embodiment.
Fig. 2 is the plan structure schematic diagram of Fig. 1.
Fig. 3 is the structural representation removing in Fig. 2 after left chain, left driving gear, left driven gear, right chain, right driving gear, right driven gear, axle drive shaft, drive wheel, rotating band and drive motor.
Fig. 4 is the structural representation removing in Fig. 1 after left chain, left driving gear, left driven gear, the first from left strut bar, the second from left strut bar, left limit plate, left support bar, axle drive shaft, drive wheel, rotating band and drive motor.
Fig. 5 is the main TV structure schematic diagram of left chain in the utility model embodiment.
Fig. 6 is the plan structure schematic diagram of Fig. 5.
Fig. 7 is the structural representation of looking up of Fig. 5.
Fig. 8 is the main TV structure schematic diagram of right chain in the utility model embodiment.
Fig. 9 is the plan structure schematic diagram of Fig. 8.
Figure 10 is the structural representation of looking up of Fig. 8.
The specific embodiment
Below in conjunction with accompanying drawing and by embodiment, the utility model is described in further detail, and following examples are to explanation of the present utility model and the utility model is not limited to following examples.
Embodiment.
Referring to Fig. 1 to Figure 10, tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum in the present embodiment comprises support 1, left chain 2, left driving gear 3, left driven gear 4, the first from left strut bar 5, the second from left strut bar 6, right chain 7, right driving gear 8, right driven gear 9, a right strut bar 10, right No. two strut bars 11, left limit plate 12, right limit plate 13, left support bar 14, right support bar 15, axle drive shaft 16, drive wheel 17, rotating band 18 and drive motor 19, wherein, the first from left strut bar 5 and the second from left strut bar 6 are stainless steel, a right strut bar 10 and right No. two strut bars 11 are stainless steel.
Axle drive shaft 16 in the present embodiment is arranged on support 1, axle drive shaft 16 can rotate on support 1, left driving gear 3, right driving gear 8 and drive wheel 17 are all fixed on axle drive shaft 16, the rotation of drive wheel 17 can drive axle drive shaft 16 to rotate, and the rotation of axle drive shaft 16 can drive left driving gear 3 and right driving gear 8 to rotate.Drive motor 19 in the present embodiment is arranged on support 1, and rotating band 18 is connected on drive wheel 17 and drive motor 19, when drive motor 19 operation, by rotating band 18, can drive drive wheel 17 to rotate.
The first from left strut bar 5 in the present embodiment and the second from left strut bar 6 are all fixed on support 1, between this first from left strut bar 5 and the second from left strut bar 6, are parallel to each other.Left driven gear 4 in the present embodiment is arranged on support 1, and left driven gear 4 can rotate on support 1.The first from left strut bar 5 in the present embodiment is between left driving gear 3 and left driven gear 4, and one end of the first from left strut bar 5 is near left driving gear 3, the other end of this first from left strut bar 5 is near left driven gear 4, but the first from left strut bar 5 does not affect the rotation of left driving gear 3 and left driven gear 4.
Left chain 2 in the present embodiment comprises left chain body 21, the first from left chain segment 22, the second from left chain segment 23, the first from left push rod 24 and the second from left push rod 25, and wherein, the first from left push rod 24 and the second from left push rod 25 are stainless steel.Left chain body 21 in the present embodiment is loop configuration, and left chain body 21 is an end to end circle, and when left chain body 21 is after to two gears, left chain body 21 can rotate with the rotation of gear.
The first from left chain segment 22 in the present embodiment and the second from left chain segment 23 are all connected to a side of left chain body 21 side by side, it is the side that the first from left chain segment 22 is connected to left chain body 21, and the first from left chain segment 22 and left chain body 21 are side by side, the first from left chain segment 22 can be rotated with the rotation of left chain body 21; The second from left chain segment 23 is connected to a side of left chain body 21, and the second from left chain segment 23 and left chain body 21 be side by side, and the second from left chain segment 23 can be rotated with the rotation of left chain body 21.The first from left chain segment 22 in the present embodiment and the second from left chain segment 23 are the same sides that are positioned at left chain body 21, and the first from left chain segment 22 and the second from left chain segment 23 are evenly distributed on left chain body 21, the first from left chain segment 22 in the utility model and the second from left chain segment 23 are in fact all one section of chains.
In the present embodiment, the bottom vertical of the first from left push rod 24 is fixed in the first from left chain segment 22, said vertical herein, refer to when the first from left chain segment 22 is during in straight configuration, and between the first from left push rod 24 and the first from left chain segment 22, be vertical.The first from left push rod 24 in the present embodiment is cylindrical structural, and the diameter of the first from left push rod 24 is 0.6-0.8cm, is preferably 0.7cm, and the height of this first from left push rod 24 is 3-4cm, is preferably 3.5cm.
In the present embodiment, the bottom vertical of the second from left push rod 25 is fixed in the second from left chain segment 23, said vertical herein, refer to when the second from left chain segment 23 is during in straight configuration, and between the second from left push rod 25 and the second from left chain segment 23, be vertical.The second from left push rod 25 in the present embodiment is cylindrical structural, and the diameter of the second from left push rod 25 is 0.6-0.8cm, is preferably 0.7cm, and the height of this second from left push rod 25 is 3-4cm, is preferably 3.5cm.
Left chain body 21 in the present embodiment is arranged on left driving gear 3 and left driven gear 4, when left driving gear 3 rotates under the effect of drive motor 19, can drive left chain body 21 and left driven gear 4 to rotate.In the present embodiment, the upper shelf of left chain body 21 is on the first from left strut bar 5, and play a supporting role in the top of 5 pairs of left chain bodies 21 of the first from left strut bar, greatly improved the firmness of structure.The first from left chain segment 22 in the present embodiment and the second from left chain segment 23 all coordinate with the second from left strut bar 6, when left chain body 21 rotates, in the process that the first from left chain segment 22 and the second from left chain segment 23 are rotated with left chain body 21, the first from left chain segment 22 can frame on the second from left strut bar 6, the second from left chain segment 23 also can frame on the second from left strut bar 6, thereby further improved structure firmness.
No. one, right side strut bar 10 in the present embodiment and right No. two strut bars 11 are all fixed on support 1, between No. one, this right side strut bar 10 and right No. two strut bars 11, are parallel to each other.Right driven gear 9 in the present embodiment is arranged on support 1, and right driven gear 9 can rotate on support 1.No. one, right side strut bar 10 in the present embodiment is between right driving gear 8 and right driven gear 9, and one end of a right strut bar 10 is near right driving gear 8, the other end of this strut bar 10 in right side is near right driven gear 9, but a right strut bar 10 does not affect the rotation of right driving gear 8 and right driven gear 9.
Right chain 7 in the present embodiment comprises right chain body 71, a right chain segment 72, right No. two chain segment 73, a right push rod 74 and right No. two push rods 75, and wherein, a right push rod 74 and right No. two push rods 75 are stainless steel.Right chain body 71 in the present embodiment is loop configuration, and right chain body 71 is an end to end circle, and when right chain body 71 is after to two gears, right chain body 71 can rotate with the rotation of gear.
No. one, right side chain segment 72 in the present embodiment and right No. two chain segment 73 are all connected to a side of right chain body 71 side by side, a right chain segment 72 is connected to a side of right chain body 71, and a right chain segment 72 and right chain body 71 are side by side, a right chain segment 72 can be rotated with the rotation of right chain body 71; Right No. two chain segment 73 are connected to a side of right chain body 71, and right No. two chain segment 73 and right chain body 71 be side by side, and right No. two chain segment 73 can be rotated with the rotation of right chain body 71.No. one, right side chain segment in the present embodiment 72 and right No. two chain segment 73 are the same sides that are positioned at right chain body 71, and a right chain segment 72 and right No. two chain segment 73 are evenly distributed on right chain body 71, No. one, the right side chain segment 72 in the utility model and right No. two chain segment 73 are in fact all one section of chains.
In the present embodiment, the bottom vertical of a right push rod 74 is fixed in a right chain segment 72, said vertical herein, refer to when a right chain segment 72 is during in straight configuration, and between a chain segment 72 of a right push rod 74 and the right side, be vertical.No. one, right side push rod 74 in the present embodiment is cylindrical structural, and the diameter of a right push rod 74 is 0.6-0.8cm, is preferably 0.7cm, and the height of this push rod 74 in right side is 3-4cm, is preferably 3.5cm.
In the present embodiment, the bottom vertical of right No. two push rods 75 is fixed in right No. two chain segment 73, said vertical herein, refer to when right No. two chain segment 73 are during in straight configuration, and between No. two chain segment 73 of right No. two push rods 75 and the right side, be vertical.No. two, right side push rod 75 in the present embodiment is cylindrical structural, and the diameter of right No. two push rods 75 is 0.6-0.8cm, is preferably 0.7cm, and the height of these No. two push rods 75 in right side is 3-4cm, is preferably 3.5cm.
Right chain body 71 in the present embodiment is arranged on right driving gear 8 and right driven gear 9, when right driving gear 8 rotates under the effect of drive motor 19, can drive right chain body 71 and right driven gear 9 to rotate.In the present embodiment, the upper shelf of right chain body 71 is on a right strut bar 10, and play a supporting role in the top of 10 pairs of right chain bodies 71 of a right strut bar, greatly improved the firmness of structure.No. one, right side chain segment 72 in the present embodiment and right No. two chain segment 73 all coordinate with right No. two strut bars 11, when right chain body 71 rotates, in the process that a right chain segment 72 and right No. two chain segment 73 are rotated with right chain body 71, a right chain segment 72 can frame on right No. two strut bars 11, right No. two chain segment 73 also can frame on right No. two strut bars 11, thereby further improved structure firmness.
Left chain body 21 and right chain body 71 in the present embodiment are parallel to each other, the position of the first from left push rod 24 is corresponding with the position of a right push rod 74, the position of the second from left push rod 25 is corresponding with the position of right No. two push rods 75, in the process that left chain body 21 and right chain body 71 are rotating, the first from left push rod 24 and a right push rod 74 can withstand on tire chrysanthemum material frame simultaneously, and the second from left push rod 25 and right No. two push rods 75 also can withstand on tire chrysanthemum material frame simultaneously.
Left support bar 14 in the present embodiment and right support bar 15 are all fixed on support 1, and this left support bar 14 and right support bar 15 are parallel to each other, and left chain body 21 and right chain body 71 are all between left support bar 14 and right support bar 15.The top of the left support bar 14 in the present embodiment and the top of left chain body 21 flush, the top of the top of right support bar 15 and right chain body 71 flushes, during use, the bottom of tire chrysanthemum material frame is placed on the top of left support bar 14, right support bar 15, left chain body 21 and right chain body 71, left support bar 14 and right support bar 15 can be played a supporting role to tire chrysanthemum material frame, when especially the tire chrysanthemum material frame of stack is more, more can embody supporting role, ensure that left chain body 21 and right chain body 71 rotate flexibly and effectively.Left limit plate 12 in the present embodiment and the height of right limit plate 13 are 0.5-1.2m, left limit plate 12 is vertically fixed on left support bar 14, right limit plate 13 is vertically fixed on right support bar 15, left limit plate 12 and right limit plate 13 are parallel to each other, during use, the tire chrysanthemum material frame stacking up is just placed between left limit plate 12 and right limit plate 13, and the sway of 13 pairs of tire chrysanthemum material frames of left limit plate 12 and right limit plate has been carried out spacing.
Tire chrysanthemum material frame load transfer device in the present embodiment is for delivery of the tire chrysanthemum material frame in fixation machine for chrysanthemum, belong to parts in fixation machine for chrysanthemum, during use, drive motor 19 drives left driving gear 3 and right driving gear 8 to rotate, the rotation of left driving gear 3 can drive left chain body 21 to rotate, the rotation of right driving gear 8 can drive right chain body 71 to rotate, after the stack of tire chrysanthemum material frame, be placed on left chain body 21, right chain body 71, the top of left chain body 21 and right chain body 71, wherein, left chain body 21 and right chain body 71 have played main supporting role, the tire chrysanthemum material frame stacking up is between left limit plate 12 and right limit plate 13, the sway of 13 pairs of tire chrysanthemum material frames of left limit plate 12 and right limit plate has been carried out spacing.In the tire chrysanthemum material frame stacking up, except a tire chrysanthemum material frame of below, all the other tire chrysanthemum material frames are all withstood by extraneous blend stop in the direction along left chain body 21 and 71 rotations of right chain body, at left chain body 21 and right chain body 71, turn to behind certain position, the first from left push rod 24 and a right push rod 74, or the second from left push rod 25 and right No. two push rods 75 can withstand on a tire chrysanthemum material frame of below, tire chrysanthemum material frame of below is moved with the rotation of left chain body 21 and right chain body 71, thereby realize the object of carrying the tire chrysanthemum material frame in fixation machine for chrysanthemum.
In addition, it should be noted that, the specific embodiment described in this specification sheets, the shape of its parts and components, institute's title of being named etc. can be different, and the above content described in this specification sheets is only to the explanation of the utility model structure example.All equivalence variation or simple change of doing according to described structure, feature and the principle of the utility model patent design, are included in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various modifications or supplements or adopt similar mode to substitute described specific embodiment; only otherwise depart from structure of the present utility model or surmount this scope as defined in the claims, all should belong to protection domain of the present utility model.

Claims (6)

1. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum, is characterized in that: comprise support, left chain, left driving gear, left driven gear, the first from left strut bar, the second from left strut bar, right chain, right driving gear, right driven gear, a right strut bar, right No. two strut bars, left limit plate, right limit plate, left support bar, right support bar, axle drive shaft, drive wheel, rotating band and drive motor, described axle drive shaft is rack-mount, described left driving gear, right driving gear and drive wheel are all fixed on axle drive shaft, described drive motor is rack-mount, described rotating band is connected on drive wheel and drive motor, described the first from left strut bar and the second from left strut bar are all fixed on support, this the first from left strut bar and the second from left strut bar are parallel to each other, described left driven gear is rack-mount, and described the first from left strut bar is between left driving gear and left driven gear, and described left chain comprises left chain body, the first from left chain segment, the second from left chain segment, the first from left push rod and the second from left push rod, described left chain body is loop configuration, described the first from left chain segment and the second from left chain segment are all connected to a side of left chain body side by side, this the first from left chain segment and the second from left chain segment are evenly distributed on left chain body, the bottom vertical of described the first from left push rod is fixed in the first from left chain segment, this the first from left push rod is cylindrical structural, the diameter of described the first from left push rod is 0.6-0.8cm, the height of this first from left push rod is 3-4cm, the bottom vertical of described the second from left push rod is fixed in the second from left chain segment, this the second from left push rod is cylindrical structural, the diameter of described the second from left push rod is 0.6-0.8cm, the height of this second from left push rod is 3-4cm, described left chain body is arranged on left driving gear and left driven gear, the upper shelf of this left chain body is on the first from left strut bar, described the first from left chain segment and the second from left chain segment all coordinate with the second from left strut bar, a described right strut bar and right No. two strut bars are all fixed on support, No. one, this right side strut bar and right No. two strut bars are parallel to each other, described right driven gear is rack-mount, a described right strut bar is between right driving gear and right driven gear, described right chain comprises right chain body, a right chain segment, right No. two chain segment, a right push rod and right No. two push rods, described right chain body is loop configuration, a described right chain segment and right No. two chain segment are all connected to a side of right chain body side by side, No. one, this right side chain segment and right No. two chain segment are evenly distributed on right chain body, the bottom vertical of a described right push rod is fixed in a right chain segment, No. one, this right side push rod is cylindrical structural, the diameter of a described right push rod is 0.6-0.8cm, the height of this push rod in right side is 3-4cm, the bottom vertical of described right No. two push rods is fixed in right No. two chain segment, No. two, this right side push rod is cylindrical structural, the diameter of described right No. two push rods is 0.6-0.8cm, the height of these No. two push rods in right side is 3-4cm, described right chain body is arranged on right driving gear and right driven gear, the upper shelf of this right chain body is on a right strut bar, a described right chain segment and right No. two chain segment all coordinate with right No. two strut bars, described left chain body and right chain body are parallel to each other, described left support bar and right support bar are all fixed on support, this left support bar and right support bar are parallel to each other, described left chain body and right chain body are all between left support bar and right support bar, the top of the top of described left support bar and left chain body flushes, the top of the top of described right support bar and right chain body flushes, described left limit plate is vertically fixed on left support bar, described right limit plate is vertically fixed on right support bar, and described left limit plate and right limit plate are parallel to each other.
2. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum according to claim 1, is characterized in that: described the first from left push rod and the second from left push rod are stainless steel.
3. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum according to claim 1, is characterized in that: described the first from left strut bar and the second from left strut bar are stainless steel.
4. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum according to claim 1, is characterized in that: a described right push rod and right No. two push rods are stainless steel.
5. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum according to claim 1, is characterized in that: a described right strut bar and right No. two strut bars are stainless steel.
6. the tire chrysanthemum material frame load transfer device in fixation machine for chrysanthemum according to claim 1, is characterized in that: the height of described left limit plate and right limit plate is 0.5-1.2m.
CN201320676185.9U 2013-10-30 2013-10-30 Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine Expired - Fee Related CN203544920U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320676185.9U CN203544920U (en) 2013-10-30 2013-10-30 Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320676185.9U CN203544920U (en) 2013-10-30 2013-10-30 Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine

Publications (1)

Publication Number Publication Date
CN203544920U true CN203544920U (en) 2014-04-16

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CN201320676185.9U Expired - Fee Related CN203544920U (en) 2013-10-30 2013-10-30 Chrysanthemum bud material frame conveying equipment used in chrysanthemum de-enzyme machine

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