CN203897191U - Fixation device in chrysanthemum fixation machine - Google Patents
Fixation device in chrysanthemum fixation machine Download PDFInfo
- Publication number
- CN203897191U CN203897191U CN201420325466.4U CN201420325466U CN203897191U CN 203897191 U CN203897191 U CN 203897191U CN 201420325466 U CN201420325466 U CN 201420325466U CN 203897191 U CN203897191 U CN 203897191U
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- frame
- fixed
- discharge frame
- chrysanthemum
- limit ring
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Abstract
The utility model relates to a fixation device in a chrysanthemum fixation machine. The device comprises a rack, a vibrating discharge device, a fixation steam chamber, a driving roll, a driven roll and a conveying belt, wherein the upper half of the conveying belt is arranged in the fixation steam chamber; the lower half of the conveying belt is arranged right below the fixation steam chamber; the vibrating discharge device comprises a front beam, a rotating shaft, a rear beam, an eccentric wheel, a rear vibrating spring, an upper discharge frame, a drive arm, an upper locating pin, a lower locating pin, a left limit ring, a right limit ring, a top connecting ring, a bottom connecting ring, a left front vibrating spring, a right front vibrating spring, a left fixing rod and a right fixing rod; one end of the upper locating pin is fixed at the other side of the eccentric wheel; the lower locating pin is sequentially sheathed in the left limit ring, the bottom connecting ring and the right limit ring; both the front beam and the rear beam are fixed on the rack; the discharge end of the conveying belt is arranged right above the discharge frame. By means of the device disclosed by the utility model, chrysanthemum after being subjected to fixation can be effectively uniformly distributed from the conveying belt to a chrysanthemum frame and the working efficiency is increased.
Description
Technical field
The utility model relates to a kind of steaming apparatus, especially relate to the steaming apparatus in a kind of fixation machine for chrysanthemum, belong to parts in fixation machine for chrysanthemum, be exclusively used in fixation machine for chrysanthemum, chrysanthemum after completing is after conveyer belt falls, chrysanthemum is distributed on chrysanthemum frame uniformly by this steaming apparatus, the utility model had both been applicable to tire chrysanthemum, was applicable to again a chrysanthemum.
Background technology
The chrysanthemum that at present conventional fixation machine for chrysanthemum normally first completes needs is placed in chrysanthemum frame, then the chrysanthemum frame that fills chrysanthemum is transported in the steam chest of fixation machine for chrysanthemum and completes, and after completing and finishing, exports in steam chest filling in the chrysanthemum frame of chrysanthemum.Because the operation that completes to chrysanthemum is now carried out in the lump with chrysanthemum frame, the effect that completes is poor, and steam utilization is not high.The chrysanthemum that also has some fixation machine for chrysanthemums directly needs to be completed is now placed in the operation that completes on conveyer belt, but owing to there is no the steaming apparatus of reasonable in design, cause the chrysanthemum completing after finishing to be difficult to be distributed to uniformly chrysanthemum frame from conveyer belt, reduce operating efficiency, brought greater inconvenience to production.Also do not have at present one to be both applicable to tire chrysanthemum, be applicable to again the steaming apparatus in the fixation machine for chrysanthemum of a chrysanthemum.
Utility model content
The purpose of this utility model is to overcome above shortcomings in prior art, and provide a kind of reasonable in design, easy to use, can effectively the chrysanthemum completing after finishing evenly, be effectively distributed to chrysanthemum frame from conveyer belt, be conducive to increase work efficiency, both be applicable to tire chrysanthemum, be applicable to again the steaming apparatus in the fixation machine for chrysanthemum of a chrysanthemum.
The technical scheme in the invention for solving the above technical problem is: the design feature of the steaming apparatus in this fixation machine for chrysanthemum is: comprise frame, vibration drawing mechanism, steam chest completes, drive roll, driven voller and conveyer belt, the described steam chest that completes is fixed in frame, described drive roll and driven voller are installed in frame, this drive roll and driven voller lay respectively at the front end of the rear end of the steam chest that completes and the steam chest that completes, described conveyer belt is connected on drive roll and driven voller, the first half of described conveyer belt is arranged in the steam chest that completes, the latter half of this conveyer belt be positioned at the steam chest that completes under, described vibration drawing mechanism comprises front-axle beam, a bearing block, No. two bearing blocks, rotating shaft, the back rest, eccentric wheel, after vibration spring, top discharge frame, transmission arm, upper alignment pin, lower alignment pin, left limit ring, right limit ring, top connecting ring, bottom connecting ring, a pedestal, No. two pedestals, left front vibrating spring, right front vibrating spring, left fixed bar, right fixed bar, bottom discharge frame, left front post, right front post and rear pillar, the two ends of described left fixed bar are separately fixed at the left end of front-axle beam and the left end of the back rest, the two ends of described right fixed bar are separately fixed at the right-hand member of front-axle beam and the right-hand member of the back rest, a described pedestal and No. two pedestals are all fixed on front-axle beam, a described bearing block and No. two bearing blocks are separately fixed on a pedestal and No. two pedestals, described rotating shaft is arranged on a bearing block and No. two bearing blocks by bearing, a described eccentric side is fixed on one end of rotating shaft, one end of described upper alignment pin is fixed on eccentric opposite side, described top connecting ring and bottom connecting ring are separately fixed at the top and bottom of transmission arm, described upper set pin sleeve is contained in the connecting ring of top, alignment pin and top connecting ring matched in clearance on this, front-end and back-end in described top discharge frame are respectively arranged with front end frame and upper rear end frame, upper mesh in this top discharge frame is the square structure of length of side 4-5cm, described left limit ring and right limit ring are all fixed on the upper front end frame of top discharge frame, described bottom connecting ring is between left limit ring and right limit ring, described lower alignment pin is sleeved in left limit ring, bottom connecting ring and right limit ring successively, this lower alignment pin and bottom connecting ring matched in clearance, the upper end of described left front vibrating spring and the upper end of right front vibrating spring are all fixed on front-axle beam, the lower end of this left front vibrating spring and the lower end of right front vibrating spring are all fixed on the upper front end frame of top discharge frame, the upper end of described after vibration spring is fixed on the back rest, and the lower end of this after vibration spring is fixed on the upper rear end frame of top discharge frame, front-end and back-end in described bottom discharge frame are respectively arranged with lower front end frame and lower rear end frame, lower mesh in this bottom discharge frame is the square structure of length of side 4-5cm, the upper end of described left front post and the upper end of right front post are all fixed on the upper front end frame of top discharge frame, the lower end of this left front post and the lower end of right front post are all fixed on the lower front end frame of bottom discharge frame, the upper end of described rear pillar is fixed on the upper rear end frame of top discharge frame, and the lower end of this rear pillar is fixed on the lower rear end frame of bottom discharge frame, described front-axle beam and the back rest are all fixed in frame, the discharging end of described conveyer belt be positioned at discharging frame directly over.
As preferably, all horizontal structures of top discharge frame described in the utility model and bottom discharge frame, distance between this top discharge frame and bottom discharge frame is 10-15cm, and the lower mesh in the vertical direction dislocation in the upper mesh in described top discharge frame and bottom discharge frame is arranged.
As preferably, the lower end of left front vibrating spring described in the utility model is near the left end of upper front end frame, and the lower end of described right front vibrating spring is near the right-hand member of upper front end frame, and the lower end of described after vibration spring is positioned at the middle part of rear end frame; Described left front post, right front post and rear pillar lay respectively at left front vibrating spring, right front vibrating spring and after vibration spring under.
As preferably, rotating shaft described in the utility model is horizontal structure.
As preferably, left fixed bar described in the utility model and right fixed bar parallel.
As preferably, a pedestal described in the utility model and No. two pedestals are all fixed on the front side of front-axle beam.
As preferably, left limit ring described in the utility model and right limit ring parallel.
As preferably, front-axle beam described in the utility model, right fixed bar, the back rest and left fixed bar head and the tail are in turn connected to form rectangle structure.
The utility model compared with prior art, have the following advantages and effect: reasonable in design, scientific arrangement, easy to use, can effectively the chrysanthemum completing after finishing be distributed to chrysanthemum frame uniformly from conveyer belt, be conducive to increase work efficiency, when use, rotate by external force drive shaft, rotate by rotating shaft band movable eccentric wheel, drive upper alignment pin along eccentric eccentric orbiting motion by eccentric wheel again, upper alignment pin drives top connecting ring successively, transmission arm, bottom connecting ring and the motion of lower alignment pin, finally by left limit ring and the moving top discharge frame of right limit endless belt and bottom discharge frame up-down vibration, at left front vibrating spring, under the acting in conjunction of right front vibrating spring and after vibration spring, make the vibration of top discharge frame and bottom discharge frame more effective, after the chrysanthemum on conveyer belt drops on top discharge frame and bottom discharge frame successively, can be effective, from bottom discharge frame, mesh leaks down uniformly, finally drop in the chrysanthemum frame being fed forward, through the acting in conjunction of top discharge frame and bottom discharge frame, make tire chrysanthemum after completing or a chrysanthemum by dual evenly, both by top discharge frame uniform discharge, again by bottom discharge frame uniform discharge, finally drop in the chrysanthemum frame being fed forward chrysanthemum more even.Upper alignment pin in the utility model and top connecting ring matched in clearance, lower alignment pin and bottom connecting ring matched in clearance, make transmission more flexible, transmission better effects if.The utility model had both been applicable to tire chrysanthemum, was applicable to again a chrysanthemum, widely applicable.
The first half of the utility model conveyer belt is arranged in the steam chest that completes, the latter half of conveyer belt be positioned at the steam chest that completes under, be that conveyer belt surrounds the steam chest bottom that completes, the chrysanthemum that need to complete is directly layered on conveyer belt, and enter and complete in steam chest with conveyer belt, carry toward rear end from the front end of the steam chest that completes, complete in steam chest and be full of high-temperature steam, part high-temperature steam directly completes to the chrysanthemum on conveyer belt, another part high-temperature steam completes to the chrysanthemum on conveyer belt after penetrating conveyer belt again, because chrysanthemum is directly placed on conveyer belt and completes, complete evenly, complete effective, the space of steam chest is conducive to reduce to complete, improve the utilization rate of steam.
Brief description of the drawings
Fig. 1 is the main TV structure schematic diagram of the steaming apparatus in the utility model embodiment fixation machine for chrysanthemum.
Fig. 2 is the right TV structure schematic diagram removing in Fig. 1 after vibration drawing mechanism.
Fig. 3 is the main TV structure schematic diagram that vibrates drawing mechanism in the utility model embodiment.
Fig. 4 is the left TV structure schematic diagram of Fig. 3.
Fig. 5 is the backsight structural representation of Fig. 3.
Fig. 6 is the plan structure schematic diagram of Fig. 3.
Fig. 7 is the structural representation of the utility model embodiment top discharge frame.
Fig. 8 is the structural representation of the utility model embodiment bottom discharge frame.
Detailed description of the invention
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 Fig. 8, the steaming apparatus in the present embodiment fixation machine for chrysanthemum comprises frame, vibration drawing mechanism I, the steam chest 27 that completes, drive roll 28, driven voller 29 and conveyer belt 30, and wherein, the steam chest 27 that completes is fixed in frame.
Drive roll 28 and driven voller 29 in the present embodiment are installed in frame, and this drive roll 28 and driven voller 29 lay respectively at the front end of the rear end of the steam chest 27 that completes and the steam chest 27 that completes, and drive roll 28 and driven voller 29 all can freely rotate.Conveyer belt 30 in the present embodiment is connected on drive roll 28 and driven voller 29, the first half of conveyer belt 30 is arranged in the steam chest 27 that completes, the latter half of this conveyer belt 30 be positioned at the steam chest 27 that completes under, in the time that external force drives drive roll 28 to rotate, drive roll 28 can rotate by driving conveying belt 30, then drives driven voller 29 to rotate by conveyer belt 30.In the utility model, the said front end that completes steam chest 27 refers to that chrysanthemum enters the one end while completing steam chest 27, the complete rear end of steam chest 27 refers to one end when chrysanthemum is exported from the steam chest 27 that completes, and the Zhe Liangge position, rear end of the front end of the steam chest 27 that completes and the steam chest 27 that completes is common practise to those skilled in the art.
The first half of the present embodiment conveyer belt 30 is arranged in the steam chest 27 that completes, the chrysanthemum that need to complete is directly layered on conveyer belt 30, and enter and complete in steam chest 27 with conveyer belt 30, carry toward rear end from the front end of the steam chest 27 that completes, complete in steam chest 27 and be full of high-temperature steam, part high-temperature steam directly completes to the chrysanthemum on conveyer belt 30, another part high-temperature steam completes to the chrysanthemum on conveyer belt 30 after penetrating conveyer belt 30 again, because being directly placed on conveyer belt 30, chrysanthemum completes, complete evenly, complete effective, the space of steam chest 27 is conducive to reduce to complete, improve the utilization rate of steam.
The latter half of the present embodiment conveyer belt 30 be positioned at the steam chest 27 that completes under, be that conveyer belt 30 surrounds steam chest 27 bottoms that complete, when the chrysanthemum completing after finishing is after conveyer belt 30 outputs, this section of conveyer belt 30 is in the outer conveying of steam chest 27 that completes, reenter and complete in steam chest 27 after the front end of steam chest 27 until arrival completes, be conducive to extend the service life of conveyer belt 30.Conveyer belt 30 used in the utility model can be penetrated by steam, when a part of steam flows from the bottom up, the chrysanthemum being positioned on conveyer belt 30 is completed through after conveyer belt 30 again.
Vibration drawing mechanism I in the present embodiment comprises front-axle beam 1, a bearing block 2, No. two bearing blocks 3, rotating shaft 4, the back rest 5, eccentric wheel 6, after vibration spring 7, top discharge frame 8, transmission arm 9, upper alignment pin 10, lower alignment pin 11, left limit ring 12, right limit ring 13, top connecting ring 15, bottom connecting ring 16, a pedestal 17, No. two pedestals 18, left front vibrating spring 19, right front vibrating spring 20, left fixed bar 21, right fixed bar 22, bottom discharge frame 23, left front post 24, right front post 25 and rear pillar 26.
The two ends of the left fixed bar 21 of the present embodiment are separately fixed at the left end of front-axle beam 1 and the left end of the back rest 5, the two ends of right fixed bar 22 are separately fixed at the right-hand member of front-axle beam 1 and the right-hand member of the back rest 5, left fixed bar 21 and right fixed bar 22 parallel, and front-axle beam 1, right fixed bar 22, the back rest 5 and left fixed bar 21 head and the tail are in turn connected to form rectangle structure.
A pedestal 17 and No. two pedestals 18 in the present embodiment are all fixed on front-axle beam 1, and under normal circumstances, pedestal 17 and No. two pedestals 18 are positioned at the forward position of front-axle beam 1.A bearing block 2 and No. two bearing blocks 3 are separately fixed on a pedestal 17 and No. two pedestals 18, and rotating shaft 4 is arranged on a bearing block 2 and No. two bearing blocks 3 by bearing, and rotating shaft 4 can be rotated, and under normal circumstances, rotating shaft 4 is horizontal structure.
In the present embodiment, a side of eccentric wheel 6 is fixed on one end of rotating shaft 4, and one end of upper alignment pin 10 is fixed on the opposite side of eccentric wheel 6.Top connecting ring 15 in the present embodiment and bottom connecting ring 16 are separately fixed at the top and bottom of transmission arm 9, upper alignment pin 10 is sleeved in top connecting ring 15, alignment pin 10 and top connecting ring 15 matched in clearance on this, making can be movable flexibly between top connecting ring 15 and upper alignment pin 10.
Front-end and back-end in the present embodiment top discharge frame 8 are respectively arranged with front end frame 81 and upper rear end frame 82, are provided with mesh 83 in top discharge frame 8, and the upper mesh 83 in this top discharge frame 8 is the square structure of length of side 4-5cm.The present embodiment left limit ring 12 and right limit ring 13 are all fixed on the upper front end frame 81 of top discharge frame 8, left limit ring 12 and right limit ring 13 parallel, bottom connecting ring 16 is between left limit ring 12 and right limit ring 13, lower alignment pin 11 is sleeved in left limit ring 12, bottom connecting ring 16 and right limit ring 13 successively, this lower alignment pin 11 and bottom connecting ring 16 matched in clearance, making can be movable flexibly between bottom connecting ring 16 and lower alignment pin 11.On the present embodiment, alignment pin 10 and lower alignment pin 11 are horizontal structure.
The upper end of the left front vibrating spring 19 of the present embodiment and the upper end of right front vibrating spring 20 are all fixed on front-axle beam 1, the lower end of the lower end of this left front vibrating spring 19 and right front vibrating spring 20 is all fixed on the upper front end frame 81 of top discharge frame 8, the upper end of after vibration spring 7 is fixed on the back rest 5, and the lower end of this after vibration spring 7 is fixed on the upper rear end frame 82 of top discharge frame 8.Under the acting in conjunction of left front vibrating spring 19, right front vibrating spring 20 and after vibration spring 7, the chrysanthemum through completing after operation that makes to be positioned on top discharge frame 8 can drop from upper mesh 83 comparatively uniformly.
Front-end and back-end in the present embodiment bottom discharge frame 23 are respectively arranged with lower front end frame 31 and lower rear end frame 32, lower mesh 33 in this bottom discharge frame 23 is the square structure of length of side 4-5cm, the upper end of the upper end of left front post 24 and right front post 25 is all fixed on the upper front end frame 81 of top discharge frame 8, and the lower end of the lower end of this left front post 24 and right front post 25 is all fixed on the lower front end frame 31 of bottom discharge frame 23.The upper end of the present embodiment rear pillar 26 is fixed on the upper rear end frame 82 of top discharge frame 8, and the lower end of this rear pillar 26 is fixed on the lower rear end frame 32 of bottom discharge frame 23.
All horizontal structures of the present embodiment top discharge frame 8 and bottom discharge frame 23, bottom discharge frame 23 be positioned at top discharge frame 8 under, distance L between this top discharge frame 8 and bottom discharge frame 23 is conventionally between 10-15cm, and the lower mesh 33 in the vertical direction dislocation in upper mesh 83 and bottom discharge frame 23 in top discharge frame 8 are arranged.
Under normal circumstances, the lower end of the left front vibrating spring 19 of the present embodiment is near the left end of upper front end frame 81, and the lower end of right front vibrating spring 20 is near the right-hand member of upper front end frame 81, and the lower end of after vibration spring 7 is positioned at the middle part of rear end frame 82.Left front post 24, right front post 25 and rear pillar 26 lay respectively at left front vibrating spring 19, right front vibrating spring 20 and after vibration spring 7 under.
Front-axle beam 1 and the back rest 5 in the present embodiment are all fixed in frame, the discharging end of conveyer belt 30 be positioned at discharging frame 8 directly over, in the utility model, the discharging end of said conveyer belt 30 refers to that the chrysanthemum completing after finishing leaves one end of conveyer belt 30, chrysanthemum drops in discharging frame 8 after leaving conveyer belt 13, and the particular location of the discharging end of conveyer belt 30 is common practise to those skilled in the art.
Steaming apparatus in the utility model is exclusively used in fixation machine for chrysanthemum, belongs to parts in fixation machine for chrysanthemum, has both been applicable to tire chrysanthemum, is applicable to again a chrysanthemum, widely applicable.The reasonable in design of this steaming apparatus, easy to use, can effectively the tire chrysanthemum or the chrysanthemum that complete after finishing be distributed to chrysanthemum frame uniformly from conveyer belt 30, be conducive to increase work efficiency, when use, rotate by external force drive shaft 4, be with movable eccentric wheel 6 to rotate by rotating shaft 4, drive the eccentric orbiting motion of upper alignment pin 10 along eccentric wheel 6 by eccentric wheel 6 again, upper alignment pin 10 drives top connecting ring 15 successively, transmission arm 9, bottom connecting ring 16 and lower alignment pin 11 move, lower alignment pin 11 drives left limit ring 12 and right limit ring 13 to move, finally driven upper front end frame 81 up-down vibration of top discharge frame 8 by left limit ring 12 and right limit ring 13, at left front vibrating spring 19, under the acting in conjunction of right front vibrating spring 20 and after vibration spring 7, make the vibration of top discharge frame 8 more effective, after being positioned at chrysanthemum on conveyer belt 30 and dropping on top discharge frame 8 after finishing when completing, chrysanthemum can be effective, from top discharge frame 8, mesh 83 leaks down comparatively uniformly, thereby drop on bottom discharge frame 23, at left front vibrating spring 19, under the acting in conjunction of right front vibrating spring 20 and after vibration spring 7, bottom discharge frame 23 is with 8 synchronous vibrations of top discharge frame, the chrysanthemum being positioned on bottom discharge frame 23 can be effective, from top discharge frame 8, mesh 83 leaks down uniformly, finally drop in the chrysanthemum frame of walking at the uniform velocity forward.
In addition, it should be noted that, the specific embodiment described in this description, shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this description 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 amendments 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 (8)
1. the steaming apparatus in a fixation machine for chrysanthemum, it is characterized in that: comprise frame, vibrate drawing mechanism, the steam chest that completes, drive roll, driven voller and conveyer belt, the described steam chest that completes is fixed in frame, described drive roll and driven voller are installed in frame, this drive roll and driven voller lay respectively at the front end of the rear end of the steam chest that completes and the steam chest that completes, described conveyer belt is connected on drive roll and driven voller, the first half of described conveyer belt is arranged in the steam chest that completes, the latter half of this conveyer belt be positioned at the steam chest that completes under, described vibration drawing mechanism comprises front-axle beam, a bearing block, No. two bearing blocks, rotating shaft, the back rest, eccentric wheel, after vibration spring, top discharge frame, transmission arm, upper alignment pin, lower alignment pin, left limit ring, right limit ring, top connecting ring, bottom connecting ring, a pedestal, No. two pedestals, left front vibrating spring, right front vibrating spring, left fixed bar, right fixed bar, bottom discharge frame, left front post, right front post and rear pillar, the two ends of described left fixed bar are separately fixed at the left end of front-axle beam and the left end of the back rest, the two ends of described right fixed bar are separately fixed at the right-hand member of front-axle beam and the right-hand member of the back rest, a described pedestal and No. two pedestals are all fixed on front-axle beam, a described bearing block and No. two bearing blocks are separately fixed on a pedestal and No. two pedestals, described rotating shaft is arranged on a bearing block and No. two bearing blocks by bearing, a described eccentric side is fixed on one end of rotating shaft, one end of described upper alignment pin is fixed on eccentric opposite side, described top connecting ring and bottom connecting ring are separately fixed at the top and bottom of transmission arm, described upper set pin sleeve is contained in the connecting ring of top, alignment pin and top connecting ring matched in clearance on this, front-end and back-end in described top discharge frame are respectively arranged with front end frame and upper rear end frame, upper mesh in this top discharge frame is the square structure of length of side 4-5cm, described left limit ring and right limit ring are all fixed on the upper front end frame of top discharge frame, described bottom connecting ring is between left limit ring and right limit ring, described lower alignment pin is sleeved in left limit ring, bottom connecting ring and right limit ring successively, this lower alignment pin and bottom connecting ring matched in clearance, the upper end of described left front vibrating spring and the upper end of right front vibrating spring are all fixed on front-axle beam, the lower end of this left front vibrating spring and the lower end of right front vibrating spring are all fixed on the upper front end frame of top discharge frame, the upper end of described after vibration spring is fixed on the back rest, and the lower end of this after vibration spring is fixed on the upper rear end frame of top discharge frame, front-end and back-end in described bottom discharge frame are respectively arranged with lower front end frame and lower rear end frame, lower mesh in this bottom discharge frame is the square structure of length of side 4-5cm, the upper end of described left front post and the upper end of right front post are all fixed on the upper front end frame of top discharge frame, the lower end of this left front post and the lower end of right front post are all fixed on the lower front end frame of bottom discharge frame, the upper end of described rear pillar is fixed on the upper rear end frame of top discharge frame, and the lower end of this rear pillar is fixed on the lower rear end frame of bottom discharge frame, described front-axle beam and the back rest are all fixed in frame, the discharging end of described conveyer belt be positioned at discharging frame directly over.
2. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, it is characterized in that: all horizontal structures of described top discharge frame and bottom discharge frame, distance between this top discharge frame and bottom discharge frame is 10-15cm, and the lower mesh in the vertical direction dislocation in the upper mesh in described top discharge frame and bottom discharge frame is arranged.
3. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, it is characterized in that: the lower end of described left front vibrating spring is near the left end of upper front end frame, the lower end of described right front vibrating spring is near the right-hand member of upper front end frame, and the lower end of described after vibration spring is positioned at the middle part of rear end frame; Described left front post, right front post and rear pillar lay respectively at left front vibrating spring, right front vibrating spring and after vibration spring under.
4. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, is characterized in that: described rotating shaft is horizontal structure.
5. the steaming apparatus in fixation machine for chrysanthemum according to claim 2, is characterized in that: described left fixed bar and right fixed bar parallel.
6. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, is characterized in that: a described pedestal and No. two pedestals are all fixed on the front side of front-axle beam.
7. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, is characterized in that: described left limit ring and right limit ring parallel.
8. the steaming apparatus in fixation machine for chrysanthemum according to claim 1, is characterized in that: described front-axle beam, right fixed bar, the back rest and left fixed bar head and the tail are in turn connected to form rectangle structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420325466.4U CN203897191U (en) | 2014-06-18 | 2014-06-18 | Fixation device in chrysanthemum fixation machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420325466.4U CN203897191U (en) | 2014-06-18 | 2014-06-18 | Fixation device in chrysanthemum fixation machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203897191U true CN203897191U (en) | 2014-10-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420325466.4U Expired - Fee Related CN203897191U (en) | 2014-06-18 | 2014-06-18 | Fixation device in chrysanthemum fixation machine |
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| CN (1) | CN203897191U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104082479A (en) * | 2014-06-18 | 2014-10-08 | 桐乡市绿康菊业有限公司 | Enzyme-deactivating apparatus in chrysanthemum enzyme-deactivating machine |
-
2014
- 2014-06-18 CN CN201420325466.4U patent/CN203897191U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104082479A (en) * | 2014-06-18 | 2014-10-08 | 桐乡市绿康菊业有限公司 | Enzyme-deactivating apparatus in chrysanthemum enzyme-deactivating machine |
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