CN203884597U - Fixation mechanism for chrysanthemum flower fixation machine - Google Patents
Fixation mechanism for chrysanthemum flower fixation machine Download PDFInfo
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- CN203884597U CN203884597U CN201420315594.0U CN201420315594U CN203884597U CN 203884597 U CN203884597 U CN 203884597U CN 201420315594 U CN201420315594 U CN 201420315594U CN 203884597 U CN203884597 U CN 203884597U
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Abstract
The utility model relates to a fixation mechanism for a chrysanthemum flower fixation machine. The fixation mechanism is characterized by comprising a steam hood, an upper main steam pipe, a top left steam pipe, a top right steam pipe, a lower main steam pipe, a plurality of bottom steam pipes, a plurality of supporting transverse bars, a left drainage pipe, a right drainage pipe, a chrysanthemum flower fixation conveying belt, a driving roller, a driven roller, a driving roller mounting rack, a driven roller mounting rack and a uniform blanking device, wherein a plurality of ventilation holes are formed in the top of a steam chamber, the bottom steam pipes are all fixed at the bottom of the steam chamber, the ventilation holes of the top of the steam chamber are all located in the steam hood, the chrysanthemum flower fixation conveying belt is connected to the driving roller and the driven roller, an upper locating pin and a top connecting ring are in clearance fit, a left leak-proof plate and a right leak-proof plate are located below a uniform blanking mesh, and the blanking end of the chrysanthemum flower fixation conveying belt is located just above the uniform blanking mesh. The fixation mechanism has the advantages that the structural design is reasonable, the steam utilization ratio is high, and the fixation effect is good.
Description
Technical field
The utility model relates to the one mechanism that completes, and especially relates to a kind of mechanism that completes for a chrysanthemum green-keeping machine, belongs to parts in a chrysanthemum green-keeping machine, for the chrysanthemum being positioned on conveyer belt is completed, without a chrysanthemum is placed in to the frame that completes.
Background technology
The structural design of the mechanism that completes in a conventional chrysanthemum green-keeping machine is reasonable not at present, and the in-house high-temperature steam that completes is difficult to form effective convection current, and steam utilization is low, poor to the effect that completes of a chrysanthemum; In addition, have part vapor liquid and change into water in steam discharge process, the shipwreck after these liquefaction, effectively to discharge, affects the in-house temperature that completes, thereby further affects the effect that completes to a chrysanthemum.Piece chrysanthemum that chrysanthemum green-keeping machine normally first completes needs is placed in a chrysanthemum frame, then a chrysanthemum frame that fills a chrysanthemum is transported in a steam chest of chrysanthemum green-keeping machine and is completed, and after completing and finishing, exports in steam chest filling in the chrysanthemum frame of a chrysanthemum.Because the operation that completes to a chrysanthemum is now carried out in the lump with a chrysanthemum frame, the effect that completes is poor, and steam utilization is not high.
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, steam utilization is high, complete effective, water after steam liquefied can be discharged in time, can be effectively the chrysanthemum completing after finishing be distributed to the mechanism that completes for a chrysanthemum green-keeping machine a chrysanthemum frame uniformly from the chrysanthemum conveyer belt that completes.
The technical scheme in the invention for solving the above technical problem is: this mechanism that completes that is used for a chrysanthemum green-keeping machine comprises frame, blower fan, temperature sensor and steam chest, described steam chest is fixed in frame, described temperature sensor is arranged in steam chest, its design feature is: also comprise vapour hood, upper main steam pipe, top left side steam pipe, top right side steam pipe, lower main steam pipe, several bottom steam pipes, some are supported horizontal stripe, left bank water pipe, right drainpipe, piece chrysanthemum conveyer belt that completes, drive roll, driven voller, drive roll installing rack, driven voller installing rack and uniform discharge device, described steam chest is rectangular structure, the top of this steam chest is provided with multiple passages, described top left side steam pipe and top right side steam pipe are all fixed on the top of steam chest, this top left side steam pipe and top right side steam pipe are close to respectively inner left wall and the right side inwall of steam chest, the bottom of the bottom of described top left side steam pipe and top right side steam pipe is provided with several lower nozzles, this top left side steam pipe is all connected with upper main steam pipe with top right side steam pipe, described several bottom steam Guan Jun is fixed on the bottom of steam chest, be positioned at the spacing that a root bottom part steam pipe of the leftmost side and the left side wall of steam chest exist 5-15cm, be positioned at the spacing that a root bottom part steam pipe of the rightmost side and the right side wall of steam chest exist 5-15cm, bottom steam Guan Jun is connected with lower main steam pipe, the top of described bottom steam pipe is provided with multiple top nozzles, in each top nozzle, there are and only have three jet holes, these three jet holes are respectively left nozzle mouth, middle jet hole and right nozzle mouth, the axis of described middle jet hole is vertical shape structure, angle between the axis of described left nozzle mouth and the axis of middle jet hole is 30 degree angles, angle between the axis of the axis of described middle jet hole and right nozzle mouth is 30 degree angles, the axis of described left nozzle mouth, the axes intersect of the axis of middle jet hole and right nozzle mouth is in same point, this point is positioned at the inwall of bottom steam pipe, described some support horizontal stripes are all fixed on bottom steam pipe, support the height of horizontal stripe higher than the height of top nozzle, described vapour hood is fixed on steam chest, the passage at steam chest top is all positioned at vapour hood, the inwall both sides of described vapour hood are respectively arranged with left bank tank and right rhone, described left bank water pipe and right drainpipe are connected on left bank tank and right rhone, and described assembling is on vapour hood, described drive roll is arranged on the rear end of steam chest by drive roll installing rack, described driven voller is arranged on the front end of steam chest by driven voller installing rack, described chrysanthemum conveyer belt that completes is connected on drive roll and driven voller, complete the first half of conveyer belt of described chrysanthemum is arranged in steam chest, and be positioned at and support on horizontal stripe, this chrysanthemum complete the latter half of conveyer belt be positioned at steam chest under, described uniform discharge device comprises bearing block mounting rail, a bearing block, No. two bearing blocks, blanking rotating shaft, belt pulley, eccentric wheel, back-moving spring, evenly blanking net, transmission arm, upper alignment pin, lower alignment pin, spacer, blanking support bar off the net, the online positive stop strip of blanking, top connecting ring, bottom connecting ring, left Antileaking plate and right Antileaking plate, described bearing block mounting rail is fixed in frame, a described bearing block and No. two bearing blocks are all fixed on bearing block mounting rail, described blanking rotating shaft is arranged on a bearing block and No. two bearing blocks by bearing, described belt pulley is fixed on one end of blanking rotating shaft, a described eccentric side is fixed on the other end of blanking 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, mesh in described even blanking net is the square structure of length of side 3-5cm, it is online that the bottom of described spacer is fixed on even blanking, one end of described lower alignment pin is fixed on spacer, and this lower set pin sleeve is contained in the connecting ring of bottom, this lower alignment pin and bottom connecting ring matched in clearance, the upper end of described back-moving spring is fixed on the bottom of bearing block mounting rail, it is online that the lower end of this back-moving spring is fixed on even blanking, described blanking support bar off the net and the online positive stop strip of blanking are all fixed in frame, between this blanking support bar off the net and the online positive stop strip of blanking, there is spacing, described even blanking rack is on blanking support bar off the net, and this even blanking net is between blanking support bar off the net and the online positive stop strip of blanking, described left Antileaking plate and right Antileaking plate are all fixed in frame, this left Antileaking plate and right Antileaking plate are all positioned at the below of even blanking net, and left Antileaking plate and right Antileaking plate lay respectively at left side and the right side of even blanking net, the number of degrees of the angle between described left Antileaking plate and vertical plane are 50 degree, the number of degrees of the angle between described right Antileaking plate and vertical plane are 50 degree, the equitant width of projection of the projection of described even blanking net in the vertical direction and left Antileaking plate in the vertical direction is 4cm, the equitant width of projection of the projection of described even blanking net in the vertical direction and right Antileaking plate in the vertical direction is 4cm, described chrysanthemum complete the discharging end of conveyer belt be positioned at even blanking net directly over.The bottom of the bottom of top left side steam pipe and top right side steam pipe is provided with several lower nozzles, top left side steam pipe and top right side steam pipe are close to respectively inner left wall and the right side inwall of steam chest, can effectively guarantee that steam chest left side and right side have enough vapor (steam) temperatures, the entirety of the guaranteeing steam chest effect that completes, be positioned at the spacing that a root bottom part steam pipe of the leftmost side and the left side wall of steam chest exist 5-15cm, be positioned at the spacing that a root bottom part steam pipe of the rightmost side and the right side wall of steam chest exist 5-15cm, be close to respectively under the inner left wall of steam chest and the prerequisite of right side inwall at top left side steam pipe and top right side steam pipe, make steam in steam chest can be formed with the convection current of effect, the steam spraying in top left side steam pipe and top right side steam pipe flows from top to bottom along inner left wall and the right side inwall of steam chest respectively, the steam spraying in bottom steam pipe flows from the bottom up, greatly promote the effect that completes to a chrysanthemum.The top of bottom steam pipe is provided with multiple top nozzles, in each top nozzle, there are and only have three jet holes, these three jet holes are respectively left nozzle mouth, middle jet hole and right nozzle mouth, the axis of middle jet hole is vertical shape structure, angle between the axis of left nozzle mouth and the axis of middle jet hole is 30 degree angles, angle between the axis of the axis of middle jet hole and right nozzle mouth is 30 degree angles, the axis of left nozzle mouth, the axes intersect of the axis of middle jet hole and right nozzle mouth is in same point, this point is positioned at the inwall of bottom steam pipe, the scientific structure design of top nozzle, rationally, steam jeting effect is good, the steam being conducive in steam chest is uniformly distributed, and steam is even, effectively penetrate a chrysanthemum layer to be completed, promote the effect that completes.
As preferably, vapour hood described in the utility model is by left plate, right plate, left frid, right frid, front end-plate and end plate composition, the top of described left plate and the top of right plate are fixed, the bottom of this left plate and the bottom of right plate are all fixed on steam chest, the passage at steam chest top is between left plate and right plate, the bottom of described left frid is fixed on the inside bottom of left plate, between this left frid and left plate, form left bank tank, the bottom of described right frid is fixed on the inside bottom of right plate, between this right frid and right plate, form right rhone, angle between inner side and the horizontal plane of described left plate is 35 degree, angle between inner side and the horizontal plane of described right plate is 35 degree, angle between described left frid and horizontal plane is 20 degree, angle between described right frid and horizontal plane is 20 degree, described front end-plate is fixed on the front end of left plate, right plate, left frid and right frid, and described end plate is fixed on the rear end of left plate, right plate, left frid and right frid.Make thus the reasonable in design of vapour hood, steam after completing rises along vapour hood, finally export by blower fan, water after steam liquefied is along the inwall of left plate and the inwall of right plate toward dirty, flow to respectively in left bank tank and right rhone, these water can be discharged from left bank water pipe and right drainpipe timely, guarantee that the vapor (steam) temperature in steam chest is unaffected.
As preferably, top left side steam pipe described in the utility model and top right side steam pipe are all arranged along the length direction of steam chest, one that in described top left side steam pipe, is positioned at steam chest end is connected with upper main steam pipe, and one that in described top right side steam pipe, is positioned at steam chest end is connected with upper main steam pipe; Every root bottom part steam pipe is all arranged along the length direction of steam chest, and one that in every root bottom part steam pipe, is positioned at steam chest end is all connected with lower main steam pipe.Make thus the scientific arrangement of top left side steam pipe, top right side steam pipe and bottom steam pipe, rationally, vapor (steam) temperature in steam chest can form stepped, the temperature of steam chest entrance is relatively lower, raise gradually along a chrysanthemum throughput direction temperature, not only improve the utilization rate of steam, and improved the effect that completes.
As preferably, the height of steam chest described in the utility model is 20-40cm.
As preferably, bottom steam pipe described in the utility model is parallel to each other, and the spacing between adjacent two root bottom part steam pipes is 10-30cm.
As preferably, the top of top nozzle described in the utility model and the distance supporting between the bottom of horizontal stripe are 2-8cm.
As preferably, the lower nozzle on top left side steam pipe described in the utility model and top right side steam pipe all vertically down.
As preferably, even blanking net described in the utility model is made up of blanking support bar, several blanking cross bar and some blanking montants, one end of described several blanking cross bars is all fixed on blanking support bar, described some blanking montants are fixed on several blanking cross bars, and blanking cross bar and blanking montant are woven into a mesh structure.
As preferably, blanking rotating shaft described in the utility model is horizontal structure, described transmission arm is vertical shape structure, described upper alignment pin and lower alignment pin are horizontal structure, parallel between described blanking support bar off the net and the online positive stop strip of blanking, this blanking support bar off the net be positioned at the online positive stop strip of blanking under.
As preferably, back-moving spring described in the utility model is near one end of blanking support bar.
The utility model compared with prior art, has the following advantages and effect: reasonable in design, and steam utilization is high, completes effective, and the water after steam liquefied can be discharged in time, is conducive to promote the whole structure of a chrysanthemum green-keeping machine.Complete mechanism in the time of work, piece chrysanthemum exports conveying from steam chest entrance to steam chest, the steam spraying in top left side steam pipe and top right side steam pipe flows from top to bottom along inner left wall and the right side inwall of steam chest respectively, the steam spraying in bottom steam pipe flows from the bottom up, make steam in steam chest can be formed with the convection current of effect, can effectively guarantee that whole steam chest has enough vapor (steam) temperatures, the entirety of the guaranteeing steam chest effect that completes.The inwall both sides of vapour hood are respectively arranged with left bank tank and right rhone, and the water being conducive to after steam liquefied is discharged in time, guarantee the vapor (steam) temperature in steam chest.
The utility model uniform discharge device simple in structure, reasonable in design, scientific arrangement, easy to use, can be effectively the chrysanthemum completing after finishing be distributed to a chrysanthemum frame uniformly from the chrysanthemum conveyer belt that completes, be conducive to increase work efficiency, when use, rotate by external force drive pulley, drive blanking rotating shaft to rotate by belt pulley, rotate by blanking rotating shaft band movable eccentric wheel, drive upper alignment pin along eccentric deflection orbiting motion by eccentric wheel again, upper alignment pin drives top connecting ring successively, transmission arm, bottom connecting ring, lower alignment pin and spacer motion, finally drive even blanking net up-down vibration by spacer, when the chrysanthemum that a chrysanthemum completes on conveyer belt drops to after even blanking on the net, under the effect of vibration of even blanking net, from even blanking net, leak down uniformly, finally drop in the chrysanthemum frame being fed forward.
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 online positive stop strip of blanking can play effective position-limiting action to even blanking net, guarantees that even blanking net can more effectively vibrate between blanking support bar off the net and the online positive stop strip of blanking.Under the effect of back-moving spring, make the up-down vibration of even blanking net more even, be conducive to a chrysanthemum and drop into more uniformly in a chrysanthemum frame.Left Antileaking plate and right Antileaking plate are all ramp-like configuration, the chrysanthemum dropping from even blanking net left side can be caught by left Antileaking plate, be directed in a chrysanthemum frame by left Antileaking plate, the chrysanthemum dropping from even blanking net right side can be caught by right Antileaking plate, be directed in a chrysanthemum frame by right Antileaking plate, overall construction design is more reasonable.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment for the mechanism that completes of a chrysanthemum green-keeping machine.
Fig. 2 be Fig. 1 remove uniform discharge device and dwindle after right TV structure schematic diagram.
Fig. 3 removes the structural representation that a chrysanthemum completes after conveyer belt, drive roll, driven voller, drive roll installing rack and driven voller installing rack in Fig. 2.
Fig. 4 is that structure for amplifying schematic diagram is looked on a left side of Fig. 3.
Fig. 5 removes upper main steam pipe, lower main steam pipe and supports the structural representation after horizontal stripe in Fig. 4.
Fig. 6 is the plan structure schematic diagram of Fig. 3.
Fig. 7 is that the vapour hood in the utility model embodiment removes the structure for amplifying schematic diagram after front end-plate and end plate.
Fig. 8 is the structure for amplifying schematic diagram of top left side steam pipe in the utility model embodiment.
Fig. 9 is the left TV structure schematic diagram of Fig. 8.
Figure 10 is the structure for amplifying schematic diagram of bottom steam pipe in the utility model embodiment.
Figure 11 is the left TV structure schematic diagram of Figure 10.
Figure 12 is the structural representation after the amplification of D place in Figure 11.
Figure 13 is the main TV structure schematic diagram of the utility model embodiment uniform discharge device.
Figure 14 is the backsight structural representation of Figure 13.
Figure 15 is the structural representation of even blanking net in the utility model embodiment.
Figure 16 is the structural representation after the amplification of E place in Figure 13.
Figure 17 is the structural representation after the amplification of F place in Figure 13.
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 Figure 17, in the present embodiment, comprise that for the mechanism that completes of a chrysanthemum green-keeping machine frame, blower fan 1, temperature sensor 2, steam chest 3, vapour hood 4, upper main steam pipe 5, top left side steam pipe 6, top right side steam pipe 7, lower main steam pipe 8, several bottom steam pipe 9, some support horizontal stripe 10, left bank water pipe 11, right drainpipe 12, a chrysanthemum complete conveyer belt 13, drive roll 14, driven voller 15, drive roll installing rack 16, driven voller installing rack 17 and uniform discharge device I, wherein, temperature sensor 2 is arranged in steam chest 3.
Steam chest 3 in the present embodiment is rectangular structure, this steam chest 3 is fixed in frame, the top of steam chest 3 is provided with multiple passages, top left side steam pipe 6 and top right side steam pipe 7 are all fixed on the top of steam chest 3, this top left side steam pipe 6 and top right side steam pipe 7 are close to respectively inner left wall and the right side inwall of steam chest 3, the bottom of the bottom of top left side steam pipe 6 and top right side steam pipe 7 is provided with several lower nozzles 61, this top left side steam pipe 6 is all connected with upper main steam pipe 5 with top right side steam pipe 7, several bottom steam pipes 9 are all fixed on the bottom of steam chest 3, be positioned at the spacing that a root bottom part steam pipe 9 of the leftmost side and the left side wall of steam chest 3 exist 5-15cm, be positioned at the spacing that a root bottom part steam pipe 9 of the rightmost side and the right side wall of steam chest 3 exist 5-15cm, bottom steam pipe 9 is all connected with lower main steam pipe 8.
The top of the present embodiment bottom steam pipe 9 is provided with multiple top nozzles 91, in each top nozzle, there are and only have three jet holes, these three jet holes are respectively left nozzle mouth 92, middle jet hole 93 and right nozzle mouth 94, the axis k of middle jet hole 93 is vertical shape structure, angle α 1 between the axis m of left nozzle mouth 92 and the axis k of middle jet hole 93 is 30 degree angles, angle α 2 between the axis k of middle jet hole 93 and the axis n of right nozzle mouth 94 is 30 degree angles, the axis m of left nozzle mouth 92, the axis k of middle jet hole 93 and the axis n of right nozzle mouth 94 intersect at same point O, this O is positioned at the inwall of bottom steam pipe 9, make the reasonable in design of top nozzle 91, uperize effective.Some support horizontal stripes 10 are all fixed on bottom steam pipe 9, support the height of horizontal stripe 10 higher than the height of top nozzle 91.
Vapour hood 4 in the present embodiment is fixed on steam chest 3, the passage at steam chest 3 tops is all positioned at vapour hood 4, the inwall both sides of vapour hood 4 are respectively arranged with left bank tank 45 and right rhone 46, left bank water pipe 11 and right drainpipe 12 are connected on left bank tank 45 and right rhone 46, and blower fan 1 is arranged on vapour hood 4.
Vapour hood 4 in the present embodiment is by left plate 41, right plate 42, left frid 43, right frid 44, front end-plate and end plate composition, the top of the top of left plate 41 and right plate 42 is fixed, the bottom of the bottom of this left plate 41 and right plate 42 is all fixed on steam chest 3, the passage at steam chest 3 tops is between left plate 41 and right plate 42, the bottom of left frid 43 is fixed on the inside bottom of left plate 41, between this left frid 43 and left plate 41, form left bank tank 45, the bottom of right frid 44 is fixed on the inside bottom of right plate 42, between this right frid 44 and right plate 42, form right rhone 46.Angle β 1 between inner side and the horizontal plane of the present embodiment left plate 41 is 35 degree, angle β 2 between inner side and the horizontal plane of right plate 42 is 35 degree, angle γ 1 between left frid 43 and horizontal plane is 20 degree, and the angle γ 2 between right frid 44 and horizontal plane is 20 degree.The present embodiment front end-plate is fixed on the front end of left plate 41, right plate 42, left frid 43 and right frid 44, end plate is fixed on the rear end of left plate 41, right plate 42, left frid 43 and right frid 44, certainly, the bottom of front end-plate and the bottom of end plate are all fixed on steam chest 3.
In the present embodiment, top left side steam pipe 6 and top right side steam pipe 7 are all arranged along the length direction of steam chest 3, one that in top left side steam pipe 6, is positioned at steam chest 3 ends is connected with upper main steam pipe 5, and one that in top right side steam pipe 7, is positioned at steam chest 3 ends is connected with upper main steam pipe 5.In the present embodiment, every root bottom part steam pipe 9 is all arranged along the length direction of steam chest 3, and one that in every root bottom part steam pipe 9, is positioned at steam chest 3 ends is all connected with lower main steam pipe 8.
Bottom steam pipe 9 in the present embodiment is parallel to each other, and the spacing between adjacent two root bottom part steam pipes 9 is 10-30cm.Under normal circumstances, the height of the steam chest 3 in the present embodiment is 20-40cm, and the distance between the top of top nozzle 91 and the bottom of support horizontal stripe 10 is 2-8cm, and the lower nozzle 61 on top left side steam pipe 6 and top right side steam pipe 7 all vertically down.
Drive roll 14 in the present embodiment is arranged on the rear end of steam chest 3 by drive roll installing rack 16, driven voller 15 is arranged on the front end of steam chest 3 by driven voller installing rack 17, piece chrysanthemum conveyer belt 13 that completes is connected on drive roll 14 and driven voller 15, can drive the chrysanthemum conveyer belt 13 that completes to rotate by drive roll 14, complete the first half of conveyer belt 13 of piece chrysanthemum is arranged in steam chest 3, and be positioned at and support on horizontal stripe 10, this chrysanthemum complete the latter half of conveyer belt 13 be positioned at steam chest 3 under, the i.e. chrysanthemum bottom of conveyer belt 13 around steam chest 3 that complete, and bottom steam pipe 9 and support horizontal stripe 10 and be positioned at the chrysanthemum region that conveyer belt 13 holds that completes, make bottom steam pipe 9 can be from the bottom up carry out Steam Heating to the chrysanthemum conveyer belt 13 that completes, a chrysanthemum that need to complete is directly placed in a chrysanthemum and completes on conveyer belt 13, be transported in steam chest 3 with the chrysanthemum conveyer belt 13 that completes, by steam, the steam that is positioned at a chrysanthemum and completes on conveyer belt 13 is completed, and export from steam chest 3 with the chrysanthemum conveyer belt 13 that completes, thereby complete the process that completes to a chrysanthemum.In the utility model, a chrysanthemum used conveyer belt 13 that completes has airing function, and the chrysanthemum conveyer belt 13 that completes can be penetrated by steam, and steam can penetrate the chrysanthemum conveyer belt 13 that completes from the bottom up, then a chrysanthemum is carried out to Steam Heating and completes.
In the present embodiment, uniform discharge device I comprises bearing block mounting rail I 1, bearing block I 2, No. two bearing block I 3, blanking rotating shaft I 4, belt pulley I 5, eccentric wheel I 6, back-moving spring I 7, evenly blanking net I 8, transmission arm I 9, upper alignment pin I 10, lower alignment pin I 11, spacer I 12, blanking support bar I 13 off the net, the online positive stop strip I 14 of blanking, top connecting ring I 15, bottom connecting ring I 16, left Antileaking plate I 17 and right Antileaking plate I 18.
Bearing block mounting rail I 1 in the present embodiment is fixed in frame, a bearing block I 2 and No. two bearing block I 3 are all fixed in bearing block mounting rail I 1, blanking rotating shaft I 4 is arranged in a bearing block I 2 and No. two bearing block I 3 by bearing, be that blanking rotating shaft I 4 is arranged on bearing block I 2 No. one by a bearing, and be arranged in No. two bearing block I 3 by another bearing.Blanking rotating shaft I 4 in the present embodiment is horizontal structure, and the two ends of this blanking rotating shaft I 4 are all outside exposed.
Belt pulley I 5 in the present embodiment is fixed on one end of blanking rotating shaft I 4, one side of eccentric wheel I 6 is fixed on the other end of blanking rotating shaft I 4, one end of upper alignment pin I 10 is fixed on the opposite side of eccentric wheel I 6, top connecting ring I 15 and bottom connecting ring I 16 are separately fixed at the top and bottom of transmission arm I 9, upper alignment pin I 10 is sleeved in top connecting ring I 15, alignment pin I 10 and top connecting ring I 15 matched in clearance on this, the rotation between upper alignment pin I 10 and top connecting ring I 15 is more flexible.
Even blanking net I 8 in the present embodiment is made up of blanking support bar I 81, several blanking cross bar I 82 and some blanking montant I 83, one end of several blanking cross bar I 82 is all fixed in blanking support bar I 81, some blanking montant I 83 are fixed in several blanking cross bar I 82, and blanking cross bar I 82 and blanking montant I 83 are woven into a mesh structure.
Mesh I 84 in even blanking net I 8 in the present embodiment is the square structure of length of side 3-5cm, the bottom of spacer I 12 is fixed on blanking support bar I 81, the bottom that is spacer I 12 is fixed in even blanking net I 8, one end of lower alignment pin I 11 is fixed in spacer I 12, this lower alignment pin I 11 is sleeved in bottom connecting ring I 16, this lower alignment pin I 11 and bottom connecting ring I 16 matched in clearance, make the rotation between lower alignment pin I 11 and bottom connecting ring I 16 more flexible.
The upper end of the present embodiment back-moving spring I 7 is fixed on the bottom of bearing block mounting rail I 1, and the lower end of this back-moving spring I 7 is fixed in blanking support bar I 81, and the lower end of back-moving spring I 7 is fixed in even blanking net I 8.Blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking are all fixed in frame, between this blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking, there is spacing, evenly 8 of blanking net I are in blanking support bar I 13 off the net, and this even blanking net I 8 is between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking.The online positive stop strip I 14 of blanking can play effective position-limiting action to even blanking net I 8, guarantees that even blanking net I 8 can more effectively vibration between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking.
Under normal circumstances, the blanking rotating shaft I 4 in the utility model is horizontal structure, and back-moving spring I 7 is near one end of blanking support bar I 81, and transmission arm I 9 is vertical shape structure, and upper alignment pin I 10 and lower alignment pin I 11 are horizontal structure.Parallel between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking, this blanking support bar I 13 off the net be positioned at the online positive stop strip I 14 of blanking under.
The left Antileaking plate I 17 of the present embodiment and right Antileaking plate I 18 are all fixed in frame, this left Antileaking plate I 17 and right Antileaking plate I 18 are all positioned at the below of even blanking net I 8, and left Antileaking plate I 17 and right Antileaking plate I 18 lay respectively at left side and the right side of even blanking net I 8.Left Antileaking plate I 17 and right Antileaking plate I 18 in the present embodiment are all ramp-like configuration, and the number of degrees of the included angle X 1 between left Antileaking plate I 17 and vertical plane are 50 degree, and the number of degrees of the included angle X 2 between right Antileaking plate I 18 and vertical plane are 50 degree.In the present embodiment, the even projection of blanking net I 8 in the vertical directions and the equitant width L1 of projection of left Antileaking plate I 17 in the vertical directions are 4cm, the chrysanthemum dropping from even blanking net I 8 left sides can be caught by left Antileaking plate I 17, be directed in a chrysanthemum frame by left Antileaking plate I 17; Evenly the projection of blanking net I 8 in the vertical directions and the equitant width L2 of projection of right Antileaking plate I 18 in the vertical directions are 4cm, the chrysanthemum dropping from even blanking net I 8 right sides can be caught by right Antileaking plate I 18, be directed in a chrysanthemum frame by right Antileaking plate I 18.
Piece chrysanthemum complete the discharging end of conveyer belt 13 be positioned at even blanking net I 8 directly over, the complete chrysanthemum that completes after having operated on conveyer belt 13 falls down from the complete discharging end of conveyer belt 13 of a chrysanthemum for piece chrysanthemum, just in time can drop in even blanking net I 8, under the state that evenly blanking net I 8 is vibrated, can, uniformly by the mesh I 84 of even blanking net I 8, finally drop in the chrysanthemum frame at the uniform velocity advancing.In the utility model, the complete discharging end of conveyer belt 13 of said chrysanthemum refers to that the chrysanthemum completing after finishing leaves complete one end of conveyer belt 13 of a chrysanthemum, piece chrysanthemum leaves a chrysanthemum and completes after conveyer belt 13 and drop in even blanking net I 8, and the complete particular location of discharging end of conveyer belt 13 of a chrysanthemum is common practise to those skilled in the art.
In the present embodiment, uniform discharge device I comprises bearing block mounting rail I 1, bearing block I 2, No. two bearing block I 3, blanking rotating shaft I 4, belt pulley I 5, eccentric wheel I 6, back-moving spring I 7, evenly blanking net I 8, transmission arm I 9, upper alignment pin I 10, lower alignment pin I 11, spacer I 12, blanking support bar I 13 off the net, the online positive stop strip I 14 of blanking, top connecting ring I 15, bottom connecting ring I 16, left Antileaking plate I 17 and right Antileaking plate I 18.
Bearing block mounting rail I 1 in the present embodiment is fixed in frame, a bearing block I 2 and No. two bearing block I 3 are all fixed in bearing block mounting rail I 1, blanking rotating shaft I 4 is arranged in a bearing block I 2 and No. two bearing block I 3 by bearing, be that blanking rotating shaft I 4 is arranged on bearing block I 2 No. one by a bearing, and be arranged in No. two bearing block I 3 by another bearing.Blanking rotating shaft I 4 in the present embodiment is horizontal structure, and the two ends of this blanking rotating shaft I 4 are all outside exposed.
Belt pulley I 5 in the present embodiment is fixed on one end of blanking rotating shaft I 4, one side of eccentric wheel I 6 is fixed on the other end of blanking rotating shaft I 4, one end of upper alignment pin I 10 is fixed on the opposite side of eccentric wheel I 6, top connecting ring I 15 and bottom connecting ring I 16 are separately fixed at the top and bottom of transmission arm I 9, upper alignment pin I 10 is sleeved in top connecting ring I 15, alignment pin I 10 and top connecting ring I 15 matched in clearance on this, the rotation between upper alignment pin I 10 and top connecting ring I 15 is more flexible.
Even blanking net I 8 in the present embodiment is made up of blanking support bar I 81, several blanking cross bar I 82 and some blanking montant I 83, one end of several blanking cross bar I 82 is all fixed in blanking support bar I 81, some blanking montant I 83 are fixed in several blanking cross bar I 82, and blanking cross bar I 82 and blanking montant I 83 are woven into a mesh structure.
Mesh I 84 in even blanking net I 8 in the present embodiment is the square structure of length of side 3-5cm, the bottom of spacer I 12 is fixed on blanking support bar I 81, the bottom that is spacer I 12 is fixed in even blanking net I 8, one end of lower alignment pin I 11 is fixed in spacer I 12, this lower alignment pin I 11 is sleeved in bottom connecting ring I 16, this lower alignment pin I 11 and bottom connecting ring I 16 matched in clearance, make the rotation between lower alignment pin I 11 and bottom connecting ring I 16 more flexible.
The upper end of the present embodiment back-moving spring I 7 is fixed on the bottom of bearing block mounting rail I 1, and the lower end of this back-moving spring I 7 is fixed in blanking support bar I 81, and the lower end of back-moving spring I 7 is fixed in even blanking net I 8.Blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking are all fixed in frame, between this blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking, there is spacing, evenly 8 of blanking net I are in blanking support bar I 13 off the net, and this even blanking net I 8 is between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking.The online positive stop strip I 14 of blanking can play effective position-limiting action to even blanking net I 8, guarantees that even blanking net I 8 can more effectively vibration between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking.
Under normal circumstances, the blanking rotating shaft I 4 in the utility model is horizontal structure, and back-moving spring I 7 is near one end of blanking support bar I 81, and transmission arm I 9 is vertical shape structure, and upper alignment pin I 10 and lower alignment pin I 11 are horizontal structure.Parallel between blanking support bar I 13 off the net and the online positive stop strip I 14 of blanking, this blanking support bar I 13 off the net be positioned at the online positive stop strip I 14 of blanking under.
The left Antileaking plate I 17 of the present embodiment and right Antileaking plate I 18 are all fixed in frame, this left Antileaking plate I 17 and right Antileaking plate I 18 are all positioned at the below of even blanking net I 8, and left Antileaking plate I 17 and right Antileaking plate I 18 lay respectively at left side and the right side of even blanking net I 8.Left Antileaking plate I 17 and right Antileaking plate I 18 in the present embodiment are all ramp-like configuration, and the number of degrees of the included angle X 1 between left Antileaking plate I 17 and vertical plane are 50 degree, and the number of degrees of the included angle X 2 between right Antileaking plate I 18 and vertical plane are 50 degree.In the present embodiment, the even projection of blanking net I 8 in the vertical directions and the equitant width L1 of projection of left Antileaking plate I 17 in the vertical directions are 4cm, the chrysanthemum dropping from even blanking net I 8 left sides can be caught by left Antileaking plate I 17, be directed in a chrysanthemum frame by left Antileaking plate I 17; Evenly the projection of blanking net I 8 in the vertical directions and the equitant width L2 of projection of right Antileaking plate I 18 in the vertical directions are 4cm, the chrysanthemum dropping from even blanking net I 8 right sides can be caught by right Antileaking plate I 18, be directed in a chrysanthemum frame by right Antileaking plate I 18.
Piece chrysanthemum complete the discharging end of conveyer belt 13 be positioned at even blanking net I 8 directly over, the complete chrysanthemum that completes after having operated on conveyer belt 13 falls down from the complete discharging end of conveyer belt 13 of a chrysanthemum for piece chrysanthemum, just in time can drop in even blanking net I 8, under the state that evenly blanking net I 8 is vibrated, can, uniformly by the mesh I 84 of even blanking net I 8, finally drop in the chrysanthemum frame at the uniform velocity advancing.In the utility model, the complete discharging end of conveyer belt 13 of said chrysanthemum refers to that the chrysanthemum completing after finishing leaves complete one end of conveyer belt 13 of a chrysanthemum, piece chrysanthemum leaves a chrysanthemum and completes after conveyer belt 13 and drop in even blanking net I 8, and the complete particular location of discharging end of conveyer belt 13 of a chrysanthemum is common practise to those skilled in the art.
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 (10)
1. the mechanism that completes for a chrysanthemum green-keeping machine, comprise frame, blower fan, temperature sensor and steam chest, described steam chest is fixed in frame, described temperature sensor is arranged in steam chest, it is characterized in that: also comprise vapour hood, upper main steam pipe, top left side steam pipe, top right side steam pipe, lower main steam pipe, several bottom steam pipes, some are supported horizontal stripe, left bank water pipe, right drainpipe, piece chrysanthemum conveyer belt that completes, drive roll, driven voller, drive roll installing rack, driven voller installing rack and uniform discharge device, described steam chest is rectangular structure, the top of this steam chest is provided with multiple passages, described top left side steam pipe and top right side steam pipe are all fixed on the top of steam chest, this top left side steam pipe and top right side steam pipe are close to respectively inner left wall and the right side inwall of steam chest, the bottom of the bottom of described top left side steam pipe and top right side steam pipe is provided with several lower nozzles, this top left side steam pipe is all connected with upper main steam pipe with top right side steam pipe, described several bottom steam Guan Jun is fixed on the bottom of steam chest, be positioned at the spacing that a root bottom part steam pipe of the leftmost side and the left side wall of steam chest exist 5-15cm, be positioned at the spacing that a root bottom part steam pipe of the rightmost side and the right side wall of steam chest exist 5-15cm, bottom steam Guan Jun is connected with lower main steam pipe, the top of described bottom steam pipe is provided with multiple top nozzles, in each top nozzle, there are and only have three jet holes, these three jet holes are respectively left nozzle mouth, middle jet hole and right nozzle mouth, the axis of described middle jet hole is vertical shape structure, angle between the axis of described left nozzle mouth and the axis of middle jet hole is 30 degree angles, angle between the axis of the axis of described middle jet hole and right nozzle mouth is 30 degree angles, the axis of described left nozzle mouth, the axes intersect of the axis of middle jet hole and right nozzle mouth is in same point, this point is positioned at the inwall of bottom steam pipe, described some support horizontal stripes are all fixed on bottom steam pipe, support the height of horizontal stripe higher than the height of top nozzle, described vapour hood is fixed on steam chest, the passage at steam chest top is all positioned at vapour hood, the inwall both sides of described vapour hood are respectively arranged with left bank tank and right rhone, described left bank water pipe and right drainpipe are connected on left bank tank and right rhone, and described assembling is on vapour hood, described drive roll is arranged on the rear end of steam chest by drive roll installing rack, described driven voller is arranged on the front end of steam chest by driven voller installing rack, described chrysanthemum conveyer belt that completes is connected on drive roll and driven voller, complete the first half of conveyer belt of described chrysanthemum is arranged in steam chest, and be positioned at and support on horizontal stripe, this chrysanthemum complete the latter half of conveyer belt be positioned at steam chest under, described uniform discharge device comprises bearing block mounting rail, a bearing block, No. two bearing blocks, blanking rotating shaft, belt pulley, eccentric wheel, back-moving spring, evenly blanking net, transmission arm, upper alignment pin, lower alignment pin, spacer, blanking support bar off the net, the online positive stop strip of blanking, top connecting ring, bottom connecting ring, left Antileaking plate and right Antileaking plate, described bearing block mounting rail is fixed in frame, a described bearing block and No. two bearing blocks are all fixed on bearing block mounting rail, described blanking rotating shaft is arranged on a bearing block and No. two bearing blocks by bearing, described belt pulley is fixed on one end of blanking rotating shaft, a described eccentric side is fixed on the other end of blanking 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, mesh in described even blanking net is the square structure of length of side 3-5cm, it is online that the bottom of described spacer is fixed on even blanking, one end of described lower alignment pin is fixed on spacer, and this lower set pin sleeve is contained in the connecting ring of bottom, this lower alignment pin and bottom connecting ring matched in clearance, the upper end of described back-moving spring is fixed on the bottom of bearing block mounting rail, it is online that the lower end of this back-moving spring is fixed on even blanking, described blanking support bar off the net and the online positive stop strip of blanking are all fixed in frame, between this blanking support bar off the net and the online positive stop strip of blanking, there is spacing, described even blanking rack is on blanking support bar off the net, and this even blanking net is between blanking support bar off the net and the online positive stop strip of blanking, described left Antileaking plate and right Antileaking plate are all fixed in frame, this left Antileaking plate and right Antileaking plate are all positioned at the below of even blanking net, and left Antileaking plate and right Antileaking plate lay respectively at left side and the right side of even blanking net, the number of degrees of the angle between described left Antileaking plate and vertical plane are 50 degree, the number of degrees of the angle between described right Antileaking plate and vertical plane are 50 degree, the equitant width of projection of the projection of described even blanking net in the vertical direction and left Antileaking plate in the vertical direction is 4cm, the equitant width of projection of the projection of described even blanking net in the vertical direction and right Antileaking plate in the vertical direction is 4cm, described chrysanthemum complete the discharging end of conveyer belt be positioned at even blanking net directly over.
2. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, it is characterized in that: described vapour hood is by left plate, right plate, left frid, right frid, front end-plate and end plate composition, the top of described left plate and the top of right plate are fixed, the bottom of this left plate and the bottom of right plate are all fixed on steam chest, the passage at steam chest top is between left plate and right plate, the bottom of described left frid is fixed on the inside bottom of left plate, between this left frid and left plate, form left bank tank, the bottom of described right frid is fixed on the inside bottom of right plate, between this right frid and right plate, form right rhone, angle between inner side and the horizontal plane of described left plate is 35 degree, angle between inner side and the horizontal plane of described right plate is 35 degree, angle between described left frid and horizontal plane is 20 degree, angle between described right frid and horizontal plane is 20 degree, described front end-plate is fixed on the front end of left plate, right plate, left frid and right frid, and described end plate is fixed on the rear end of left plate, right plate, left frid and right frid.
3. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, it is characterized in that: described top left side steam pipe and top right side steam pipe are all arranged along the length direction of steam chest, one that in described top left side steam pipe, is positioned at steam chest end is connected with upper main steam pipe, and one that in described top right side steam pipe, is positioned at steam chest end is connected with upper main steam pipe; Every root bottom part steam pipe is all arranged along the length direction of steam chest, and one that in every root bottom part steam pipe, is positioned at steam chest end is all connected with lower main steam pipe.
4. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, is characterized in that: the height of described steam chest is 20-40cm.
5. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, is characterized in that: described bottom steam pipe is parallel to each other, the spacing between adjacent two root bottom part steam pipes is 10-30cm.
6. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, is characterized in that: the distance between the top of described top nozzle and the bottom of support horizontal stripe is 2-8cm.
7. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, is characterized in that: the lower nozzle on described top left side steam pipe and top right side steam pipe all vertically down.
8. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, it is characterized in that: described even blanking net is made up of blanking support bar, several blanking cross bar and some blanking montants, one end of described several blanking cross bars is all fixed on blanking support bar, described some blanking montants are fixed on several blanking cross bars, and blanking cross bar and blanking montant are woven into a mesh structure.
9. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 1, it is characterized in that: described blanking rotating shaft is horizontal structure, described transmission arm is vertical shape structure, described upper alignment pin and lower alignment pin are horizontal structure, parallel between described blanking support bar off the net and the online positive stop strip of blanking, this blanking support bar off the net be positioned at the online positive stop strip of blanking under.
10. the mechanism that completes for a chrysanthemum green-keeping machine according to claim 8, is characterized in that: described back-moving spring is near one end of blanking support bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420315594.0U CN203884597U (en) | 2014-06-15 | 2014-06-15 | Fixation mechanism for chrysanthemum flower fixation machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420315594.0U CN203884597U (en) | 2014-06-15 | 2014-06-15 | Fixation mechanism for chrysanthemum flower fixation machine |
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| Publication Number | Publication Date |
|---|---|
| CN203884597U true CN203884597U (en) | 2014-10-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420315594.0U Expired - Fee Related CN203884597U (en) | 2014-06-15 | 2014-06-15 | Fixation mechanism for chrysanthemum flower fixation machine |
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| CN (1) | CN203884597U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104082468A (en) * | 2014-06-15 | 2014-10-08 | 桐乡市绿康菊业有限公司 | Water removing mechanism in water removing machine for flower Hangzhou white chrysanthemum |
-
2014
- 2014-06-15 CN CN201420315594.0U patent/CN203884597U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104082468A (en) * | 2014-06-15 | 2014-10-08 | 桐乡市绿康菊业有限公司 | Water removing mechanism in water removing machine for flower Hangzhou white chrysanthemum |
| CN104082468B (en) * | 2014-06-15 | 2016-04-06 | 桐乡市绿康菊业有限公司 | A kind of for the mechanism that completes in a chrysanthemum green-keeping machine |
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