CN203545199U - Chrysanthemum material conveying equipment in chrysanthemum green removing machine - Google Patents
Chrysanthemum material conveying equipment in chrysanthemum green removing machine Download PDFInfo
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- CN203545199U CN203545199U CN201320645158.5U CN201320645158U CN203545199U CN 203545199 U CN203545199 U CN 203545199U CN 201320645158 U CN201320645158 U CN 201320645158U CN 203545199 U CN203545199 U CN 203545199U
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Abstract
The utility model relates to chrysanthemum material conveying equipment in a chrysanthemum green removing machine. Currently, common chrysanthemum material conveying equipment is unreasonably designed. The chrysanthemum material conveying equipment comprises a motor, a driving belt, a driving roller, a driven roller, a conveying belt, a feeding hopper and a plurality of back-up rolls and is characterized by also comprising a roller supporting frame, a long supporting frame, a short supporting frame and a chrysanthemum material uniform distributing part, wherein the short supporting frame is fixed at one end of the roller supporting frame; the chrysanthemum material uniform distributing part comprises a front distribution board, a rear distribution board, a circular arc top plate, a supporting rod, a left connecting rod and a right connecting rod; the circular arc top plate is fixed on the supporting rod; the circular arc top plate is positioned right below the outlet end of the conveying belt; the feeding hopper is of a structure of which the upper part is big and the lower part is small; both a left mounting rack and a right mounting rack are fixed on the roller supporting frame; and the bottoms of a rear plastic soft strip, a left plastic soft strip and a right plastic soft strip are in contact with the conveying surface of the conveying belt. The chrysanthemum material conveying equipment is reasonable in structural design, is scientific in layout, is convenient to use and has high conveying efficiency.
Description
Technical field
The utility model relates to a kind of chrysanthemum material transfer equipment, especially relate to the chrysanthemum material transfer equipment in a kind of fixation machine for chrysanthemum, belong to parts in fixation machine for chrysanthemum, chrysanthemum material can be distributed to more uniformly in the pre-bucket of chrysanthemum material of fixation machine for chrysanthemum, be specially adapted to carry tire chrysanthemum.
Background technology
Conventional fixation machine for chrysanthemum comprises device for transporting objects now, the pre-bucket of chrysanthemum material and steam and soaks in the room, device for transporting objects comprises load-transfer device, the structure design of device for transporting objects is reasonable not, the inadequate science of layout, the common horizontal placement of device for transporting objects, distance between device for transporting objects and mill floor is conventionally over 1.5 meters, the feeder hopper being arranged on device for transporting objects is common over 2 meters apart from the height of mill floor, cause feeding intake workman when feeding intake operation to feeder hopper, need to be by chrysanthemum material handling after eminence, chrysanthemum material can be added in feeder hopper, and then be transported in carrying out green removal on chrysanthemum frame by device for transporting objects, increased work capacity, improved labour intensity, reduced work efficiency.
At present, chrysanthemum material is delivered directly in the pre-bucket of chrysanthemum material by load-transfer device conventionally, then by the pre-bucket of chrysanthemum material, chrysanthemum material is distributed to the indoor operation that completes of steam beating uniformly.At present by load-transfer device directly by chrysanthemum mass transport in the pre-bucket of chrysanthemum material, chrysanthemum material is normally heap shape and is distributed in the pre-bucket of chrysanthemum material, although the pre-bucket of chrysanthemum material has the function that chrysanthemum material is evenly distributed, but in actual mechanical process, the degree of uniformity of the chrysanthemum material of coming due to tape transport is too poor, so it is indoor to be difficult to, by the pre-bucket of chrysanthemum material, chrysanthemum material is transported to steam beating completely uniformly, thereby cause chrysanthemum material when carrying out steam beating, due to the in uneven thickness of chrysanthemum material, greatly affect the effect that completes, reduced the quality of chrysanthemum finished product.Fixation machine for chrysanthemum in use, in order to guarantee the normal rotation of load-transfer device, between feeder hopper and load-transfer device, conventionally there is gap, cause the chrysanthemum material in feeder hopper to spill by the gap between feeder hopper and load-transfer device, both caused raw-material waste, be unfavorable for again the health in workshop, thereby reduced the overall performance of fixation machine for chrysanthemum.
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, and scientific arrangement, easy to use, transport efficiency is high, can uniformly chrysanthemum material be distributed to the chrysanthemum material transfer equipment in the fixation machine for chrysanthemum in the pre-bucket of chrysanthemum material.
The technical scheme in the invention for solving the above technical problem is: the chrysanthemum material transfer equipment in this fixation machine for chrysanthemum comprises motor, driving band, drive roll, driven voller, load-transfer device, feeder hopper and several backing roll, its constructional feature is: also comprise roller bracing frame, the support of drawing money on credit, short bracing frame and chrysanthemum material are uniformly distributed part, described short bracing frame is fixed on one end of roller bracing frame, this short bracing frame is vertical shape structure, the height of described short bracing frame is 0.2-0.5m, the described support of drawing money on credit is fixed on the other end of roller bracing frame, this support of drawing money on credit is vertical shape structure, the height of the described support of drawing money on credit is greater than 1m, described roller bracing frame is ramp-like configuration, angle between this roller bracing frame and horizontal surface is 15-40 degree, described drive roll is arranged on one end of roller bracing frame, described motor is fixed on short bracing frame, described driving band is connected on motor and drive roll, described driven voller is arranged on the other end of roller bracing frame, described several backing roll is arranged on roller bracing frame, and described load-transfer device surrounds on drive roll, driven voller and several backing roll, described chrysanthemum material is uniformly distributed part and comprises front distribution grid, rear distribution grid, arc top plate, strut bar, left pipe link and right pipe link, described arc top plate is fixed on strut bar, the two ends of described strut bar are exposed at outside arc top plate, one end of described left pipe link is fixed on one end of strut bar, this left pipe link is ramp-like configuration, one end of described right pipe link is fixed on the other end of strut bar, this right pipe link is ramp-like configuration, described front distribution grid is fixed on one side of arc top plate, described rear distribution grid is fixed on the another side of arc top plate, angle between described front distribution grid and rear distribution grid is 70-100 degree, the other end of described left pipe link and the other end of right pipe link are all fixed on roller bracing frame, described arc top plate be positioned at load-transfer device exit end under, the distance between this arc top plate and the exit end of load-transfer device is 16-28cm, described feeder hopper comprises front retainer plate, back striker plate, left striker plate, right striker plate, bin gate, left erecting frame, right erecting frame, soft of rear plastics, soft of soft of left plastics and right plastics, one side of described back striker plate is fixed on a side of left striker plate, one side of described right striker plate is fixed on the opposite side of back striker plate, one side of described front retainer plate is fixed on the opposite side of right striker plate, the opposite side of this front retainer plate is fixed on the opposite side of left striker plate, described front retainer plate, back striker plate, left striker plate and right striker plate are ramp-like configuration, described feeder hopper forms up big and down small structure, the bottom of described feeder hopper reduces in the direction of back striker plate gradually at front retainer plate, in described front retainer plate, be provided with inlet point, described bin gate is arranged on front retainer plate, and this bin gate and inlet point coordinate, described bin gate comprises major ingredient door, auxiliary material door, main fastener, auxiliary fastener and push-and-pull bar, described push-and-pull bar is fixed on the top of major ingredient door, in described major ingredient door, be provided with main regulation groove, this main regulation groove is vertical shape structure, in described auxiliary material door, be provided with auxiliary regulating tank, this auxiliary regulating tank is vertical shape structure, the top of the bottom of described major ingredient door and auxiliary material door is overlapping, the bottom of described main regulation groove and the top of auxiliary regulating tank are overlapping, described main fastener cross-under is in main regulation groove, described auxiliary fastener cross-under is in main regulation groove and auxiliary regulating tank, described auxiliary material door is fixed on major ingredient door by auxiliary fastener, soft bottom that is all fixed on left striker plate of described left erecting frame and left plastics, soft of this left erecting frame and left plastics lay respectively at outside and the inner side of left striker plate, soft bottom that is all fixed on right striker plate of described right erecting frame and right plastics, soft of this right erecting frame and right plastics lay respectively at outside and the inner side of right striker plate, soft bottom that is fixed on back striker plate of described rear plastics, soft inner side that is positioned at back striker plate of these rear plastics, the two ends that described rear plastics are soft withstand on respectively on soft of soft of left plastics and right plastics, described left erecting frame and right erecting frame are all fixed on roller bracing frame, and soft of described rear plastics, soft of left plastics all contact with the conveyor surface of load-transfer device with the bottom of soft of right plastics.
As preferably, the height of the support of drawing money on credit described in the utility model is 1-1.5m.
As preferably, the angle between roller bracing frame described in the utility model and horizontal surface is 25 degree.
As preferably, the quantity of the utility model backing roll is 4-10 root.
As preferably, the top of the upper end of the auxiliary regulating tank in feeder hopper described in the utility model and auxiliary material door flushes.
As preferably, the push-and-pull bar in feeder hopper described in the utility model is vertical with major ingredient door.
The utility model compared with prior art, have the following advantages and effect: simple in structure, reasonable in design, scientific arrangement, easy to use, roller bracing frame is ramp-like configuration, angle between this roller bracing frame and horizontal surface is 15-40 degree, the height of short bracing frame is 0.2-0.5m, feeder hopper in fixation machine for chrysanthemum is arranged on one end of roller bracing frame, can effectively guarantee that feeder hopper is in lower height, generally, feeder hopper apart from the height of mill floor below 1m, the workman that makes to feed intake can stand directly on the operation that feeds intake completing on mill floor in feeder hopper, without chrysanthemum material handling is arrived to eminence, reduced labour intensity, improved work efficiency.
Chrysanthemum material in the utility model is uniformly distributed part and can be distributed in the pre-bucket of chrysanthemum material by the uniform chrysanthemum material that tape transport is come, make the pre-bucket of chrysanthemum material chrysanthemum material can be transported to steam beating completely uniformly indoor, thereby guarantee the even thickness of chrysanthemum material when carrying out steam beating, the complete effect of raising to chrysanthemum, has promoted the quality of chrysanthemum finished product.After chrysanthemum material is fed forward with load-transfer device, first fall on arc top plate, be divided into again two parts, respectively along front distribution grid and rear distribution grid landing, finally fall more uniformly in the pre-bucket of chrysanthemum material, under the effect of the pre-bucket of chrysanthemum material, guaranteed that the pre-bucket of chrysanthemum material can be transported to steam beating completely uniformly indoor.
The utility model moves up and down on front retainer plate by regulating main fastener can control whole bin gate, realizes the adjusting of inlet point size in feeder hopper, and generally, coarse adjustment can be with regulating the mode of main fastener to realize; By auxiliary fastener, can control auxiliary material door moves up and down on major ingredient door, thereby further realize the adjusting of inlet point size in feeder hopper, generally, because the size of auxiliary material door is less than major ingredient door, regulate auxiliary material door to be more prone to, fine setting can be with regulating the mode of auxiliary fastener to realize.The utility model divides whole bin gate for two parts, in regulating feeder hopper, during inlet point big or small, has the function of dual regulation, can facilitate, flexible, accurate and effective control chrysanthemum material feeding amount is big or small.
The utility model can effectively prevent that the chrysanthemum material in feeder hopper from spilling from the gap between material conveyer belt and feeder hopper, the drip-preventing function of realization to the feeder hopper bottom of fixation machine for chrysanthemum, during use, feeder hopper is arranged on the device for transporting objects of fixation machine for chrysanthemum by left erecting frame and right erecting frame, soft of rear plastics, soft of left plastics all contact with the load-transfer device in device for transporting objects with the bottom of soft of right plastics, can guarantee that material conveyer belt can normal rotation, can prevent that again the chrysanthemum material in feeder hopper from spilling from the gap between material conveyer belt and feeder hopper.
Accompanying drawing explanation
Fig. 1 is the structural representation of the chrysanthemum material transfer equipment in fixation machine for chrysanthemum in the utility model embodiment.
Fig. 2 is the main TV structure schematic diagram that in the utility model embodiment, chrysanthemum material is uniformly distributed part.
Fig. 3 is the left TV structure schematic diagram of Fig. 2.
Fig. 4 is the plan structure schematic diagram of Fig. 2.
Fig. 5 is the structural representation that indicates the distance between arc top plate and the exit end of load-transfer device.
Fig. 6 is the main TV structure schematic diagram of feeder hopper in the utility model embodiment.
Fig. 7 is the backsight structural representation of Fig. 6.
Fig. 8 is the plan structure schematic diagram of Fig. 6.
Fig. 9 is the main TV structure schematic diagram of bin gate in the utility model embodiment.
Figure 10 is the left TV structure schematic diagram of Fig. 9.
Figure 11 is the backsight structural representation of Fig. 9.
Figure 12 is the structural representation of major ingredient door in the utility model embodiment.
Figure 13 is the structural representation of auxiliary material door in the utility model embodiment.
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 13, chrysanthemum material transfer equipment in the present embodiment in fixation machine for chrysanthemum comprises that motor 1, driving band 2, drive roll 3, driven voller 4, several backing roll 5, load-transfer device 6, roller bracing frame 7, the support 8 of drawing money on credit, short bracing frame 9, chrysanthemum material are uniformly distributed part 10 and feeder hopper 17, wherein, roller bracing frame 7, draw money on credit support 8 and short bracing frame 9 are stainless steel, and the quantity of backing roll 5 is generally 4-10 root.
Driven voller 4 in the present embodiment is arranged on the other end of roller bracing frame 7, and several backing rolls 5 are arranged on roller bracing frame 7, and load-transfer device 6 surrounds on drive roll 3, driven voller 4 and several backing roll 5.When drive roll 3 rotates, drive roll 3 can rotate by driving conveying belt 6, thereby realize the conveying function to chrysanthemum material, when load-transfer device 6 rotates, load-transfer device 6 can drive driven voller 4 and several backing roll 5 to rotate, make the conveying of load-transfer device 6 more steady, carry better effects if.
Chrysanthemum material in the present embodiment is uniformly distributed part 10 and comprises front distribution grid 11, rear distribution grid 12, arc top plate 13, strut bar 14, left pipe link 15 and right pipe link 16, this front distribution grid 11, rear distribution grid 12, arc top plate 13, strut bar 14, left pipe link 15 and right pipe link 16 are stainless steel, and chrysanthemum material is uniformly distributed part 10 for stainless steel.
Arc top plate 13 in the present embodiment is arc-shaped structure, and this arc top plate 13 is weldingly fixed on strut bar 14, and the two ends of strut bar 14 are exposed at outside arc top plate 13, and the length of strut bar 14 is greater than the width of arc top plate 13.One end of left pipe link 15 in the present embodiment is fixed on one end of strut bar 14, this left pipe link 15 is ramp-like configuration, one end of right pipe link 16 is fixed on the other end of strut bar 14, this right pipe link 16 is ramp-like configuration, generally, one end of left pipe link 15 is weldingly fixed on one end of strut bar 14, and one end of right pipe link 16 is weldingly fixed on the other end of strut bar 14.
The other end of the left pipe link 15 in the present embodiment and the other end of right pipe link 16 are all fixed on roller bracing frame 7, arc top plate 13 be positioned at load-transfer device 6 exit end 61 under, distance h between this arc top plate 13 and the exit end 61 of load-transfer device 6 is 16-28cm, is specially adapted to carry tire chrysanthemum.In the utility model, the exit end 61 of said load-transfer device 6 refers to one end of load-transfer device 6 and chrysanthemum feed separation, as shown in Figure 5, the high order end of load-transfer device 6 is exit end 61, and in the utility model, the position of the exit end 61 of load-transfer device 6 to those skilled in the art, belongs to common practise.
Front retainer plate 101 and back striker plate 102 in the present embodiment are inverted trapezoidal structure, one side of back striker plate 102 is fixed on a side of left striker plate 103, one side of right striker plate 104 is fixed on the opposite side of back striker plate 102, one side of front retainer plate 101 is fixed on the opposite side of right striker plate 104, and the opposite side of this front retainer plate 101 is fixed on the opposite side of left striker plate 103.Generally, one side of back striker plate 102 is fixed by welding in a side of left striker plate 103, one side of right striker plate 104 is fixed by welding in the opposite side of back striker plate 102, one side of front retainer plate 101 is fixed by welding in the opposite side of right striker plate 104, and the opposite side of this front retainer plate 101 is fixed by welding in the opposite side of left striker plate 103.
Front retainer plate 101 in the present embodiment, back striker plate 102, left striker plate 103 and right striker plate 104 are ramp-like configuration, make feeder hopper 17 form up big and down small structure, the top bore that is feeder hopper 17 is large, and bottom bore is little, and the bore in feeder hopper 17 dwindles from top to bottom successively.
The bottom of the front retainer plate 101 in the present embodiment is higher than the bottom of back striker plate 102, the bottom of feeder hopper 17 reduces in the direction of back striker plate 102 gradually at front retainer plate 101, and the inclined degree of the degree of feeder hopper 17 bottom angled and the load-transfer device 6 of fixation machine for chrysanthemum matches.
In front retainer plate 101 in the present embodiment, be provided with inlet point 111, bin gate 105 is arranged on front retainer plate 101, this bin gate 105 and inlet point 111 coordinate, and can control the size of inlet point 111 apertures by the movement of bin gate 105, thereby control the inlet amount of chrysanthemum material.
Bin gate 105 in the present embodiment comprises major ingredient door 51, auxiliary material door 52, main fastener 53, auxiliary fastener 54 and push-and-pull bar 55, and wherein, major ingredient door 51, auxiliary material door 52, main fastener 53, auxiliary fastener 54 and push-and-pull bar 55 are stainless steel.Major ingredient door 51 and auxiliary material door 52 in the present embodiment are rectangular configuration, and the width of the width of major ingredient door 51 and auxiliary material door 52 is equal, and the height of major ingredient door 51 is greater than the height of auxiliary material door 52, and the size of auxiliary material door 52 is less than the size of major ingredient door 51.Push-and-pull bar 55 in the present embodiment is fixed on the top of major ingredient door 51, and this push-and-pull bar 55 is vertical with major ingredient door 51.Moving up and down of control major ingredient door 51 that can be convenient by push-and-pull bar 55, thereby the size of inlet point 111 in convenient adjusting feeder hopper 17.
In major ingredient door 51 in the present embodiment, be provided with main regulation groove 56, this main regulation groove 56 is vertical shape structure, in auxiliary material door 52, be provided with auxiliary regulating tank 57, this auxiliary regulating tank 57 is vertical shape structure, the top of the upper end of auxiliary regulating tank 57 and auxiliary material door 52 flushes, and the top of auxiliary regulating tank 57 is the tops that extend through auxiliary material door 52.Main fastener 53 in the present embodiment and auxiliary fastener 54 all adopt bolt nut structure conventionally, in the present embodiment, the top of the bottom of major ingredient door 51 and auxiliary material door 52 is overlapping, the top of the bottom of main regulation groove 56 and auxiliary regulating tank 57 is overlapping, main fastener 53 cross-under are in main regulation groove 56, by main fastener 53, major ingredient door 51 can be installed on front retainer plate 101, under the effect of main fastener 53, major ingredient door 51 can move and locate on front retainer plate 101, thereby realizes the coarse regulation function to inlet point 111 in feeder hopper 17.Auxiliary fastener 54 cross-under in the present embodiment are in main regulation groove 56 and auxiliary regulating tank 57, auxiliary material door 52 is fixed on major ingredient door 51 by auxiliary fastener 54, under the effect of auxiliary fastener 54, auxiliary material door 52 can move and locate on major ingredient door 51, thereby realizes the fine adjustment function to inlet point 111 in feeder hopper 17.
Soft 109 bottom that is all fixed on left striker plate 103 of left erecting frame 106 in the present embodiment and left plastics, soft 109, this left erecting frame 106 and left plastics lay respectively at outside and the inner side of left striker plate 103, soft 110 bottom that is all fixed on right striker plate 104 of right erecting frame 107 and right plastics, soft 110, this right erecting frame 107 and right plastics lay respectively at outside and the inner side of right striker plate 104, soft 108 bottom that is fixed on back striker plate 102 of rear plastics, soft 108 inner side that is positioned at back striker plate 102 of these rear plastics, the two ends that rear plastics are soft 108 withstand on respectively on soft 110, soft 109, left plastics and right plastics, after making feeder hopper 17 be arranged on load-transfer device, soft 108, rear plastics, the bottom that soft 109, left plastics and right plastics are soft 110 all contacts with load-transfer device, effectively prevent that chrysanthemum material is between soft 108, rear plastics and load-transfer device, between soft 109, left plastics and load-transfer device, and spill between soft 110, right plastics and load-transfer device, the chrysanthemum material of guaranteeing to be arranged in feeder hopper 17 can only be from inlet point 111 outputs of front retainer plate 101.
Left erecting frame 106 in the present embodiment and right erecting frame 107 are all fixed on roller bracing frame 7, the bottom that the bottom that the bottom that rear plastics are soft 108, left plastics are soft 109 and right plastics are soft 110 all contacts with the conveyor surface of load-transfer device 6, both guaranteed that load-transfer device 6 can normal rotation, can prevent that again the chrysanthemum material in feeder hopper 17 from spilling from the gap between load-transfer device 6 and feeder hopper 17, effectively guarantee that the chrysanthemum material in feeder hopper 17 is transported to the pre-bucket of chrysanthemum material of fixation machine for chrysanthemum from the inlet point 111 of front retainer plate 101 by load-transfer device 6.
The inner side of said left striker plate 103 in the utility model, the inner side of the inner side of right striker plate 104 and back striker plate 102 all refers to be arranged in a side of feeder hopper 17, and the outside of the outside of left striker plate 103 and right striker plate 104 all refers to be positioned at the side outside feeder hopper 17, this is common practise for a person skilled in the art.
Chrysanthemum material transfer equipment in the present embodiment belongs to parts in fixation machine for chrysanthemum, this chrysanthemum material transfer equipment simple in structure, reasonable in design, dependable performance, easy to use, the workman that feeds intake can be standing directly in and on mill floor, complete the operation that feeds intake, transport efficiency to chrysanthemum material is high, can be more evenly by chrysanthemum mass transport in the pre-bucket of chrysanthemum material, under the beating action of the pre-bucket of chrysanthemum material, guarantee that the pre-bucket of chrysanthemum material can be transported to steam beating completely uniformly indoor.
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 chrysanthemum material transfer equipment in a fixation machine for chrysanthemum, comprise motor, driving band, drive roll, driven voller, load-transfer device, feeder hopper and several backing roll, it is characterized in that: also comprise roller bracing frame, the support of drawing money on credit, short bracing frame and chrysanthemum material are uniformly distributed part, described short bracing frame is fixed on one end of roller bracing frame, this short bracing frame is vertical shape structure, the height of described short bracing frame is 0.2-0.5m, the described support of drawing money on credit is fixed on the other end of roller bracing frame, this support of drawing money on credit is vertical shape structure, the height of the described support of drawing money on credit is greater than 1m, described roller bracing frame is ramp-like configuration, angle between this roller bracing frame and horizontal surface is 15-40 degree, described drive roll is arranged on one end of roller bracing frame, described motor is fixed on short bracing frame, described driving band is connected on motor and drive roll, described driven voller is arranged on the other end of roller bracing frame, described several backing roll is arranged on roller bracing frame, and described load-transfer device surrounds on drive roll, driven voller and several backing roll, described chrysanthemum material is uniformly distributed part and comprises front distribution grid, rear distribution grid, arc top plate, strut bar, left pipe link and right pipe link, described arc top plate is fixed on strut bar, the two ends of described strut bar are exposed at outside arc top plate, one end of described left pipe link is fixed on one end of strut bar, this left pipe link is ramp-like configuration, one end of described right pipe link is fixed on the other end of strut bar, this right pipe link is ramp-like configuration, described front distribution grid is fixed on one side of arc top plate, described rear distribution grid is fixed on the another side of arc top plate, angle between described front distribution grid and rear distribution grid is 70-100 degree, the other end of described left pipe link and the other end of right pipe link are all fixed on roller bracing frame, described arc top plate be positioned at load-transfer device exit end under, the distance between this arc top plate and the exit end of load-transfer device is 16-28cm, described feeder hopper comprises front retainer plate, back striker plate, left striker plate, right striker plate, bin gate, left erecting frame, right erecting frame, soft of rear plastics, soft of soft of left plastics and right plastics, one side of described back striker plate is fixed on a side of left striker plate, one side of described right striker plate is fixed on the opposite side of back striker plate, one side of described front retainer plate is fixed on the opposite side of right striker plate, the opposite side of this front retainer plate is fixed on the opposite side of left striker plate, described front retainer plate, back striker plate, left striker plate and right striker plate are ramp-like configuration, described feeder hopper forms up big and down small structure, the bottom of described feeder hopper reduces in the direction of back striker plate gradually at front retainer plate, in described front retainer plate, be provided with inlet point, described bin gate is arranged on front retainer plate, and this bin gate and inlet point coordinate, described bin gate comprises major ingredient door, auxiliary material door, main fastener, auxiliary fastener and push-and-pull bar, described push-and-pull bar is fixed on the top of major ingredient door, in described major ingredient door, be provided with main regulation groove, this main regulation groove is vertical shape structure, in described auxiliary material door, be provided with auxiliary regulating tank, this auxiliary regulating tank is vertical shape structure, the top of the bottom of described major ingredient door and auxiliary material door is overlapping, the bottom of described main regulation groove and the top of auxiliary regulating tank are overlapping, described main fastener cross-under is in main regulation groove, described auxiliary fastener cross-under is in main regulation groove and auxiliary regulating tank, described auxiliary material door is fixed on major ingredient door by auxiliary fastener, soft bottom that is all fixed on left striker plate of described left erecting frame and left plastics, soft of this left erecting frame and left plastics lay respectively at outside and the inner side of left striker plate, soft bottom that is all fixed on right striker plate of described right erecting frame and right plastics, soft of this right erecting frame and right plastics lay respectively at outside and the inner side of right striker plate, soft bottom that is fixed on back striker plate of described rear plastics, soft inner side that is positioned at back striker plate of these rear plastics, the two ends that described rear plastics are soft withstand on respectively on soft of soft of left plastics and right plastics, described left erecting frame and right erecting frame are all fixed on roller bracing frame, and soft of described rear plastics, soft of left plastics all contact with the conveyor surface of load-transfer device with the bottom of soft of right plastics.
2. the chrysanthemum material transfer equipment in fixation machine for chrysanthemum according to claim 1, is characterized in that: described in the draw money on credit height of support be 1-1.5m.
3. the chrysanthemum material transfer equipment in fixation machine for chrysanthemum according to claim 1, is characterized in that: the angle between described roller bracing frame and horizontal surface is 25 degree.
4. the chrysanthemum material transfer equipment in fixation machine for chrysanthemum according to claim 1, is characterized in that: the quantity of backing roll is 4-10 root.
5. the chrysanthemum material transfer equipment in fixation machine for chrysanthemum according to claim 1, is characterized in that: the top of the upper end of the auxiliary regulating tank in described feeder hopper and auxiliary material door flushes.
6. the chrysanthemum material transfer equipment in fixation machine for chrysanthemum according to claim 1, is characterized in that: the push-and-pull bar in described feeder hopper is vertical with major ingredient door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320645158.5U CN203545199U (en) | 2013-10-20 | 2013-10-20 | Chrysanthemum material conveying equipment in chrysanthemum green removing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320645158.5U CN203545199U (en) | 2013-10-20 | 2013-10-20 | Chrysanthemum material conveying equipment in chrysanthemum green removing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203545199U true CN203545199U (en) | 2014-04-16 |
Family
ID=50463347
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320645158.5U Expired - Fee Related CN203545199U (en) | 2013-10-20 | 2013-10-20 | Chrysanthemum material conveying equipment in chrysanthemum green removing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203545199U (en) |
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2013
- 2013-10-20 CN CN201320645158.5U patent/CN203545199U/en not_active Expired - Fee Related
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