CN205470015U - Noodless packing extension distributing device - Google Patents
Noodless packing extension distributing device Download PDFInfo
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- CN205470015U CN205470015U CN201620029660.7U CN201620029660U CN205470015U CN 205470015 U CN205470015 U CN 205470015U CN 201620029660 U CN201620029660 U CN 201620029660U CN 205470015 U CN205470015 U CN 205470015U
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Abstract
The utility model relates to a noodless packing extension distributing device, switch conveying unit and switch the fork conveyor that conveying unit corresponds with each including at least two, each switches conveying unit and includes all that the head -end is the hinged end, the section is carried for the switching of switching the end to the low reaches end, adjacent two switch among the conveying unit, the switching that is located the upper reaches carries the luffing motion of section through switching the end to transmit the UNICOM with the fork conveyor that corresponds and the switching conveying unit in low reaches respectively, switch the low reaches export of carrying the section, at least department in corresponding fork conveyor's the upper reaches entry and the switching conveying unit's in low reaches the upper reaches entry is provided with dam device, dam device is including being used for the block body and drive to vermicelli go on blockking to block the dam device actuating mechanism that the body reciprocated. The utility model provides a carry packagine machine through the manual work with vermicelli among the prior art and go up and lead to the problem that intensity of labour is big, production efficiency is low.
Description
Technical field
This utility model relates to the noodles packaging extension set distribution device in a kind of fine dried noodles packaging field.
Background technology
The basic manufacturing process of fine dried noodles is, isometric fine dried noodles, first by being cut into isometric fine dried noodles on hobbing noodles cutter, are then sent to automatic packager of noodle and carry out packing thus form final products by long noodles.In traditional fine dried noodles production process, by hobbing noodles cutter be cut into isometric after fine dried noodles carried by upstream toward downstream by conveyer, it is disposed with multiple packer along conveying direction by conveyer, fine dried noodles packaging is carried out on each packer by manually being embraced by the fine dried noodles on conveyer, the labor intensity thus causing workman is bigger, production efficiency is relatively low, is carried by staff and also easily causes fractureing of fine dried noodles, affects product quality.
Utility model content
The purpose of this utility model is to provide a kind of noodles packaging extension set distribution device, to solve in prior art by manually being transported on packer cause the problem that labor intensity is big, production efficiency is low by fine dried noodles.
In order to solve the problems referred to above, the technical solution of the utility model is:
nullNoodles packaging extension set distribution device，Including at least two switching supply unit and the fork conveyer device with each switching supply unit Corresponding matching installation settings，Each switching supply unit connects composition main conveyor line successively，Each fork conveyer device respectively constitutes for the branch's pipeline to corresponding packer feeding，Each switching supply unit all includes that upstream extremity is hinged end、Downstream is the switching transportation section of switch terminal，In adjacent two switching supply units，It is positioned at the switching transportation section of upstream and transmits UNICOM by the switching supply unit with corresponding fork conveyer device and downstream respectively that swings up and down of switch terminal，The lower exit of switching transportation section、At least one place in the upstream entrance of the upstream entrance of corresponding fork conveyer device and the switching supply unit in downstream is provided with stop gauge，Stop gauge includes the baffle element for stopping fine dried noodles and the stop gauge drive mechanism driving baffle element to move up and down.
Stop gauge is arranged on described switching transportation section so that the baffle element of stop gauge blocks the lower exit of the switching transportation section of upstream with the switching supply unit in corresponding fork conveyer device or downstream when the switching transportation section of upstream disconnects.
Noodles packaging extension set distribution device is additionally included in when forming fracture between the switching supply unit in the switching transportation section of upstream and corresponding fork conveyer device, downstream and being driven by material pushing body drive mechanism and pushing the material pushing body of the upstream entrance switching supply unit in fine dried noodles and closure corresponding the diverge upstream entrance of conveyer device and/or downstream backward.
Stop gauge drive mechanism has the linearly operating outfan of exportable above-below direction linearly operating, and described backgauge body is arranged on described linearly operating outfan.
Described stop gauge drive mechanism is stop gauge driving cylinder.
Backgauge body include with the corresponding switching vertically disposed riser of conveying direction of transportation section and be arranged at the hinged end extension towards this switching transportation section bottom riser transverse slat, described transverse slat is arranged on described linearly operating outfan.
Driving cylinder is arranged on corresponding switching transportation section by driving cylinder support, and driving cylinder support includes and the lateral connection arm being connected bottom corresponding switching transportation section and the vertical linking arm being fixedly arranged on lateral connection arm, and described driving cylinder is arranged on described vertical linking arm.
Noodles packaging extension set distribution device is additionally included in the material pushing body of the upstream entrance of the switching transportation section of upstream and the switching supply unit in corresponding fork conveyer device or the upstream entrance switching closure corresponding fork conveyer device when supply unit disconnects in downstream and/or downstream, and stop gauge drive mechanism driving stop gauge and material pushing body synchronize to move up and down.
Material pushing body is driven by material pushing body reciprocating drive mechanism and can move forward and backward by stop gauge relatively, and material pushing body reciprocating drive mechanism is arranged in stop gauge drive mechanism.
The beneficial effects of the utility model are: the noodles packaging extension set distribution device in this utility model includes at least two switching supply unit and at least two fork conveyer device with each switching corresponding installation settings of supply unit, in two adjacent switching supply units, the switch terminal of the switching supply unit of upstream swings up and down can switching supply unit with corresponding fork conveyer device and downstream dock respectively.So carry fine dried noodles by the switching supply unit realized to fork conveyer device or downstream that swings up and down of the switching transportation section of switching supply unit, during switching transportation section swings up and down, switching transportation section can disconnect with the switching supply unit of corresponding fork conveyer device and downstream and form fracture, fine dried noodles may be spilt by this fracture, and stop gauge drive mechanism drives moves on baffle element and avoid fine dried noodles to be spilt by corresponding fracture site.When a fork packer corresponding to conveyer device fills material, by the swing of switching transportation section by fine dried noodles downstream transport, to carry fine dried noodles by next one fork conveyer device to next packer, it is not required to embrace fortune fine dried noodles by artificial again, reduce the labor intensity of workman, it is ensured that production efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 1 of the present utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the schematic enlarged-scale view in Fig. 1 at A；
Fig. 4 is the schematic enlarged-scale view in Fig. 1 at B；
Fig. 5 is the structural representation of embodiment 2 of the present utility model；
Fig. 6 is the top view of Fig. 5；
Fig. 7 is enlarged drawing at the D in Fig. 5.
Detailed description of the invention
The embodiment 1 of noodles packaging extension set distribution device is as shown in Fig. 1 ~ 4: include the mainframe 10 front and back extended, three switching supply units sequentially it are provided with along conveying direction i.e. fore-and-aft direction on mainframe 10, each switching supply unit correspondence respectively is provided with fork conveyer device, each switching supply unit head and the tail successively connect and compose main conveyor line, and each fork conveyer device is constituted by main conveyor line to branch's pipeline of corresponding packer 91 feeding.Certainly, the specific number of switching supply unit can be set accordingly according to the size in place and work efficiency, as arranged two switching supply units or arranging more than four and switch supply unit, be not specifically limited herein.Switching supply unit include upstream be hinged end, downstream be the switching transportation section 11 of switch terminal, switching transportation section 11 can swing up and down around the hinge axes of hinged end.In two adjacent switching supply units, be positioned at the switching transportation section of of upstream by swing up and down can respectively with the switching supply unit docking in corresponding fork conveyer device and downstream, optionally fine dried noodles are delivered in the packer that this switching supply unit is corresponding, or deliver in the packer that downstream switching supply unit is corresponding.
Switching supply unit is the linear conveyer device front and back extended, and fork conveyer device is and the arc conveyer device 92 of the corresponding switching tangent setting of supply unit.In the present embodiment, the position of arc conveyer device 92 is top, and the switching transportation section of switching supply unit is swung up to dock with arc conveyer device 92, and the switching transportation section swung downward of switching supply unit can dock with the switching supply unit in downstream.Angle of circumference corresponding to arc conveyer device 92 is 90 °, and the packer 91 being so connected to arc conveyer device 92 end keeps vertical arrangement with linear delivery track so that whole pay-off spatial arrangement is reasonable, reduces floor space.
Each switching supply unit also includes that fixing transportation section 12, the front end of switching transportation section 11 are hinged on the rear end of corresponding fixing transportation section 12.Move after so making the articulated position of switching transportation section 11, avoid fork conveyer device adjacent with its upstream to interfere at above-below direction when switching transportation section 11 and swinging up and down, the most indirectly reduce the height of whole device simultaneously.
For the ease of controlling swing opportunity and the amplitude of fluctuation of switching transportation section, mainframe 10 is additionally provided with the switching transportation section reciprocating drive mechanism for driving switching transportation section 11 to swing up and down.Switching transportation section reciprocating drive mechanism is to be located at the switching transportation section driving cylinder below switching transportation section 11 as shown in Figure 1, and switching transportation section driving cylinder in the present embodiment is cylinder 101, is swung up and down by the rear end of the telescopic drive swinging end of cylinder 101.Wherein it should be noted that Fig. 1 respectively illustrates cylinder 101 swing up and down the retracted position at two docking locations in switching transportation section.
Switching transportation section 11 is during swinging up and down, i.e. in the duration of oscillation section that the fixing transportation section 12 of the switching supply unit in switching transportation section 11 and the arc conveyer device 92 of rear side and downstream is not docked, now form fracture between switching transportation section and fork conveyer device and the switching supply unit in downstream, the problem that fine dried noodles are unrestrained from the switch terminal exit of switching transportation section 11 often occurs.nullTherefore，In order to avoid the unrestrained waste of fine dried noodles，The switch terminal exit of the switching transportation section being positioned at upstream is provided with during swinging up and down in switch terminal and blocks switch terminal outlet、The stop gauge 113 of described switch terminal outlet is opened when UNICOM is transmitted with the switching supply unit in corresponding fork conveyer device and downstream in the switching transportation section of upstream，Stop gauge can prevent fine dried noodles from spilling forward through switching transportation section when fracture is formed，Stop gauge includes baffle element and the stop gauge drive mechanism driving baffle element to move up and down，Stop gauge drive mechanism is stop gauge driving cylinder 112，Stop gauge driving cylinder is cylinder，Stop gauge driving cylinder has the linearly operating outfan of exportable above-below direction linearly operating，Stop gauge is arranged on linearly operating outfan，Stop gauge includes the vertically disposed riser of conveying direction 1131 with corresponding switching transportation section and is arranged at the transverse slat 1132 that the hinged end towards this switching transportation section bottom riser extends，Transverse slat is arranged on linearly operating outfan.Driving cylinder leads to 112 jar supports 111 of overdriving and is arranged on corresponding switching transportation section 11, and driving cylinder support includes and the lateral connection arm that is connected bottom corresponding switching transportation section and the vertical linking arm being fixedly arranged on lateral connection arm, and driving cylinder is arranged on vertical linking arm.
The auxiliary delivery track for connecting noodle cutter 90 it is additionally provided with on mainframe 10.Auxiliary delivery track is provided with for making the most straight straightening part of fine dried noodles, and straightening part has that be obliquely installed from bottom to top on direction from front to back, for the blocking surface slipped over from above for fine dried noodles.In the present embodiment, as shown in Figure 3, auxiliary delivery track includes arc conveyer device and the transition delivery track 13 of tilted upward setting that central angle is 90 °, and the arc conveyer device in auxiliary delivery track is identical with the arc transport conveyor constructions of circular conveyor.Arc conveyer device front end connects noodle cutter 90, and rear end connects the front end of transition delivery track 13, and the rear end of transition delivery track 13 is connected with the front end of the fixing transportation section 12 of the first of upstream switching supply unit.Straightening part 100 is located on transition delivery track 13, and straightening part 100 is included on direction from front to back the riser of be inclined upwardly by the upper surface 130 of transition delivery track 13 swash plate arranged and support swash plate rear end and constitutes, and blocking surface is the upper surface of swash plate.Fine dried noodles slide backward conveying on transition transportation section 13, and when being moved to swash plate upper surface by the upper surface 130 of transition delivery track and in swash plate upper surface sliding, the effect by inclined-plane resistance can tend to straight the most in the lateral direction.Certainly, in other embodiments, straightening part can also be located on fixing transportation section or the switching transportation section of switching supply unit, or is located on arc conveyer device；Or auxiliary delivery track, switching supply unit and fork conveyer device three at least two be provided with straightening part.
Transition delivery track is identical with fixing conveyer segment structure with the switching transportation section of switching supply unit, it is included in the roller bearing that conveying direction parallel interval is arranged, extend about roller bearing, on same roller bearing, left and right has been mounted opposite two belt wheels, adjacent two roller bearings are connected by the transmission V belt translation being wrapped in the respective wheel on two roller bearings, and transmission band drags fine dried noodles by its upper surface and carries out conveying action；Arc conveyer device includes multiple tapered rollers that arcuately bearing of trend uniform intervals is arranged, and is connected by transmission V belt translation between adjacent two tapered rollers.
nullWhen this utility model uses，The fork conveyer device that the switching transportation section of the switching supply unit being positioned at upstream is corresponding with switching supply unit docks，Thus fine dried noodles are delivered on first packer，After first packer conveying is full，Switch the transportation section bottom and dock with the switching supply unit in downstream，When switching transportation section and separating with fork conveyer device，For avoiding the fine dried noodles causing switching on transportation section because of swing to trickle down，Stop gauge drive mechanism drives and moves on baffle element，Move on baffle element and pass fine dried noodles，Fine dried noodles on rear side of baffle element continue to be carried，Fine dried noodles on front side of baffle element are then blocked body and block，Baffle element is possible to prevent fine dried noodles to be spilt by the switch terminal outlet switching transportation section，After switching transportation section and switching supply unit are to connecting，Stop gauge drives and moves under baffle element，Baffle element gets out of the way fine dried noodles，Fine dried noodles can continue on on the switching supply unit on the lower of position.
In other embodiments of the present utility model: stop gauge drive mechanism can also is that hydraulic cylinder, electric pushrod etc. have the drive mechanism of linearly operating outfan, certainly stop gauge drive mechanism can also be the drive mechanism that motor etc. does not have linearly operating outfan, when stop gauge drive mechanism is motor, baffle element can be the lobe plate structure of the motor shaft eccentric setting with motor, and motor blocks fine dried noodles by driving the swing of lobe plate to realize baffle element；Certainly baffle element may not be slab structure, such as prong like.Stop gauge can also be separately set in the upstream entrance of fork conveyer device or the upstream entrance of the switching supply unit in downstream, or is respectively provided with, at the upstream entrance of switching supply unit switching transportation section, the fork upstream entrance of conveyer device, downstream, the stop gauge preventing fine dried noodles unrestrained.
Noodles packaging extension set distribution device embodiment 2 as shown in Fig. 5 ~ 7: embodiment 2 as different from Example 1: be provided with material pushing body reciprocating drive mechanism 142 on the clutch end of stop gauge drive mechanism 112, material pushing body reciprocating drive mechanism is cylinder, material pushing body 1422 it is provided with on the clutch end of material pushing body reciprocating drive mechanism 142, material pushing body is in the rear side of baffle element 113, material pushing body and baffle element can together with synchronize to move up and down, material pushing body can move forward and backward by baffle element under the driving of material pushing body reciprocating drive mechanism relatively simultaneously, baffle element is the swash plate structure the most gradually extended towards rear-inclined, material pushing body is riser structure, material pushing body is in the projection of baffle element above-below direction.In use, when needs switching transportation section separates with fork conveyer device, material pushing body can rise together with baffle element and separated by corresponding fine dried noodles, material pushing body reciprocating drive mechanism moves after driving material pushing body, so that the fine dried noodles sharp separation of baffle element both sides, it is to avoid adhesion, simultaneously because the propelling movement of material pushing body, being transported away so being that the fine dried noodles on rear side of baffle element are easier by fork conveyer device, certain baffle element can also avoid the fine dried noodles diverged on conveyer device to trickle down backward；As a same reason when needing switching transportation section to separate with the switching supply unit in downstream, the fine dried noodles on rear side of baffle element can also be pushed to the switching supply unit in downstream by material pushing body, it is ensured that fine dried noodles are carried completely.In other embodiments of the present utility model: material pushing body reciprocating drive mechanism can also be not provided with in stop gauge drive mechanism, independent mechanism now can be used to realize driving material pushing body action；Certainly material pushing body can also be not provided with on switching transportation section, such as is respectively provided with material pushing body on the switching supply unit in fork conveyer device and downstream.
Claims (9)
- null1. noodles packaging extension set distribution device，It is characterized in that: include at least two switching supply unit and the fork conveyer device with each switching supply unit Corresponding matching installation settings，Each switching supply unit connects composition main conveyor line successively，Each fork conveyer device respectively constitutes for the branch's pipeline to corresponding packer feeding，Each switching supply unit all includes that upstream extremity is hinged end、Downstream is the switching transportation section of switch terminal，In adjacent two switching supply units，It is positioned at the switching transportation section of upstream and transmits UNICOM by the switching supply unit with corresponding fork conveyer device and downstream respectively that swings up and down of switch terminal，The lower exit of switching transportation section、At least one place in the upstream entrance of the upstream entrance of corresponding fork conveyer device and the switching supply unit in downstream is provided with stop gauge，Stop gauge includes the baffle element for stopping fine dried noodles and the stop gauge drive mechanism driving baffle element to move up and down.
- Extension set distribution device packed by noodles the most according to claim 1, it is characterised in that: stop gauge is arranged on described switching transportation section so that the baffle element of stop gauge blocks the lower exit of the switching transportation section of upstream in the switching transportation section of upstream and the switching supply unit in corresponding fork conveyer device or downstream when disconnecting.
- Noodles the most according to claim 2 packaging extension set distribution device, it is characterised in that: noodles packaging extension set distribution device is additionally included in when forming fracture between the switching supply unit in the switching transportation section of upstream and corresponding fork conveyer device, downstream and being driven by material pushing body drive mechanism and pushing the material pushing body of the upstream entrance switching supply unit in fine dried noodles and closure corresponding the diverge upstream entrance of conveyer device and/or downstream backward.
- Noodles the most according to claim 1 and 2 packaging extension set distribution device, it is characterised in that: stop gauge drive mechanism has the linearly operating outfan of exportable above-below direction linearly operating, and described backgauge body is arranged on described linearly operating outfan.
- Noodles the most according to claim 4 packaging extension set distribution device, it is characterised in that: described stop gauge drive mechanism is stop gauge driving cylinder.
- Noodles the most according to claim 4 packaging extension set distribution device, it is characterized in that: backgauge body includes the vertically disposed riser of conveying direction with corresponding switching transportation section and is arranged at the transverse slat that the hinged end towards this switching transportation section bottom riser extends, and described transverse slat is arranged on described linearly operating outfan.
- Noodles the most according to claim 5 packaging extension set distribution device, it is characterized in that: driving cylinder is arranged on corresponding switching transportation section by driving cylinder support, driving cylinder support includes and the lateral connection arm being connected bottom corresponding switching transportation section and the vertical linking arm being fixedly arranged on lateral connection arm, and described driving cylinder is arranged on described vertical linking arm.
- Noodles the most according to claim 4 packaging extension set distribution device, it is characterized in that: noodles packaging extension set distribution device is additionally included in the material pushing body of the upstream entrance of the switching transportation section of upstream and the switching supply unit in corresponding fork conveyer device or the upstream entrance switching closure corresponding fork conveyer device when supply unit disconnects in downstream and/or downstream, and stop gauge drive mechanism driving stop gauge and material pushing body synchronize to move up and down.
- Noodles the most according to claim 8 packaging extension set distribution device, it is characterised in that: material pushing body is driven by material pushing body reciprocating drive mechanism and can move forward and backward by stop gauge relatively, and material pushing body reciprocating drive mechanism is arranged in stop gauge drive mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620029660.7U CN205470015U (en) | 2016-01-13 | 2016-01-13 | Noodless packing extension distributing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620029660.7U CN205470015U (en) | 2016-01-13 | 2016-01-13 | Noodless packing extension distributing device |
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| CN205470015U true CN205470015U (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620029660.7U Active CN205470015U (en) | 2016-01-13 | 2016-01-13 | Noodless packing extension distributing device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107826709A (en) * | 2017-09-28 | 2018-03-23 | 佛山市松川机械设备有限公司 | A kind of foods machine material conveys distribution method |
| CN111908002A (en) * | 2020-08-31 | 2020-11-10 | 中久物流有限公司 | Fluent material rack and material taking method |
-
2016
- 2016-01-13 CN CN201620029660.7U patent/CN205470015U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107826709A (en) * | 2017-09-28 | 2018-03-23 | 佛山市松川机械设备有限公司 | A kind of foods machine material conveys distribution method |
| CN107826709B (en) * | 2017-09-28 | 2023-09-01 | 佛山市松川机械设备有限公司 | Material conveying and distributing method for food machine |
| CN111908002A (en) * | 2020-08-31 | 2020-11-10 | 中久物流有限公司 | Fluent material rack and material taking method |
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