CN205151122U - Narrowband sorting machine - Google Patents
Narrowband sorting machine Download PDFInfo
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- CN205151122U CN205151122U CN201520947302.XU CN201520947302U CN205151122U CN 205151122 U CN205151122 U CN 205151122U CN 201520947302 U CN201520947302 U CN 201520947302U CN 205151122 U CN205151122 U CN 205151122U
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- arrowband
- tensioning
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- sorter
- transfer
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Abstract
The application discloses narrowband sorting machine moves the machine of carrying including thread conveyer and jacking, the thread conveyer includes conveyor frame, main transfer chain, guiding mechanism, straining device and actuating mechanism, and the jacking moves carries a press packed bale and draw together to move and carry frame, a climbing mechanism, move to carry the part and move and carry a part tensioning actuating mechanism, straining device includes cylinder tension system, tensioning running roller and a plurality of tensioning leading wheel, main transfer chain carries narrowband interval, parallel arrangement to form by many, guiding mechanism includes many independent guide rails, many independent guide rail seats and a plurality of leading wheel that returns, cylinder tension system includes a plurality of independent cylinders and a plurality of independent cylinder support who is used for bearing independent cylinder, it includes driving motor to move a year part tensioning actuating mechanism, the jacking moves the machine of carrying and passes through move carry the frame with conveyor frame fixed connection sets up in thread conveyer below. This technical scheme has year nimble and year steady characteristics of moving of moving.
Description
Technical field
The utility model relates to sorter field, is specifically related to a kind of arrowband sorter.
Background technology
Sorter is commonly used and the various different areas of activity needing transfer and sorting, prior art many employings wheel flutter sorter is to complete this function, sorting equipment (shifting apparatus) is embedded between the belt feeder of front and back, around the installation site vacating a wheel flutter sorting equipment under the position belt needing sorting, its sort positions must be fixed when designing, shift in position can not be done during in-site installation, its sorting mouth must be direction of tilt, spacing between oblique wheel sorting equipment is larger, the requirement of dense arrangement type sorting can not be met, complicated integral structure, installation and maintenance are very inconvenient.
For solving the problems of the technologies described above, a kind of Integral steering wheel sorter disclosed in patent CN201420152668.3, by the setting of the independent power plant module, sorting module and the end module that arrange, realizes being convenient to mobile, high stability sorting effect.But in actual use, sorting equipment needs to be embedded between the belt feeder of front and back equally, main conveyor needs the installation site vacating a sorting equipment, limit the alerting ability of sorting equipment position adjustments to a certain extent, its sort positions remains fixing design to a certain extent, does not thoroughly solve the problems of the technologies described above.
Utility model content
The purpose of this utility model be to provide a kind of transfer flexibly, pulsation-free arrowband sorter.
Above-mentioned technical purpose of the present utility model is achieved by the following technical programs: a kind of arrowband sorter, comprises mainline conveyor and jacking transferring machine; Described mainline conveyor comprises conveyer frame, main conveyor line, guiding mechanism, stretching device and driver train, and described jacking transferring machine comprises transfer machine frame, lifting body, transfer parts and transfer member tension driver train for vertical-lift transfer parts; Described stretching device comprises cylinder clamping system, tensioning running roller and multiple tensioning guide wheel be fixedly installed on described individual cylinder support, and described tensioning guide wheel quantity, spacing match with conveying arrowband quantity and width; Described main conveyor line by many conveying intervals, arrowband, be arrangeding in parallel forms; Described guiding mechanism comprises for independent guiding many independent rails of each conveying arrowband, for carrying many independent rails seats of described independent rails and to be arranged at below described independent rails seat multiple returns track adjusting wheel, described in return track adjusting wheel and match with carrying narrowband width described in spacing; Described cylinder clamping system comprises respectively carries multiple individual cylinder of arrowband and the multiple individual cylinder supports for carrying described individual cylinder for independent tensioning; Described transfer member tension driver train comprises the drive motor for individual drive transfer parts; Described jacking transferring machine is fixedly connected with described conveyer frame by described transfer machine frame, is arranged at below described mainline conveyor, and makes the described transfer parts after jacking be arranged at the gap of described conveying arrowband.
In the technical solution of the utility model, transfer parts intert to be arranged on conveying gap, arrowband, and jacking transferring machine has independent driving motor, every platform transfer equipment is made to install in any position of conveyer and to move, when the follow-up cargo size change of user and site condition change, make the adjustment of operation field installation site, transfer machine can be shifted and layout again easily, transfer operating flexibility.Every bar conveying arrowband, by the independent tensioning of individual cylinder, ensure that the planeness in tensioning validity and transportation horizontal face.
The structure of mainline conveyor and jacking transferring machine is standard module, assembling can be completed before dispatching from the factory, on-the-spot only modules need connection can form sorting conveyor line user, install and change very convenient, significantly reduce time and the expense of in-site installation and debugging
As preferably of the present utility model, described guiding mechanism also comprise be arranged at described multiple return track adjusting wheel relative to described conveying arrowband service direction front return carrying roller, described in return carrying roller for making its height consistent with the described guide groove height returning track adjusting wheel against described conveying arrowband.
In the technical program, by returning the setting of carrying roller, adjustable conveying arrowband, returning height when entering to return track adjusting wheel, makes to return the directional tagging of track adjusting wheel to conveying arrowband effective and reliable.
As preferably of the present utility model, described transfer parts are intervals, the roller group that be arranged in parallel.
As preferably of the present utility model, described individual cylinder air pressure connection mode is for being connected in parallel.
As preferably of the present utility model, described tensioning driver train also comprises tightening belt and tensioning wheels; Described tensioning wheels are fixedly installed on described transfer machine frame side, and connect described transfer parts and described drive motor by tightening belt, for transfer parts described in tensioning and by the Movement transmit of described drive motor to described transfer parts.
In the technical program, every bar conveying arrowband independence tensioning, and by being connected in parallel between each individual cylinder, the pressure between each individual cylinder and mutually coordination, the overall tensile force making individual cylinder group is consistent, ensure that the tensile force of every bar arrowband is lasting consistent all the time.The auxiliary tensioning of belt when auxiliary tightening device is very long for equipment.
As preferably of the present utility model, described tightening belt is polywedge bet.
As preferably of the present utility model, described drive motor has VFD and controls, and is installed the described transfer machine frame the same side being fixedly installed on described tensioning wheels and arranging by flange form.
In the technical program, the frequent starting when drive motor that VFD controls can meet sorting and the requirement of stopping, independently drive motor, can meet the function needs rotating and reverse switching of transfer parts simultaneously, the flexible further comformability of sorter.Drive motor is fixedly installed in transfer machine frame by flange method, therefore only needs a tightening belt can realize the Movement transmit of tensioning and motor; Transfer parts are connected with motor by a polywedge bet, and during high-speed cruising, friction force greatly and noise is little, improves the feature of environmental protection of equipment, make equipment be applicable to the environmental requirement of logistics centre manual work.
As preferably of the present utility model, described stretching device also comprises and is fixedly installed on described tensioning running roller and carries on the back auxiliary tensioning running roller in described main conveyor line side, and described auxiliary tensioning running roller is connected by belt and is connected with described tensioning running roller.
As preferably of the present utility model, described independent rails is ultra high molecular polyethylene I-shaped structure; Bottom surface, described conveying arrowband contacts with described independent rails, and the surface of described conveying arrowband exceeds described independent rails surface.
In the technical program, conveying bottom surface, arrowband and ultra high molecular polyethylene guide rail contact, when high-speed cruising, noise is also very little; Conveying surface, arrowband exceeds guide pass, and during operation, goods just can steadily lowly rest on several belts, can be applicable to very little transported substance.
As preferably of the present utility model, described main conveyor line comprises the described conveying arrowband of 3 ~ 8 wide, spaced sets; And described conveying narrowband width is 25 ~ 35mm.
A kind of sorter of the present utility model, during installation, jacking transferring machine can be fixedly installed on the below needing arbitrarily transfer position of mainline conveyor length direction, by the work of lifting body, promote transfer machine, and transfer parts being interted be arranged at the gap of conveying arrowband, the parts of transfer are simultaneously driven by individual motor; Conveying arrowband has independently tensioning and guide frame, ensure that conveying validity.
In sum, the utility model has following beneficial effect: transfer is flexible, transfer parts intert and are arranged at the conveying gap of arrowband and individual drive, make it can be arranged at the optional position of mainline conveyor length direction as required, also can change the spacing between multiple jacking transferring machine as required, to meet the transfer needs of actual job environment and different from the specification of transfer part and shape; Transfer is steady, the conveying arrowband of tensioning and guiding, and bottom surface and guide rail are removed completely, and surface, higher than guide rail, makes transfer steady.
Preferred as technique scheme, a kind of arrowband sorter can use with a kind of transfer machine jack simultaneously, for being promoted by arrowband sorter and sorting height.Described a kind of transfer machine jack comprises frame, for the crank mechanism of vertical-lift transfer machine and the toggle-action lever synchronizing controls for making described first to fourth toggle-action lever be synchronized with the movement; Described crank mechanism comprising swivel base, toggle-action lever group, driving gas bar and for providing the shock strut of the buffering of described jack down maneuver, and described toggle-action lever group comprises first to fourth toggle-action lever be connected on swivel base; Described driving gas bar one end is fixedly installed in jacking frame, the other end and the first toggle-action lever bottom hinged; Described shock strut two ends respectively with the second toggle-action lever bottom and the 3rd toggle-action lever bottom hinged; Described toggle-action lever synchronizing controls comprises the first synchronous cross bar that two ends are fixedly connected with described 3rd toggle-action lever with described first toggle-action lever respectively and the second synchronous cross bar that two ends are fixedly connected with described four-throw bar with described second toggle-action lever respectively, for Movement transmit to the second toggle-action lever, the 3rd toggle-action lever and four-throw bar by driving gas bar, first to fourth toggle-action lever is synchronized with the movement.
In the technical program, by the part making driving gas bar become crank mechanism, simplify jack structure; Meanwhile, use the setting of toggle-action lever synchronizing controls (i.e. a pair synchronous cross bar), hunting motion is transmitted between four-throw bar, and does not need the setting of other a set of connecting rod mechanism, further simplify jack structure; Substitute finally by shock strut the structure that connecting rod connects two toggle-action levers, when jack declines, shock strut is in compressive state, can provide buffering to down maneuver, guarantees the stationarity of descending motion.
As preferably: described crank mechanism also comprises the floating type hinge means being connected to described toggle-action lever upper end, and described floating type hinge means is used for being fixedly connected with transfer machine.
As preferably: described floating type hinge means is oscillating bearing.
Oscillating bearing can be connected with top transfer machine more stably, by the stationarity connected, improves the smoothness of lifter motion further.
As preferably: described toggle-action lever upper end is provided with hinge connection portion, bending place is provided with synchronous cross bar connecting portion.
As preferably: described floating type hinge means is connected with toggle-action lever by described hinge connection portion; Described synchronous cross bar is fixed on swivel base through described synchronous cross bar installation portion axle.
As preferably: described synchronous cross bar is by the connection of interference fit and described toggle-action lever.
The synchronous cross bar connected by interference fit and toggle-action lever, sync rates is high and structure is simple.
As preferably: described shock strut comprises spring and is arranged on the quarter butt of described spring two terminations.
As preferably: described frame comprises the intermediate hsg between the biside plate of front and back, for providing the motion fulcrum driving gas bar flexible.
As preferably: described jack also comprises auxiliary top rising stem, and described auxiliary top rising stem is bolted on intermediate hsg top, it installs the installation top of top lower than described floating type hinge means.
Auxiliary top rising stem is used for the lifting of transfer machine above auxiliary crank pole pair, and the medium position of its point of action transfer machine up, cooperatively interacts with the lifting of toggle-action lever in corner, realize the steady lifting to transfer machine.
As preferably: described frame comprises installation and maintenance window, and described installation and maintenance window is arranged at described frame side.
By the setting of installation and maintenance window, jack can be realized and carry out quick M R.
Accompanying drawing explanation
Fig. 1 and Fig. 2 is the schematic diagram of embodiment 1 one kinds of arrowband sorters;
Fig. 3 is the schematic diagram of embodiment 1 mainline conveyor;
Fig. 4 is the schematic diagram of embodiment 1 jacking transferring machine;
In figure: 1-mainline conveyor, 2-jacking transferring machine, 11-conveyer frame, 12-main conveyor line, 12 '-conveying arrowband, 13-guiding mechanism, 14-stretching device, 21-transfer machine frame, 22-transfer parts, 23-transfer member tension driver train, 131-independent rails, 132-independent rails seat, 133-returns track adjusting wheel, 134-returns carrying roller, 141-cylinder clamping system, 142-tensioning running roller, 143-tensioning guide wheel, 144-assists tensioning running roller, 231-drive motor, 232-tightening belt, 233-tensioning wheels, 1411-individual cylinder, 1412-individual cylinder support.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
This specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this specification sheets, as long as but be all subject to the protection of patent law in right of the present utility model.
Embodiment 1: a kind of arrowband sorter as shown in Figure 1, Figure 2, Figure 3 and Figure 4, comprises mainline conveyor 1 and jacking transferring machine 2.Mainline conveyor 1 comprises conveyer frame 11, is 32mm by 8 width and the interval, conveying arrowband 12 ' of spaced set, the main conveyor line 12 be arranged in parallel, guiding mechanism 13, stretching device 14 and driver train.Jacking transferring machine 2 comprises transfer machine frame 21, lifting body, transfer parts 22 and transfer member tension driver train 23 for vertical-lift transfer parts.Jacking transferring machine 2 is fixedly connected with conveyer frame 11 by transfer machine frame 21, is arranged at below mainline conveyor 1, and makes the described transfer parts 22 after jacking be arranged at the gap of described conveying arrowband 12 '.
As shown in Figure 3, guiding mechanism 13 comprises for independent guiding 8 ultra high molecular polyethylene I-shaped independent rails 131 of each conveying arrowband 12 ', for carrying 8 independent rails seats 132 of described independent rails 131,16 of being arranged at below independent rails seat 13 return track adjusting wheel 133 and be arranged at described 16 return track adjusting wheel 133 relative to described conveying arrowband 12 ' service direction front return carrying roller 134; Carry bottom surface, arrowband 12 ' to contact with independent rails 131 during installation, and the surface of conveying arrowband 12 ' exceed independent rails 131 surface; Returning track adjusting wheel 133 carries arrowband 12 ' width to match with spacing, returns carrying roller 134 for making its height consistent with the described guide groove height returning track adjusting wheel 133 against described conveying arrowband 12 '.
Stretching device 14 comprises cylinder clamping system 141, tensioning running roller 142,8 tensioning guide wheels 143 be fixedly installed on described individual cylinder support 1412; Tensioning running roller 142 carries on the back the auxiliary tensioning running roller 144 in main conveyor line 12 side, and auxiliary tensioning running roller 144 is connected by belt and is connected with tensioning running roller 142; Tensioning guide wheel 143 spacing matches with conveying arrowband 12 ' width.
Cylinder clamping system 141 comprises respectively carries 8 of arrowband 12 ' individual cylinder 1411 and 8 individual cylinder supports 1412 for carrying individual cylinder 1411 for independent tensioning; 8 individual cylinder 1411 air pressure connection modes are for being connected in series.
As shown in Figure 4, transfer parts 22 are intervals, the roller group that be arranged in parallel.Transfer member tension driver train 23 comprises for the drive motor 231 of individual drive transfer parts, polywedge bet tightening belt 232 and tensioning wheels 233; Tensioning wheels 233 are fixedly installed on described transfer machine frame 21 side, and by polywedge bet connection roll subgroup and described drive motor 231, for idler roller subgroup and by the Movement transmit of drive motor 231 to each roller; Drive motor 231 has VFD and controls, and is installed described transfer machine frame 21 the same side being fixedly installed on tensioning wheels 233 and arranging by flange form.
Embodiment 2: a kind of arrowband sorter, comprises mainline conveyor 1 and jacking transferring machine 2.Mainline conveyor 1 comprises conveyer frame 11, is 35mm by 3 width and the interval, conveying arrowband 12 ' of spaced set, the main conveyor line 12 be arranged in parallel, guiding mechanism 13, stretching device 14 and driver train.Jacking transferring machine 2 comprises transfer machine frame 21, lifting body, transfer parts 22 and transfer member tension driver train 23 for vertical-lift transfer parts.Jacking transferring machine 2 is fixedly connected with conveyer frame 11 by transfer machine frame 21, is arranged at below mainline conveyor 1, and makes the described transfer parts 22 after jacking be arranged at the gap of described conveying arrowband 12 '.
Guiding mechanism 13 comprises for independently guiding 2 ultra high molecular polyethylene I-shaped independent rails 131 of each conveying arrowband 12 ', returning track adjusting wheel 133 for 2 the independent rails seats 132 and 4 of being arranged at below independent rails seat 13 carrying described independent rails 131; Returning track adjusting wheel 133 carries arrowband 12 ' width to match with spacing.
Stretching device 14 comprises cylinder clamping system 141, tensioning running roller 142,2 tensioning guide wheels 143 be fixedly installed on described individual cylinder support 1412; Tensioning guide wheel 143 spacing matches with conveying arrowband 12 ' width.
Cylinder clamping system 141 comprises respectively carries 2 of arrowband 12 ' individual cylinder 1411 and 2 individual cylinder supports 1412 for carrying individual cylinder 1411 for independent tensioning.
The roller group that transfer parts 22 are intervals, be arranged in parallel.Transfer member tension driver train 23 comprises for the drive motor 231 of individual drive transfer parts, polywedge bet tightening belt 232 and tensioning wheels 233; Tensioning wheels 233 are fixedly installed on described transfer machine frame 21 side, and by polywedge bet connection roll subgroup and described drive motor 231, for idler roller subgroup and by the Movement transmit of drive motor 231 to each roller; Drive motor 231 installs described transfer machine frame 21 the same side being fixedly installed on tensioning wheels 233 and arranging by flange form.
Embodiment 3: a kind of arrowband sorter, comprises mainline conveyor 1 and jacking transferring machine 2.Mainline conveyor 1 comprises conveyer frame 11, is 25mm by 6 width and the interval, conveying arrowband 12 ' of spaced set, the main conveyor line 12 be arranged in parallel, guiding mechanism 13, stretching device 14 and driver train.Jacking transferring machine 2 comprises transfer machine frame 21, lifting body, transfer parts 22 and transfer member tension driver train 23 for vertical-lift transfer parts.Jacking transferring machine 2 is fixedly connected with conveyer frame 11 by transfer machine frame 21, is arranged at below mainline conveyor 1, and makes the described transfer parts 22 after jacking be arranged at the gap of described conveying arrowband 12 '.
Guiding mechanism 13 comprises for independently guiding 4 ultra high molecular polyethylene I-shaped independent rails 131 of each conveying arrowband 12 ', returning track adjusting wheel 133 for 4 the independent rails seats 132 and 8 of being arranged at below independent rails seat 13 carrying described independent rails 131; Returning track adjusting wheel 133 carries arrowband 12 ' width to match with spacing.
Stretching device 14 comprises cylinder clamping system 141, tensioning running roller 142,4 is fixedly installed on tensioning guide wheel 143 on described individual cylinder support 1412 and auxiliary tensioning running roller 141; Tensioning running roller 142 carries on the back the auxiliary tensioning running roller 144 in main conveyor line 12 side, and auxiliary tensioning running roller 144 is connected by belt and is connected with tensioning running roller 142; Tensioning guide wheel 143 spacing matches with conveying arrowband 12 ' width.
Cylinder clamping system 141 comprises respectively carries 2 individual cylinder, 1411,2 individual cylinder 1411 air pressure connection modes of arrowband 12 ' for being connected in series for independent tensioning.
The roller group that transfer parts 22 are intervals, be arranged in parallel.Transfer member tension driver train 23 comprises for the drive motor 231 of individual drive transfer parts, polywedge bet tightening belt 232 and tensioning wheels 233; Tensioning wheels 233 are fixedly installed on described transfer machine frame 21 side, and by polywedge bet connection roll subgroup and described drive motor 231, for idler roller subgroup and by the Movement transmit of drive motor 231 to each roller; Drive motor 231 installs described transfer machine frame 21 the same side being fixedly installed on tensioning wheels 233 and arranging by flange form.
Embodiment 4: embodiment 4 is with the difference of embodiment 1, also comprises transfer machine lifting body, comprises frame, crank mechanism, toggle-action lever synchronizing controls and auxiliary top rising stem for vertical-lift transfer machine.
Frame comprises the intermediate hsg be arranged on before and after frame between biside plate and the installation and maintenance window being arranged at described frame side; Intermediate hsg is used for fixed drive gas bar and provides the motion fulcrum driving gas bar flexible.
Crank mechanism comprises the swivel base be fixedly installed on framework lateral plate, toggle-action lever group, drives gas bar, for providing the shock strut of the buffering of described jack down maneuver and being connected to the floating type hinge means of toggle-action lever upper end; Wherein toggle-action lever group comprises first to fourth toggle-action lever be connected on swivel base, and toggle-action lever upper end is provided with hinge connection portion, bending place is provided with synchronous cross bar connecting portion; Drive gas bar one end be fixedly installed in jacking frame, the other end and the first toggle-action lever bottom hinged; Described shock strut two ends respectively with the second toggle-action lever bottom and the 3rd toggle-action lever bottom hinged; Floating type hinge means is oscillating bearing, and the portion that is connected through the hinge is connected with toggle-action lever; Shock strut comprises spring and is arranged on the quarter butt of spring two terminations.
Toggle-action lever synchronizing controls is for transmitting the motion of gas bar, comprise the first synchronous cross bar that two ends are fixedly connected with described 3rd toggle-action lever with described first toggle-action lever respectively and the second synchronous cross bar that two ends are fixedly connected with described four-throw bar with described second toggle-action lever respectively, be fixed on swivel base through synchronous cross bar installation portion axle, and by the connection of interference fit and each toggle-action lever, for Movement transmit to the second toggle-action lever, the 3rd toggle-action lever and four-throw bar by driving gas bar, described first to fourth toggle-action lever is synchronized with the movement.
Auxiliary top rising stem is bolted on intermediate hsg top, and it installs the installation top of top lower than described floating type hinge means.
Claims (10)
1. an arrowband sorter, comprises mainline conveyor (1) and jacking transferring machine (2); Described mainline conveyor (1) comprises conveyer frame (11), main conveyor line (12), guiding mechanism (13), stretching device (14) and driver train, and described jacking transferring machine (2) comprises transfer machine frame (21), lifting body, transfer parts (22) and transfer member tension driver train (23) for vertical-lift transfer parts; Described stretching device (14) comprises cylinder clamping system (141) and tensioning running roller (142); It is characterized in that:
Described main conveyor line (12) by many conveying arrowband (12 ') intervals, be arrangeding in parallel forms;
Described guiding mechanism (13) comprises for independent guiding many independent rails (131) of each conveying arrowband (12 '), for carrying many independent rails seats (132) of described independent rails (131) and to be arranged at below described independent rails seat (132) multiple returns track adjusting wheel (133), described in return track adjusting wheel (133) and match with carrying arrowband (12 ') width described in spacing;
Described cylinder clamping system (141) comprises respectively carries multiple individual cylinder (1411) of arrowband (12 ') and the multiple individual cylinder supports (1412) for carrying described individual cylinder (1411) for independent tensioning;
Described stretching device (14) also comprises multiple tensioning guide wheel (143) be fixedly installed on described individual cylinder support (1412), and described tensioning guide wheel (143) quantity, spacing match with conveying arrowband (12 ') quantity and width;
Described transfer member tension driver train (23) comprises the drive motor (231) for individual drive transfer parts;
Described jacking transferring machine (2) is fixedly connected with described conveyer frame (11) by described transfer machine frame (21), be arranged at described mainline conveyor (1) below, and make the described transfer parts (22) after jacking be arranged at the gap of described conveying arrowband (12 ').
2. a kind of arrowband according to claim 1 sorter, it is characterized in that: described guiding mechanism (13) also comprise be arranged at described multiple return track adjusting wheel (133) relative to described conveying arrowband (12 ') service direction front return carrying roller (134), described in return carrying roller (134) for making its height consistent with the described guide groove height returning track adjusting wheel (133) against described conveying arrowband (12 ').
3. a kind of arrowband according to claim 1 sorter, is characterized in that: described transfer parts (22) are intervals, the roller group that be arranged in parallel.
4. a kind of arrowband according to claim 1 sorter, is characterized in that: multiple described individual cylinder (1411) air pressure connection mode is for being connected in parallel.
5. a kind of arrowband according to claim 3 sorter, is characterized in that: described tensioning driver train (23) also comprises tightening belt (232) and tensioning wheels (233); Described tensioning wheels (233) are fixedly installed on described transfer machine frame (21) side, and connect described transfer parts (22) and described drive motor (231) by tightening belt (232), for transfer parts (22) described in tensioning and by the Movement transmit of described drive motor (231) to described transfer parts (22).
6. a kind of arrowband according to claim 4 sorter, is characterized in that: described tightening belt (232) is polywedge bet.
7. a kind of arrowband according to claim 5 sorter, is characterized in that: described drive motor (231) has VFD and controls, and is installed described transfer machine frame (21) the same side being fixedly installed on described tensioning wheels (233) and arranging by flange form.
8. a kind of arrowband according to claim 1 sorter, it is characterized in that: described stretching device (14) also comprises and is fixedly installed on described tensioning running roller (142) and carries on the back auxiliary tensioning running roller (144) in described main conveyor line (12) side, and described auxiliary tensioning running roller (144) is connected by belt and is connected with described tensioning running roller (142).
9. a kind of arrowband according to claim 1 sorter, is characterized in that: described independent rails (131) is ultra high molecular polyethylene I-shaped structure; Described conveying arrowband (12 ') bottom surface contacts with described independent rails (131), and the surface of described conveying arrowband (12 ') exceeds described independent rails (131) surface.
10. a kind of arrowband according to claim 1 sorter, is characterized in that: described main conveyor line (12) comprises the described conveying arrowband (12 ') of 3 ~ 8 wide, spaced sets; And described conveying arrowband (12 ') width is 25 ~ 35mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520947302.XU CN205151122U (en) | 2015-11-25 | 2015-11-25 | Narrowband sorting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520947302.XU CN205151122U (en) | 2015-11-25 | 2015-11-25 | Narrowband sorting machine |
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| Publication Number | Publication Date |
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| CN205151122U true CN205151122U (en) | 2016-04-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520947302.XU Active CN205151122U (en) | 2015-11-25 | 2015-11-25 | Narrowband sorting machine |
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| CN (1) | CN205151122U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108423377A (en) * | 2018-05-16 | 2018-08-21 | 苏州九鲤机电科技有限公司 | A kind of narrowband formula transfer conveyer |
| CN109178438A (en) * | 2018-09-26 | 2019-01-11 | 厦门佳创科技股份有限公司 | Product separating transport mechanism and packaging facilities |
-
2015
- 2015-11-25 CN CN201520947302.XU patent/CN205151122U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108423377A (en) * | 2018-05-16 | 2018-08-21 | 苏州九鲤机电科技有限公司 | A kind of narrowband formula transfer conveyer |
| CN109178438A (en) * | 2018-09-26 | 2019-01-11 | 厦门佳创科技股份有限公司 | Product separating transport mechanism and packaging facilities |
| CN109178438B (en) * | 2018-09-26 | 2024-01-12 | 厦门佳创科技股份有限公司 | Product separation conveying mechanism and packaging equipment |
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Address after: 313023 Zhejiang dema Technology Co., Ltd., shangqiang Industrial Park, Daixi Town, Wuxing District, Huzhou City, Zhejiang Province Patentee after: Dema Technology Group Co.,Ltd. Address before: 313023 Zhejiang dema Technology Co., Ltd., shangqiang Industrial Park, Daixi Town, Wuxing District, Huzhou City, Zhejiang Province Patentee before: ZHEJIANG DAMON TECHNOLOGY Co.,Ltd. |
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| CP01 | Change in the name or title of a patent holder |