CN205010577U - Conveying system of beer baling line - Google Patents
Conveying system of beer baling line Download PDFInfo
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- CN205010577U CN205010577U CN201520690300.7U CN201520690300U CN205010577U CN 205010577 U CN205010577 U CN 205010577U CN 201520690300 U CN201520690300 U CN 201520690300U CN 205010577 U CN205010577 U CN 205010577U
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Abstract
The utility model discloses a conveying system of beer baling line, including conveyor and stifled bottle controlling means, stifled bottle controlling means includes proximity switch, a controller, photoelectric switch and the reflector that matches with photoelectric switch, all be provided with a proximity switch and a photoelectric switch on each conveyor, photoelectric switch corresponds the both sides of installing at conveyor respectively with the reflector and places, and photoelectric switch's the transmitting terminal and the reflection of light facial features of reflector are to setting up, proximity switch installs the rear end department at conveyor's one of which side wall, each proximity switch's output all is connected with the input electricity of above -mentioned controller with each photoelectric switch's output, each driving motor's the input and the control end control connection of controller. Compared with the prior art, stifled bottle does not appear in its conveyer belt, and photoelectric switch output signal gives the controller when not having the bottle it on, makes the controller control the conveyer belt stop work, does the problem of idle work when avoiding the conveyer belt not have bottle, comparatively power saving always.
Description
Technical field
The utility model relates to a kind of delivery system, particularly a kind of delivery system of beer packing line.
Background technology
Existing bottled beer packaging production line main flow first first checks in the first tape transport to bottle checker from bottle washing machine wash bottle empty bottle out, after the assay was approved by carrying out filling, gland in the second tape transport to bottle placer, bring into into sterilization machine through the 3rd conveying after gland, carry out testing wine through the 4th load-transfer device after sterilization, test and carry out subsequent packages program after drinking; As can be seen here, existing beer packing line is provided with some for carrying the load-transfer device of bottle.Because load-transfer device usually causes stifled bottle when carrying bottle because of various factors, then load-transfer device is provided with stifled bottle and detects proximity switch, when detecting that leading portion load-transfer device blocks up bottle, back segment load-transfer device stops for bottle, when present segment load-transfer device cannot not detect stifledly bottle, back segment load-transfer device just starts to start.But this kind of delivery system, if stifled bottle does not appear in load-transfer device, and it still works on without during bottle, this just causes load-transfer device doing useless work, takes electricity.
In view of this, inventor carries out in-depth study to the problems referred to above, then has this case to produce.
Utility model content
The purpose of this utility model is to provide the stifled bottle of its load-transfer device a kind of and can automatically quits work without during bottle, can the delivery system of the beer packing line of brownout greatly.
In order to achieve the above object, the utility model adopts such technical scheme:
A kind of delivery system of beer packing line, comprise feedway and stifled bottle control setup, this feedway is provided with several, each feedway is corresponding according to the order of sequence successively accepts setting, this feedway has load-transfer device, for the frame that load-transfer device is installed, with the drive motor driving load-transfer device to rotate, be throughput direction from front to back with bottle throughput direction on the conveyor belt, the left and right sides in the frame length direction be respectively arranged with along load-transfer device extends, and the gusset be in above load-transfer device, between the bottom of this gusset and load-transfer device, there is spacing, above-mentioned stifled bottle control setup comprises proximity switch, controller, photoelectric switch and the light deflector matched with photoelectric switch, each above-mentioned feedway is provided with an above-mentioned proximity switch and an above-mentioned photoelectric switch, above-mentioned photoelectric switch and above-mentioned the light deflector respectively corresponding both sides being arranged on feedway are placed, and the reflective surface of the transmitting terminal of above-mentioned photoelectric switch and above-mentioned light deflector is oppositely arranged, above-mentioned proximity switch is arranged on the rear end of the one gusset of feedway, the mouth of each above-mentioned proximity switch and the mouth of each above-mentioned photoelectric switch are all electrically connected with the input end of above-mentioned controller, the input end of each above-mentioned drive motor and the control end control linkage of above-mentioned controller.
To be in the gusset on right side for right side wall, the gusset being in left side is left-side, the right side wall of above-mentioned right side wall is locked intrinsic adapter plate, above-mentioned proximity switch locking is on this adapter plate, and the test side of above-mentioned proximity switch is arranged down, and be in outside the scope of adapter plate, non-metal board is provided with below above-mentioned proximity switch, the edge, left side of above-mentioned non-metal board is movable through above-mentioned spacing to two gusset, and the left side of above-mentioned non-metal board is along being stacked in the right side of said conveyer belt along top, the edge, right side of above-mentioned non-metal board is fixed with sheetmetal, above-mentioned sheetmetal is in left side immediately below above-mentioned proximity switch test side.
Above-mentioned non-metal board is plastic flagstone, and above-mentioned plastic flagstone is the stripe board extended along the length direction of load-transfer device.
Above-mentioned photoelectric switch is in the front of above-mentioned proximity switch, above-mentioned photoelectric switch is fixedly mounted on gusset by the first mounting bracket, above-mentioned first mounting bracket and gusset lock and install, above-mentioned photoelectric switch and above-mentioned first mounting bracket lock and install, and the test side of above-mentioned photoelectric switch exceeds above-mentioned gusset, above-mentioned light deflector is fixedly mounted on opposite side by the second mounting bracket and places, above-mentioned second mounting bracket and gusset lock and install, above-mentioned light deflector locking is on the second mounting bracket, and above-mentioned light deflector exceeds above-mentioned gusset.
After adopting technique scheme, the delivery system of a kind of beer packing line of the present utility model, its principle of work is: when the proximity switch on each load-transfer device does not trigger, after the light velocity of photoelectric switch is not blocked some seconds by bottle, photoelectric switch output information is to controller, the load-transfer device of controller corresponding to this photoelectric switch of the corresponding control of the information of this signal combination proximity switch quits work, like this, there is not stifled bottle in load-transfer device, and it outputs signal to controller without photoelectric switch during bottle, make controller control this load-transfer device to quit work, avoid load-transfer device without the problem flogged a dead horse during bottle always, comparatively power saving, proximity switch when stifled bottle appears in back segment load-transfer device on back segment load-transfer device is triggered, and trigger message is sent to controller, controller only controls this load-transfer device and quits work, now the proximity switch of the leading portion load-transfer device that load-transfer device is adjacent does not still control this leading portion load-transfer device work on by triggering Time Controller therewith, avoid traditional one load-transfer device to block up bottle Time Controller to control whole load-transfer device and quit work simultaneously and cause active conveying bottle pressure large, even occur neutral gear phenomenon in load-transfer device startup front and back and cause down the problem of bottle, it is comparatively reasonable to design.
Accompanying drawing explanation
Fig. 1 be load-transfer device of the present utility model and stifled bottle control setup in conjunction with schematic diagram;
Fig. 2 is schematic block circuit diagram of the present utility model.
Detailed description of the invention
In order to explain the technical solution of the utility model further, be described in detail below by specific embodiment.
The delivery system of a kind of beer packing line of the present utility model, as Fig. 1, shown in 2, comprise feedway and stifled bottle control setup, this feedway has load-transfer device 11, for the frame 12 that load-transfer device 11 is installed, with be arranged in frame 12, drive the drive motor 13 that load-transfer device 11 works, be throughput direction from front to back with the throughput direction of bottle 100 on load-transfer device 11, the left and right sides in frame 12 length direction be respectively arranged with along load-transfer device 1 extends, and the gusset 14 be in above load-transfer device 11, two gussets 14 are for limiting bottle 100, in case bottle 100 drops out outside load-transfer device 11, between the bottom of this gusset 14 and load-transfer device 11, there is spacing 200.In the utility model, the structure of this feedway is identical with principle with the structure of the feedway of existing beer packing line with principle, is not repeated at this.
This feedway is provided with several, because the structure of each feedway is substantially identical, the present embodiment is for a feedway, each feedway accepts setting successively according to the order of sequence mutually, namely this feedway is undertaken between the mouth of bottle washing machine and the input end of bottle checker, another feedway is undertaken between the mouth of bottle checker and the input end of bottle placer, a feedway is again undertaken between the mouth of bottle placer and the input end of sterilization machine, the quantity of this feedway is arranged needed for beer packing line, for the conveying between two equipment, the setting of each feedway is identical with the mode of each feedway in existing beer packing line.
This stifled bottle control setup comprises proximity switch 21, controller 22, photoelectric switch 23 and the light deflector 24 matched with photoelectric switch 23, proximity switch 21 and photoelectric switch 23 are provided with several, all arrange with each feedway one_to_one corresponding, namely each feedway is provided with proximity switch 21 and a photoelectric switch 23, photoelectric switch 23 and light deflector 24 are corresponding to be respectively arranged on two gussets 13, and the reflective surface of the transmitting terminal of photoelectric switch 23 and light deflector 24 is oppositely arranged, proximity switch 21 is arranged on the rear end of the one gusset 3 of load-transfer device 11, the mouth of the photoelectric switch 23 on the mouth of the proximity switch 21 on each load-transfer device 1 and each load-transfer device 1 is all electrically connected with the input end of controller 22, the input end of the drive motor 2 on each load-transfer device 1 all with the control end control linkage of controller 22.The control principle of this controller 22 is: when the proximity switch at back segment load-transfer device place is blocked by bottle always, controller 22 receives this information, and send control signal to the drive motor that matches of this back segment load-transfer device, this drive motor quits work, when the proximity switch at the leading portion load-transfer device place that back segment load-transfer device is close to mutually is also blocked by bottle always, controller 22 controls the drive motor that this leading portion load-transfer device matches again and quits work; Separately, when the light velocity between photoelectric switch 23 and light deflector 24 is not blocked by bottle or casing always, controller 22 can control according to this information the drive motor that this load-transfer device matches and quit work, the principle of work of this controller 22 carries out adaptive amendment in prior art, be a known technology, be not repeated at this.
Preferably: to be in the gusset on right side for right side wall in two gussets 3, the gusset being in left side is left-side, this proximity switch 21 and photoelectric switch 23 are installed in the right side wall place of right side wall, light deflector 24 is arranged on the left side wall place of left-side, the right side wall of this right side wall is locked intrinsic adapter plate 3, proximity switch 21 locks on this adapter plate 3, and the test side 211 of proximity switch 21 is arranged down, and be in outside on the right side of adapter plate 3, non-metal board 4 is provided with below proximity switch 21, this non-metal board 4 is plastic flagstone, this plastic flagstone is the stripe board extended along the length direction of load-transfer device, the edge, left side of non-metal board 4 is movable through between the spacing right side wall and load-transfer device 11 to left and right gusset, and the right side being stacked in load-transfer device 11 is along top, the edge, right side of non-metal board 4 is fixed with sheetmetal 5, left side immediately below the test side 211 that sheetmetal 5 is in proximity switch 21.
Described photoelectric switch 23 is in the front of proximity switch 21, photoelectric switch 23 is fixedly mounted on right side wall by the first mounting bracket 6, first mounting bracket 6 locks with right side wall and installs, photoelectric switch 23 locks on the first mounting bracket 6, and the transmitting terminal of photoelectric switch 23 exceeds right side wall, and towards left-side direction, this light deflector 24 is fixedly mounted on left-side by the second mounting bracket 7, second mounting bracket 7 locks with left-side and installs, light deflector 24 locks on the second mounting bracket 7, and light deflector 21 exceeds left-side, the reflective surface of light deflector 24 and the transmitting terminal of photoelectric switch 23 are oppositely arranged.
The delivery system of a kind of beer packing line of the present utility model, mode of movement because of bottle each on load-transfer device 11 is that the mode in the some row of some rows together exports, and each bottle of each row carries according to the order of sequence successively from left to right, in course of conveying, some there will be the phenomenon that blocking appears in a certain bottle, namely, if when in the 3rd row, second bottle occurs that stifled bottle does not advance, in 4th row, the second bottle can correspondingly be kept right arrangement, each bottle of the 4th row is kept right arrangement successively thus, along with the arrangement of keeping right of each bottle of the 4th row, the left side right direction making the output to the right of last bottle in the 4th row can promote non-metal board 4 moves, moving to right of non-metal board 4 makes the sheetmetal 5 on the edge, right side of non-metal board 4 can move to right to the test side 211 of proximity switch 21, triggered close to beginning 21, controller 22 controls this drive motor 13 matched close to beginning 21 and shuts down work, the load-transfer device being in this load-transfer device front works on, avoid traditional one load-transfer device to block up bottle Time Controller to control whole load-transfer device and quit work simultaneously and cause active conveying bottle pressure large, even before and after load-transfer device starts, occur neutral gear phenomenon and cause down the problem of bottle, it is comparatively reasonable to design, if proximity switch 21 does not trigger on load-transfer device 11, after the light velocity between photoelectric switch 22 to light deflector 24 is not blocked 10 seconds by bottle photoelectric switch 22 time of signal of exporting exceed time Time Controller 22 set by controller 22 can this photoelectric switch 22 of corresponding control the drive motor 13 that mates quit work, there is not stifled bottle in the bottle namely on load-transfer device 11, and it can quit work without this load-transfer device 11 during bottle, avoid the stifled bottle of conventional conveyor belt and without the problem flogged a dead horse during bottle, comparatively power saving always, separately, it is comparatively accurate that non-metal board 4 of the present utility model and the fit system of proximity switch 21 can make stifled bottle detect, and avoids traditional stifled bottle detection mode easily to occur error, detect not problem accurately.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out suitable change or the modification of similar thinking to it, all should be considered as not departing from patent category of the present utility model.
Claims (4)
1. the delivery system of a beer packing line, comprise feedway and stifled bottle control setup, this feedway is provided with several, each feedway is corresponding according to the order of sequence successively accepts setting, this feedway has load-transfer device, for the frame that load-transfer device is installed, with the drive motor driving load-transfer device to rotate, be throughput direction from front to back with bottle throughput direction on the conveyor belt, the left and right sides in the frame length direction be respectively arranged with along load-transfer device extends, and the gusset be in above load-transfer device, between the bottom of this gusset and load-transfer device, there is spacing, it is characterized in that: above-mentioned stifled bottle control setup comprises proximity switch, controller, photoelectric switch and the light deflector matched with photoelectric switch, each above-mentioned feedway is provided with an above-mentioned proximity switch and an above-mentioned photoelectric switch, above-mentioned photoelectric switch and above-mentioned the light deflector respectively corresponding both sides being arranged on feedway are placed, and the reflective surface of the transmitting terminal of above-mentioned photoelectric switch and above-mentioned light deflector is oppositely arranged, above-mentioned proximity switch is arranged on the rear end of the one gusset of feedway, the mouth of each above-mentioned proximity switch and the mouth of each above-mentioned photoelectric switch are all electrically connected with the input end of above-mentioned controller, the input end of each above-mentioned drive motor and the control end control linkage of above-mentioned controller.
2. the delivery system of a kind of beer packing line according to claim 1, it is characterized in that: to be in the gusset on right side for right side wall, the gusset being in left side is left-side, the right side wall of above-mentioned right side wall is locked intrinsic adapter plate, above-mentioned proximity switch locking is on this adapter plate, and the test side of above-mentioned proximity switch is arranged down, and be in outside the scope of adapter plate, non-metal board is provided with below above-mentioned proximity switch, the edge, left side of above-mentioned non-metal board is movable through above-mentioned spacing to two gusset, and the left side of above-mentioned non-metal board is along being stacked in the right side of said conveyer belt along top, the edge, right side of above-mentioned non-metal board is fixed with sheetmetal, above-mentioned sheetmetal is in left side immediately below above-mentioned proximity switch test side.
3. the delivery system of a kind of beer packing line according to claim 2, is characterized in that: above-mentioned non-metal board is plastic flagstone, and above-mentioned plastic flagstone is the stripe board extended along the length direction of load-transfer device.
4. the delivery system of a kind of beer packing line according to claim 1, it is characterized in that: above-mentioned photoelectric switch is in the front of above-mentioned proximity switch, above-mentioned photoelectric switch is fixedly mounted on gusset by the first mounting bracket, above-mentioned first mounting bracket and gusset lock and install, above-mentioned photoelectric switch and above-mentioned first mounting bracket lock and install, and the test side of above-mentioned photoelectric switch exceeds above-mentioned gusset, above-mentioned light deflector is fixedly mounted on opposite side by the second mounting bracket and places, above-mentioned second mounting bracket and gusset lock and install, above-mentioned light deflector locking is on the second mounting bracket, and above-mentioned light deflector exceeds above-mentioned gusset.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520690300.7U CN205010577U (en) | 2015-09-08 | 2015-09-08 | Conveying system of beer baling line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520690300.7U CN205010577U (en) | 2015-09-08 | 2015-09-08 | Conveying system of beer baling line |
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| Publication Number | Publication Date |
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| CN205010577U true CN205010577U (en) | 2016-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520690300.7U Active CN205010577U (en) | 2015-09-08 | 2015-09-08 | Conveying system of beer baling line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106292602A (en) * | 2016-08-31 | 2017-01-04 | 北京泰清科技有限公司 | A kind of packaging production line fault automatic acquiring method and acquisition system |
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2015
- 2015-09-08 CN CN201520690300.7U patent/CN205010577U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106292602A (en) * | 2016-08-31 | 2017-01-04 | 北京泰清科技有限公司 | A kind of packaging production line fault automatic acquiring method and acquisition system |
| CN106292602B (en) * | 2016-08-31 | 2020-03-27 | 南京水木自动化科技有限公司 | Automatic fault acquisition method and system for packaging production line |
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