CN205526533U - Buffering storage bottle conveyor of real bottle in big bottle water production line - Google Patents
Buffering storage bottle conveyor of real bottle in big bottle water production line Download PDFInfo
- Publication number
- CN205526533U CN205526533U CN201620084030.XU CN201620084030U CN205526533U CN 205526533 U CN205526533 U CN 205526533U CN 201620084030 U CN201620084030 U CN 201620084030U CN 205526533 U CN205526533 U CN 205526533U
- Authority
- CN
- China
- Prior art keywords
- bottle
- real
- transfer passage
- gear
- pair
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Abstract
The utility model discloses a buffering storage bottle conveyor of real bottle in big bottle water production line, include: parallel arrangement has two transfer passage on link joint conveying mechanism, the branch bottle mechanism of link joint conveying mechanism's input is including a pair of swing guardrail, a pair of swing guardrail can wind its hinged end swing back and forth under swinging driving device's drive, thereby can will get into in the swing guardrail reality bottle respectively the transport to two transfer passage in, first fender bottle mechanism and second keep off output position and the intermediate position that bottle mechanism is located link joint conveying mechanism respectively, first fender bottle mechanism and second keep off the bottle door including two respectively in keeping off bottle mechanism, two fender bottle door homoenergetics in every fender bottle mechanism rotate respectively and rotate to the one side that is located corresponding transfer passage in corresponding transfer passage or respectively to blockking. The utility model has the advantages of: can reduce the installation space of equipment greatly to mutual extrusion force in the time of reducing stifled bottle greatly between the real bottle.
Description
Technical field
The utility model relates to big bottle water production line technology field, is specifically related in big bottle water production line the buffering storage bottle conveying device of real bottle.
Background technology
During the aquatic product of big bottle, to in the unit of station after real bottle constantly unit by chain plate conveyer road station in the past is delivered to, conveying that chain plate conveyer plays real bottle between the unit of adjacent two stations, the effect buffering and storing, such chain plate conveyer is known as in big bottle water production line the buffering storage bottle conveying device of real bottle.At present, in big bottle water production line, the buffering storage bottle conveying device of real bottle includes: frame, guide rail, transporting chain plate and motor it is provided with in frame, transporting chain plate matches with guide rail, under the driving of motor, transporting chain plate runs along guide rail, both sides above transporting chain plate are provided with a pair sub-bottle guardrail, define between a pair sub-bottle guardrail one for the transfer passage carrying real bottle, a pair sub-bottle guardrail is respectively and fixedly installed in frame.Due to an only transfer passage in current chain plate conveyer, the most current chain plate conveyer is also referred to as single-channel chain plate conveyer.There is following defect in current single-channel chain plate conveyer: one, in order to meet the requirement of buffer time between the unit of adjacent two stations in production as far as possible, the delivered length of single-channel chain plate conveyer is accomplished by arranging as long as possible, the delivered length of single-channel chain plate conveyer is the longest, its required installation space is the biggest, and this just proposes high requirement to the big bottle extremely limited installation space of water workshop；Two, when the unit of rear road station breaks down, real bottle will be deposited on the transporting chain plate of single-channel chain plate conveyer, mutually extruding will be produced between the real bottle piled up, owing to the inertia of the real bottle of big bottle water is big, mutually extruding between real bottle is easily caused real bottle gross distortion, label serious damage etc., thus has a strong impact on the end product quality of big bottle water；Mutual extruding between real bottle also can cause the spacing between real bottle not of uniform size, thus the operating efficiency of road station after impact, and the handgrip mechanism such as vanning station cannot accurately capture, thus the boxing efficiency of the station that causes casing is low.
Utility model content
The purpose of this utility model is: provides one can be greatly reduced installation space, and can be greatly reduced the buffering storage bottle conveying device of real bottle in the big bottle water production line of the mutual extruding force between real bottle when the unit of later station breaks down.
nullFor achieving the above object，The technical solution adopted in the utility model is: the buffering storage bottle conveying device of real bottle in big bottle water production line，Including: chain board conveying mechanism，Two transfer passages it are arranged with in parallel on chain board conveying mechanism，The input of chain board conveying mechanism is provided with bottle distributing mechanism，Bottle distributing mechanism includes a pair swing guardrail，The input that a pair swings guardrail is hinged and connected in frame，Swing guardrail a pair to be connected with oscillatory gearing mechanism，Under the driving of oscillatory gearing mechanism，Swing guardrail a pair to swing back and forth around its hinged end，Thus be delivered to entering the real bottle swung in guardrail respectively in two transfer passages，First gear bottle mechanism and second gear bottle mechanism it is provided with on chain board conveying mechanism，First gear bottle mechanism and second gear bottle mechanism lay respectively at output end position and the centre position of chain board conveying mechanism，First gear bottle mechanism and second gear bottle mechanism include two fans gear bottle doors respectively，Two fan gear bottle doors in each Dang Ping mechanism are corresponding with two transfer passages respectively，Two fan gear bottle Men Junneng in each Dang Ping mechanism turn to be blocked in the transfer passage of correspondence respectively，Thus stop that the real bottle in the transfer passage of correspondence passes through，Two fan gear bottle doors in each Dang Ping mechanism all can also turn to be positioned at the side of corresponding transfer passage respectively，So that the real bottle in corresponding transfer passage can pass through.
Further, the buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line, wherein, two transfer passages on chain board conveying mechanism are separated by rack-mounted three sub-bottle plates.
nullFurther，The buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line，Wherein，First gear bottle mechanism is identical with the structure of second gear bottle mechanism，The structure of each Dang Ping mechanism all includes: two fan gear bottle doors，Often fan gear bottle Men Jun is hinged and connected on one piece of connecting plate，Every piece of connecting plate is all fixedly mounted on the sub-bottle plate of corresponding transfer passage side，Often top all piston rods with the cylinder that pushes of fan gear bottle door are connected，Each cylinder that pushes is installed in frame、And it is respectively positioned on the top of transfer passage，The piston rod of each cylinder that pushes inwardly is retracted and the gear bottle door of correspondence all can be driven to turn to be blocked in the transfer passage of correspondence，Thus the real bottle in stopping this transfer passage passes through，The piston rod of each cylinder that pushes stretches out the side that the gear bottle door of correspondence all can be driven to turn to be positioned at corresponding transfer passage，So that the real bottle in this transfer passage can pass through.
nullFurther，The buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line，Wherein，It is respectively arranged with a Ge Dangping testing agency on the chain board conveying mechanism of the output side of the output side of bottle distributing mechanism and second gear bottle mechanism，Each Dang Ping testing agency all includes two groups of gear bottle detection components，Two groups of gear bottle detection components in each Dang Ping testing agency are corresponding with two transfer passages respectively，Often the structure of group gear bottle detection components includes: be positioned at one piece of installing plate above transfer passage，Described installing plate is fixedly mounted in frame，One block of detection plate and a proximity switch are installed on installing plate，Detection plate is hinged on a mounting board by jointed shaft，Detection plate on be provided with proximity switch with the use of press section，During real bottle normal pass in transfer passage，Each real bottle all can promote forward detection plate to make press section thereon be pressed against on proximity switch，When this reality bottle is after the bottom of detection plate is passed through，Detection plate rotates backward under gravity and returns back to initial position，When detecting the stifled bottle of generation under plate，Real bottle is trapped in the bottom of detection plate and the press section on this detection plate is pressed against on proximity switch all the time；Often the signal detected all can outwards be exported by the proximity switch in group gear bottle detection components.
Further, the buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line, wherein, often detecting the press section on plate in group gear bottle detection components and be the pressing screw being arranged on detection plate, the outer end of described pressing screw can be pressed against on the proximity switch of correspondence.
Further, the buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line, wherein, the transporting chain plate in chain board conveying mechanism uses surface to be equipped with the roller carrier bar of the roller that can rotate.
Further, the buffering storage bottle conveying device of real bottle in aforesaid big bottle water production line, wherein, the structure of oscillatory gearing mechanism includes: rack-mounted a pair wobble drive cylinder, a pair wobble drive cylinder lays respectively at the outside of a pair swing guardrail, the piston rod of a pair wobble drive cylinder swings guardrail with a pair respectively and is connected, under the driving of a pair wobble drive cylinder, swing guardrail a pair to swing back and forth around its hinged end, thus be delivered to entering the real bottle swung in guardrail respectively in two transfer passages.
The utility model has the advantages that: one, owing to chain board conveying mechanism being provided with two transfer passages, on the premise of identical buffer time and identical real bottle stored number, the delivered length of chain board conveying mechanism can be greatly shortened, thus substantially reduces the installing space of equipment.Two, owing to the output end position in chain board conveying mechanism and middle position are respectively provided with Dang Ping mechanism, real bottle barrier respectively in two transfer passages can be become two sections by the gear bottle door in Dang Ping mechanism, so can effectively reduce the mutual extruding force between real bottle in transfer passage, thus it is prevented effectively from real bottle because causing the situation such as gross distortion or label serious damage after mutually extruding, which greatly enhances the quality of finished product big bottle water, also make in every transfer passage the spacing between real bottle keep uniformly simultaneously, efficient operation for rear road station provides effective guarantee.
Accompanying drawing explanation
Fig. 1 is that in big bottle water production line described in the utility model, the buffering storage bottle conveying device of real bottle overlooks the structural representation shown in direction.
Fig. 2 is the structural representation in A-A section view direction in Fig. 1.
Fig. 3 is the structural representation in B-B section view direction in Fig. 1.
Fig. 4 is the structural representation in C-C section view direction in Fig. 1.
Fig. 5 is the structure for amplifying schematic diagram of E part in Fig. 1.
Detailed description of the invention
The utility model is described in further detail with preferred embodiment below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2, Figure 3 shows, the buffering storage bottle conveying device of real bottle in big bottle water production line, including: chain board conveying mechanism 1, transporting chain plate 12 in the present embodiment intermediate plate conveying mechanism 1 uses surface to be equipped with the roller carrier bar of the roller 121 that can rotate, roller carrier bar is a kind of transporting chain plate conventional in transportation art, every roller 121 is all sleeved on the installation axle 122 on chain board mounting stand, and every roller 121 all can roll on corresponding installation axle 122.The effect using roller carrier bar is: the friction between real bottle and transporting chain plate is rolling friction, it is thus possible to the frictional force effectively reduced between real bottle and transporting chain plate 12, the mutual extruding force between real bottle so can be effectively reduced when transfer passage gets congestion.Being arranged with two transfer passage the first transfer passages 21 and the second transfer passage 22 on chain board conveying mechanism 1 in parallel, two transfer passages on the present embodiment intermediate plate conveying mechanism 1 are separated by three the sub-bottle plates 41 being arranged in frame 4.The input of chain board conveying mechanism 1 is provided with bottle distributing mechanism 3, bottle distributing mechanism 3 includes a pair swing guardrail 31, the input that a pair swings guardrail 31 is hinged and connected in frame 4, swing guardrail 31 a pair to be connected with oscillatory gearing mechanism, the structure of the oscillatory gearing mechanism described in the present embodiment includes: a pair wobble drive cylinder 5 being arranged in frame 4, a pair wobble drive cylinder 5 lays respectively at the outside of a pair swing guardrail 31, the piston rod of a pair wobble drive cylinder 5 swings guardrail 31 with a pair respectively and is connected, under the driving of a pair wobble drive cylinder 5, swing guardrail 31 a pair to swing back and forth around its hinged end, thus will enter a pair in the real bottle swung in guardrail 31 is delivered to the first transfer passage 21 or in the second transfer passage 22.First gear bottle mechanism 6 and second gear bottle mechanism 7 it is provided with on chain board conveying mechanism 1, first gear bottle mechanism 6 and second gear bottle mechanism 7 lay respectively at output end position and the centre position of chain board conveying mechanism 1, first gear bottle mechanism 6 and second gear bottle mechanism 7 include two fans gear bottle doors respectively, two fan gear bottle doors in each Dang Ping mechanism are corresponding with two transfer passages respectively, two fan gear bottle Men Junneng in each Dang Ping mechanism turn to be blocked in the transfer passage of correspondence respectively, thus stop that the real bottle in the transfer passage of correspondence passes through, two fan gear bottle doors in each Dang Ping mechanism all can also turn to be positioned at the side of corresponding transfer passage respectively, so that the real bottle in corresponding transfer passage can pass through.
nullSuch as Fig. 1、Fig. 4、Shown in Fig. 5，In the present embodiment, first gear bottle mechanism 6 is identical with the structure of second gear bottle mechanism 7，The structure of each Dang Ping mechanism all includes: two fan gear bottle doors，Often fan gear bottle Men Jun is hinged and connected on one piece of connecting plate 17，Described connecting plate 17 is fixedly mounted on the sub-bottle plate 41 of corresponding transfer passage side，Often all push with one piston rod of cylinder 9 of the top of fan gear bottle door is connected，Each cylinder 9 that pushes is installed in frame 4、And it is respectively positioned on the top of the transfer passage of correspondence，The piston rod of each cylinder 9 that pushes inwardly is retracted and the gear bottle door of correspondence all can be driven to turn to be blocked in the transfer passage of correspondence，Thus the real bottle in stopping this transfer passage passes through，Each piston rod pushing cylinder 9 stretches out the side that the gear bottle door of correspondence all can be driven to turn to be positioned at corresponding transfer passage，So that the real bottle in this transfer passage can pass through.For the ease of describing, two fan gear bottle doors in first gear bottle mechanism 6 are called as first gear bottle door 61 and second gear bottle door 62, first gear bottle door 61 and second gear bottle door 62 corresponding with the first transfer passage 21 and the second transfer passage 22 respectively；Two fan gear bottle doors in second gear bottle mechanism 7 are called as third gear bottle door 71 and fourth gear bottle door 72, third gear bottle door 71 and fourth gear bottle door 72 corresponding with the first transfer passage 21 and the second transfer passage 22 respectively.
nullIn the present embodiment，In the output side of bottle distributing mechanism 3 and be respectively arranged with first gear bottle testing agency 13 and second gear bottle testing agency 14 on the chain board conveying mechanism 1 of the output side of second gear bottle mechanism 7，Each Dang Ping testing agency all includes two groups of gear bottle detection components，Two groups of gear bottle detection components are corresponding with two transfer passages respectively，Often the structure of group gear bottle detection components all includes: be positioned at the installing plate 10 above transfer passage，Described installing plate 10 is fixedly mounted in frame 4，One block of detection plate 101 and a proximity switch 102 are installed on installing plate 10，Detection plate 101 is hinged and connected on installing plate 10 by jointed shaft 103，Detection plate 101 on be provided with proximity switch 102 with the use of press section，Described press section in the present embodiment is the pressing screw 104 being arranged on detection plate 101，The outer end of pressing screw 104 can be pressed against the proximity switch 102 of correspondence；During real bottle normal pass in transfer passage, each real bottle all can promote forward detection plate 101 to make pressing screw 104 thereon be pressed against on the proximity switch 102 of correspondence, when real bottle 11 is after the bottom of this detection plate 101 is passed through, detection plate 101 rotates backward under gravity and returns back to initial position, when detecting plate and 101 times stifled bottle occurring, it is trapped in the real bottle bottom detection plate 101 and the pressing screw 104 on this detection plate 101 is pressed against on proximity switch 102 all the time；Often the signal detected all can outwards be exported to controller by the proximity switch 102 in group gear bottle detection components.
Operation principle is as follows: the state carried in real bottle and the second transfer passage 22 without real bottle to swing for a pair guardrail 31 to be in the first transfer passage 21 in the present embodiment illustrates for original state.When normally carrying, real bottle constantly enters in the first transfer passage 21 by after a pair sub-bottle guardrail 31, and the real bottle in the first transfer passage 21 is constantly transported in the unit of rear road station.nullWhen the unit of rear road station breaks down，First gear bottle door 61 turns to be blocked in the first transfer passage 21，Thus stop real bottle outwards to export from the output of the first transfer passage 21，When second gear bottle testing agency 14 position that real bottle blocks up to the first transfer passage 21，The detection plate 101 in one group of gear bottle detection components corresponding with the first transfer passage 21 in second gear bottle testing agency 14 is under the effect being detained real bottle，Pressing screw 104 thereon can be pressed against on the proximity switch 102 of correspondence always，The stifled bottle signal detected will be sent out to PLC by the proximity switch 102 in this group gear bottle detection components，PLC sends instruction，Order about push cylinder 9 action corresponding with the first transfer passage 21 in second gear bottle mechanism 7，Thus order about third gear bottle door 71 and turn to be blocked in the first transfer passage 21，Follow-up real bottle is just stopped by third gear bottle door 71；nullAnd then，When real bottle blocks up to the first transfer passage 21 first gear bottle testing agency 13 position，In first gear bottle testing agency 13 with the detection plate 101 in the gear bottle detection components of corresponding one group of the first transfer passage 21 under the effect being detained real bottle，Pressing screw 104 thereon also can be pressed against on the proximity switch 102 of correspondence always，Stifled bottle signal also can be sent out to PLC by the proximity switch 104 in this group gear bottle detection components，PLC then can send instruction，Order about a pair wobble drive cylinder 5 action in bottle distributing mechanism 3，Thus order about a pair swing guardrail 31 and rotate to the second transfer passage 22 direction around its hinged end，Until the real bottle swung in guardrail 31 is delivered in the second transfer passage 22，PLC sends instruction and orders about cylinder 9 action that pushes of the second transfer passage 22 output simultaneously，Thus order about second gear bottle door 62 and turn to be blocked in the output of the second transfer passage 22，Real bottle is stoped outwards to export from the output of the second transfer passage 22；When second gear bottle testing agency 14 position that real bottle blocks up to the second transfer passage 22, second gear bottle testing agency 14 is detained bottom it with the detection plate 101 in the gear bottle detection components of corresponding one group of the second transfer passage 22 under the effect of reality bottle, pressing screw 104 thereon can be pressed against on the proximity switch 102 of correspondence always, stifled bottle signal will be sent out to PLC by the proximity switch 104 in this group gear bottle detection components, PLC then can send instruction, order about cylinder 9 action that pushes corresponding with the second transfer passage 22 in second gear bottle mechanism 7, thus fourth gear bottle door 72 turns to be blocked in the second transfer passage 22；Followed by, when real bottle blocks up to the second transfer passage 22 first gear bottle testing agency 13 position, first gear bottle testing agency 13 is detained with the press section 104 on the detection plate 101 in the gear bottle detection components of corresponding one group of the second transfer passage 22 bottom it under effect of reality bottle and is pressed against on corresponding proximity switch 102 always, stifled bottle signal will be sent out to PLC by this proximity switch 102, PLC then can send instruction, the motor making driving whole chain board conveying mechanism 1 run shuts down, so that whole chain board conveying mechanism 1 is out of service.After when the unit of road station can properly functioning after, need first to open the second gear bottle door 62 of the second transfer passage 22 output and the fourth gear bottle door 72 of middle position successively, the real bottle in the second transfer passage 22 all emptied, ready for storage bottle next time.Open the first gear bottle door 61 in the first transfer passage 21 and third gear bottle door 71 the most successively, and order about in bottle distributing mechanism 3 a pair swing guardrail 31 and turn to be positioned at the side of the first transfer passage 21, swinging for a pair in guardrail 31 and start bottle inlet, so real bottle conveying just recovers normal.
The utility model has the advantage of: owing to chain board conveying mechanism 1 being provided with two transfer passages, on the premise of identical buffer time and identical real bottle stored number, the delivered length of chain board conveying mechanism 1 can be greatly shortened, and this just can be greatly reduced the installing space of equipment.Simultaneously, owing to the output end position in chain board conveying mechanism 1 and middle position are respectively provided with Dang Ping mechanism, a real bottle of row in first transfer passage 21 and the real bottle barrier respectively of row in the second transfer passage 22 can be become two sections by the gear bottle door in Dang Ping mechanism, so can effectively reduce the mutual extruding force between real bottle in the first transfer passage 21 and the second transfer passage 22, thus be prevented effectively from real bottle and cause the real situation such as bottle gross distortion or label serious damage because of mutual extruding, and then the effective guarantee quality of finished product big bottle water；Also make in every transfer passage the spacing between real bottle keep uniformly simultaneously, thus the efficient operation for rear road station provides safeguard.
Claims (7)
- nullThe buffering storage bottle conveying device of real bottle in the biggest bottle of water production line，Including: chain board conveying mechanism，It is characterized in that: on chain board conveying mechanism, be arranged with two transfer passages in parallel，The input of chain board conveying mechanism is provided with bottle distributing mechanism，Bottle distributing mechanism includes a pair swing guardrail，The input that a pair swings guardrail is hinged and connected in frame，Swing guardrail a pair to be connected with oscillatory gearing mechanism，Under the driving of oscillatory gearing mechanism，Swing guardrail a pair to swing back and forth around its hinged end，It is thus possible to be delivered to entering the real bottle swung in guardrail respectively in two transfer passages，First gear bottle mechanism and second gear bottle mechanism it is provided with on chain board conveying mechanism，First gear bottle mechanism and second gear bottle mechanism lay respectively at output end position and the centre position of chain board conveying mechanism，First gear bottle mechanism and second gear bottle mechanism include two fans gear bottle doors respectively，Two fan gear bottle doors in each Dang Ping mechanism are corresponding with two transfer passages respectively，Two fan gear bottle Men Junneng in each Dang Ping mechanism turn to be blocked in the transfer passage of correspondence respectively，Thus stop that the real bottle in the transfer passage of correspondence passes through，Two fan gear bottle doors in each Dang Ping mechanism all can also turn to be positioned at the side of corresponding transfer passage respectively，So that the real bottle in corresponding transfer passage can pass through.
- The buffering storage bottle conveying device of real bottle in big bottle water production line the most according to claim 1, it is characterised in that: two transfer passages on chain board conveying mechanism are separated by rack-mounted three sub-bottle plates.
- nullThe buffering storage bottle conveying device of real bottle in big bottle water production line the most according to claim 2，It is characterized in that: first gear bottle mechanism is identical with the structure of second gear bottle mechanism，The structure of each Dang Ping mechanism all includes: two fan gear bottle doors，Often fan gear bottle Men Jun is hinged and connected on one piece of connecting plate，Every piece of connecting plate is all fixedly mounted on the sub-bottle plate of corresponding transfer passage side，Often top all piston rods with the cylinder that pushes of fan gear bottle door are connected，Each cylinder that pushes is installed in frame、And it is respectively positioned on the top of transfer passage，The piston rod of each cylinder that pushes inwardly is retracted and the gear bottle door of correspondence all can be driven to turn to be blocked in the transfer passage of correspondence，Thus the real bottle in stopping this transfer passage passes through，The piston rod of each cylinder that pushes stretches out the side that the gear bottle door of correspondence all can be driven to turn to be positioned at corresponding transfer passage，So that the real bottle in this transfer passage can pass through.
- null4. according to the buffering storage bottle conveying device of bottle real in the big bottle water production line described in claim 1 or 2 or 3，It is characterized in that: on the chain board conveying mechanism of the output side of the output side of bottle distributing mechanism and second gear bottle mechanism, be respectively arranged with a Ge Dangping testing agency，Each Dang Ping testing agency all includes two groups of gear bottle detection components，Two groups of gear bottle detection components in each Dang Ping testing agency are corresponding with two transfer passages respectively，Often the structure of group gear bottle detection components includes: be positioned at one piece of installing plate above transfer passage，Described installing plate is fixedly mounted in frame，One block of detection plate and a proximity switch are installed on installing plate，Detection plate is hinged on a mounting board by jointed shaft，Detection plate on be provided with proximity switch with the use of press section，During real bottle normal pass in transfer passage，Each real bottle all can promote forward detection plate to make press section thereon be pressed against on proximity switch，When real bottle is after the bottom of detection plate is passed through，Detection plate rotates backward under gravity and returns back to initial position；When detecting the stifled bottle of generation under plate, real bottle is trapped in the bottom of detection plate and the press section detected on plate is pressed against on proximity switch all the time；Often the signal detected all can outwards be exported by the proximity switch in group gear bottle detection components.
- The buffering storage bottle conveying device of real bottle in big bottle water production line the most according to claim 4, it is characterized in that: often detecting the press section on plate in group gear bottle detection components and be the pressing screw being arranged on detection plate, the outer end of described pressing screw can be pressed against on the proximity switch of correspondence.
- 6. according to the buffering storage bottle conveying device of bottle real in the big bottle water production line described in claim 1 or 2 or 3, it is characterised in that: the transporting chain plate in chain board conveying mechanism uses surface to be equipped with the roller carrier bar of the roller that can rotate.
- 7. according to the buffering storage bottle conveying device of bottle real in the big bottle water production line described in claim 1 or 2 or 3, it is characterized in that: the structure of oscillatory gearing mechanism includes: rack-mounted a pair wobble drive cylinder, a pair wobble drive cylinder lays respectively at the outside of a pair swing guardrail, the piston rod of a pair wobble drive cylinder swings guardrail with a pair respectively and is connected, under the driving of a pair wobble drive cylinder, swing guardrail a pair to swing back and forth around its hinged end, thus be delivered to entering the real bottle swung in guardrail respectively in two transfer passages.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620084030.XU CN205526533U (en) | 2016-01-28 | 2016-01-28 | Buffering storage bottle conveyor of real bottle in big bottle water production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620084030.XU CN205526533U (en) | 2016-01-28 | 2016-01-28 | Buffering storage bottle conveyor of real bottle in big bottle water production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205526533U true CN205526533U (en) | 2016-08-31 |
Family
ID=56771588
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620084030.XU Withdrawn - After Issue CN205526533U (en) | 2016-01-28 | 2016-01-28 | Buffering storage bottle conveyor of real bottle in big bottle water production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205526533U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540226A (en) * | 2016-01-28 | 2016-05-04 | 江苏新美星包装机械股份有限公司 | Bottle buffering, storing and conveying device of solid bottles in large bottled water production line |
-
2016
- 2016-01-28 CN CN201620084030.XU patent/CN205526533U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540226A (en) * | 2016-01-28 | 2016-05-04 | 江苏新美星包装机械股份有限公司 | Bottle buffering, storing and conveying device of solid bottles in large bottled water production line |
| CN105540226B (en) * | 2016-01-28 | 2017-11-21 | 江苏新美星包装机械股份有限公司 | The buffering storage bottle conveying device of real bottle in the aquatic producing line of big bottle |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103935681B (en) | A kind of bypass scratch pad conveying shock absorber and buffering carrying method | |
| CN103332514B (en) | Three-section type automatic feeding device | |
| IT9021538A1 (en) | SORTING MODULE FOR CONVEYOR APPARATUS. | |
| CN205526533U (en) | Buffering storage bottle conveyor of real bottle in big bottle water production line | |
| CN107600874A (en) | A kind of roller transfer humanoid robot | |
| CN105540226B (en) | The buffering storage bottle conveying device of real bottle in the aquatic producing line of big bottle | |
| CN204297577U (en) | All conversion pay-offs in the middle of a kind of | |
| CN202156769U (en) | Bottle distributing and pushing mechanism | |
| CN203268842U (en) | Wool top bag conveying device | |
| CN108408324A (en) | It is a kind of that there is the automobile mold conveying mechanism for being pressed against guide wheel | |
| CN103253499B (en) | Bottle feed mechanism of spraying machine conveyor belt | |
| CN202542437U (en) | Blanking mechanism and marking detection device | |
| CN203921941U (en) | A kind of new type auto transport feed system | |
| CN101885424A (en) | Hanging basket stacking machine | |
| CN109230311A (en) | A kind of shop material automatic conveyor line | |
| CN207078351U (en) | A kind of asphalt water-proof coiled material packaging facilities | |
| CN106697875A (en) | Automatic paraffin positioning machine | |
| CN203889767U (en) | Fourth-fold and fifth-fold folding device of cloth grass folding machine | |
| CN103253482A (en) | Wool top pack conveying device | |
| CN203332795U (en) | Belt box separation device | |
| CN206886134U (en) | A kind of jacking transferring machine | |
| CN203428059U (en) | High-speed packing line of soft bags | |
| CN208018967U (en) | A kind of swing arm belt-type sorting equipment | |
| CN205471792U (en) | Cardboard upset machine | |
| CN101381008A (en) | High-efficiency bottle cover arrangement machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160831 Effective date of abandoning: 20171121 |