CN201737454U - Bottle erecting device for bottle unscrambler system - Google Patents
Bottle erecting device for bottle unscrambler system Download PDFInfo
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- CN201737454U CN201737454U CN2009202011378U CN200920201137U CN201737454U CN 201737454 U CN201737454 U CN 201737454U CN 2009202011378 U CN2009202011378 U CN 2009202011378U CN 200920201137 U CN200920201137 U CN 200920201137U CN 201737454 U CN201737454 U CN 201737454U
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- transfer device
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Abstract
The utility model discloses a bottle erecting device for a bottle unscrambler system, which comprises a bottle inverting mechanism, wherein the bottle inverting mechanism comprises track mechanisms, an inverted bottle transmission belt and output bottle transmission belts, and the output bottle transmission belts are positioned at two sides of the inverted bottle transmission belt. A left inverted bottle chain belt and a right inverted bottle chain belt are symmetrically arranged and pieced together to form the inverted bottle transmission belt, the left inverted bottle chain belt and the right inverted bottle chain belt move in the horizontal direction along respective track mechanism, and then invert by 90 degrees and return to the horizontal direction; and the positions where the inverted bottle chain belts invert by 90 degrees are abut to the output bottle transmission belts at two sides. The track mechanism comprises a left track mechanism and a right track mechanism, each track mechanism respectively comprises two tracks which are erected at one end of a rack side by side and in parallel, and the horizontal plane where the two tracks are located extends for a certain distance, and then inverts by 90 degrees and returns to the horizontal plane. The bottle erecting device for the bottle unscrambler system has the advantage that empty bottles can be automatically output with upward bottlenecks one by one.
Description
Technical field
The utility model relates to empty bottle row reason conveying machinery field, is specifically related to a kind of bottle erecting device that is used for the bottle managing machine system.
Background technology
The empty bottle that reclaims is generally all used bale packing now, if directly pour out, bottle will be in mixed and disorderly state.Even because damaged bottle and fragment also can appear in jolting in transit.If carry out operation on the load-transfer device, then be easy to cause injury, and under the work efficiency, labour intensity is big like this to human body according to manually empty bottle mouth upwards neatly being placed into of at present a lot of bottled drink manufacturing enterprises employing.For example in beer industry, the empty bottle that is reclaimed is all used bale packing, take out from gunnysack with manual method then and be placed in the beer plastic box, with manual method the beer plastic box is placed on the defeated case band again, by Cargo unloader empty bottle is grabbed out again and be put into defeated bottle band and send in the bottle washing machine and clean.In this a series of link, enterprise will drop into a large amount of manpower financial capacities, has increased productive costs to enterprise, has reduced production efficiency, and work length is very big.
Summary of the invention
At the problem that exists in the above-mentioned background technology, the utility model provides a kind of bottle erecting device that is used for the bottle managing machine system that bottle can be one by one the state row reason that bottleneck makes progress.
The technical solution adopted in the utility model is as follows: a kind of bottle erecting device that is used for the bottle managing machine system, comprise bottle reversal mechanism, described bottle reversal mechanism comprises frame, and frame is provided with rail mechanism, turns over bottle load-transfer device and bottle outlet load-transfer device, and the bottle outlet load-transfer device is positioned at and turns over bottle load-transfer device both sides; Turning over bottle load-transfer device turns over bottle chain belt and the right side by a symmetrically arranged left side and turns over a bottle chain belt and be put together, about turn over bottle chain belt and return horizontal direction along separately rail mechanism 90 degree upsets after horizontal motion, and the positions of 90 degree upsets nestle up the bottle outlet load-transfer device of both sides.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, described rail mechanism comprises left rail mechanism and right rail mechanism, each rail mechanism comprises two tracks respectively, two track parallel shelfs arranged side by side are located at frame one end, get back to horizontal surface after the 90 degree upsets after the horizontal surface at two track places extends one section; About turn over bottle chain belt respectively by about turn over a bottle carrier bar and constitute, and about turn over every of bottle carrier bar and turn over the barb that bottle carrier bar below all is provided with left and right sides reverse symmetry, about oppositely to the barb that becomes respectively active card be located on two tracks of rail mechanism separately.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, about turn over and be arranged at intervals with respectively on bottle chain belt every bottle rubber, the interval between bottle rubber cooperates with the bottle diameter of conveying.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, bottle load-transfer device the place ahead of turning over of bottle reversal mechanism also is provided with the empty bottle conveying mechanism, and described empty bottle conveying mechanism comprises that upper strata load-transfer device and lower floor connect a bottle load-transfer device; The upper strata load-transfer device comprises some the conveyer chains that are provided with at interval, and it is orthogonal that lower floor connects the arranged direction of bottle load-transfer device and upper strata load-transfer device, and each lower floor meets bottle interval location place of conveyer chain corresponding upper load-transfer device and is provided with down a bottle box; A described bottle box comprises four blocks of straight plates, and wherein two blocks of straight plates are vertically set on the adjacent side of adjacent upper strata conveyer chain, and other two blocks of straight plates are down eight shapes envelope to be put at the two ends of above-mentioned two blocks of straight plates, and one of them the straight plate hight that is down eight shapes goes out the upper strata conveyer chain; The bottle box end that falls along upper strata conveyer chain transmission direction is provided with the retaining bottle swash plate of an oblique frame above the chain of upper strata.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, the lower floor in bottle box the place ahead connects and also is provided with the retaining bottle board that can swing on bottle load-transfer device.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, lower floor connects and is arranged at intervals with on bottle load-transfer device every the bottle bar, and the interval between the bottle bar cooperates with the bottle diameter of conveying.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, the straight plate end that described two of falling the bottle box are down eight shapes extends respectively and is provided with a stay bearing plate, the width of stay bearing plate is greater than falling the terminal width of swash plate of eight shapes, be that two ends, the stay bearing plate left and right sides all grow the swash plate two ends, and the two ends, the left and right sides that grow are respectively arranged with a through hole, set up left pivot shaft between two left end through holes of two stay bearing plates, be provided with right pivot shaft between two right-hand member through holes, on the pivot shaft of the left and right sides respectively movable sleeve be provided with left and right sides cylinder; One of them cylinder outside also is provided with a transition arc plate.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, the lower floor of empty bottle conveying mechanism connects turning over of bottle load-transfer device and bottle reversal mechanism and is provided with lower floor between bottle load-transfer device and filters load-transfer device, and described lower floor filters load-transfer device and comprises and be positioned at two short conveyer chains that do not link to each other that lower floor connects bottle conveyer chain both sides.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, lower floor filters the load-transfer device top and is provided with one group and blocks a bottle side plate mechanism, and the described bottle side plate mechanism of blocking comprises and blocks bottle rack and a bottle side plate is blocked on a left side, a bottle side plate is blocked on the right side; A left side is blocked a bottle side plate and is fixedly installed on and blocks on the bottle rack, and the right side blocks that bottle side plate swings is fixed on and blocks on the bottle stand; A left side is blocked bottle side plate and the right front end that blocks bottle side plate and is extended to lower floor and connect a bottle conveyer chain top, and the extension is splayed and opens; A left side is blocked bottle side plate and the right end that blocks bottle side plate and is extended to and turn over a bottle load-transfer device top.
The bottle erecting device that is used for the bottle managing machine system of the present utility model, lower floor filters load-transfer device and is arranged at intervals with every the bottle bar.
The utlity model has following beneficial effect:
1, since the bottle reversal mechanism of the bottle erecting device that is used for the bottle managing machine system of the present utility model adopt a left side to turn over bottle chain belt and rightly turn over bottle conveyer belt structure that turns over that bottle chain belt is put together, and about turn over bottle chain belt and return level along separately rail mechanism 90 degree upsets behind horizontal motion.So when turning over bottle chain movement to 90 degree upturned position place,, and stand on the bottle outlet load-transfer device because bottle center of gravity effect bottle can erect with the direction that bottleneck makes progress along with turning over bottle chain.Thereby finish the reason row process of the preceding whole bottle of can easily.Automation more convenient to operate saved human cost greatly.
2, owing to be provided with the upper strata load-transfer device in the empty bottle conveying mechanism of bottle managing machine of the present utility model system and lower floor connects a bottle load-transfer device, load-transfer device filters in lower floor, and be provided with down a bottle box in the interval of upper strata load-transfer device, connect a bottle load-transfer device so bottle can pulsation-free transfers to lower floor by the upper strata load-transfer device.Again because lower floor connects the filtration load-transfer device that the place ahead of bottle load-transfer device is provided with hollow, so incomplete bottle can be by automatic fitration when process is filtered load-transfer device again.
Description of drawings
Fig. 1 is a kind of bottle erecting device plan structure scheme drawing that is used for the bottle managing machine system of the utility model;
Fig. 2 is that lower floor connects the structural representation that a bottle load-transfer device, lower floor filter load-transfer device, turn over bottle load-transfer device and bottle outlet load-transfer device;
Fig. 2 a is the structural representation that turns over bottle carrier bar;
Fig. 2 b is the carrier bar structural representation that lower floor connects bottle load-transfer device;
Fig. 3 is the structural representation that blocks bottle side plate;
Fig. 4 is the rail mechanism structural representation;
Fig. 5 is the B-B section drawing of Fig. 2;
Fig. 6 is down the bottle box and can swings the structural representation of retaining bottle board;
Fig. 6 a is bottle box left view that falls among Fig. 6.
The specific embodiment
As shown in Figure 1, bottle erecting device II 1 comprises bottle reversal mechanism II 12 and empty bottle conveying mechanism II 11.Empty bottle conveying mechanism II11 comprises that upper strata load-transfer device II 111 and lower floor meet a bottle load-transfer device II 112, load-transfer device II 113 filters in lower floor.Upper strata load-transfer device II111 comprises some the conveyer chain II 1111 that are provided with at interval.Each conveyer chain II 1111 both sides is provided with side plate II 1112.It is orthogonal with the arranged direction of upper strata load-transfer device II 111 that lower floor meets bottle load-transfer device II 112, and the interval location place that each lower floor meets bottle conveyer chain II 1121 corresponding upper load-transfer device II 111 is provided with down the bottle box, E as shown in Figure 1, F, the G position is respectively arranged with three bottle boxes.Shown in Fig. 6 and Fig. 6 a, each falls a bottle box and comprises four straight plate E1, E2, E3 and E4, its middle straight-plate E1, E2 is vertically set on respectively on the adjacent side of adjacent upper strata conveyer chain, and straight plate E3 and E4 are down eight shapes envelope mutually and put at straight plate E1 and the two ends of plate E2 directly, thereby constitutes the box body of a upper and lower opening that is the truncated rectangular pyramids shape of being made up of four blocks of straight plates.Its middle straight-plate E1 exceeds the horizontal surface at conveyer chain II 1111 places, upper strata, and along the oblique retaining bottle swash plate E5 of an oblique frame above upper strata chain II 1111 that be provided with of straight plate E4 one end that falls bottle box end of upper strata conveyer chain II 1111 transmission directions.Two of bottle box of falling are down the straight plate E3 of eight shapes and E4 end and extend respectively and be provided with a stay bearing plate.As shown in Figure 6, the terminal extension of straight plate E3 is provided with a stay bearing plate E6, the length of stay bearing plate E6 is greater than the terminal width of straight plate E3, be that two ends, the stay bearing plate E6 left and right sides exceed straight plate E2 and straight plate E1 respectively, and the two ends, the left and right sides that grow are respectively arranged with a through hole, have set up left pivot shaft between two left end through holes of two stay bearing plates.Be provided with right pivot shaft between two right-hand member through holes, on the pivot shaft of the left and right sides respectively movable sleeve be provided with left and right sides cylinder.Shown in Fig. 6 a, be arranged with left cylinder E8 on the left pivot shaft E7.As shown in Figure 6, and stay bearing plate one end in the right cylinder E10 outside also be provided with a transition arc plate E9.And the lower floor in transition arc plate E9 the place ahead connects and also is provided with the retaining bottle board 10 that can swing on bottle load-transfer device II112, retaining bottle board 10 1 ends are fixed on the cylinder 12, cylinder 12 is movably set on the cross bar 13, cross bar 13 is fixed on the retaining bottle stand 11, and retaining bottle stand 11 is erected at lower floor and connects a bottle conveyer chain II1121 top.And the below of retaining bottle board 10 is provided with weight 14, is used for retaining bottle board 10 is returned to vertical state after being subjected to the bottle thrust.
As shown in Figure 2, lower floor's filtration load-transfer device II 113 is arranged on lower floor and connects bottle the place ahead of load-transfer device II 112.Lower floor filters load-transfer device II 113 and comprises and be positioned at two disjunct short conveyer chain II 1131 and the II1132 that lower floor connects bottle conveyer chain II 1121 both sides.As shown in Figure 3, each lower floor filters load-transfer device II 113 tops and is provided with one group and blocks a bottle side plate mechanism, and the described bottle side plate mechanism of blocking comprises and blocks bottle rack
Block bottle side plate 15 with a left side, bottle side plate 16 is blocked on the right side.Wherein a left side is blocked bottle side plate 15 and is fixedly installed on and blocks bottle rack
On, the right side blocks that bottle side plate 16 can swing is fixed on and blocks bottle stand
On.As shown in Figure 2, a left side is blocked bottle side plate 15 and the right front end that blocks bottle side plate 16 and is extended to cooresponding lower floor and connect bottle load-transfer device II 112 tops, and the extension is splayed and opens; Bottle side plate 15 is blocked on a left side and the right end that blocks bottle side plate 16 extends to the cooresponding bottle load-transfer device top II 21 that turns over.Shown in Fig. 2 b, lower floor connects on bottle conveyer chain II1121 and is arranged at intervals with every bottle bar 19, and every two adjacent distances between bottle bar 19 equal the diameter of a bottle substantially, promptly just the bottle that transports is separated one by one.
As Fig. 2, Fig. 4 and shown in Figure 5, bottle reversal mechanism comprises frame, and frame is provided with rail mechanism II22, turns over bottle load-transfer device II21 and bottle outlet load-transfer device II23, turns over a bottle load-transfer device II21 and is undertaken in lower floor filtration load-transfer device II 113 the place aheads.Bottle outlet load-transfer device II 23 is positioned at and turns over bottle load-transfer device II 21 both sides; Turning over bottle load-transfer device II 21 turns over bottle chain belt II 212 and the right side by a symmetrically arranged left side and turns over a bottle chain belt II 211 and be put together.A left side is turned over bottle chain belt II 212 and is returned level along left rail mechanism II 221 90 degree upsets behind horizontal motion, and the right side is turned over bottle chain belt II 211 and returned level along right rail mechanism II 222 90 degree upsets behind horizontal motion.As shown in Figure 4, left rail mechanism II221 comprises track II221a and track II221b, and track II221a and track II221b parallel shelf arranged side by side are located on the crossbeam at frame two ends.The horizontal surface at track II 221a and track II 221b place extends one section after 90 degree upsets return horizontal surface.As Fig. 2 a and shown in Figure 5, left side on the rail mechanism II221 of a left side is turned over bottle each of chain belt II212 and is turned over the barb 17 that bottle carrier bar II 2121 belows all are provided with left and right sides reverse symmetry, the barb 17 of left and right sides reverse symmetry active card respectively is located on track II 221a and the track II 221b, along track II 221a and track II 221b operation.Shown in Fig. 7 b, turn over and be arranged at intervals with the diameter that equals a bottle every 18, two distances between bottle rubber 18 of bottle rubber substantially on bottle carrier bar, promptly just bottle is stuck in two adjacent between bottle rubber 18.As shown in Figure 4, right rail mechanism is identical with left rail mechanism structure, and just two mechanisms flip to the outside respectively in 90 degree upsets place.So when turn over a bottle chain belt bottle be delivered to 90 the degree upsets place, what just the bottle opening is made progress stands on the bottle outlet load-transfer device II23.
Claims (10)
1. bottle erecting device that is used for the bottle managing machine system, it is characterized in that: comprise bottle reversal mechanism, described bottle reversal mechanism comprises frame, and frame is provided with rail mechanism, turns over bottle load-transfer device and bottle outlet load-transfer device, and the bottle outlet load-transfer device is positioned at and turns over bottle load-transfer device both sides; Turning over bottle load-transfer device turns over bottle chain belt and the right side by a symmetrically arranged left side and turns over a bottle chain belt and be put together, about turn over bottle chain belt and return horizontal direction along separately rail mechanism 90 degree upsets after horizontal motion, and the positions of 90 degree upsets nestle up the bottle outlet load-transfer device of both sides.
2. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 1, it is characterized in that: described rail mechanism comprises left rail mechanism and right rail mechanism, each rail mechanism comprises two tracks respectively, two track parallel shelfs arranged side by side are located at frame one end, get back to horizontal surface after the 90 degree upsets after the horizontal surface at two track places extends one section; About turn over bottle chain belt respectively by about turn over a bottle carrier bar and constitute, and about turn over every of bottle carrier bar and turn over the barb that bottle carrier bar below all is provided with left and right sides reverse symmetry, about oppositely to the barb that becomes respectively active card be located on two tracks of rail mechanism separately.
3. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 2 is characterized in that: about turn over and be arranged at intervals with respectively on bottle chain belt every bottle rubber, the interval between bottle rubber cooperates with the bottle diameter of conveying.
4. as claim 1 or the 2 or 3 described bottle erecting devices that are used for the bottle managing machine system, it is characterized in that: bottle load-transfer device the place ahead of turning over of bottle reversal mechanism also is provided with the empty bottle conveying mechanism, and described empty bottle conveying mechanism comprises that upper strata load-transfer device and lower floor connect a bottle load-transfer device; The upper strata load-transfer device comprises some the conveyer chains that are provided with at interval, and it is orthogonal that lower floor connects the arranged direction of bottle load-transfer device and upper strata load-transfer device, and each lower floor meets bottle interval location place of conveyer chain corresponding upper load-transfer device and is provided with down a bottle box; A described bottle box comprises four blocks of straight plates, and wherein two blocks of straight plates are vertically set on the adjacent side of adjacent upper strata conveyer chain, and other two blocks of straight plates are down eight shapes envelope to be put at the two ends of above-mentioned two blocks of straight plates, and one of them the straight plate hight that is down eight shapes goes out the upper strata conveyer chain; The bottle box end that falls along upper strata conveyer chain transmission direction is provided with the retaining bottle swash plate of an oblique frame above the chain of upper strata.
5. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 4, it is characterized in that: the lower floor of empty bottle conveying mechanism connects turning over of bottle load-transfer device and bottle reversal mechanism and is provided with lower floor between bottle load-transfer device and filters load-transfer device, and described lower floor filters load-transfer device and comprises and be positioned at two short conveyer chains that do not link to each other that lower floor connects bottle conveyer chain both sides.
6. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 5 is characterized in that: lower floor filters the load-transfer device top and is provided with one group and blocks a bottle side plate mechanism, and the described bottle side plate mechanism of blocking comprises and blocks bottle rack and a bottle side plate is blocked on a left side, a bottle side plate is blocked on the right side; A left side is blocked a bottle side plate and is fixedly installed on and blocks on the bottle rack, and the right side blocks that bottle side plate swings is fixed on and blocks on the bottle stand; A left side is blocked bottle side plate and the right front end that blocks bottle side plate and is extended to lower floor and connect a bottle conveyer chain top, and the extension is splayed and opens; A left side is blocked bottle side plate and the right end that blocks bottle side plate and is extended to and turn over a bottle load-transfer device top.
7. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 6, it is characterized in that: the straight plate end that described two of falling the bottle box are down eight shapes extends respectively and is provided with a stay bearing plate, the width of stay bearing plate is greater than falling the terminal width of swash plate of eight shapes, be that two ends, the stay bearing plate left and right sides all grow the swash plate two ends, and the two ends, the left and right sides that grow are respectively arranged with a through hole, set up left pivot shaft between two left end through holes of two stay bearing plates, be provided with right pivot shaft between two right-hand member through holes, on the pivot shaft of the left and right sides respectively movable sleeve be provided with left and right sides cylinder; One of them cylinder outside also is provided with a transition arc plate.
8. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 6 is characterized in that: the lower floor in bottle box the place ahead connects and also is provided with the retaining bottle board that can swing on bottle load-transfer device.
9. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 6 is characterized in that: lower floor connects and is arranged at intervals with on bottle load-transfer device every the bottle bar, and the interval between the bottle bar cooperates with the bottle diameter of conveying.
10. the bottle erecting device that is used for the bottle managing machine system as claimed in claim 6 is characterized in that: lower floor filters on the load-transfer device and is arranged at intervals with every the bottle bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202011378U CN201737454U (en) | 2009-11-26 | 2009-11-26 | Bottle erecting device for bottle unscrambler system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202011378U CN201737454U (en) | 2009-11-26 | 2009-11-26 | Bottle erecting device for bottle unscrambler system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201737454U true CN201737454U (en) | 2011-02-09 |
Family
ID=43552735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202011378U Expired - Fee Related CN201737454U (en) | 2009-11-26 | 2009-11-26 | Bottle erecting device for bottle unscrambler system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201737454U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113120569A (en) * | 2021-04-20 | 2021-07-16 | 乐兵兵 | Bottleneck steering arrangement equipment is retrieved to beverage bottle |
-
2009
- 2009-11-26 CN CN2009202011378U patent/CN201737454U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113120569A (en) * | 2021-04-20 | 2021-07-16 | 乐兵兵 | Bottleneck steering arrangement equipment is retrieved to beverage bottle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Xiangshan rikichi Machinery Factory Assignor: Chen Dingfang Contract record no.: 2014990000145 Denomination of utility model: Bottle erecting device for bottle unscrambler system Granted publication date: 20110209 License type: Common License Record date: 20140320 |
|
| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110209 Termination date: 20141126 |
|
| EXPY | Termination of patent right or utility model |