CN201473043U - Automatic bottle-erecting system - Google Patents
Automatic bottle-erecting system Download PDFInfo
- Publication number
- CN201473043U CN201473043U CN2009201623216U CN200920162321U CN201473043U CN 201473043 U CN201473043 U CN 201473043U CN 2009201623216 U CN2009201623216 U CN 2009201623216U CN 200920162321 U CN200920162321 U CN 200920162321U CN 201473043 U CN201473043 U CN 201473043U
- Authority
- CN
- China
- Prior art keywords
- bottle
- carrier bar
- orbit
- plate
- axis
- 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.)
- Expired - Fee Related
Links
Images
Abstract
The utility model discloses an automatic bottle-erecting system, which comprises a frame, wherein the frame is provided with a support baffle, the support baffle is provided with a bottle-erecting device, the bottle-erecting device comprises a plate turnover chain conveying belt, a track shaft mechanism and a bottle-outputting and bottle-transporting belt, and the bottle-outputting and bottle-transporting belt is positioned at the two sides of the plate turnover chain conveying belt; the plate turnover chain conveying belt comprises a bottle turnover chain plate and a bottle turnover chain, wherein a left bottle turnover chain plate and a right bottle turnover chain plate are spliced to be formed into the bottle turnover chain plate; a track shaft mechanism is respectively arranged under the left bottle turnover chain plate and the right bottle turnover chain plate, wherein each track shaft mechanism comprises a track shaft, a chain plate frame, a frame base and a track, the track shaft is fixed on the chain plate frame, and the chain plate frame is fixed on the frame base; and the track shaft is under the status of straight line-involute- straight line, the plate turnover chain conveying belt runs along the track shaft, and the track consists of track units which are positioned under each bottle turnover chain plate. The automatic bottle-erecting system has the advantages of automatic operation and high efficiency.
Description
Technical field
The utility model belongs to upright bottle mechanical field, is specifically related to a kind of upright bottle system that can automatically empty bottle mouth upwards be erected.
Background technology
In the bottled drink manufacturing enterprise, the empty bottle that is recovered to is generally all used bale packing at present, and mixed and disorderly puts together.Bottleneck must make progress again when carrying out can, and needs in good order being placed on the conveyer.So a lot of bottled drink manufacturing enterprises adopt and manually empty bottle mouth upwards are placed into the method for carrying out operation on the load-transfer device.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, but the utility model provides a kind of efficient upright bottle system of automation mechanized operation.
The technical solution adopted in the utility model is as follows: a kind of automatically upright bottle system, comprise bottle erecting device, described bottle erecting device comprises frame, and frame is provided with the defeated bottle band of turnover panel chain load-transfer device, axis of an orbit mechanism and bottle outlet, and the defeated bottle band of bottle outlet is positioned at turnover panel chain load-transfer device both sides; Turnover panel chain load-transfer device turns over bottle carrier bar and the right side by a left side and turns over a bottle carrier bar and be put together; A left side is turned over bottle carrier bar and the right side and is turned over a bottle carrier bar below and be respectively arranged with left axis of an orbit mechanism and right axis of an orbit mechanism, and each axis of an orbit mechanism comprises two parallel orbit axles and two parallel orbits; Parallel orbit constitutes by being positioned at an every reverse symmetry track element that turns over bottle carrier bar below; The parallel orbit axle of left and right sides axis of an orbit mechanism is being the parallel side by side parastate arranged side by side that is recovered to again again after gradually open both sides on the frame, gradually open part and be the hillside shape and arch upward, and two axis of an orbit of the defeated bottle band of the adjacent bottle outlet of arched part are lower than inboard two axis of an orbit in lengthwise position; Turnover panel chain load-transfer device moves along axis of an orbit.
Automatically upright bottle system of the present utility model also comprises the empty bottle transport tape mechanism that is arranged on the bottle erecting device top, and described empty bottle transport tape mechanism comprises frame, motor and the transport tape of being made up of many transmission carrier bars; Be provided with between the adjacent transmission carrier bar at interval, at interval and the cooresponding zone of turnover panel chain load-transfer device be provided with at least one and falling bottle box, be provided with a baffle plate falling terminal extension of bottle box toward a transmission carrier bar direction.
Automatically upright bottle system of the present utility model, a described bottle box comprises a box body, described box body is formed with two swash plates that are down eight shapes that are positioned at straight plate two ends perpendicular to the straight plate of adjacent transmission carrier bar separately by two; The bottle box end that falls along the transport tape transmission direction is provided with the retaining bottle swash plate of an oblique frame above the transmission carrier bar; Be positioned at down the swash plate of bottle box end and another swash plate and the straight plate that the straight plate height on the transmission carrier bar relative with the transmission carrier bar that is provided with baffle plate is higher than down bottle box; One side of every of described empty bottle conveying mechanism transmission carrier bar rises to the baffle plate place along the transmission direction of upper edge, limit and is provided with blend stop, and opposite side rises to falling a bottle box front end along the transmission direction of upper edge, limit and is provided with blend stop.
Automatically upright bottle system of the present utility model, the swash 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, be arranged with left and right sides cylinder on the pivot shaft of the left and right sides respectively.
Automatically upright bottle system of the present utility model, each track element turns over bottle L-square of the left and right sides reverse symmetry of carrier bar below and constitutes by being arranged on each, and left and right sides reverse symmetry L-square lays respectively at the left and right sides of turning over bottle chain.
Automatically upright bottle system of the present utility model, rail mechanism also comprises carrier base and two chain board mounts that are fixed on the carrier base, axis of an orbit is fixed on the chain board mount.
Automatically upright bottle system of the present utility model, bottle carrier bar is turned on a left side and a bottle carrier bar synchronous transmission is turned on the right side.
The utlity model has following beneficial effect: because upright bottle system of the present utility model adopts separation type to turn over a bottle carrier bar transport tape, and each turns over a bottle carrier bar below and is provided with the state that is recycled to straight line again of linearly gradually opening again, and gradually opening part is the hillside shape and arches upward, and the inner track axle is higher than the outside in lengthwise position, be beneficial to bottle under the center of gravity effect toward bottleneck upward to erecting, and stand in the defeated bottle of bottle outlet and be with output according to the order of sequence.Operation automation like this need not artificial intervention, greatly reduces human cost, and efficient is also promoted greatly.
Description of drawings
Fig. 1 is the structural representation of a kind of upright bottle system of the utility model;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is down the birds-eye view of bottle box between carrier bar;
Fig. 4 is down the structural representation of bottle box;
Fig. 4 a is the left view among Fig. 4;
Fig. 5 is the partial top view of turnover panel chain load-transfer device;
Fig. 6 is the A-A cutaway view of Fig. 5.
The specific embodiment
A kind of automatically upright bottle system comprises empty bottle transport tape mechanism 2 and is positioned at two groups of bottle erecting devices 1 of empty bottle transport tape mechanism 2 belows.As illustrated in fig. 1 and 2, empty bottle transport tape mechanism 2 comprises frame 21 and the transport tape 23 that is positioned on the frame 21.Transport tape 23 is made up of many transmission carrier bars 231, is provided with interval 24 between the adjacent transmission carrier bar 231.Load-transfer device 23 is driven by the conveying tape spool 221 that links to each other with motor 22.Shown in Fig. 1,2 and 6, every group of bottle erecting device 1 comprises frame 11.Frame 11 is provided with support shelves 12, and support shelves 12 are provided with the defeated bottle of turnover panel chain load-transfer device 13, axis of an orbit mechanism 14 and bottle outlet and are with 15.Shown in Fig. 2,5 and 6, turnover panel chain load-transfer device 13 turns over bottle carrier bar 131 and the right side by a left side and turns over bottle carrier bar 132 and be put together, and bottle carrier bar 131 is turned on a left side and bottle carrier bar 132 synchronous transmission are turned on the right side.The defeated bottle band of bottle outlet is positioned at turnover panel chain load-transfer device 13 both sides, and promptly the defeated bottle band of left side bottle outlet 15a is positioned at the left side that bottle carrier bar 131 is turned on a left side, and the defeated bottle band of right side bottle outlet 15b is positioned at the right side that bottle carrier bar 132 is turned on the right side.As shown in Figure 6, a left side is turned over bottle carrier bar 131 and is comprised and turn over bottle carrier bar 1312 and turn over bottle chain 1311, and the right side is turned over bottle carrier bar 132 and comprised and turn over bottle carrier bar 1322 and turn over bottle chain 1321.A left side is turned over bottle carrier bar 131 belows and is provided with the left axis of an orbit 14a of mechanism, and the right side is turned over bottle carrier bar 132 belows and is provided with the right axis of an orbit 14b of mechanism.The left side axis of an orbit 14a of mechanism comprises two parallel orbit axle 141a and is used for two parallel orbits that ccontaining two parallel orbit axle 141a use.Two parallel orbits of described left axis of an orbit mechanism constitute by being positioned at a plurality of track elements that turn over bottle chain 1311 left and right sides, and each track element comprises the L-square 142 of two left and right sides reverse symmetry.The right axis of an orbit 14b of mechanism comprises two parallel orbit axle 141b and is used for two parallel orbits of ccontaining two parallel orbit axle 141b.Axis of an orbit 141a and 141b are separately fixed on two ends of two chain board mounts 144, and chain board mount 144 is fixed on the carrier base 145.Two parallel orbits of described right axis of an orbit mechanism constitute by being positioned at a plurality of track elements that turn over bottle chain 1321 left and right sides, and each track element comprises the L-square 143 of two left and right sides reverse symmetry.
As shown in Figure 5, the parallel orbit axle 141a of left side axis of an orbit mechanism is being the parallel side by side parastate arranged side by side that is recovered to again again with the parallel orbit axle 141b of right axis of an orbit mechanism after gradually open both sides on the frame, gradually open part and be the hillside shape and arch upward, turnover panel chain load-transfer device moves along axis of an orbit.The parallel orbit axle 141b of the parallel orbit axle 141a of left side axis of an orbit mechanism and right axis of an orbit mechanism is when being parastate arranged side by side, left side on the parallel orbit axle 141a is turned between the defeated bottle band of the bottle outlet 15a in bottle carrier bar 131 and left side and is provided with certain interval, and the defeated bottle of bottle outlet that bottle carrier bar 132 and right side are turned in the right side on the parallel orbit axle 141b is with between the 15b and is provided with certain interval.And the vertex of gradually opening part that is the hillside shape of defeated bottle band 15a, 15b of left and right sides bottle outlet and parallel orbit axle is on same horizontal surface.Parallel orbit axle 141a, parallel orbit axle 141b are when gradually opening state and arriving the vertex of hillside shape, bottle carrier bar 131 that turns over that is arranged on the left parallel orbit axle 141a is close to the defeated bottle band of left side bottle outlet 15a, and bottle carrier bar 132 that turns over that is arranged on the right parallel orbit axle 141b is close to the defeated bottle band of right side bottle outlet 15b.And two axis of an orbit of the defeated bottle band of adjacent bottle outlet are lower than inboard two axis of an orbit in lengthwise position in left parallel orbit axle 141a, the right parallel orbit axle 141b arched part.
Shown in Fig. 2 and 5, turnover panel chain load-transfer device 13 carries tape spool 71 to drive by the turnover panel chain that links to each other with motor 7, and the turnover panel chain carries tape spool 71 and bottle outlet to carry tape spool 72 ends to pass through gear transmission.Be that bottle outlet carries tape spool 72 to drive the motion of bottle outlet load-transfer device.
Shown in Fig. 3 and 4, interval on the transport tape 23 of empty bottle transport tape mechanism 2 24 also is provided with down a bottle box 25 with turning over bottle carrier bar 131 cooresponding zones, is provided with a retaining bottle swash plate 26 falling bottle box 25 terminal extensions toward the transmission directions of transmission carrier bar.The adjacent bottle carrier bar that turns over that turns over bottle carrier bar transport tape 13 is provided with every bottle rubber 130, guarantees that bottle is turning over transmission firm on bottle carrier bar.
As shown in Figure 2, the interval between the adjacent transmission carrier bar 231 of the transport tape 23 of empty bottle conveying mechanism 2 24 with turn over the cooresponding zone of bottle carrier bar and be provided with down a bottle box 25.A described bottle box 25 comprises a box body, and described box body is formed perpendicular to the straight plate 251a of adjacent transmission carrier bar 231, straight plate 251b and two swash plate 252a, swash plate 252b that are down eight shapes separately by two.Along transport tape 23 transmission directions of empty bottle conveying mechanism III, and the oblique frame in transmission carrier bar 231 tops of close bottle box 25 terminal swash plate 252a has a retaining bottle swash plate 26.Retaining bottle swash plate 26 has certain intervals between the swash plate 252a of bottle box 25 ends with falling, and is used for a bottle that transfers to retaining bottle swash plate 26 places is done a buffering, in order to avoid bottle directly hits falling on the terminal swash plate 252a of bottle box 25, bottle is caused breakage.It is contour and all be higher than down another swash plate 252b and the straight plate 251a of bottle box 25 to be positioned at down the height of the swash plate 252a of bottle box 25 ends and the straight plate 251b on the transmission carrier bar relative with the transmission carrier bar that is provided with retaining bottle swash plate 26.One side of every of empty bottle conveying mechanism transmission carrier bar rises to the baffle plate place along the transmission direction of upper edge, limit and is provided with blend stop 20, and opposite side rises to falling a bottle box front end along the transmission direction of upper edge, limit and is provided with blend stop 20.Falling does not have blend stop between bottle box 25 front end swash plate 252b and the rear end swash plate 252a, makes things convenient for bottle to transfer to down bottle box place and slides to down in bottle box 25 under steadily.As Fig. 3, shown in Fig. 4 and Fig. 4 a, fall the swash plate 252a that is down eight shapes of bottle box 25 and swash plate 252b end and extend respectively and be provided with stay bearing plate 253a and stay bearing plate 253b, the width of stay bearing plate 253a and stay bearing plate 253b is respectively greater than falling the swash plate 252a and the terminal width of swash plate 252b of eight shapes, be that two ends, the stay bearing plate 253a left and right sides all grow swash plate 252a two ends, two ends, the stay bearing plate 253b left and right sides all grow swash plate 252b two ends, and the two ends, the left and right sides that grow are respectively arranged with a through hole, as shown in Figure 4, set up left pivot shaft 256 between the left end through hole of stay bearing plate 253a and stay bearing plate 253b, be provided with right pivot shaft 257 between two right-hand member through holes, be arranged with left cylinder 254 and right cylinder 255 on left pivot shaft 256 and the right pivot shaft 257 respectively.When bottle tumbles when getting off to fall down bottle box 25 terminal positions from falling a bottle box 25, because left cylinder 254 and right cylinder 255 can be separately around left pivot shaft 256 and 257 rotations of right pivot shaft, so under the bottle action of gravity, a left side cylinder 254 and right cylinder 255 open to both sides, guarantee that bottle is steadily fallen to turn on bottle carrier bar.
During use, empty bottle transmits on the transmission carrier bar 231 of transport tape 23, when transferring to retaining bottle swash plate 26 places, under retaining bottle swash plate 26 drag effect, drops to and turns on bottle carrier bar transport tape 13 along falling a bottle box 25.This moment, the state of empty bottle turned on bottle carrier bar on a left side at the bottom of may being bottle, also may turn on bottle carrier bar, as shown in Figure 2 on the right side.As shown in Figure 3, when bottle along with turning over bottle carrier bar when being transported to the axis of an orbit position that is positioned at the involute position, since the arched part track lengthwise position have the height and under the effect of bottle center of gravity, carrier bar is along with the direction of bottle center of gravity is holded up, promptly being positioned at a left side at the bottom of the bottle bottle turns on bottle carrier bar, then turn over bottle carrier bar and erect, simultaneously bottle is stood on the bottle outlet load-transfer device of left side toward the left side.Turn on bottle carrier bar when being positioned at the right side at the bottom of the bottle bottle, then turn over bottle carrier bar and erect, bottle is stood on the bottle outlet load-transfer device of right side simultaneously toward the right.In like manner, turn on bottle carrier bar, then turn over bottle carrier bar and erect, simultaneously bottle is stood on the bottle outlet load-transfer device of left side toward the left side when being positioned at a left side at the bottom of the bottle bottle.
Claims (7)
1. one kind is found bottle system automatically, and it is characterized in that: comprise bottle erecting device, described bottle erecting device comprises frame, and frame is provided with the defeated bottle band of turnover panel chain load-transfer device, axis of an orbit mechanism and bottle outlet, and defeated bottle of band of bottle outlet is positioned at turnover panel chain load-transfer device both sides; Turnover panel chain load-transfer device turns over bottle carrier bar and the right side by a left side and turns over a bottle carrier bar and be put together; A left side is turned over bottle carrier bar and the right side and is turned over a bottle carrier bar below and be respectively arranged with left axis of an orbit mechanism and right axis of an orbit mechanism, and each axis of an orbit mechanism comprises two parallel orbit axles and two parallel orbits; Parallel orbit constitutes by being positioned at an every reverse symmetry track element that turns over bottle carrier bar below; The parallel orbit axle of left and right sides axis of an orbit mechanism is being the parallel side by side parastate arranged side by side that is recovered to again again after gradually open both sides on the frame, gradually open part and be the hillside shape and arch upward, and two axis of an orbit of the defeated bottle band of the adjacent bottle outlet of arched part are lower than inboard two axis of an orbit in lengthwise position; Turnover panel chain load-transfer device moves along axis of an orbit.
2. automatically upright bottle system as claimed in claim 1 is characterized in that: also comprise the empty bottle transport tape mechanism that is arranged on the bottle erecting device top, described empty bottle transport tape mechanism comprises frame, motor and the transport tape of being made up of many transmission carrier bars; Be provided with between the adjacent transmission carrier bar at interval, at interval and the cooresponding zone of turnover panel chain load-transfer device be provided with at least one and falling bottle box, be provided with a baffle plate falling terminal extension of bottle box toward a transmission carrier bar direction.
3. automatically upright bottle system as claimed in claim 2 is characterized in that: a described bottle box comprises a box body, and described box body is formed with two swash plates that are down eight shapes that are positioned at straight plate two ends perpendicular to the straight plate of adjacent transmission carrier bar separately by two; The bottle box end that falls along the transport tape transmission direction is provided with the retaining bottle swash plate of an oblique frame above the transmission carrier bar; Be positioned at down the swash plate of bottle box end and another swash plate and the straight plate that the straight plate height on the transmission carrier bar relative with the transmission carrier bar that is provided with baffle plate is higher than down bottle box; One side of every of described empty bottle conveying mechanism transmission carrier bar rises to the baffle plate place along the transmission direction of upper edge, limit and is provided with blend stop, and opposite side rises to falling a bottle box front end along the transmission direction of upper edge, limit and is provided with blend stop.
4. automatically upright bottle system as claimed in claim 3, it is characterized in that: the swash 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, be arranged with left and right sides cylinder on the pivot shaft of the left and right sides respectively.
5. automatically upright bottle system as claimed in claim 1 or 2 is characterized in that: each track element turns over bottle L-square of the left and right sides reverse symmetry of carrier bar below and constitutes by being arranged on each, and left and right sides reverse symmetry L-square lays respectively at the left and right sides of turning over bottle chain.
6. automatically upright bottle system as claimed in claim 1 or 2 is characterized in that: rail mechanism also comprises carrier base and two chain board mounts that are fixed on the carrier base, and axis of an orbit is fixed on the chain board mount.
7. automatically upright bottle system as claimed in claim 1 or 2, it is characterized in that: bottle carrier bar is turned on a left side and a bottle carrier bar synchronous transmission is turned on the right side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201623216U CN201473043U (en) | 2009-04-20 | 2009-06-26 | Automatic bottle-erecting system |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920118068.4 | 2009-04-20 | ||
| CN2009201623216U CN201473043U (en) | 2009-04-20 | 2009-06-26 | Automatic bottle-erecting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201473043U true CN201473043U (en) | 2010-05-19 |
Family
ID=42409287
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201623216U Expired - Fee Related CN201473043U (en) | 2009-04-20 | 2009-06-26 | Automatic bottle-erecting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201473043U (en) |
-
2009
- 2009-06-26 CN CN2009201623216U patent/CN201473043U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201458317U (en) | Bottle arranging machine | |
| CN102202988B (en) | Spiral belt conveyor | |
| CN200988592Y (en) | Inclined pushing material no-intermittent transverse conveyer | |
| CN201634217U (en) | Roller-type two-way sorting machine | |
| CN101712405B (en) | Chain plate and bottle separating device and bottle sorting machine system using chain plate | |
| CN201458326U (en) | System for automatically detaching bottles and erecting bottles | |
| CN205397577U (en) | Folding conveyor | |
| CN101659352B (en) | Automatic bottle separating and erecting system | |
| CN201473043U (en) | Automatic bottle-erecting system | |
| CN204751492U (en) | Full -automatic laser cutting transplanting device for system | |
| CN203158670U (en) | Differential synchronization chain bottle delivery system | |
| CN201737454U (en) | Bottle erecting device for bottle unscrambler system | |
| CN201857096U (en) | Bottle straightening machine | |
| CN201604989U (en) | Link plate, bottle separating device using same and bottle tidying system | |
| CN202038707U (en) | Bottle organizing machine for glass bottles | |
| CN209736007U (en) | fruit vegetables sieve separator | |
| CN202389929U (en) | Bottle sorting machine | |
| CN206901194U (en) | Container lifts conveyer belt | |
| CN101830350A (en) | Bottle erecting device | |
| CN219313764U (en) | Belt conveyor for fruits and vegetables | |
| CN204161985U (en) | Vegetable seed delivery system | |
| CN217262481U (en) | Cigarette carton overturning and conveying device | |
| CN217023999U (en) | Conveying device for logistics transportation | |
| CN207312532U (en) | Dissipate label reorganizer and collating unit | |
| CN217295945U (en) | Antiskid belt conveyor |
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: Automatic bottle-erecting system Granted publication date: 20100519 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: 20100519 Termination date: 20140626 |
|
| EXPY | Termination of patent right or utility model |