CN105293047B - It is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row - Google Patents
It is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row Download PDFInfo
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- CN105293047B CN105293047B CN201510709637.2A CN201510709637A CN105293047B CN 105293047 B CN105293047 B CN 105293047B CN 201510709637 A CN201510709637 A CN 201510709637A CN 105293047 B CN105293047 B CN 105293047B
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Abstract
The invention discloses a kind of sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, including：A sub-bottle transfer passage is provided with carrier bar delivery platform and two are sent a bottle transfer passage, the bottle-delivery end of one sub-bottle transfer passage can send the bottle-inlet end of bottle transfer passage to replace to be connected with two respectively, every send bottle transfer passage send bottle guardrail and Song Ping areas transporting chain plate be combined with inclination so that Moving parameter enters to the every bottle sent in bottle transfer passage, its body can gradually tilt in body that inclined state is fed forward laterally laterally, bottle is progressively reverted to again when bottle is transported to the bottle-delivery end for sending bottle transfer passage is outwards exported after erectility.The present invention is able to ensure that bottle is successfully delivered in rear road transfer passage；The bottle toppled over can be tumbled away from slant operation state Xia Songping areas transporting chain plate, be prevented effectively from down the influence that bottle works subsequent delivery, further improve the production efficiency of filling liquid production line.
Description
Technical field
The present invention relates to filling liquid production line technology field, and in particular to is divided into filling liquid production line by a row
Sub-bottle Song Ping mechanisms in the conveying device of two row.
Background technology
In filling liquid production line, the structure of conventional carrier bar delivery platform includes：Support frame and it is arranged on support frame
Guide rail, transporting chain plate and motor, every transporting chain plate is engaged with corresponding guide rail, every conveying under the driving of motor
Carrier bar is run along corresponding guide rail, and the traffic direction of all transporting chain plates is consistent on support frame, the top of transporting chain plate
It is provided with for guiding the guardrail with bib bottle, described guardrail is arranged on guard rail support, and guard rail support is fixed on support
On frame, guardrail is typically arranged in pairs and bib is in the both sides of bottle, and usual a pair of guardrails bib is in the top of transporting chain plate with regard to shape
Into a transfer passage for being used to convey single-row bottle.
Need to use between sub-station in the middle part of the production needs of high production capacity, filling liquid production line to be divided into by a row to meet
The conveying device of two row is conveyed to bottle, i.e.,：Single-row bottle is divided into two row bottles in course of conveying to be conveyed.Pass
The sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row of system, including：On carrier bar delivery platform, carrier bar delivery platform
Sub-bottle area and Song Ping areas are divided into along the conveying direction of bottle, a sub-bottle is provided with sub-bottle area carrier bar delivery platform
Transfer passage, the both sides of sub-bottle transfer passage are by a pair of sub-bottle guardrail bibs, and this pair of sub-bottle guardrail is connected with swing driving mechanism
Connect, described swing driving mechanism is cylinder；Two, which are provided with, on Song Ping areas carrier bar delivery platform send bottle a transfer passage, every
Send the both sides of bottle transfer passage to have a pair and send a bottle guardrail bib；The bottle-delivery end of a pair of sub-bottle guardrails can be put under the driving of cylinder
Move to so that the bottle-delivery end of a sub-bottle transfer passage send the bottle-inlet end of bottle transfer passage to replace with two respectively is connected.Work
When, bottle is constantly transported in sub-bottle transfer passage, and a sub-bottle transfer passage alternately send a bottle transfer passage phase with two
Connection, send in bottle transfer passage so that the single-row bottle in sub-bottle transfer passage is transported to two respectively and is divided into two row
Bottle, two bottles sent in bottle transfer passage continue to be fed forward respectively.
It is traditional to be divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row and there is following defect：Send bottle conveying logical
Bottle in road can be shaken or be toppled between bottle guardrail is sent for a pair during the horizontal feed, and the bottle rocked can sent
A small amount of displacement occurs for the width of bottle transfer passage, occurs the bottle of a small amount of displacement just sending the width of bottle transfer passage
It can not can be accurately delivered in rear road transfer passage and shock can be produced with the guardrail of the transfer passage in rear road；And be poured over
The bottle in bottle transfer passage is sent also to have a strong impact on the operating efficiency of rear road station,
Invention utility model content
The technical problem to be solved in the invention is：There is provided a kind of can ensure that send the bottle in bottle transfer passage accurate
It is delivered in rear road transfer passage and point being divided into by a row in the conveying device of two row of filling production efficiency can be greatly improved
Ping Songping mechanisms.
The technical solution adopted by the present invention is：It is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row, bag by a row
Include：Conveying direction on carrier bar delivery platform, carrier bar delivery platform along bottle is disposed with sub-bottle area and Song Ping areas, is dividing
A sub-bottle transfer passage is provided with bottle area carrier bar delivery platform, the both sides of sub-bottle transfer passage are protected by a pair of sub-bottle guardrails
Gear, this pair of sub-bottle guardrail is connected with swing driving mechanism；Being provided with two on Song Ping areas carrier bar delivery platform send bottle to convey
Passage, under the driving of swing driving mechanism, the bottle-delivery end of a pair of sub-bottle guardrails can be rocked to so that a sub-bottle transfer passage
Bottle-delivery end send the bottle-inlet end of bottle transfer passage to replace with two respectively to be connected, two are sent the structure of bottle transfer passage to include：
Be provided with Liang Tiaosongping areas transporting chain plate in Song Ping areas carrier bar delivery platform, this pair of Song Ping areas transporting chain plate respectively with Song Ping areas
Two on carrier bar delivery platform are sent a bottle guide rail to be engaged, and send bottle guide rail to transport each along corresponding per Tiao Songping areas transporting chain plate
OK, top only on the outside of every Tiao Songping areas transporting chain plate sets one and send a bottle guardrail, and every is sent a bottle guardrail to be installed in guardrail
On support, every is sent top of bottle guardrail bib on the outside of corresponding Song Ping areas transporting chain plate and foring one is used to convey list
Row bottle send a bottle transfer passage；Every is sent bottle guide rail to be divided into along the conveying direction of bottle：Bottle-inlet end send a bottle guide rail, in
Between section send a bottle guide rail, bottle-delivery end to send a bottle guide rail, every bottle-inlet end send bottle guide rail and every bottle-delivery end to send bottle guide rail to be horizontally disposed with,
Every interlude send bottle guide rail to send a bottle guardrail direction to be obliquely installed from inside to outside, from high to low to homonymy, and every is sent bottle
The bottle-inlet end of guide rail send bottle guide rail and interlude send between bottle guide rail and interlude send bottle guide rail and bottle-delivery end send bottle guide rail it
Between gentle transition, per Tiao Songping areas transporting chain plate under the corresponding guiding for sending bottle guide rail by the gradually transition of level run state
To the slant operation state that bottle guardrail direction is run at a slant is sent to homonymy, then gradually transitted to by slant operation state again
Level run state, every is sent bottle guardrail to be divided into along the conveying direction of bottle：Bottle-inlet end send a bottle guardrail, interlude to send bottle
Guardrail, bottle-delivery end send a bottle guardrail, and every bottle-inlet end send bottle guardrail and every bottle-delivery end to send the equal vertical direction of bottle guardrail to set, every
Interlude send bottle guardrail to be obliquely installed state in upper end is inclined laterally, every bottle-inlet end for sending bottle guardrail send bottle guardrail with
Interlude is sent between bottle guardrail and interlude send bottle guardrail and bottle-delivery end to send gentle transition, and every between bottle guardrail
The bottle-inlet end of bottle guardrail is sent to send a bottle guardrail, interlude to send a bottle guardrail, bottle-delivery end to send bottle guardrail with being transported in sending for homonymy on bottle guide rail
Hang Songping areas transporting chain plate is engaged, so as to make it that entering to every by sub-bottle transfer passage Moving parameter send bottle conveying logical
Bottle in road, its body, which can gradually tilt to gear laterally and lean against interlude, to be sent on bottle guardrail, make bottle in body laterally
Inclined state is fed forward, until bottle is progressively reverted to directly when bottle is transported to the bottle-delivery end for sending bottle transfer passage again
Outwards exported after vertical state.
Further, the foregoing sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, wherein, a pair of sub-bottles
The concrete structure of guardrail and swing driving mechanism includes：A pair of sub-bottle guardrails include one set gradually along bottle conveying direction
Determine sub-bottle guardrail and a pair of sub-bottles move guardrail, the bottle-inlet end of bottle-delivery end and the dynamic guardrail of a pair of sub-bottles that a pair of sub-bottles determine guardrail is cut with scissors
Connection, a pair of sub-bottles are determined guardrail and are separately mounted on guard rail support, and a pair of sub-bottles are moved and are provided with a connecting rod at the top of guardrail,
The two ends of connecting rod are moved guardrail with a pair of sub-bottles respectively and are hinged, wherein the outside hinge that a sub-bottle moves guardrail is connected to a pendulum
Bar, swing rod is hinged and connected in rotation dish, and described rotation dish is fixedly mounted on the output shaft of servomotor, in servomotor
Disk is rotated by carry out rotary kinetic energy forward or backwards and drive a pair of sub-bottles to move guardrail to determine being hinged for guardrail with a pair of sub-bottles around it
End swings back and forth, so as to drive the bottle-delivery end of a sub-bottle transfer passage to send the bottle-inlet end of bottle transfer passage to hand over two respectively
For being connected.
Further, the foregoing sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, wherein, a pair points
Bottle is determined guardrail and is arranged on using the adjustable mounting structure of spacing on guard rail support.
Yet further, the foregoing sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, wherein, a pair points
Bottle, which determines the adjustable mounting structure of spacing of the guardrail on guard rail support, to be included：A pair of sub-bottles determine that the both sides of guardrail are fixed respectively to be connected
One piece of installing plate is connected to, a pair of installing plates, which are respectively and fixedly installed to sub-bottle, to be determined on the pair of sliding support base of guardrail down either side,
A pair of sub-bottles determine to be provided with two axis of guides and a leading screw on the guard rail support below guardrail, and two axis of guides are fixedly mounted on
On guard rail support, leading screw is movably arranged on guard rail support and can rotated on guard rail support, divides equally in two pieces of slide bearings
A pair of guide through hole being engaged corresponding with a pair of axis of guides and a leading screw and a tapped through hole, two pieces of slips are not provided with
Support base is arranged on a pair of axis of guides and a leading screw by respective a pair of guide through hole and a tapped through hole respectively, institute
The silk that screw thread coordinates and guardrail side is determined positioned at sub-bottle is distinguished between tapped through hole on the leading screw stated and two pieces of slide bearings
On thick stick on the hand of spiral of screw thread and the leading screw of opposite side the hand of spiral of screw thread mutually on the contrary, rotational lead screw can drive two pieces of cunnings
Dynamic support base is slided on two axis of guides to the direction mutually drawn close or be located remotely from each other, so that a pair of sub-bottles determine guardrail phase
Mutually draw close or be located remotely from each other；Described servomotor is fixedly mounted in one of slide bearings.
Yet further, the foregoing sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, wherein, rotation dish
It is fixedly mounted on by expansion sleeve on the output shaft of servomotor.
Yet further, the foregoing sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row, wherein, sub-bottle is defeated
Send and be provided with the guard rail support at passage bottle-inlet end for entering the counting that the bottle in sub-bottle transfer passage is counted
Light eye component, counting light eye component can be transferred to the signal detected in device controller.
It is an advantage of the invention that：It can prevent bottle from sending the width of bottle transfer passage to be subjected to displacement, it is ensured that bottle
All the time gear, which is leaned against, send on bottle guardrail and along sending the guiding of bottle guardrail to be successfully transported into rear road transfer passage, from
And greatly improve the transfer efficiency of bottle；2nd, when sending the generation after of falling bottle in bottle transfer passage, the bottle fallen down can be transported from tilting
Tumbled away on row state Xia Songping areas transporting chain plate, can thus be prevented effectively from down the influence that bottle works subsequent delivery,
Further improve the production efficiency of filling liquid production line.
Brief description of the drawings
Fig. 1 is the overlook direction of the sub-bottle Song Ping mechanisms of the present invention being divided into by a row in the conveying device of two row
Structural representation.
Fig. 2 is the mounting structure schematic diagram of sub-bottle guardrail in Fig. 1.
Fig. 3 is the structural representation of Fig. 2 overlook directions.
Fig. 4 is D-D section view direction structural representations in Fig. 1.
Fig. 5 is to send a bottle structural representation for guide rail overlook direction in Fig. 1.
Fig. 6 is the structural representation of A-A section view directions in Fig. 5.
Fig. 7 is the structural representation of B-B section view directions in Fig. 6.
Fig. 8 is the structural representation of C-C section view directions in Fig. 6.
Embodiment
The present invention is described in further detail with preferred embodiment below in conjunction with the accompanying drawings.
As shown in figure 1, it is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row, including：Carrier bar delivery platform
1, carrier bar delivery platform 1 is disposed with sub-bottle area and Song Ping areas along the conveying direction of bottle, and in sub-bottle area, carrier bar conveying is flat
A sub-bottle transfer passage 31 is provided with platform 3, the both sides of sub-bottle transfer passage 31 are by a pair of sub-bottle guardrail bibs, this pair of sub-bottle
Guardrail is connected with swing driving mechanism；Two, which are provided with, on Song Ping areas carrier bar delivery platform 4 send bottle transfer passage 41.As schemed
2nd, the concrete structure of a pair of sub-bottle guardrails and swing driving mechanism includes shown in Fig. 3：A pair of sub-bottle guardrails include defeated along bottle
A pair of sub-bottles for sending direction to set gradually determine guardrail 32 and a pair of sub-bottles move guardrail 33, a pair of sub-bottles determine guardrail 32 bottle-delivery end and
The bottle-inlet end that a pair of sub-bottles move guardrail 33 is hinged, and a pair of sub-bottles are determined guardrail 32 and are respectively and fixedly installed on guard rail support 7, a pair
The top that sub-bottle moves guardrail 33 is provided with a connecting rod 34, and the two ends of connecting rod 34 are moved guardrail 33 with a pair of sub-bottles respectively and are hinged
Connect, wherein the outside hinge that a sub-bottle moves guardrail 33 is connected to a swing rod 8, swing rod 8 is hinged and connected to rotation by jointed shaft 81
On disk 6, described rotation dish 6 is fixedly mounted on the output shaft 91 of servomotor 9, for convenience rotation dish 6 and servomotor 9
Output shaft 91 between connection, rotation dish 6 is fixedly mounted on the output shaft of servomotor 9 by expansion sleeve 61 in the present embodiment
On 91, servomotor 9 be rotated by disk 6 come forward or backwards rotary kinetic energy drive a pair of sub-bottles move guardrail 33 around its with
The hinged end that a pair of sub-bottles determine guardrail 32 swings back and forth, and is rocked to point so as to the bottle-delivery end that drives a sub-bottle transfer passage 31
Do not send the bottle-inlet end of bottle transfer passage 41 to replace with two to be connected, bottle is constantly transported in sub-bottle transfer passage 31, one
The bottle-delivery end of bar sub-bottle transfer passage 31 alternately send bottle transfer passage 41 to be connected with two, so that a sub-bottle conveying
Single-row bottle in passage 31 is transported to two and send in bottle transfer passage 41 and be divided into two row respectively, and two are sent a bottle transfer passage
Bottle in 41 send the bottle-delivery end of bottle transfer passage 41 outwards to export from correspondence respectively.By using servomotor in the present embodiment
9 driving rotation dish 6 carry out the structure of back rotation to drive a sub-bottle transfer passage 31 alternately to send bottle with two forward or backwards
Transfer passage 41 is connected, so as to which the advantage for the structure that single-row bottle is divided into two row bottles is：By controlling servomotor 9
Output shaft 91 velocity of rotation come control sub-bottle move guardrail 33 swing speed, can so be prevented effectively from sub-bottle move guardrail 33 in
The generation for the accident of falling bottle, and the smooth degree of bottle conveying can be greatly improved, so as to realize in a sub-bottle transfer passage 31
Single-row bottle is swimmingly delivered to two and send bottle transfer passage 41 interior and be divided into the purpose of two row, substantially increases the conveying of bottle
Efficiency.
In the present embodiment, for the ease of being counted to bottle, set on the guard rail support 7 at the bottle-inlet end of sub-bottle transfer passage 31
It is equipped with for entering the counting light eye component 16 that the bottle in sub-bottle transfer passage 31 is counted, counting the light eye energy of component 16
The signal detected is transferred in device controller.Count light eye component 16 and the signal of the bottle detected is transferred to equipment
In controller, device controller accurately calculates the speed of bottle operation further according to the information of the sub-bottle area transporting chain plate speed of service
Degree, the initial time and the rotation speed of the output shaft 91 of servomotor 9 acted every time so as to accurate control servomotor 9
Degree, and then the accurate initial time and swing speed that control sub-bottle to move the swing of guardrail 33, this just can be more effectively avoided in sub-bottle
Occurs the phenomenon that bottle is toppled over during dynamic guardrail 33 is swung in sub-bottle transfer passage 31, so that it is guaranteed that a sub-bottle conveying is logical
Single-row bottle in road 31 can smoothly and efficiently be delivered to two and send in bottle transfer passage 41 and be divided into two row.
A pair of sub-bottles determine guardrail 32 and are fixedly mounted on guard rail support 7 using the adjustable mounting structure of spacing in the present embodiment
On.A pair of sub-bottles, which determine the adjustable mounting structure of spacing of the guardrail 32 on guard rail support 7, to be included：A pair of sub-bottles determine guardrail 7
Both sides have been respectively fixedly connected with one piece of installing plate 10, and a pair of installing plates 10 are respectively and fixedly installed to a pair of sub-bottles and determine the both sides of guardrail 32
On the pair of sliding support base 12 of lower section, the lower section that a pair of sub-bottles determine guardrail 32 is provided with two axis of guides 13 and a leading screw
14, two axis of guides 13 are fixedly mounted on guard rail support 7, and leading screw 14 is movably arranged on guard rail support 7 and can be in guardrail branch
Rotate, be respectively provided with two pieces of slide bearings 12 and a pair of an axis of guides 13 and leading screw 14 is corresponding is engaged on frame 7
A pair of guide through hole 121 and a tapped through hole 122, two pieces of slide bearings 12 pass through respective a pair of guide through hole respectively
121 and tapped through hole 122 be arranged on a pair of axis of guides 13 and a leading screw 14, leading screw 14 and two pieces of slide bearings 12
On tapped through hole 122 between respectively screw thread coordinate and determine the spiral side of screw thread on the leading screw 14 of the side of guardrail 32 positioned at sub-bottle
The hand of spiral of screw thread is mutually on the contrary, rotational lead screw 14 can drive two pieces of slide bearings 12 to exist on to the leading screw 14 with opposite side
Slide, mutually drawn close so that a pair of sub-bottles determine guardrail 32 to the direction mutually drawn close or be located remotely from each other on two axis of guides 13
Or be located remotely from each other；To realize that a pair of sub-bottles of regulation determine the purpose of spacing between guardrail 32, described servomotor 9 is fixedly mounted on
In one of slide bearings 12；Sub-bottle is determined guardrail 32 and is using the advantage of the adjustable mounting structure of spacing：Can root
Determine the spacing between guardrail 32 according to a pair of sub-bottles of different bottle-type regulation, the width of sub-bottle transfer passage 31 is adjusted so as to realize
Whole purpose, can so make the conveying device for being divided into two row by a row in whole filling liquid production line be applied to a variety of bottle-type.
After the spacing adjustment that sub-bottle is determined between guardrail 32 is finished, the connecting rod 34 that a pair of sub-bottles move the top of guardrail 33 is correspondingly changed, from
And sub-bottle is moved into the spacing between guardrail 33 and adjusts identical to the spacing between determining guardrail 32 with a pair of sub-bottles, such whole piece sub-bottle
The current width of transfer passage 31, which is just adjusted, to be finished.
As shown in Fig. 1, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, two are sent the structure of bottle transfer passage 41 to include in the present embodiment：
Be provided with a pair of Song Ping areas transporting chain plates 43 in Song Ping areas carrier bar delivery platform 4, this pair of Song Ping areas transporting chain plate 43 respectively with
Bottle guide rail 42 is sent to be engaged a pair on Song Ping areas carrier bar delivery platform 4, per Tiao Songping areas transporting chain plate 43 each along corresponding
Bottle guide rail 42 is sent to run, only setting one in the top in the outside of every Tiao Songping areas transporting chain plate 43 send bottle guardrail 44, and every is sent bottle
Guardrail 44 is installed on guard rail support 7, and every is sent the equal bib of bottle guardrail 44 in the outside of corresponding Song Ping areas transporting chain plate 43
Top and formed one be used to conveying single-row bottle send bottle transfer passage 41；Every is sent bottle guide rail 42 along the conveying side of bottle
To being divided into：Bottle-inlet end send bottle guide rail 421, interlude to send bottle guide rail 422, bottle-delivery end to send bottle guide rail 423, and every bottle-inlet end is sent
Bottle guide rail 421 and every bottle-delivery end send bottle guide rail 423 to be horizontally disposed with, and every interlude send the sending to homonymy of bottle guide rail 422
Bottle guardrail 44 direction is obliquely installed from high to low, and every is sent the bottle-inlet end of bottle guide rail 42 to send bottle guide rail 421 to send bottle with interlude
Between guide rail 422 and interlude send bottle guide rail 422 and bottle-delivery end to send between bottle guide rail 423 gentle transition, per Tiao Songping areas
Transporting chain plate 43 is gradually transitted to homonymy from level run state under the corresponding guiding for sending bottle guide rail 42 and send a bottle guardrail
The slant operation state that 44 directions are run at a slant, then gradually transits to level run state, often by slant operation state again
Bar send bottle guardrail 44 to be divided into along the conveying direction of bottle：Bottle-inlet end send a bottle guardrail, interlude to send bottle guardrail 442, bottle outlet
A bottle guardrail is sent at end, and every bottle-inlet end send bottle guardrail and every bottle-delivery end to send the equal vertical direction of bottle guardrail to set, and every interlude is sent
Bottle guardrail 442 is obliquely installed state in upper end is inclined laterally, and every is sent the bottle-inlet end of bottle guardrail 44 to send bottle guardrail with
Between section send between bottle guardrail 442 and interlude send bottle guardrail 442 and bottle-delivery end to send between bottle guardrail gentle transition, and
Every is sent the bottle-inlet end of bottle guardrail 44 to send a bottle guardrail, interlude to send bottle guardrail 442, bottle-delivery end to send bottle guardrail and send bottle in homonymy
The Song Ping areas transporting chain plate 43 run on guide rail 42 is engaged, so as to make to be entered to often by the Moving parameter of sub-bottle transfer passage 31
Bar send the bottle in bottle transfer passage 41, and its body, which can gradually tilt to gear laterally and lean against interlude, to be sent on bottle guardrail 442, is made
In body, inclined state is fed forward, until bottle is transported to bottle when sending bottle 41 bottle-delivery end of transfer passage bottle laterally
Son is progressively reverted to outwards to be exported after erectility.It is using the advantage for sending bottle transfer passage 41 of said structure：First, energy
Enough prevent bottle from sending logical 41 widths of bottle conveying to be subjected to displacement, it is ensured that bottle keep off all the time lean against send it is on bottle guardrail 44 and suitable
And send the guiding of bottle guardrail 44 to be successfully transported into rear road transfer passage, so as to substantially increase the conveying effect of bottle
Rate；2nd, when sending the generation after of falling bottle in bottle transfer passage 41, the bottle fallen down can be conveyed from slant operation state Xia Songping areas
Tumbled away on carrier bar 43, can thus be prevented effectively from down the influence that bottle works subsequent delivery, further improve filling liquid
The production efficiency of production line.
Claims (6)
1. it is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row, including：Carrier bar delivery platform, carrier bar delivery platform
On be disposed with sub-bottle area and Song Ping areas along the conveying direction of bottle, be provided with one on sub-bottle area carrier bar delivery platform
Sub-bottle transfer passage, the both sides of sub-bottle transfer passage are by a pair of sub-bottle guardrail bibs, this pair of sub-bottle guardrail and swing driving mechanism
It is connected；Two, which are provided with, on Song Ping areas carrier bar delivery platform send a bottle transfer passage, under the driving of swing driving mechanism, one
The bottle-delivery end of sub-bottle guardrail can be rocked to so that the bottle-delivery end of a sub-bottle transfer passage send a bottle transfer passage with two respectively
Bottle-inlet end alternately be connected, it is characterised in that：Two are sent the structure of bottle transfer passage to include：In Song Ping areas carrier bar delivery platform
In be provided with Liang Tiaosongping areas transporting chain plate, this pair of Song Ping areas transporting chain plate respectively with two on Song Ping areas carrier bar delivery platform
Send a bottle guide rail to be engaged, send bottle guide rail to run each along corresponding per Tiao Songping areas transporting chain plate, only in the conveying of every Tiao Songping areas
Top on the outside of carrier bar sets one and send a bottle guardrail, and every is sent a bottle guardrail to be installed on guard rail support, and every is sent a bottle guardrail shield
Keep off top on the outside of corresponding Song Ping areas transporting chain plate and form one be used to conveying single-row bottle send a bottle transfer passage；
Every is sent bottle guide rail to be divided into along the conveying direction of bottle：Bottle-inlet end send a bottle guide rail, interlude to send a bottle guide rail, bottle-delivery end to send
Bottle guide rail, every bottle-inlet end send bottle guide rail and every bottle-delivery end to send bottle guide rail to be horizontally disposed with, and every interlude send bottle guide rail equal
A bottle guardrail direction is sent to be obliquely installed from inside to outside, from high to low to homonymy, every is sent the bottle-inlet end of bottle guide rail to send a bottle guide rail
Sent with interlude between bottle guide rail and interlude send bottle guide rail and bottle-delivery end to send between bottle guide rail gentle transition, every is sent
Bottle area's transporting chain plate is gradually transitted to homonymy under the corresponding guiding for sending bottle guide rail from level run state send a bottle guardrail
The slant operation state that direction is run at a slant, then gradually transits to level run state, every by slant operation state again
Bottle guardrail is sent to be divided into along the conveying direction of bottle：Bottle-inlet end send a bottle guardrail, interlude to send a bottle guardrail, bottle-delivery end to send bottle to protect
Column, every bottle-inlet end send bottle guardrail and every bottle-delivery end to send the equal vertical direction of bottle guardrail to set, and every interlude send bottle guardrail equal
Be obliquely installed state in upper end is inclined laterally, every bottle-inlet end for sending bottle guardrail send bottle guardrail and interlude send bottle guardrail it
Between and interlude send bottle guardrail and bottle-delivery end to send between bottle guardrail gentle transition, and every bottle-inlet end for sending bottle guardrail
A bottle guardrail, interlude is sent to send a bottle guardrail, bottle-delivery end to send bottle guardrail with sending the Song Ping areas carrier chain run on bottle guide rail in homonymy
Plate is engaged, so as to enter to the every bottle sent in bottle transfer passage, its bottle by sub-bottle transfer passage Moving parameter
Body, which can gradually tilt to gear laterally and lean against interlude, to be sent on bottle guardrail, make bottle in body laterally inclined state by forward
Convey, until bottle is progressively reverted to after erectility by outwards defeated when bottle is transported to the bottle-delivery end for sending bottle transfer passage again
Go out.
2. the sub-bottle Song Ping mechanisms according to claim 1 being divided into by a row in the conveying device of two row, it is characterised in that：
The concrete structure of a pair of sub-bottle guardrails and swing driving mechanism includes：A pair of sub-bottle guardrails are included along bottle conveying direction successively
A pair of the sub-bottles set determine guardrail and a pair of sub-bottles move guardrail, and the bottle-delivery end and a pair of sub-bottles that a pair of sub-bottles determine guardrail move guardrail
Bottle-inlet end is hinged, and a pair of sub-bottles are determined guardrail and are separately mounted on guard rail support, and a pair of sub-bottles are moved and are provided with one at the top of guardrail
Root connecting rod, the two ends of connecting rod are moved guardrail with a pair of sub-bottles respectively and are hinged, wherein the outside that a sub-bottle moves guardrail is hinged
A swing rod is connected to, swing rod is hinged and connected in rotation dish, and described rotation dish is fixedly mounted on the output shaft of servomotor,
The disk that is rotated by of servomotor carrys out rotary kinetic energy and drives a pair of sub-bottles to move guardrail with a pair of sub-bottles to determine around it forward or backwards
The hinged end of guardrail swings back and forth, so as to drive the bottle-delivery end of a sub-bottle transfer passage to send a bottle transfer passage with two respectively
Bottle-inlet end alternately be connected.
3. the sub-bottle Song Ping mechanisms according to claim 2 being divided into by a row in the conveying device of two row, it is characterised in that：
A pair of sub-bottles are determined guardrail and are arranged on using the adjustable mounting structure of spacing on guard rail support.
4. the sub-bottle Song Ping mechanisms according to claim 3 being divided into by a row in the conveying device of two row, it is characterised in that：
A pair of sub-bottles, which determine the adjustable mounting structure of spacing of the guardrail on guard rail support, to be included：A pair of sub-bottles determine the both sides difference of guardrail
One piece of installing plate is fixedly connected with, a pair of installing plates are respectively and fixedly installed to the pair of sliding support that sub-bottle determines guardrail down either side
On seat, a pair of sub-bottles determine to be provided with two axis of guides and a leading screw on the guard rail support below guardrail, and two axis of guides are fixed
On guard rail support, leading screw is movably arranged on guard rail support and can rotated on guard rail support, two pieces of slide bearings
On be respectively provided with a pair of guide through hole being engaged corresponding with a pair of axis of guides and a leading screw and a tapped through hole, two
Block slide bearings are arranged on a pair of axis of guides and a silk by respective a pair of guide through hole and a tapped through hole respectively
Distinguish screw thread on thick stick, between the tapped through hole on described leading screw and two pieces of slide bearings to coordinate and determine guardrail positioned at sub-bottle
On the leading screw of side on the hand of spiral of screw thread and the leading screw of opposite side the hand of spiral of screw thread mutually on the contrary, rotational lead screw can drive
Two pieces of slide bearings are made to be slided on two axis of guides to the direction mutually drawn close or be located remotely from each other, so that a pair of sub-bottles
Determine guardrail mutually to draw close or be located remotely from each other；Described servomotor is fixedly mounted in one of slide bearings.
5. the sub-bottle Song Ping mechanisms according to claim 4 being divided into by a row in the conveying device of two row, it is characterised in that：
Rotation dish is fixedly mounted on the output shaft of servomotor by expansion sleeve.
6. the sub-bottle Song Ping mechanisms being divided into by a row in the conveying device of two row according to claim 3 or 4 or 5, it is special
Levy and be：It is provided with guard rail support at sub-bottle transfer passage bottle-inlet end for entering to entering the bottle in sub-bottle transfer passage
The counting light eye component that row is counted, counting light eye component can be transferred to the signal detected in device controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510709637.2A CN105293047B (en) | 2015-10-28 | 2015-10-28 | It is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510709637.2A CN105293047B (en) | 2015-10-28 | 2015-10-28 | It is divided into the sub-bottle Song Ping mechanisms in the conveying device of two row by a row |
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| Publication Number | Publication Date |
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| CN105293047A CN105293047A (en) | 2016-02-03 |
| CN105293047B true CN105293047B (en) | 2017-08-22 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105903835B (en) * | 2016-05-30 | 2018-02-13 | 浙江亚普自动化设备有限公司 | Stamping system |
| CN106743533B (en) * | 2016-12-23 | 2019-03-15 | 长沙汇一制药机械有限公司 | A kind of conjunction bottle equipment |
| CN110316440A (en) * | 2019-07-15 | 2019-10-11 | 广州市裕轻机械制造有限公司 | A kind of dislocation type shunting device of intelligent flexible packaging production line |
| CN117775427B (en) * | 2024-02-28 | 2024-06-25 | 广州市奥荣智能设备有限公司 | Pipe-sticking spoon-sticking system and control method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4840265A (en) * | 1986-08-29 | 1989-06-20 | Kabushiki Kaisha Maki Seisakusho | Object distributing and supplying method and apparatus |
| US6182812B1 (en) * | 1999-07-30 | 2001-02-06 | Hartness International | Device for transferring articles between oppositely running conveyors |
| US6648124B1 (en) * | 2002-09-19 | 2003-11-18 | Garvey Corporation | Product path splitting and merging conveyor system |
| PT1559669E (en) * | 2004-01-28 | 2008-03-13 | Will E C H Gmbh & Co | Method, arrangement and device for the transverse transport of reams |
| DE102005011456A1 (en) * | 2005-03-12 | 2006-09-14 | Khs Ag | container infeed |
| CN205222008U (en) * | 2015-10-28 | 2016-05-11 | 江苏新美星包装机械股份有限公司 | Branch bottle by among conveyor who divide into two send a bottle mechanism |
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