CN105293031A - Conveying device capable of dividing one row of bottles into two rows in liquid filling production line - Google Patents
Conveying device capable of dividing one row of bottles into two rows in liquid filling production line Download PDFInfo
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- CN105293031A CN105293031A CN201510710082.3A CN201510710082A CN105293031A CN 105293031 A CN105293031 A CN 105293031A CN 201510710082 A CN201510710082 A CN 201510710082A CN 105293031 A CN105293031 A CN 105293031A
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Abstract
The invention discloses a conveying device capable of effectively avoiding a bottle toppling phenomenon, largely improving the bottle conveying efficiency and dividing one row of bottles into two rows in a liquid filling production line. According to the conveying device, a bottle feeding conveying passage on a link plate conveying platform is communicated with a bottle dividing conveying passage; a pair of bottle dividing guardrails of the bottle dividing conveying passage comprise a pair of bottle dividing fixed guardrails and a pair of bottle dividing movable guardrails which are sequentially arranged in the conveying direction of the bottles; the pair of bottle dividing fixed guardrails and the pair of bottle dividing movable guardrails are hinged; the pair of bottle dividing fixed guardrails are installed on a guardrail supporting frame; the pair of bottle dividing movable guardrails are connected with a connecting rod; the outer side of one bottle dividing movable guardrail is hinged to a swinging rod; the swinging rod is hinged to a rotary disc; the rotary disc can rotate in a reciprocating mode to drive the pair of bottle dividing movable guardrails to swing in a reciprocating mode under the driving of a servo motor, and therefore the bottle dividing conveying passage is communicated with two bottle inlet conveying passages alternatively, and the two bottle inlet conveying passages are communicated with two bottle outlet conveying passages respectively.
Description
Technical field
The present invention relates to filling liquid production line technology field, be specifically related to the feedway being divided into two row in filling liquid manufacturing line by row.
Background technology
In filling liquid manufacturing line, the structure of conventional carrier bar delivery platform comprises: bracing frame and the guide rail be arranged on bracing frame, transporting chain plate and motor, every bar transporting chain plate all matches with corresponding guide rail, under the driving of motor, every bar transporting chain plate runs along the guide rail of correspondence, the service direction of transporting chain plates all on bracing frame is all consistent, the top of transporting chain plate is provided with for guiding the guardrail with bib bottle, described guardrail is arranged on guard rail support, guard rail support is fixed on bracing frame, guardrail is paired setting generally, and bib is in the both sides of bottle, usual a pair guardrail bib just defines one for carrying the transfer passage of single-row bottle above transporting chain plate.
For meeting the need of production of high production capacity, needing employing to be divided into the feedway of two row to carry bottle by row in the middle part of filling liquid manufacturing line between sub-station, that is: in course of conveying, single-row bottle being divided into two row bottles and carrying.Traditional is divided into the structure of the feedway of two row to comprise by row: carrier bar delivery platform, carrier bar delivery platform is divided into Shang Ping district, sub-bottle district, Song Ping district, bottle exiting area successively along the throughput direction of bottle, Shang Ping district carrier bar delivery platform is provided with bottle transfer passage on, and there is bottle guardrail bib on a pair both sides of upper bottle transfer passage; Sub-bottle district carrier bar delivery platform is provided with a sub-bottle transfer passage, and the both sides of sub-bottle transfer passage are by a pair sub-bottle guardrail bib, and this is connected with swing driving mechanism to sub-bottle guardrail, and described swing driving mechanism is cylinder; Song Ping district carrier bar delivery platform is provided with two and send a bottle transfer passage, every bar send the both sides of bottle transfer passage all to have and send a bottle guardrail bib for a pair; Bottle exiting area carrier bar delivery platform arranges two bottle outlet transfer passages, and all there is a pair bottle outlet guardrail bib the both sides of every bar bottle outlet transfer passage; The bottle-delivery end of upper bottle transfer passage is connected with the bottle-inlet end of sub-bottle transfer passage, under the driving of cylinder, the bottle-delivery end of a pair sub-bottle guardrail can be rocked to and make the bottle-delivery end of a sub-bottle transfer passage send the bottle-inlet end of bottle transfer passage to be alternately connected with two respectively, and two are sent the bottle-delivery end of bottle transfer passage to be connected with the bottle-inlet end of two bottle outlet transfer passages respectively.During work, bottle is constantly transported in sub-bottle transfer passage from upper bottle transfer passage, article one, sub-bottle transfer passage alternately send a bottle transfer passage to be connected with two, thus make the single-row bottle in sub-bottle transfer passage be transported to two respectively to give in bottle transfer passage and be divided into two row bottles, article two, send the bottle in bottle transfer passage to be transported in two bottle outlet transfer passages respectively, the bottle in two bottle outlet transfer passages outwards exports from the bottle-delivery end of corresponding bottle outlet transfer passage respectively.
Traditional the feedway of two row is divided into there is following defect by row: the very fast and cylinder piston rod responsiveness that is protruding or inside retraction of the speed of cylinder piston rod action is difficult to be controlled, therefore the action adopting air cylinder driven sub-bottle guardrail to swing will especially suddenly with stiff, in the process that sub-bottle guardrail swings, in sub-bottle transfer passage, extremely easily there is the phenomenon of bottle, this will reduce the transport efficiency of bottle greatly, thus affects the efficiency of filling production.
Summary of the invention
The technical issues that need to address of the present invention: provide a kind of and greatly can reduce the probability of occurrence of the phenomenon of falling bottle in sub-bottle transfer passage and greatly can improve the feedway being divided into two row in the filling liquid manufacturing line of filling production efficiency by row.
The technical solution used in the present invention is: the feedway being divided into two row in filling liquid manufacturing line by row, comprise: carrier bar delivery platform, carrier bar delivery platform is divided into Shang Ping district, sub-bottle district, Song Ping district, bottle exiting area successively along the throughput direction of bottle, Shang Ping district carrier bar delivery platform is provided with bottle transfer passage on, and there is bottle guardrail bib on a pair both sides of upper bottle transfer passage, sub-bottle district carrier bar delivery platform is provided with a sub-bottle transfer passage, and there is a pair sub-bottle guardrail bib the both sides of sub-bottle transfer passage, and this is connected with swing driving mechanism to sub-bottle guardrail, Song Ping district carrier bar delivery platform is provided with two and send a bottle transfer passage, bottle exiting area carrier bar delivery platform arranges two bottle outlet transfer passages, all there is a pair bottle outlet guardrail bib the both sides of every bar bottle outlet transfer passage, described upper bottle guardrail, sub-bottle guardrail, bottle outlet guardrail is installed on guard rail support, the concrete structure of a pair sub-bottle guardrail and swing driving mechanism comprises: a pair sub-bottle guardrail comprises a pair sub-bottle set gradually along bottle throughput direction and determine guardrail and a pair sub-bottle moves guardrail, a pair sub-bottle is determined the bottle-inlet end that the bottle-delivery end of guardrail and a pair sub-bottle move guardrail and is hinged, a pair sub-bottle is determined guardrail and is arranged on respectively on guard rail support, the top that a pair sub-bottle moves guardrail is provided with a pipe link, the two ends of pipe link are moved guardrail with a pair sub-bottle respectively and are hinged, the outside that wherein sub-bottle moves guardrail is hinged and is connected to a fork, fork is hinged and connected on rolling disc, described rolling disc is fixedly mounted on the output shaft of servomotor, under the driving of servomotor rolling disc forward or backwards rotary kinetic energy drive a pair sub-bottle to move pin jointed end that guardrail determines guardrail around itself and a pair sub-bottle swings back and forth, thus the bottle-delivery end that can order about a sub-bottle transfer passage send the bottle-inlet end of bottle transfer passage to be alternately connected with two respectively, bottle is constantly transported in sub-bottle transfer passage from upper bottle transfer passage, article one, sub-bottle transfer passage alternately send a bottle transfer passage to be connected with two, thus make the single-row bottle in sub-bottle transfer passage be transported to two respectively to give in bottle transfer passage and be divided into two row, article two, send the bottle in bottle transfer passage to be transported in two bottle outlet transfer passages respectively, the bottle in two bottle outlet transfer passages outwards exports from the bottle-delivery end of corresponding bottle outlet transfer passage respectively.
Further, be divided into the feedway of two row in aforesaid filling liquid manufacturing line by row, wherein, a pair sub-bottle is determined guardrail and is adopted the adjustable mounting structure of spacing to be arranged on guard rail support.
Further, be divided into the feedway of two row by row in aforesaid filling liquid manufacturing line, wherein, a pair sub-bottle is determined the adjustable mounting structure of the spacing of guardrail on guard rail support and is comprised: the both sides that a pair sub-bottle determines guardrail are fixedly connected with one piece of adapter plate respectively, a pair adapter plate is fixedly mounted on sub-bottle respectively and determines on the pair of sliding supporting seat of guardrail down either side, a pair sub-bottle determines the guard rail support below guardrail is provided with two axis of guides and a rhizoid thick stick, two axis of guides are fixedly mounted on guard rail support, leading screw is movably arranged on guard rail support, and can rotate on guard rail support, two pieces of slide bearings are provided with respectively a pair guide through hole matching corresponding to a pair axis of guide and a rhizoid thick stick and a tapped through hole, two pieces of slide bearings are arranged on a pair axis of guide and a rhizoid bar respectively by a pair respective guide through hole and a tapped through hole, screw thread fit respectively between tapped through hole in described leading screw and two pieces of slide bearings, and the hand of spiral being positioned at screw thread on the hand of spiral of screw thread and the leading screw of opposite side on leading screw that sub-bottle determines guardrail side is mutually contrary, rotary screw rod can order about two pieces of slide bearings on two axis of guides to mutually draw close or mutually away from direction slide, thus make a pair sub-bottle determine guardrail mutually draw close or mutually away from, described servomotor fixed installation is wherein in one piece of slide bearings.
Further, be divided into the feedway of two row in aforesaid filling liquid manufacturing line by row, wherein, rolling disc is fixedly mounted on the output shaft of servomotor by expansion sleeve.
Further, be divided into the feedway of two row by row in aforesaid filling liquid manufacturing line, wherein, article two, send the structure of bottle transfer passage to comprise: in Song Ping district carrier bar delivery platform, be provided with Liang Tiaosongping district transporting chain plate, this send a bottle guide rail to match with two on Song Ping district carrier bar delivery platform to Song Ping district transporting chain plate respectively, Mei Tiaosongping district transporting chain plate all runs along bottle guide rail that send of correspondence, arrange one above only outside Mei Tiaosongping district transporting chain plate and send a bottle guardrail, every bar send a bottle guardrail to be installed on guard rail support, every bar send bottle guardrail bib outside the Song Ping district transporting chain plate of correspondence above and define one for carrying bottle transfer passage that send of single-row bottle, every bar send bottle guide rail to be divided into successively along the throughput direction of bottle: bottle-inlet end send a bottle guide rail, interlude send a bottle guide rail, bottle-delivery end send a bottle guide rail, every bar bottle-inlet end send bottle guide rail and every bar bottle-delivery end to send a bottle guide rail to be all horizontally disposed with, every bar interlude send bottle guide rail to send bottle guardrail direction from inside to outside all to homonymy, be obliquely installed from high to low, every bar send the bottle-inlet end of bottle guide rail to send bottle guide rail and interlude to send between bottle guide rail, and interlude send bottle guide rail and bottle-delivery end to send equal gentle transition between bottle guide rail, Mei Tiaosongping district transporting chain plate transits to the slant operation state sending bottle guardrail direction to run at a slant to homonymy in sending under the guiding of bottle guide rail of correspondence gradually by level run state, and then transit to level run state gradually by slant operation state, every bar send bottle guardrail to be divided into successively along the throughput direction of bottle: bottle-inlet end send a bottle guardrail, interlude send a bottle guardrail, bottle-delivery end send a bottle guardrail, every bar bottle-inlet end send bottle guardrail and every bar bottle-delivery end to send the equal vertical direction of bottle guardrail to arrange, what every bar interlude sent bottle guardrail all to tilt laterally in upper end is obliquely installed state, every bar send the bottle-inlet end of bottle guardrail to send bottle guardrail and interlude to send between bottle guardrail, and interlude send bottle guardrail and bottle-delivery end to send equal gentle transition between bottle guardrail, and every bar send the bottle-inlet end of bottle guardrail to send a bottle guardrail, interlude send a bottle guardrail, bottle-delivery end send bottle guardrail to match with the Song Ping district transporting chain plate that bottle guide rail runs that send at homonymy, thus can make to enter to every bar by sub-bottle transfer passage Moving parameter and give bottle in bottle transfer passage, its body can tilt to gear gradually laterally and lean against interlude and send on bottle guardrail, bottle is made to be that the state that tilts laterally of body is fed forward, outwards exported until bottle is transported to after bottle when sending the bottle-delivery end of bottle transfer passage progressively reverts to erectility again.
Further, be divided into the feedway of two row by row in aforesaid filling liquid manufacturing line, wherein, the bottle outlet guardrail being positioned at inner side in often pair of bottle outlet guardrail is installed on separator of battery plates, described separator of battery plates barrier is between two bottle outlet transfer passages, and the top of separator of battery plates is arranged on guard rail support.
Further, be divided into the feedway of two row by row in aforesaid filling liquid manufacturing line, wherein, the bottle outlet guardrail being positioned at inner side in often pair of bottle outlet guardrail is installed on separator of battery plates, described separator of battery plates barrier is between two bottle outlet transfer passages, the top of separator of battery plates is arranged on guard rail support, described separator of battery plates extends to interlude by carrier bar delivery platform bottle exiting area to direction, carrier bar delivery platform Song Ping district and send a bottle guide rail area, and barrier is sent between bottle transfer passage at two, article two, send the separator of battery plates between bottle transfer passage to send a bottle guardrail to match with two, thus guiding two send the bottle in bottle transfer passage to run respectively in two bottle outlet transfer passages.
Further, be divided into the feedway of two row by row in aforesaid filling liquid manufacturing line, wherein, the bottle-delivery end of upper bottle transfer passage and the guard rail support of sub-bottle transfer passage bottle-inlet end intersection are provided with the counting light eye assembly for counting the bottle entered in sub-bottle transfer passage, counting light eye assembly can by the signal transmission that detects in device control unit.
Further, be divided into the feedway of two row in aforesaid filling liquid manufacturing line by row, wherein, the transporting chain plate of carrier bar delivery platform sub-bottle district, Song Ping district, bottle exiting area drives by same motor, and this motor is provided with coder.
Advantage of the present invention is: control by the velocity of rotation of the output shaft controlling servomotor the speed that sub-bottle moves guardrail swing, sub-bottle can be effectively avoided to move the generation of the accident of falling bottle in guardrail like this, and greatly can improve the smooth degree of bottle conveying, thus realize the single-row bottle in a sub-bottle transfer passage is delivered to two swimmingly gives the object being divided into two row in bottle transfer passage, substantially increase the transport efficiency of bottle.
Accompanying drawing explanation
Fig. 1 is the structural representation overlooking direction being divided into the feedway of two row in filling liquid manufacturing line of the present invention by row.
Fig. 2 is the mounting structure schematic diagram of sub-bottle guardrail in Fig. 1.
Fig. 3 is the structural representation that Fig. 2 overlooks direction.
Fig. 4 be in Fig. 1 D-D direction analyse and observe direction structure schematic diagram.
Fig. 5 be in Fig. 1 E-E direction analyse and observe direction structure schematic diagram.
Fig. 6 is the structural representation sending bottle guide rail to overlook direction in Fig. 1.
Fig. 7 is the structural representation that in Fig. 6, A-A analyses and observe direction.
Fig. 8 is the structural representation that in Fig. 6, B-B analyses and observe direction.
Fig. 9 is the structural representation that in Fig. 6, C-C analyses and observe direction.
Detailed description of the invention
Below in conjunction with accompanying drawing and preferred embodiment, the present invention is described in further detail.
As shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5, be divided into the feedway of two row by row in filling liquid manufacturing line, comprise: carrier bar delivery platform 1, carrier bar delivery platform 1 is divided into Shang Ping district, sub-bottle district, Song Ping district, bottle exiting area successively along the throughput direction of bottle, Shang Ping district carrier bar delivery platform 2 is provided with bottle transfer passage 21 on, and there is bottle guardrail 22 bib on a pair both sides of upper bottle transfer passage 21; Sub-bottle district carrier bar delivery platform 3 is provided with a sub-bottle transfer passage 31, and there is a pair sub-bottle guardrail bib the both sides of sub-bottle transfer passage 31, and this is connected with swing driving mechanism to sub-bottle guardrail; Song Ping district carrier bar delivery platform 4 is provided with two and send bottle transfer passage 41; Bottle exiting area carrier bar delivery platform 5 is provided with two bottle outlet transfer passages 51, and all there is a pair bottle outlet guardrail 52 bib the both sides of every bar bottle outlet transfer passage 51, and described upper bottle guardrail 22, sub-bottle guardrail, bottle outlet guardrail 52 are installed on guard rail support 7.
As Fig. 2, shown in Fig. 3, the concrete structure of a pair sub-bottle guardrail and swing driving mechanism comprises: a pair sub-bottle guardrail comprises a pair sub-bottle set gradually along bottle throughput direction and determine guardrail 32 and a pair sub-bottle moves guardrail 33, a pair sub-bottle is determined the bottle-inlet end that the bottle-delivery end of guardrail 32 and a pair sub-bottle move guardrail 33 and is hinged, a pair sub-bottle is determined guardrail 32 and is fixedly mounted on guard rail support 7 respectively, the top that a pair sub-bottle moves guardrail 33 is provided with a pipe link 34, the two ends of pipe link 34 are moved guardrail 33 with a pair sub-bottle respectively and are hinged, the outside that wherein sub-bottle moves guardrail 33 is hinged and is connected to a fork 8, fork 8 is hinged and connected on rolling disc 6 by jointed shaft 81, described rolling disc 6 is fixedly mounted on the output shaft 91 of servomotor 9, connection between the output shaft 91 of conveniently rolling disc 6 and servomotor 9, in the present embodiment, rolling disc 6 is fixedly mounted on the output shaft 91 of servomotor 9 by expansion sleeve 61, under the driving of servomotor 9 rolling disc 6 forward or backwards rotary kinetic energy drive a pair sub-bottle to move pin jointed end that guardrail 33 determines guardrail 32 around itself and a pair sub-bottle swings back and forth, thus the bottle-delivery end that can order about a sub-bottle transfer passage 31 is rocked to and send the bottle-inlet end of bottle transfer passage 41 to be alternately connected with two respectively, bottle is constantly transported in sub-bottle transfer passage 31 from upper bottle transfer passage 21, article one, the bottle-delivery end of sub-bottle transfer passage 31 alternately send bottle transfer passage 41 to be connected with two, thus make the single-row bottle in a sub-bottle transfer passage 31 be transported to two respectively to give in bottle transfer passage 41 and be divided into two row, article two, send the bottle in bottle transfer passage 41 to be transported in two bottle outlet transfer passages 51 respectively, article two, the bottle in bottle outlet transfer passage 51 outwards exports from the bottle-delivery end of corresponding bottle outlet transfer passage 51 respectively.In the present embodiment by adopt servomotor 9 drive rolling disc 6 forward or backwards the structure of back rotation order about a sub-bottle transfer passage 31 and alternately send bottle transfer passage 41 to be connected with two, thus the advantage single-row bottle being divided into the structure of two row bottles is: control by the velocity of rotation of the output shaft 91 controlling servomotor 9 speed that sub-bottle moves guardrail 33 swing, sub-bottle can be effectively avoided to move the generation of the accident of falling bottle in guardrail 33 like this, and greatly can improve the smooth degree of bottle conveying, thus realize the single-row bottle in a sub-bottle transfer passage 31 being delivered to swimmingly two and give the object being divided into two row in bottle transfer passage 41, substantially increase the transport efficiency of bottle.In the present embodiment, for the ease of counting bottle, the guard rail support 7 of the bottle-delivery end of upper bottle transfer passage 21 and the bottle-inlet end intersection of sub-bottle transfer passage 31 is provided with the counting light eye assembly 16 for counting the bottle entered in sub-bottle transfer passage 31, counting light eye assembly 16 can by the signal transmission that detects in device control unit.In order to the running velocity of each transporting chain plate in carrier bar delivery platform 1 sub-bottle district, Song Ping district, bottle exiting area accurately can be understood, transporting chain plate in the present embodiment intermediate plate delivery platform 1 sub-bottle district, Song Ping district, bottle exiting area drives by same motor 17, and this motor 17 is provided with coder 18.Counting light eye assembly 16 by the signal transmission of bottle that detects in device control unit, the information of the transporting chain plate running velocity that device control unit provides according to coder again accurately calculates the speed that bottle runs, thus accurately can control the velocity of rotation of each initial time of action of servomotor 9 and the output shaft 91 of servomotor 9, and then accurately control initial time and the swing speed that sub-bottle moves guardrail 33 swing, this just can more effectively be avoided moving in the process of guardrail 33 swing in sub-bottle phenomenon bottle occurring in sub-bottle transfer passage 31 and topples over, thus the single-row bottle guaranteeing in a sub-bottle transfer passage 31 can be delivered to two smoothly and efficiently send in bottle transfer passage 41 and be divided into two row.
In the present embodiment, a pair sub-bottle is determined guardrail 32 and is adopted the adjustable mounting structure of spacing to be fixedly mounted on guard rail support 7.A pair sub-bottle is determined the adjustable mounting structure of the spacing of guardrail 32 on guard rail support 7 and is comprised: the both sides that a pair sub-bottle determines guardrail 7 are fixedly connected with one piece of adapter plate 10 respectively, a pair adapter plate 10 is fixedly mounted on a pair sub-bottle respectively and determines on the pair of sliding supporting seat 12 of guardrail 32 down either side, the below that a pair sub-bottle determines guardrail 32 is provided with two axis of guides 13 and a rhizoid thick stick 14, two axis of guides 13 are fixedly mounted on guard rail support 7, leading screw 14 is movably arranged on guard rail support 7, and can rotate on guard rail support 7, two pieces of slide bearings 12 are provided with respectively a pair guide through hole 121 that match corresponding to a pair axis of guide 13 and a rhizoid thick stick 14 and a tapped through hole 122, two pieces of slide bearings 12 are arranged on a pair axis of guide 13 and a rhizoid bar 14 respectively by respective a pair guide through hole 121 and a tapped through hole 122, screw thread fit respectively between tapped through hole 122 in leading screw 14 and two pieces of slide bearings 12, and the hand of spiral being positioned at screw thread on the hand of spiral of screw thread and the leading screw 14 of opposite side on leading screw 14 that sub-bottle determines guardrail 32 side is mutually contrary, rotary screw rod 14 can order about two pieces of slide bearings 12 on two axis of guides 13 to mutually draw close or mutually away from direction slide, thus make a pair sub-bottle determine guardrail 32 mutually draw close or mutually away from, determine the object of spacing between guardrail 32 for realizing adjustment a pair sub-bottle, described servomotor 9 fixedly mounts wherein in one piece of slide bearings 12, sub-bottle is determined guardrail 32 and is adopted the advantage of the adjustable mounting structure of spacing to be: the spacing that a pair sub-bottle can be regulated to determine between guardrail 32 according to different bottle-type, thus the object that realization adjusts the current width of sub-bottle transfer passage 31, can make like this to be divided into the feedway of two row to be applicable to multiple bottle-type by row in whole filling liquid manufacturing line.After sub-bottle determines the spacing adjustment between guardrail 32, correspondingly change the pipe link 34 that a pair sub-bottle moves guardrail 33 top, thus by sub-bottle the spacing moved between guardrail 33 to be adjusted to the spacing of determining between guardrail 32 with a pair sub-bottle identical, the current width of such whole piece sub-bottle transfer passage 31 just adjusts complete.
As Fig. 1, Fig. 4, Fig. 6, Fig. 7, Fig. 8, shown in Fig. 9, in the present embodiment, two are sent the structure of bottle transfer passage 41 to comprise: in Song Ping district carrier bar delivery platform 4, be provided with a pair Song Ping district transporting chain plate 43, this matches with bottle guide rail 42 that send for a pair on Song Ping district carrier bar delivery platform 4 respectively to Song Ping district transporting chain plate 43, Mei Tiaosongping district transporting chain plate 43 all runs along bottle guide rail 42 that send of correspondence, arrange one above only outside Mei Tiaosongping district transporting chain plate 43 and send bottle guardrail 44, every bar send bottle guardrail 44 to be installed on guard rail support 7, every bar send bottle guardrail 44 all bib outside the Song Ping district transporting chain plate 43 of correspondence above and form one for what carry single-row bottle and send bottle transfer passage 41, every bar send bottle guide rail 42 to be divided into successively along the throughput direction of bottle: bottle-inlet end send bottle guide rail 421, interlude send bottle guide rail 422, bottle-delivery end send bottle guide rail 423, every bar bottle-inlet end send bottle guide rail 421 and every bar bottle-delivery end to send bottle guide rail 423 to be all horizontally disposed with, every bar interlude send bottle guide rail 422 to be all obliquely installed from high to low to bottle guardrail 44 direction of sending of homonymy, every bar send the bottle-inlet end of bottle guide rail 42 to send bottle guide rail 421 and interlude to send between bottle guide rail 422, and interlude send bottle guide rail 422 and bottle-delivery end to send equal gentle transition between bottle guide rail 423, Mei Tiaosongping district transporting chain plate 43 send to be transitted to gradually by level run state under the guiding of bottle guide rail 42 and send bottle guardrail 44 slant operation state that direction is run at a slant correspondence to homonymy, and then transit to level run state gradually by slant operation state, every bar send bottle guardrail 44 to be divided into successively along the throughput direction of bottle: bottle-inlet end send a bottle guardrail, interlude send bottle guardrail 442, bottle-delivery end send a bottle guardrail, every bar bottle-inlet end send bottle guardrail and every bar bottle-delivery end to send the equal vertical direction of bottle guardrail to arrange, what every bar interlude sent bottle guardrail 442 all to tilt laterally in upper end is obliquely installed state, every bar send the bottle-inlet end of bottle guardrail 44 to send bottle guardrail and interlude to send between bottle guardrail 442, and interlude send bottle guardrail 442 and bottle-delivery end to send equal gentle transition between bottle guardrail, and every bar send the bottle-inlet end of bottle guardrail 44 to send a bottle guardrail, interlude send bottle guardrail 442, bottle-delivery end send bottle guardrail to match with the Song Ping district transporting chain plate 43 that bottle guide rail 42 runs that send at homonymy, thus can make to enter to every bar by sub-bottle transfer passage 31 Moving parameter and give bottle in bottle transfer passage 41, its body can tilt to gear gradually laterally and lean against interlude and send on bottle guardrail 442, bottle is made to be that the state that tilts laterally of body is fed forward, outwards exported until bottle is transported to after when sending bottle transfer passage 41 bottle-delivery end, bottle progressively reverts to erectility.The advantage of bottle transfer passage 41 of sending of said structure is adopted to be: one, can guarantee that bottle keeps off leaning against all the time and to send on bottle guardrail 44 and along sending the guiding of bottle guardrail 44 to be successfully transported into in the bottle outlet transfer passage 51 of correspondence; Two, occur after bottle when sending in bottle transfer passage 41, the bottle fallen down can tumble away from slant operation state Xia Songping district transporting chain plate 43, bottle so just effectively can be avoided down the impact of subsequent delivery work, improve the production efficiency of filling liquid manufacturing line further.
As Fig. 1, shown in Fig. 5, for the ease of installing bottle outlet guardrail 52, the bottle outlet guardrail being positioned at inner side in the present embodiment in often pair of bottle outlet guardrail 52 is installed on separator of battery plates 15, described separator of battery plates 15 barrier is between two bottle outlet transfer passages 51, the top of separator of battery plates 15 is arranged on guard rail support 7, described separator of battery plates 15 send bottle guide rail 422 region by carrier bar delivery platform sub-bottle district 5 interlude extended in carrier bar delivery platform Song Ping district 4, and barrier is sent between bottle transfer passage 41 at two, article two, send the separator of battery plates 15 between bottle transfer passage 41 to send bottle guardrail 44 to match with two, thus guide two to send the bottle in bottle transfer passage 41 to run respectively in two bottle outlet transfer passages 51.Separator of battery plates 15 not only plays the effect be convenient to bottle outlet guardrail 52 and installed, and also plays to guide simultaneously and send the bottle of bottle transfer passage 41 bottle-delivery end to enter effect in bottle outlet transfer passage 51 smoothly.
Claims (9)
1. the feedway of two row in filling liquid manufacturing line, is divided into by row, comprise: carrier bar delivery platform, carrier bar delivery platform is divided into Shang Ping district, sub-bottle district, Song Ping district, bottle exiting area successively along the throughput direction of bottle, Shang Ping district carrier bar delivery platform is provided with bottle transfer passage on, and there is bottle guardrail bib on a pair both sides of upper bottle transfer passage, sub-bottle district carrier bar delivery platform is provided with a sub-bottle transfer passage, and there is a pair sub-bottle guardrail bib the both sides of sub-bottle transfer passage, and this is connected with swing driving mechanism to sub-bottle guardrail, Song Ping district carrier bar delivery platform is provided with two and send a bottle transfer passage, bottle exiting area carrier bar delivery platform arranges two bottle outlet transfer passages, all there is a pair bottle outlet guardrail bib the both sides of every bar bottle outlet transfer passage, described upper bottle guardrail, sub-bottle guardrail, bottle outlet guardrail is installed on guard rail support, it is characterized in that: the concrete structure of a pair sub-bottle guardrail and swing driving mechanism comprises: a pair sub-bottle guardrail comprises a pair sub-bottle set gradually along bottle throughput direction and determine guardrail and a pair sub-bottle moves guardrail, a pair sub-bottle is determined the bottle-inlet end that the bottle-delivery end of guardrail and a pair sub-bottle move guardrail and is hinged, a pair sub-bottle is determined guardrail and is arranged on respectively on guard rail support, the top that a pair sub-bottle moves guardrail is provided with a pipe link, the two ends of pipe link are moved guardrail with a pair sub-bottle respectively and are hinged, the outside that wherein sub-bottle moves guardrail is hinged and is connected to a fork, fork is hinged and connected on rolling disc, described rolling disc is fixedly mounted on the output shaft of servomotor, under the driving of servomotor rolling disc forward or backwards rotary kinetic energy drive a pair sub-bottle to move pin jointed end that guardrail determines guardrail around itself and a pair sub-bottle swings back and forth, thus the bottle-delivery end that can order about a sub-bottle transfer passage send the bottle-inlet end of bottle transfer passage to be alternately connected with two respectively, bottle is constantly transported in sub-bottle transfer passage from upper bottle transfer passage, article one, sub-bottle transfer passage alternately send a bottle transfer passage to be connected with two, thus make the single-row bottle in sub-bottle transfer passage be transported to two respectively to give in bottle transfer passage and be divided into two row, article two, send the bottle in bottle transfer passage to be transported in two bottle outlet transfer passages respectively, the bottle in two bottle outlet transfer passages outwards exports from the bottle-delivery end of corresponding bottle outlet transfer passage respectively.
2. be divided into the feedway of two row in filling liquid manufacturing line according to claim 1 by row, it is characterized in that: a pair sub-bottle is determined guardrail and adopted the adjustable mounting structure of spacing to be arranged on guard rail support.
3. the feedway of two row in filling liquid manufacturing line according to claim 2, is divided into by row, it is characterized in that: a pair sub-bottle is determined the adjustable mounting structure of the spacing of guardrail on guard rail support and comprised: the both sides that a pair sub-bottle determines guardrail are fixedly connected with one piece of adapter plate respectively, a pair adapter plate is fixedly mounted on sub-bottle respectively and determines on the pair of sliding supporting seat of guardrail down either side, a pair sub-bottle determines the guard rail support below guardrail is provided with two axis of guides and a rhizoid thick stick, two axis of guides are fixedly mounted on guard rail support, leading screw is movably arranged on guard rail support, and can rotate on guard rail support, two pieces of slide bearings are provided with respectively a pair guide through hole matching corresponding to a pair axis of guide and a rhizoid thick stick and a tapped through hole, two pieces of slide bearings are arranged on a pair axis of guide and a rhizoid bar respectively by a pair respective guide through hole and a tapped through hole, screw thread fit respectively between tapped through hole in described leading screw and two pieces of slide bearings, and the hand of spiral being positioned at screw thread on the hand of spiral of screw thread and the leading screw of opposite side on leading screw that sub-bottle determines guardrail side is mutually contrary, rotary screw rod can order about two pieces of slide bearings on two axis of guides to mutually draw close or mutually away from direction slide, thus make a pair sub-bottle determine guardrail mutually draw close or mutually away from, described servomotor fixed installation is wherein in one piece of slide bearings.
4. be divided into the feedway of two row in the filling liquid manufacturing line according to claim 1 or 2 or 3 by row, it is characterized in that: rolling disc is fixedly mounted on the output shaft of servomotor by expansion sleeve.
5. the feedway of two row in the filling liquid manufacturing line according to claim 1 or 2 or 3, is divided into by row, it is characterized in that: two are sent the structure of bottle transfer passage to comprise: in Song Ping district carrier bar delivery platform, be provided with Liang Tiaosongping district transporting chain plate, this send a bottle guide rail to match with two on Song Ping district carrier bar delivery platform to Song Ping district transporting chain plate respectively, Mei Tiaosongping district transporting chain plate all runs along bottle guide rail that send of correspondence, arrange one above only outside Mei Tiaosongping district transporting chain plate and send a bottle guardrail, every bar send a bottle guardrail to be installed on guard rail support, every bar send bottle guardrail bib outside the Song Ping district transporting chain plate of correspondence above and define one for carrying bottle transfer passage that send of single-row bottle, every bar send bottle guide rail to be divided into successively along the throughput direction of bottle: bottle-inlet end send a bottle guide rail, interlude send a bottle guide rail, bottle-delivery end send a bottle guide rail, every bar bottle-inlet end send bottle guide rail and every bar bottle-delivery end to send a bottle guide rail to be all horizontally disposed with, every bar interlude send bottle guide rail to send bottle guardrail direction from inside to outside all to homonymy, be obliquely installed from high to low, every bar send the bottle-inlet end of bottle guide rail to send bottle guide rail and interlude to send between bottle guide rail, and interlude send bottle guide rail and bottle-delivery end to send equal gentle transition between bottle guide rail, Mei Tiaosongping district transporting chain plate transits to the slant operation state sending bottle guardrail direction to run at a slant to homonymy in sending under the guiding of bottle guide rail of correspondence gradually by level run state, and then transit to level run state gradually by slant operation state, every bar send bottle guardrail to be divided into successively along the throughput direction of bottle: bottle-inlet end send a bottle guardrail, interlude send a bottle guardrail, bottle-delivery end send a bottle guardrail, every bar bottle-inlet end send bottle guardrail and every bar bottle-delivery end to send the equal vertical direction of bottle guardrail to arrange, what every bar interlude sent bottle guardrail all to tilt laterally in upper end is obliquely installed state, every bar send the bottle-inlet end of bottle guardrail to send bottle guardrail and interlude to send between bottle guardrail, and interlude send bottle guardrail and bottle-delivery end to send equal gentle transition between bottle guardrail, and every bar send the bottle-inlet end of bottle guardrail to send a bottle guardrail, interlude send a bottle guardrail, bottle-delivery end send bottle guardrail to match with the Song Ping district transporting chain plate that bottle guide rail runs that send at homonymy, thus can make to enter to every bar by sub-bottle transfer passage Moving parameter and give bottle in bottle transfer passage, its body can tilt to gear gradually laterally and lean against interlude and send on bottle guardrail, bottle is made to be that the state that tilts laterally of body is fed forward, outwards exported until bottle is transported to after bottle when sending the bottle-delivery end of bottle transfer passage progressively reverts to erectility again.
6. the feedway of two row in the filling liquid manufacturing line according to claim 1 or 2 or 3, is divided into by row, it is characterized in that: the bottle outlet guardrail being positioned at inner side in often pair of bottle outlet guardrail is installed on separator of battery plates, described separator of battery plates barrier is between two bottle outlet transfer passages, and the top of separator of battery plates is arranged on guard rail support.
7. the feedway of two row in filling liquid manufacturing line according to claim 5, is divided into by row, it is characterized in that: the bottle outlet guardrail being positioned at inner side in often pair of bottle outlet guardrail is installed on separator of battery plates, described separator of battery plates barrier is between two bottle outlet transfer passages, the top of separator of battery plates is arranged on guard rail support, described separator of battery plates extends to interlude by carrier bar delivery platform bottle exiting area to direction, carrier bar delivery platform Song Ping district and send a bottle guide rail area, and barrier is sent between bottle transfer passage at two, article two, send the separator of battery plates between bottle transfer passage to send a bottle guardrail to match with two, thus guiding two send the bottle in bottle transfer passage to run respectively in two bottle outlet transfer passages.
8. the feedway of two row in the filling liquid manufacturing line according to claim 1 or 2 or 3, is divided into by row, it is characterized in that: the upper bottle-delivery end of bottle transfer passage and the guard rail support of sub-bottle transfer passage bottle-inlet end intersection are provided with the counting light eye assembly for counting the bottle entered in sub-bottle transfer passage, counting light eye assembly can by the signal transmission that detects in device control unit.
9. the feedway of two row in the filling liquid manufacturing line according to claim 1 or 2 or 3, is divided into by row, it is characterized in that: the transporting chain plate of carrier bar delivery platform sub-bottle district, Song Ping district, bottle exiting area drives by same motor, and this motor is provided with coder.
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| CN201510710082.3A CN105293031B (en) | 2015-10-28 | 2015-10-28 | It is divided into the conveying device of two row in filling liquid production line by a row |
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| CN201510710082.3A CN105293031B (en) | 2015-10-28 | 2015-10-28 | It is divided into the conveying device of two row in filling liquid production line by a row |
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| CN105293031B CN105293031B (en) | 2017-09-19 |
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| CN107416486A (en) * | 2017-07-28 | 2017-12-01 | 苏州首达机械有限公司 | Bottle separating guide device |
| CN107934459A (en) * | 2017-12-19 | 2018-04-20 | 苏州华葆药业股份有限公司 | The tablet bottle sub-bottle dish structure of fully-automatic packaging assembly line |
| CN108313364A (en) * | 2017-12-30 | 2018-07-24 | 芜湖瑞思机器人有限公司 | A kind of cylindrical bottles high speed shunting system |
| CN108557156A (en) * | 2018-01-24 | 2018-09-21 | 南通通机股份有限公司 | A kind of recrater charging high speed track separation mechanism |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108557156A (en) * | 2018-01-24 | 2018-09-21 | 南通通机股份有限公司 | A kind of recrater charging high speed track separation mechanism |
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|---|---|
| CN105293031B (en) | 2017-09-19 |
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