CN205574381U - Automatic tube sealing machine send a bag mechanism fast - Google Patents
Automatic tube sealing machine send a bag mechanism fast Download PDFInfo
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- CN205574381U CN205574381U CN201620235849.1U CN201620235849U CN205574381U CN 205574381 U CN205574381 U CN 205574381U CN 201620235849 U CN201620235849 U CN 201620235849U CN 205574381 U CN205574381 U CN 205574381U
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Abstract
The utility model provides an automatic tube sealing machine send a bag mechanism fast, include the frame, respectively rack -mounted flexible packaging container transition transport mechanism and at least one flexible packaging container send into the mechanism, flexible packaging container sends into the mechanism and send bagging apparatus, support frame and at least one flexible packaging container storage rack, its characterized in that including getting the bag: flexible packaging container transition transport mechanism includes that first driving piece, annular conveying chain, two gears, two pivots and a plurality of flexible packaging container deposit the unit temporarily, and two pivots are erect respectively and are set up and rotationally install in the frame to one of them pivot is connected with first driving piece, and two gears are installed respectively on two pivot tops, and annular conveying chain cover is on two gears, and a plurality of flexible packaging container deposit the unit temporarily and install respectively on annular conveying chain. The beneficial effects of the utility model are that, both avoid appearing the circumstances that flexible packaging container is crooked effectively, promoted production efficiency again by a wide margin.
Description
Technical field
This utility model relates to the connecting gear of the packaging bag to be processed of a kind of flexible containers tube sealing machine, quickly send bag mechanism more specifically to a kind of automatic pipe sealing machine that can quickly packaging bag to be processed be sent on intubation mechanism.
Background technology
It is traditionally used for the tube sealing machine of flexible containers, includes bag-loading mechanism, intubation mechanism, intermittent transfer mechanism, bag mouth sealing mechanism and the bag receiving mechanism being located in frame the most successively.But, due to its complicated structure, the material therefore expended is the most, production cost is higher.And owing to traditional soft packaging tube sealing machine uses intermittent transfer, successively flexible package is sent to each station, is processed.First, intermittent transfer mechanism is sent in flexible package by bag-loading mechanism.Then, flexible package is sent into and is intubated station by intermittent transfer mechanism, and the bag mouth of flexible package is opened by intubation mechanism, and inserts filling tube.Then, flexible package is sequentially sent at least one heat-sealing station, at least one cold seal station by intermittent transfer mechanism, allows bag mouth sealing mechanism seal.Finally, flexible package is delivered to bag receiving mechanism by intermittent transfer mechanism, arranges and sends.The time that intermittent transfer mechanism pauses every time is determined by most time-consuming step, the most this traditional processing mode, usual per minute at most can only process 30-40 flexible package, it is impossible to effectively improve production efficiency.
Additionally, due to the connecting gear of intermittent transfer is the most all to use ring chain connecting gear to transmit flexible package.The volume ratio that this connecting gear takies is relatively big, and utilization ratio ratio is relatively low, and production cost is higher.And another kind drive mechanism, use the draw frame machine such as vacuum cup flexible package to be held, then with pneumatic actuator, flexible package delivered to next station, it is therefore desirable to the number of draw frame machine and pneumatic actuator is the most, complicated structure, production cost is the highest.
Bag mouth sealing mechanism is then generally made up of upper hot squeeze-film mechanism and lower hot squeeze-film mechanism, and each hot squeeze-film mechanism is formed by drive mechanism and heat-sealing head, and drive mechanism generally uses cylinder.During work, flexible package and filling tube junction are positioned in the middle of two heat-sealing heads, two heat-sealing head relative motioies, and flexible package and filling drinking pipe junction are carried out hot pressing.The clamping of this structure, the volume taken is excessive, adds the volume of soft packaging tube sealing machine, and needs control circuit to control cylinder action, adds production cost.
In order to improve the production efficiency of the tube sealing machine for flexible containers, reduce production cost, notification number is that the Chinese patent literature " automatic tube sealing machine of standing pouch " of CN101670687 discloses a kind of automatic tube sealing machine of standing pouch, including Self stand bag feeding mechanism, bag mouth opener, filling tube feeding mechanism, circulating production line and Self stand bag delivering mechanism, circulating production line includes sending mechanism in cycles, at least two heat sealing mechanism and multiple Intubaction device, each Intubaction device is each provided at sending in cycles in mechanism, it is characterized in that: described Self stand bag feeding mechanism, filling tube feeding mechanism, bag mouth opener, all heat sealing mechanisms and Self stand bag delivering mechanism are sequentially distributed to outlet along the outer sending mechanism in cycles from cyclic transfer mechanism entrance.Described heat sealing mechanism is for rolling heat sealing mechanism.
But, it is found by the applicant that this tube sealing machine Shortcomings, it rolls heat sealing mechanism and is difficult to ensure that the effect of heat-sealing, and filling tube is easily separated from the bag mouth of Self stand bag, it is difficult to ensure the quality of finished product, percent defective is difficult to reduce, therefore production efficiency is difficult to improve, and the structure of its intubation mechanism or extremely complex, inefficiency, being susceptible to fault, these problems cause production cost to be difficult to reduce.
nullFor this，Prior art is improved by applicant，And applied for patent，Patent No. 201420504887.3，Entitled " for the tube sealing machine of flexible containers "，This tube sealing machine includes frame、The flexible containers feeding mechanism being separately mounted in frame、Filling tube feeding mechanism、Intubation mechanism、Point sealing mechanism、Bag mouth sealing mechanism and flexible containers delivering mechanism，Described bag mouth sealing mechanism includes flexible containers transfer device and at least two closing device，Described flexible containers transfer device by the flexible containers that processes in intubation mechanism by intubation mechanism、Each closing device、Flexible containers delivering mechanism sequentially transfers successively，It is characterized in that: described closing device includes that flexible containers transmits rotating disk and at least one seal mould，Described flexible containers transmits that rotating disk is rotating is arranged in frame，Described seal mould is arranged on flexible containers and transmits the edge of rotating disk.The edge of rotating disk is transmitted owing to seal mould is arranged on rotating flexible containers by closing device, continuous transmission flexible containers while allowing seal mould that flexible containers is carried out traditional static sealing, therefore, it is possible on the premise of ensureing sealing effect, production efficiency is greatly improved；Owing to intubation mechanism uses the structure of the parts such as vertically-acting track, crosswise movement track composition to replace original many mechanisms matching mechanism, effectively simplify the structure of intubation mechanism, the cooperation of each parts is more preferable, and fault is less likely to occur, it is greatly saved the consumption of the energy, effectively reduce manufacturing cost and production cost, further increase production efficiency.
But, the flexible containers feeding mechanism of above-mentioned tube sealing machine uses cylinder and draws flexible containers, then swing span drive rotational cylinder, by the mode of laterally inserted for flexible containers flexible containers locating rack, applicant finds through great many of experiments, this send bag mode production efficiency the lowest, and be difficult to improve.Just it is difficult to ensure that the degree of accuracy of insertion once speed, the situation that flexible containers is crooked easily occurs, cause that waste product occurs, and percent defective is difficult to reduce, and is not therefore suitable for large-scale industrial production.
Automatic pipe sealing machine is improved by applicant, the bag taking making its flexible containers feeding mechanism send bag unit to be synchronized with the movement with corresponding flexible containers detent mechanism, during slash pocket, bag taking send bag unit to be static relative to corresponding flexible containers detent mechanism, it is easy to slash pocket action, can be effectively prevented from that the situation that flexible containers is crooked occurs, greatly reduce percent defective, greatly improve production efficiency, and applied for patent, number of patent application is 201620145390.6.
But applicant finds in actual production process, although above-mentioned flexible containers feeding mechanism solves the problem inserting degree of accuracy well, but the weak point of there is also, because its speed is limited by cylinder and reciprocal toggle mechanism etc., is difficult to continue to lift up, the speed making flexible containers rotate conveyer frames also cannot continue to lift up, production efficiency is caused to improve further, it is difficult to meet actual Production requirement.
Summary of the invention
What technical problem to be solved in the utility model was to provide a kind of speed faster automatic pipe sealing machine quickly send bag mechanism, this quickly send bag mechanism that flexible containers can not only insert flexible containers locating rack quickly and accurately, it is effectively prevented from that the situation that flexible containers is crooked occurs, and its speed can greatly improve.The technical scheme used is as follows:
nullA kind of automatic pipe sealing machine quickly send bag mechanism，Including frame、The flexible containers transition connecting gear being separately mounted in frame and at least one flexible containers feeding mechanism，Described flexible containers feeding mechanism includes bag taking bag delivering device、Bracing frame and at least one flexible containers storage rack，Described bag taking bag delivering device、Bracing frame is separately mounted in frame，Flexible containers storage rack is arranged on bracing frame，Bag taking bag delivering device is positioned at below flexible containers storage rack，It is characterized in that: described flexible containers transition connecting gear includes the first actuator、Endless conveyor chain、Two gears、Two rotating shafts and the interim storage unit of multiple flexible containers，Two rotating shafts are erect setting respectively and are installed in rotation in frame，And wherein a rotating shaft is connected with the first actuator，Two gears are separately mounted to two rotating shaft tops，Endless conveyor chain is enclosed within two gears，The interim storage unit of multiple flexible containers is separately mounted in endless conveyor chain.
Preferably scheme, the interim storage unit of described flexible containers includes that top connects the location-plate of endless conveyor chain, this location-plate lateral wall is provided with flexible containers storage tank, described flexible containers storage tank is made up of trough floor, bottom postive stop baffle, groove sidewall paneling and side location hook, described bottom postive stop baffle is located on trough floor outer ledge, groove sidewall paneling and side location hook lay respectively at the both sides of trough floor, leave out bag mouth bottom groove sidewall paneling and between the postive stop baffle of bottom.Before being placed into packing container rotation conveyer frames by quickly sending bag mechanism, and make flexible containers transition connecting gear have a position, when the interim storage unit of flexible containers is positioned at this position, the flexible containers detent mechanism that packing container rotates on conveyer frames is tangent through this both position (the interim storage unit of flexible containers and flexible containers detent mechanism), and flexible containers detent mechanism moves towards groove sidewall paneling direction from side location hook relative to the interim storage unit of flexible containers, flexible containers in interim for flexible containers storage unit can be taken away by flexible containers detent mechanism by going out bag mouth.Described flexible containers transition connecting gear is static when slash pocket relative to the corresponding interim storage unit of flexible containers by bag taking bag delivering device, it is easy to slash pocket action, can be effectively prevented from that the situation that flexible containers is crooked occurs, greatly reducing percent defective, the interim storage unit of its flexible containers is easy to flexible containers detent mechanism and is taken away by the flexible containers that it is interior simultaneously.
More preferably scheme, described frame is provided with opening tool, described flexible containers storage tank is provided with groove sidewall paneling folding controlling organization, described groove sidewall paneling folding controlling organization includes oscillating deck, spring, rotating in the middle part of described oscillating deck it is arranged on location-plate medial wall, groove sidewall paneling is arranged on oscillating deck front end, oscillating deck rear end is provided with the unlatching switch that can coordinate with opening tool, the two ends of spring connected positioning plate medial wall and oscillating deck respectively.Original state, oscillating deck front end by spring power effect, withstand location-plate medial wall, groove sidewall paneling is closed.When endless conveyor chain drives the interim storage unit of flexible containers through opening tool, open the switch part that is unlocked to back down towards direction, location-plate medial wall, therefore oscillating deck front end overcomes the power effect of spring, leaves location-plate medial wall, the unlatching of groove sidewall paneling, go out bag mouth to fully open, it is simple to flexible containers leaves from going out bag mouth.
More preferably scheme, described oscillating deck rear portion is additionally provided with at least flexible containers auxiliary positioning bar, and the region below groove sidewall paneling location hook on the side has auxiliary tank, and described flexible containers auxiliary positioning bar end stretches into flexible containers storage tank from auxiliary tank.Original state, flexible containers auxiliary positioning bar is positioned at inside flexible containers storage tank.When groove sidewall paneling is opened, flexible containers auxiliary positioning bar is to flexible containers storage tank movement outside, the flexible containers in flexible containers storage tank is allowed to be in outside flexible containers storage tank, it is simple to flexible containers taken away by the flexible containers detent mechanism that packing container rotates on conveyer frames.
More preferably scheme, described oscillating deck front portion has spring mounting groove, and location-plate medial wall is provided with spring location bar, described spring location bar is through spring mounting groove, described spring housing is on the bar of spring location, and spring one end is fixed on the bar of spring location, and the spring other end pushes down oscillating deck.
Preferably scheme, described bag taking bag delivering device includes that bag unit is sent in reciprocal toggle mechanism, track, travelling carriage and at least one bag taking, described track installation is in frame, described travelling carriage is slidably mounted on track, described bag taking send bag unit to be arranged on travelling carriage, and described reciprocal toggle mechanism connects travelling carriage.
Preferably scheme, described bag taking send bag unit to include rotary cylinder, rotary shaft, two panels gripper shoe, at least one cylinder, at least one suction bag part location-plate and at least one suction bag part group, cylinder, suction bag part location-plate, suction bag part group three's number is identical and one_to_one corresponding, described suction bag part group includes at least one suction bag part, described two panels gripper shoe bottom is separately fixed on travelling carriage, the two ends of described rotary shaft connect two panels gripper shoe respectively, described rotary cylinder is arranged in a piece of gripper shoe and is connected with rotary shaft, described cylinder rear end is fixing on the rotating shaft, described suction bag part location-plate is arranged on the second piston rod front end of cylinder, described suction bag part is arranged on suction bag part location-plate.When rotary cylinder rotates, drive rotary shaft rotates, cylinder and then rotary shaft rotates, until cylinder is in the vertical position protruded upward, second piston rod of described cylinder rises, until the contact of suction bag part is positioned at the flexible containers of flexible containers storage rack outlet, then suction bag part holds this flexible containers, completes the action of suction bag；When rotary cylinder rotates backward, driving rotary shaft to rotate, cylinder and then rotary shaft rotates, until the horizontal level that stretches out forwardly of cylinder, and the flexible containers being attracted on suction bag part moves, completes to insert the action of flexible containers detent mechanism the most from top to bottom.
More excellent scheme, the number of described suction bag part is identical with the number of flexible containers storage rack and both one_to_one corresponding.
Preferably scheme, described suction bag part is the vacuum cup connected with external vacuum extractor.
Preferably scheme, described reciprocal toggle mechanism includes that the second actuator, gear wheel and number and tooth bar, described second actuator are arranged in frame, and described gear wheel and the second actuator connect, and gear wheel is arranged on travelling carriage, and gear wheel and tooth bar engage each other.During work, described second actuator is moved along track by gear wheel, rack drives travelling carriage.
Preferably scheme, described second actuator drives travelling carriage to follow endless conveyor chain along track and moves so that suction bag part storage unit interim with corresponding flexible containers is synchronized with the movement.So, suction bag part is static relative to the corresponding interim storage unit of flexible containers, it is simple to complete slash pocket action, it is possible to be effectively prevented from the situation that flexible containers is crooked occur.
Preferably scheme, described first actuator and the second actuator are motor.The scheme that motor, reduction box coordinate can also be used.
Preferably scheme, the number of described flexible containers feeding mechanism is two, and two flexible containers feeding mechanisms lay respectively at the both sides of endless conveyor chain.
This utility model provides the benefit that against existing technologies, due to sending bag mechanism to be improved, it is additionally arranged flexible containers transition connecting gear, the most effectively avoid the occurrence of the situation that flexible containers is crooked, greatly reduce percent defective, make again flexible containers can send into flexible containers detent mechanism more rapidly, greatly improve production efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model embodiment 1；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the structural representation of embodiment illustrated in fig. 11 flexible containers transition connecting gear；
Fig. 4 is the front view of Fig. 3；
Fig. 5 is the structural representation of embodiment illustrated in fig. 11 flexible containers feeding mechanism；
Fig. 6 is the top view of Fig. 5；
Fig. 7 is the structural representation of the embodiment illustrated in fig. 11 interim storage unit of flexible containers；
Fig. 8 is the structural representation at the embodiment 2 flexible containers interim storage unit back side；
Fig. 9 is the use state reference map of the embodiment 2 interim storage unit of flexible containers.
Detailed description of the invention
Embodiment 1
As shown in figs. 1-7, the automatic pipe sealing machine in the present embodiment quickly send bag mechanism, the flexible containers transition connecting gear including frame 1, being separately mounted in frame 1 and two flexible containers feeding mechanisms.
Described flexible containers feeding mechanism includes bag taking bag delivering device 25, bracing frame 2 and multiple flexible containers storage rack 3, described bag taking bag delivering device 25, bracing frame 2 are separately mounted in frame 1, flexible containers storage rack 3 is arranged on bracing frame 2, and bag taking bag delivering device 25 is positioned at below flexible containers storage rack 3.
As shown in Figure 1, described flexible containers transition connecting gear includes the first motor 4, endless conveyor chain 6, two rotating shafts 7 of 5, two gears and the interim storage unit of multiple flexible containers 26, two rotating shafts 7 are erect setting respectively and are installed in rotation in frame 1, and wherein a rotating shaft 7 is connected with the first motor 4, two gears 6 are separately mounted to two rotating shaft 7 tops, endless conveyor chain 5 is enclosed within two gears 6, and the interim storage unit of multiple flexible containers 26 is separately mounted in endless conveyor chain 5.In Fig. 1,2,4, for the ease of observing the parts that gear 6 grade is blocked by endless conveyor chain 5, endless conveyor chain 5 eliminates the chain of subregion.
As it is shown in figure 1, two flexible containers feeding mechanisms lay respectively at the both sides of endless conveyor chain 5.
As shown in Figure 7, the interim storage unit of described flexible containers 26 includes that top connects the location-plate 8 of endless conveyor chain 5, this location-plate 8 lateral wall is provided with flexible containers storage tank, described flexible containers storage tank is by trough floor 9, bottom postive stop baffle 10, groove sidewall paneling 11 and two side location hooks 12 form, described bottom postive stop baffle 10 is L-shaped, and bottom postive stop baffle 10 is located on trough floor 9 outer ledge, groove sidewall paneling 11 and side location hook 12 lay respectively at the both sides of trough floor 9, bag mouth 13 is left out bottom groove sidewall paneling 11 and between bottom postive stop baffle 10.nullBefore being placed into packing container rotation conveyer frames by quickly sending bag mechanism，And make flexible containers transition connecting gear have a position，When the interim storage unit of flexible containers 26 is positioned at this position，The flexible containers detent mechanism that packing container rotates on conveyer frames is tangent through this both position (the interim storage unit of flexible containers 26 and flexible containers detent mechanism)，And flexible containers detent mechanism moves towards groove sidewall paneling 11 direction from side location hook 12 relative to the interim storage unit of flexible containers 26，The flexible containers locating clip making flexible containers detent mechanism can pass below side location hook 12，Flexible containers 27 in interim for flexible containers storage unit 26 is taken away by going out bag mouth 13，So can not only fast transfer flexible containers 27，And it is crooked to be prevented effectively from flexible containers 27.Described flexible containers transition connecting gear is static when slash pocket relative to the corresponding interim storage unit of flexible containers 26 by bag taking bag delivering device 25, it is easy to slash pocket action, can be effectively prevented from that the situation that flexible containers 27 is crooked occurs, greatly reducing percent defective, the interim storage unit of its flexible containers 26 is easy to flexible containers detent mechanism and is taken away by the flexible containers 27 that it is interior simultaneously.
As shown in Figure 5,6, described bag taking bag delivering device 25 includes that bag unit is sent in reciprocal toggle mechanism, track 14, travelling carriage 15 and a bag taking, described track 14 is arranged in frame 1, described travelling carriage 15 is slidably mounted on track 14, described bag taking send bag unit to be arranged on travelling carriage 15, and described reciprocal toggle mechanism connects travelling carriage 15.In the application, more steady in order to allow travelling carriage 15 move, the number of described track 14 is two, and two tracks 14 are the straight rail being parallel to each other.
Such as Fig. 5, shown in 6, described bag taking send bag unit to include rotary cylinder 16, rotary shaft 18, two cylinders 17, two suction bag part location-plates 19, two suction bag part groups and two panels gripper shoe 20, cylinder 17, suction bag part location-plate 19, suction bag part group three's number is identical and one_to_one corresponding, described suction bag part group includes two suction bag parts 21, described two panels gripper shoe 20 bottom is separately fixed on travelling carriage 15, the two ends of described rotary shaft 18 connect two panels gripper shoe 20 respectively, described rotary cylinder 16 is arranged in a piece of gripper shoe 20 and is connected with rotary shaft 18, described cylinder 17 rear end is fixed in rotary shaft 18, described suction bag part location-plate 19 is arranged on the second piston rod front end of cylinder 17, described suction bag part 21 is arranged on suction bag part location-plate 19.When rotary cylinder 16 rotates, rotary shaft 18 is driven to rotate, cylinder 17 and then rotary shaft 18 rotates, until cylinder 17 is in the vertical position protruded upward, second piston rod of described cylinder 17 rises, until suction bag part 21 contact is positioned at the flexible containers 27 of flexible containers storage rack 3 outlet, then suction bag part 21 holds this flexible containers 27, completes the action of suction bag；When rotary cylinder 16 rotates backward, rotary shaft 18 is driven to rotate, cylinder 17 and then rotary shaft 18 rotates, until the horizontal level that stretches out forwardly of cylinder 17, the flexible containers 27 being attracted on suction bag part 21 moves, completes to insert the action of the interim storage unit of flexible containers 26 the most from top to bottom.
The number of described suction bag part is identical with the number of flexible containers storage rack 3 and both one_to_one corresponding.
Described reciprocal toggle mechanism includes the second motor 22, gear wheel 23 and tooth bar 24, described second motor 22 is arranged in frame 1, described gear wheel 23 is arranged on the second motor 22 output shaft, and tooth bar 24 is arranged on travelling carriage 15, and gear wheel 23 and tooth bar 24 engage each other.During work, the output shaft rotation of described second motor 22, drive travelling carriage 15 to move along track 14 by gear wheel 23, tooth bar 24.In the application, two reciprocal toggle mechanisms share the second motor 22, a gear wheel 23, it is possible to save two parts.
Described second motor 22 drives travelling carriage 15 to follow endless conveyor chain 5 along track 14 and moves so that suction bag part 21 storage unit interim with corresponding flexible containers 26 is synchronized with the movement.So, suction bag part 21 is static relative to the corresponding interim storage unit of flexible containers 26, it is simple to complete slash pocket action, it is possible to be effectively prevented from the situation that flexible containers 27 is crooked occur.
Described suction bag part 21 is the vacuum cup connected with external vacuum extractor.
Described first motor 4 drives endless conveyor chain 5 to move, second motor 22 described in during slash pocket drives two travelling carriages 15 to follow endless conveyor chain 5 along track 14 by two tooth bars 24 respectively by gear wheel 23 and moves, and two bag takings are sent the suction bag part 21 of bag unit to be respectively completed the flexible containers 27 exported by flexible containers storage rack 3 to take out and insert the action in the interim storage unit of flexible containers 26 of correspondence.Then, the second motor 22 drives the adverse movement of two travelling carriages 15 to return in situ, then carry out slash pocket next time.Owing to can be respectively provided with one or more flexible containers feeding mechanisms as required in both sides, therefore, it is possible to quickly flexible containers 27 is added in the interim storage unit of flexible containers 26 of endless conveyor chain 5.
Through experiment, after automatic pipe sealing machine uses the flexible containers feeding mechanism quickly sending bag mechanism replacement number of patent application to be 201620145390.6 of the present embodiment, the production efficiency of automatic pipe sealing machine improves more than 60%.
Embodiment 2
As shown in Figure 8,9, the bag mechanism that quickly send of the automatic pipe sealing machine in the present embodiment with the difference of embodiment 1 is:
Described frame 1 is provided with opening tool 28, and opening tool 28 is located at outside rotating shaft 7 by the present embodiment, i.e. endless conveyor chain 5 starts corner, flexible containers 27 be about to begin transfer position.Flexible containers storage tank is provided with groove sidewall paneling folding controlling organization, and described groove sidewall paneling folding controlling organization includes oscillating deck 29, spring 30.Rotating in the middle part of described oscillating deck 29 it is arranged on location-plate 8 medial wall, groove sidewall paneling 11 is arranged on oscillating deck 29 front end, oscillating deck 29 rear end is provided with the unlatching switch 31 that can coordinate with opening tool 28, the two ends of spring 30 connected positioning plate medial wall and oscillating deck 29 respectively.Original state, oscillating deck 29 front end by spring 30 power effect, withstand location-plate medial wall, groove sidewall paneling 11 is closed.When endless conveyor chain drives the interim storage unit of flexible containers through opening tool 28, open switch 31 part 28 that is unlocked to back down towards direction, location-plate medial wall, therefore oscillating deck 29 front end overcome spring 30 power effect, leave location-plate medial wall, groove sidewall paneling 11 is opened, go out bag mouth 13 to fully open, it is simple to flexible containers 27 leaves from going out bag mouth 13.
Described oscillating deck 29 rear portion is additionally provided with two flexible containers auxiliary positioning bars 32, and the region below groove sidewall paneling 11 location hook on the side has auxiliary tank 35, and described flexible containers auxiliary positioning bar 32 end stretches into flexible containers storage tank from auxiliary tank 35.Original state, flexible containers auxiliary positioning bar 32 is positioned at inside flexible containers storage tank.When groove sidewall paneling 11 is opened, flexible containers auxiliary positioning bar 32 is to flexible containers storage tank movement outside, the flexible containers 27 in flexible containers storage tank is allowed to be in outside flexible containers storage tank, it is simple to flexible containers taken away by the flexible containers detent mechanism that packing container rotates on conveyer frames.
Described oscillating deck 29 front portion has spring mounting groove 33, location-plate 8 medial wall is provided with spring location bar 34, described spring location bar 34 is through spring mounting groove 33, described spring 30 is enclosed within the bar 34 of spring location, and spring 30 one end is fixed on the bar 34 of spring location, and spring 30 other end pushes down oscillating deck 29.
Compared with Example 1, the stability of transfer flexible containers 27 is more preferable for this scheme, more difficult makes mistakes.
The foregoing is only two preferred embodiments of the present utility model, be not used for limiting practical range of the present utility model；The most all equivalents done according to right of the present utility model, are this utility model right and are covered.
Claims (10)
- null1. an automatic pipe sealing machine quickly send bag mechanism，Including frame、The flexible containers transition connecting gear being separately mounted in frame and at least one flexible containers feeding mechanism，Described flexible containers feeding mechanism includes bag taking bag delivering device、Bracing frame and at least one flexible containers storage rack，Described bag taking bag delivering device、Bracing frame is separately mounted in frame，Flexible containers storage rack is arranged on bracing frame，Bag taking bag delivering device is positioned at below flexible containers storage rack，It is characterized in that: described flexible containers transition connecting gear includes the first actuator、Endless conveyor chain、Two gears、Two rotating shafts and the interim storage unit of multiple flexible containers，Two rotating shafts are erect setting respectively and are installed in rotation in frame，And wherein a rotating shaft is connected with the first actuator，Two gears are separately mounted to two rotating shaft tops，Endless conveyor chain is enclosed within two gears，The interim storage unit of multiple flexible containers is separately mounted in endless conveyor chain.
- 2. quickly send bag mechanism as claimed in claim 1, it is characterized in that: the interim storage unit of described flexible containers includes that top connects the location-plate of endless conveyor chain, this location-plate lateral wall is provided with flexible containers storage tank, described flexible containers storage tank is made up of trough floor, bottom postive stop baffle, groove sidewall paneling and side location hook, described bottom postive stop baffle is located on trough floor outer ledge, groove sidewall paneling and side location hook lay respectively at the both sides of trough floor, leave out bag mouth bottom groove sidewall paneling and between the postive stop baffle of bottom.
- 3. quickly send bag mechanism as claimed in claim 2, it is characterized in that: described flexible containers storage tank is provided with groove sidewall paneling folding controlling organization, described groove sidewall paneling folding controlling organization includes opening tool, oscillating deck, spring, described opening tool is connected with frame, rotating in the middle part of described oscillating deck it is arranged on location-plate medial wall, groove sidewall paneling is arranged on oscillating deck front end, oscillating deck rear end is provided with unlatching switch, the two ends of spring connected positioning plate medial wall and oscillating deck respectively.
- 4. quickly send bag mechanism as claimed in claim 3, it is characterized in that: described oscillating deck rear portion is additionally provided with at least flexible containers auxiliary positioning bar, region below groove sidewall paneling location hook on the side has auxiliary tank, and described flexible containers auxiliary positioning bar end stretches into flexible containers storage tank from auxiliary tank.
- 5. as described in claim 3 or 4, quickly send bag mechanism, it is characterized in that: described oscillating deck front portion has spring mounting groove, location-plate medial wall is provided with spring location bar, described spring location bar is through spring mounting groove, described spring housing is on the bar of spring location, and spring one end is fixed on the bar of spring location, and the spring other end pushes down oscillating deck.
- 6. quickly send bag mechanism as claimed in claim 1, it is characterized in that: described bag taking bag delivering device includes that bag unit is sent in reciprocal toggle mechanism, track, travelling carriage and at least one bag taking, described track installation is in frame, described travelling carriage is slidably mounted on track, described bag taking send bag unit to be arranged on travelling carriage, and described reciprocal toggle mechanism connects travelling carriage.
- 7. quickly send bag mechanism as claimed in claim 6, it is characterized in that: described bag taking send bag unit to include rotary cylinder, rotary shaft, two panels gripper shoe, at least one cylinder, at least one suction bag part location-plate and at least one suction bag part group, cylinder, suction bag part location-plate, suction bag part group three's number is identical and one_to_one corresponding, described suction bag part group includes at least one suction bag part, described two panels gripper shoe bottom is separately fixed on travelling carriage, the two ends of described rotary shaft connect two panels gripper shoe respectively, described rotary cylinder is arranged in a piece of gripper shoe and is connected with rotary shaft, described cylinder rear end is fixing on the rotating shaft, described suction bag part location-plate is arranged on the second piston rod front end of cylinder, described suction bag part is arranged on suction bag part location-plate.
- 8. quickly send bag mechanism as claimed in claim 6, it is characterized in that: described reciprocal toggle mechanism includes the second actuator, gear wheel and number and tooth bar, described second actuator is arranged in frame, described gear wheel and the second actuator connect, gear wheel is arranged on travelling carriage, gear wheel and tooth bar engage each other, and during work, described second actuator is moved along track by gear wheel, rack drives travelling carriage.
- 9. quickly send bag mechanism as claimed in claim 8, it is characterised in that: described first actuator and the second actuator are motor.
- 10. quickly send bag mechanism as claimed in claim 1, it is characterised in that: the number of described flexible containers feeding mechanism is two, and two flexible containers feeding mechanisms lay respectively at the both sides of endless conveyor chain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620235849.1U CN205574381U (en) | 2016-03-25 | 2016-03-25 | Automatic tube sealing machine send a bag mechanism fast |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620235849.1U CN205574381U (en) | 2016-03-25 | 2016-03-25 | Automatic tube sealing machine send a bag mechanism fast |
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| CN205574381U true CN205574381U (en) | 2016-09-14 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110430743A (en) * | 2019-08-12 | 2019-11-08 | 李想 | A kind of gear tooth-type electronic equipment casing automatic installation apparatus |
| CN112238979A (en) * | 2019-07-18 | 2021-01-19 | 杭州永创智能设备股份有限公司 | Article conveying device and article packaging conveying device |
| CN114104401A (en) * | 2021-12-20 | 2022-03-01 | 广州标际包装设备有限公司 | Oblique bag tube sealing machine |
-
2016
- 2016-03-25 CN CN201620235849.1U patent/CN205574381U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112238979A (en) * | 2019-07-18 | 2021-01-19 | 杭州永创智能设备股份有限公司 | Article conveying device and article packaging conveying device |
| CN110430743A (en) * | 2019-08-12 | 2019-11-08 | 李想 | A kind of gear tooth-type electronic equipment casing automatic installation apparatus |
| CN114104401A (en) * | 2021-12-20 | 2022-03-01 | 广州标际包装设备有限公司 | Oblique bag tube sealing machine |
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