CN209051638U - Low Pyrex control injection bottle baling press - Google Patents
Low Pyrex control injection bottle baling press Download PDFInfo
- Publication number
- CN209051638U CN209051638U CN201821950384.3U CN201821950384U CN209051638U CN 209051638 U CN209051638 U CN 209051638U CN 201821950384 U CN201821950384 U CN 201821950384U CN 209051638 U CN209051638 U CN 209051638U
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- injection bottle
- horizontally
- receiver
- plastic packaging
- baling press
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Abstract
The utility model discloses low Pyrex control injection bottle baling presses, belong to baling equipment technical field, baling press includes Plastic packaging apparatus and packing apparatus, Plastic packaging apparatus includes compressive zone, quantitative conveyer belt, baffle, and for placing the delivery platform of receiver, the zone face of compressive zone is vertically arranged and the horizontal clearance between two compressive zones linearly reduces from the front to the back and the minimum clearance between two compressive zones is equal to the gap between two baffles, Plastic packaging apparatus further includes horizontally-guided plate, there is on horizontally-guided plate the movable plate of one-movement-freedom-degree along the longitudinal direction by driving mechanism, it is fixed on movable plate that there are two the elevating mechanisms arranged along the longitudinal direction, the lower end of elevating mechanism is fixed with limit plate, spacing between two limit plates is equal to the length of receiver along the longitudinal direction.Receiver can be disposably filled, compared with manually putting injection bottle one by one, this Plastic packaging apparatus is time saving and energy saving, improves production efficiency.
Description
Technical field
The utility model belongs to baling equipment technical field, is related to low Pyrex control injection bottle baling press.
Background technique
After injection bottle has produced, needs to put progress plastic packaging in chest, is packaged, carrying is facilitated to save.It now will note
Penetrate the process that agent bottle is put in chest be all completed by manually, and in each chest the quantity of injection bottle be also by
Manually come what is calculated, time-consuming and laborious, production efficiency is lower.
Summary of the invention
The utility model in order to overcome the drawbacks of the prior art, devises low Pyrex control injection bottle baling press,
Receiver can be disposably filled, compared with manually putting injection bottle one by one, this Plastic packaging apparatus of the utility model is saved
Shi Shengli improves production efficiency.
The specific technical solution that the utility model is taken is: low Pyrex control injection bottle baling press, including sets
The packing apparatus for producing the Plastic packaging apparatus of line back end in injection bottle and being connected with Plastic packaging apparatus tail end is set, key is: described
Plastic packaging apparatus include after two compressive zones that injection bottle production line back end is symmetrical set, with injection bottle production line
The quantitative conveyer belt for holding linking, two baffles being symmetrical set above quantitative conveyer belt and with after quantitative conveyer belt
The delivery platform for being used to place receiver of end linking, the tail end of delivery platform are connected with packing apparatus, and the zone face of compressive zone is perpendicular
Horizontal clearance between straight setting and two compressive zones linearly reduces from the front to the back and the minimum clearance etc. between two compressive zones
Gap between two baffles, Plastic packaging apparatus further include the horizontally-guided being lifted on above quantitative conveyer belt and delivery platform
Plate, the movable plate on horizontally-guided plate by driving mechanism with one-movement-freedom-degree along the longitudinal direction are fixed on movable plate
Two elevating mechanisms arranged along the longitudinal direction, the lower end of elevating mechanism are fixed with limit plate, the spacing between two limit plates
Equal to the length of receiver along the longitudinal direction.
The Plastic packaging apparatus further includes vibratory compaction mechanism, and vibratory compaction mechanism includes being fixed on the outside of quantitative conveyer belt
Vibrating seat, the vibrating motor that is fixed on vibrating seat, baffle is fixedly connected with vibrating seat.
The vibratory compaction mechanism further includes the horizontally-guided bar being erected on the outside of baffle, and horizontally-guided bar and baffle hang down
Straight to be arranged, position corresponding with horizontally-guided bar offers slot, horizontally-guided bar and slot grafting and forms cunning on baffle
It is dynamic to cooperate, it is set with buffer spring on horizontally-guided bar, horizontally-guided bar is provided with external screw thread far from one end of baffle and connects
There is adjusting nut.
It is set with cushion block on the horizontally-guided bar, cushion block is between adjusting nut and buffer spring and and buffering elastic
Spring is fixedly connected.
The transmission direction of the delivery platform is arranged in left-right direction, and delivery platform rear is provided with receiver positioning
Mechanism, splicing disk-positioning mechanism include telescoping mechanism, the L shape posting being fixedly connected with telescoping mechanism, and L shape posting is by stretching
The elongation or contraction of contracting mechanism are clamped or separate with receiver.
The driving mechanism includes driving motor, the rack gear for being fixed on horizontally-guided plate upper surface, is engaged with rack simultaneously
The gear being fixed on movable plate, gear are connect with driving motor, and driving motor is fixedly connected with movable plate, and movable plate is by tooth
The cooperation of wheel and rack gear has one-movement-freedom-degree along the longitudinal direction.
The packing apparatus includes heater box, one end is connected with delivery platform tail end and the other end extends in heater box
The feeding belt in portion, feeding belt top are provided with the upper membrane roller for tensing upper film, are provided with below feeding belt for tensing down
The lower membrane roller of film, feeding belt two sides are both provided with hot pressing mechanism, the cutting with lifting freedom degree are provided with above feeding belt
Mechanism, for cutting mechanism between hot pressing mechanism and heater box, hot pressing mechanism is two hot-pressing rollers of setting symmetrical above and below, upper film
And the edge of lower film is all located between two hot-pressing rollers, the every side of feeding belt is both provided at least three hot pressing mechanisms, the same side
All hot pressing mechanisms are all arranged along the length direction of feeding belt.
The beneficial effects of the utility model are: injection bottle is entered on delivery platform in order using compressive zone,
Under the auxiliary of operator, injection bottle proper alignment between two baffles is convenient for statistical magnitude, using limit plate by two
Injection bottle between baffle is separated into front and back two parts, and the injection bottle between two limit plates just can be disposable
Receiver is filled, this is partially moved on receiver, compared with manually putting injection bottle one by one, utilizes this modeling
Seal apparatus is time saving and energy saving, improves production efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of Plastic packaging apparatus in the utility model.
Fig. 3 is the top view of compressive zone and delivery platform in the utility model.
Structural schematic diagram when Fig. 4 is the first working condition of the utility model.
Structural schematic diagram when Fig. 5 is the second working condition of the utility model.
Structural schematic diagram when Fig. 6 is the utility model third working condition.
Structural schematic diagram when Fig. 7 is four working condition of the utility model.
Structural schematic diagram when Fig. 8 is five working condition of the utility model.
In attached drawing, 1 represents compressive zone, and 2 represent quantitative conveyer belt, and 3 represent baffle, and 4 represent delivery platform, and 5 represent splicing
Disk, 6 represent horizontally-guided plate, and 7 represent movable plate, and 8 represent elevating mechanism, and 9 represent limit plate, and 10 represent vibrating seat, and 11 represent
Vibrating motor, 12 represent horizontally-guided bar, and 13 represent buffer spring, and 14 represent adjusting nut, and 15 represent cushion block, and 16 representatives are flexible
Mechanism, 17 represent L shape posting, and 18 represent driving motor, and 19 represent gear, and 20 represent injection bottle production line, and 21 representatives add
Hot tank, 22 represent feeding belt, and 23 represent upper membrane roller, and 24 represent lower membrane roller, and 25 represent hot pressing mechanism, and 26 represent cutting machine
Structure.
Specific embodiment
It elaborates in the following with reference to the drawings and specific embodiments to the utility model:
Specific embodiment, as shown in Figures 1 to 8, low Pyrex control injection bottle baling press, including setting are being injected
The Plastic packaging apparatus of 20 rear end of agent bottle production line and the packing apparatus being connected with Plastic packaging apparatus tail end, the Plastic packaging apparatus are included in
Two compressive zones 1 that 20 rear end of injection bottle production line is symmetrical set are determined with what 20 rear end of injection bottle production line was connected
It measures conveyer belt 2, two baffles 3 being symmetrical set above quantitative conveyer belt 2 and is connected with quantitative 2 rear end of conveyer belt
Be used to place the delivery platform 4 of receiver 5, the tail end of delivery platform 4 is connected with packing apparatus, and the zone face of compressive zone 1 is vertical
It is arranged and the horizontal clearance between two compressive zones 1 linearly reduces from the front to the back and the minimum clearance between two compressive zones is equal to
Gap between two baffles 3, Plastic packaging apparatus further include the horizontally-guided for being lifted on 4 top of quantitative conveyer belt 2 and delivery platform
Plate 6, the movable plate 7 on horizontally-guided plate 6 by driving mechanism with one-movement-freedom-degree along the longitudinal direction, it is solid on movable plate 7
It is fixed that there are two the elevating mechanism 8 arranged along the longitudinal direction, the lower end of elevating mechanism 8 is fixed with limit plate 9, two limit plates 9 it
Between spacing be equal to the length of receiver 5 along the longitudinal direction.
Packing apparatus includes heater box 21, one end is connected with 4 tail end of delivery platform and the other end extends in heater box 21
The feeding belt 22 in portion is provided with the upper membrane roller 23 for tensing upper film above feeding belt 22, is arranged below feeding belt 22 useful
The lower membrane roller 24 of lower film is tensed, 22 two sides of feeding belt are both provided with hot pressing mechanism 25, being provided with above feeding belt 22 has
The cutting mechanism 26 of freedom degree is gone up and down, cutting mechanism 26 is between hot pressing mechanism 25 and heater box 21, on hot pressing mechanism 25 is
Under symmetrically arranged two hot-pressing rollers, the edge of upper film and lower film is all located between two hot-pressing rollers, and the every side of feeding belt 22 is all set
At least three hot pressing mechanisms 25 are equipped with, all hot pressing mechanisms 25 of the same side are all arranged along the length direction of feeding belt 22.It is sending
Multiple hot pressing mechanisms 25 are all arranged in every side of material strip 22, it is ensured that together with upper film can be hot pressed with lower film.
Driving mechanism includes driving motor 18, the rack gear for being fixed on 6 upper surface of horizontally-guided plate, is engaged with rack and fixes
Gear 19 on movable plate 7, gear 19 are connect with driving motor 18, and driving motor 18 is fixedly connected with movable plate 7, movable plate
7 have one-movement-freedom-degree along the longitudinal direction by the cooperation of gear 19 and rack gear.Driving motor 18 passes through gear 19 and rack gear
Transmission cooperation, drive movable plate 7 mobile, bearing capacity is big, high transmission accuracy.
As to further improvement of the utility model, Plastic packaging apparatus further includes vibratory compaction mechanism, vibratory compaction mechanism
Vibrating seat 10, the vibrating motor 11 being fixed on vibrating seat 10, baffle 3 and vibration including being fixed on quantitative 2 outside of conveyer belt
Seat 10 is fixedly connected.Vibrating motor 11 drives baffle 3 to vibrate by vibrating seat 10, makes the injection being located between two baffles 3
Bottle arranges even closer, and it is more accurate to measure.
As to further improvement of the utility model, vibratory compaction mechanism further includes being erected at the level in 3 outside of baffle
Guide rod 12, horizontally-guided bar 12 are vertically arranged with baffle 3, and position corresponding with horizontally-guided bar 12 offers on baffle 3
Slot, horizontally-guided bar 12 is with slot grafting and formation is slidably matched, and horizontally-guided bar 12 and slot cooperation can anti-baffle plates 3
It shifts in vibration processes.Buffer spring 13 is set on horizontally-guided bar 12, buffer spring 13 can function well as
Buffer function.Horizontally-guided bar 12 is provided with external screw thread far from one end of baffle and is connected with adjusting nut 14, is adjusted by changing
Save position of the nut 14 on horizontally-guided bar 12, thus it is possible to vary the elastic force of buffer spring 13, buffering effect are more preferable.
As cushion block 15 to further improvement of the utility model, is set on horizontally-guided bar 12, cushion block 15, which is located at, to be adjusted
It is fixedly connected between section nut 14 and buffer spring 13 and with buffer spring 13.Can to avoid buffer spring 13 repeatedly with adjust spiral shell
Mother 14 contacts and generates abrasion to adjusting nut 14.
It is arranged in left-right direction as the transmission direction to further improvement of the utility model, delivery platform 4, is conveying
4 rear of platform is provided with splicing disk-positioning mechanism, and splicing disk-positioning mechanism includes telescoping mechanism 16 and the fixed company of telescoping mechanism 16
The L shape posting 17 connect, L shape posting 17 are clamped or separate with receiver 5 by the elongation or contraction of telescoping mechanism 16.Splicing
When, telescoping mechanism 16 extends, and receiver 5 is fixed on the splicing station on delivery platform 4 using L shape posting 17, splicing is complete
Cheng Hou, telescoping mechanism 16 are shunk, and the receiver 5 equipped with injection bottle is removed by delivery platform 4, and the receiver 5 of next sky arrives
Prepare splicing up to splicing station, structure is simple, easy to operate.
When specifically used, the axis for driving quantitative conveyer belt 2 to move all is horizontally disposed with and is erected at the utility model
In first support, for driving the axis of compressive zone 1 to be all vertically arranged and setting up on the secondary support bracket, baffle 3 and vibrating seat 10 are solid
Fixed connection, vibrating seat 10 are fixedly connected with first support, and engagement plate is fixed in first support, and engagement plate is located at quantitative conveyer belt
Between 2 and delivery platform 4, the upper surface of engagement plate is flushed with the upper surface of quantitative conveyer belt 2, and the lower end surface for being connected front edge of board is
The arc-shaped structure to match with quantitative 2 tail end shape of conveyer belt, is smoothly transported injection bottle to receiver 5
On, Plastic packaging apparatus carries out when working according to the following steps:
A, receiver 5 is put on delivery platform 4, extends telescoping mechanism 16, using L shape posting 17 by receiver 5
The splicing station being fixed on delivery platform 4 when initial, makes the limit plate 9 positioned at front be preferably minimized place using elevating mechanism 8
And the front end face of the limit plate 9 is flushed with 3 rear end face of baffle, the rear end face of the limit plate 9 is flushed with the front end face of receiver 5,
The limit plate 9 being located behind is in highest point, as shown in Figure 4；
B, the injection bottle on injection bottle production line 20 is under the action of two compressive zone 1, enter two baffles 3 it
Between, under the booster action of operator and vibratory compaction mechanism, injection bottle proper alignment between two baffles 3 and with
Quantitative conveyer belt 2 moves backward, when the injection bottle and limit plate 9 that are located at rearmost contact, as shown in figure 4, quantitative conveying
Band 2 and vibrating motor 11 all shut down, and the limit plate 9 positioned at front rises back to initial position, as shown in Figure 5；
C, make movable plate 7 that two limit plates 9 be driven to move forward using the cooperation of driving motor 18, gear 19 and rack gear,
Then so that two movable plates 9 is all dropped to lowest part, be now placed in the limit plate 9 at rear while with 3 rear end face of baffle and finally
Injection bottle on quantitative conveyer belt 2 is separated into front and back two parts by the injection bottle contact of side, the limit plate 9 positioned at front,
As shown in Figure 6；
D, driving motor 18 reversely rotates, and makes movable plate 7 that two limit plates 9 be driven to move backward, simultaneous quantitative conveyer belt 2
Start with vibrating motor 11, injection bottle continues to move backward, when the injection bottle being located between two limit plates 9 all arrives at
When on receiver 5, as shown in Figure 7；
E, quantitative conveyer belt 2 and vibrating motor 11 all shut down, and are now placed in the front end face and gear of the limit plate 9 in front
3 rear end face of plate flushes, and then shrinks telescoping mechanism 16, and L shape posting 17 is detached from delivery platform 4, and makes on two limit plates 9
It rises and returns to initial position, as shown in Figure 8；
F, the receiver 5 equipped with injection bottle moves right with delivery platform 4, the empty receiver 5 on the left of it
Splicing station is reached, as shown in figure 5, being fixed using L shape posting 17, subsequently into step C, is so repeated.
The Plastic packaging apparatus of the utility model can disposably fill receiver, and manually put injection bottle phase one by one
Than this Plastic packaging apparatus of the utility model is time saving and energy saving, improves production efficiency.
The cabinet that shell is formed as to be packaged is loaded onto the 5 periphery set of receiver for filling injection bottle, cabinet is with conveying
Platform 4 continues to move right, and reaches in the lower film being laid on feeding belt 22, and upper film is fallen on above cabinet, upper film and lower film
Edge is hot pressed roller hot pressing together, and the upper film and lower film between adjacent boxes are cut off mechanism 26 and cut off, and then cabinet is successively
It is heated in into heater box 21, is securely fixed in film and lower film all on cabinet, complete packing process.
Claims (7)
1. low Pyrex control injection bottle baling press, including the Plastic packaging apparatus in injection bottle production line (20) rear end is arranged
And the packing apparatus being connected with Plastic packaging apparatus tail end, it is characterised in that: the Plastic packaging apparatus is included in injection bottle production line
(20) rear end is symmetrical set two compressive zones (1), the quantitative conveyer belt being connected with injection bottle production line (20) rear end
(2), two baffles (3) being symmetrical set above the quantitative conveyer belt (2) and it is connected with quantitative conveyer belt (2) rear end
Be used to place the delivery platforms (4) of receiver (5), the tail end of delivery platform (4) is connected with packing apparatus, compressive zone (1)
Zone face be vertically arranged and the horizontal clearance between two compressive zones (1) from the front to the back linearly reduce and two compressive zones between most
Small―gap suture is equal to the gap between two baffles (3), and Plastic packaging apparatus further includes being lifted on quantitative conveyer belt (2) and delivery platform
(4) horizontally-guided plate (6) above has one-movement-freedom-degree along the longitudinal direction by driving mechanism on horizontally-guided plate (6)
Movable plate (7), it is fixed there are two the elevating mechanism (8) arranged along the longitudinal direction on movable plate (7), under elevating mechanism (8)
End is fixed with limit plate (9), and the spacing between two limit plates (9) is equal to the length of receiver (5) along the longitudinal direction.
2. low Pyrex control injection bottle baling press according to claim 1, it is characterised in that: the packaged by plastic
Setting further includes vibratory compaction mechanism, and vibratory compaction mechanism includes being fixed on vibrating seat (10) on the outside of quantitative conveyer belt (2), fixed
Vibrating motor (11) on vibrating seat (10), baffle (3) are fixedly connected with vibrating seat (10).
3. low Pyrex control injection bottle baling press according to claim 2, it is characterised in that: the vibration is close
Real machine structure further includes the horizontally-guided bar (12) being erected on the outside of baffle (3), and horizontally-guided bar (12) is vertical with baffle (3) to be set
It sets, position corresponding with horizontally-guided bar (12) offers slot on baffle (3), and horizontally-guided bar (12) and slot grafting are simultaneously
Formation is slidably matched, and is set on horizontally-guided bar (12) buffer spring (13), the one end of horizontally-guided bar (12) far from baffle
It is provided with external screw thread and is connected with adjusting nut (14).
4. low Pyrex control injection bottle baling press according to claim 3, it is characterised in that: the level is led
It is set on bar (12) cushion block (15), cushion block (15) is located between adjusting nut (14) and buffer spring (13) and and buffering elastic
Spring (13) is fixedly connected.
5. low Pyrex control injection bottle baling press according to claim 1, it is characterised in that: the conveying is flat
The transmission direction of platform (4) is arranged in left-right direction, delivery platform (4) rear is provided with splicing disk-positioning mechanism, receiver is fixed
Position mechanism includes telescoping mechanism (16), the L shape posting (17) being fixedly connected with telescoping mechanism (16), and L shape posting (17) is borrowed
It helps the elongation of telescoping mechanism (16) or shrinks and be clamped or separate with receiver (5).
6. low Pyrex control injection bottle baling press according to claim 1, it is characterised in that: the driving machine
Structure includes driving motor (18), the rack gear for being fixed on horizontally-guided plate (6) upper surface, is engaged with rack and is fixed on movable plate
(7) gear (19) on, gear (19) are connect with driving motor (18), and driving motor (18) is fixedly connected with movable plate (7), are moved
Movable plate (7) has one-movement-freedom-degree along the longitudinal direction by the cooperation of gear (19) and rack gear.
7. low Pyrex control injection bottle baling press according to claim 1, it is characterised in that: the packing dress
It sets and is connected including heater box (21), one end with delivery platform (4) tail end and the other end extends to the internal feeding of heater box (21)
Band (22), feeding belt (22) top are provided with the upper membrane roller (23) for tensing upper film, and setting is useful below feeding belt (22)
The lower membrane roller (24) of lower film is tensed, feeding belt (22) two sides are both provided with hot pressing mechanism (25), set above feeding belt (22)
Be equipped with the cutting mechanism (26) with lifting freedom degree, cutting mechanism (26) be located at hot pressing mechanism (25) and heater box (21) it
Between, hot pressing mechanism (25) is two hot-pressing rollers of setting symmetrical above and below, the edge of upper film and lower film be all located at two hot-pressing rollers it
Between, feeding belt (22) every side is both provided at least three hot pressing mechanisms (25), and all hot pressing mechanisms (25) of the same side all edges are sent
The length direction of material strip (22) arranges.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821950384.3U CN209051638U (en) | 2018-11-26 | 2018-11-26 | Low Pyrex control injection bottle baling press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821950384.3U CN209051638U (en) | 2018-11-26 | 2018-11-26 | Low Pyrex control injection bottle baling press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209051638U true CN209051638U (en) | 2019-07-02 |
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ID=67054238
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821950384.3U Active CN209051638U (en) | 2018-11-26 | 2018-11-26 | Low Pyrex control injection bottle baling press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209051638U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111674624A (en) * | 2020-06-30 | 2020-09-18 | 张磊 | Filling beverage detection device |
-
2018
- 2018-11-26 CN CN201821950384.3U patent/CN209051638U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111674624A (en) * | 2020-06-30 | 2020-09-18 | 张磊 | Filling beverage detection device |
| CN111674624B (en) * | 2020-06-30 | 2022-11-04 | 安徽大岭峡谷饮料有限公司 | Filling beverage detection device |
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