CN216262971U - Automatic feeding machine - Google Patents
Automatic feeding machine Download PDFInfo
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- CN216262971U CN216262971U CN202122827306.2U CN202122827306U CN216262971U CN 216262971 U CN216262971 U CN 216262971U CN 202122827306 U CN202122827306 U CN 202122827306U CN 216262971 U CN216262971 U CN 216262971U
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- end punching
- rectangular pipe
- rectangular
- blanking
- punching
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Abstract
The utility model discloses an automatic feeder.A rectangular pipe bin is correspondingly arranged on a feeder frame and comprises a pair of rectangular pipe placing side frames which are arranged at intervals and in parallel, rectangular pipes which are placed in layers are correspondingly arranged in the rectangular pipe placing side frames, blanking damping gear sets are correspondingly arranged on the outer sides of the rectangular pipe placing side frames, and the two blanking damping gear sets respectively penetrate through the corresponding rectangular pipe placing side frames to be correspondingly connected with the rectangular pipes; a material moving mechanism is correspondingly arranged below the placing side frame of the rectangular pipe and comprises material moving stop blocks, the material moving stop blocks are inserted between the rectangular pipes and are driven by a material moving motor; an end punching machine is correspondingly arranged beside the rectangular pipe placing side frame and matched with the material moving stop block, and a feeding auxiliary propelling mechanism is correspondingly arranged on the side edge of the end punching machine. The automatic feeding machine can quickly, stably and automatically feed materials, and process holes are punched at two ends of the rectangular pipe, so that subsequent processes can be carried out efficiently.
Description
Technical Field
The utility model relates to the field of equipment in the tobacco industry, in particular to an automatic feeding machine.
Background
Comb formula cigarette presss from both sides is a goods commonly used in tobacco industry, be the rectangle stainless steel pipe usually, and set up more punching a hole on the steel pipe, national standard cigarette presss from both sides for 80 holes, Hunan province's mark cigarette presss from both sides for 108 holes, when making the needle formula comb and dry by the fire tobacco clamp, need trompil on a stainless steel rectangular pipe, need insert downtheholely according to appointed sequencing with the U-shaped steel needle that makes simultaneously, this just needs to use the pin machine that punches a hole, and the feeding machine is the important part of pin machine that punches a hole, current feeding machine work efficiency is not high, consequently, need design an automatic feeding machine.
SUMMERY OF THE UTILITY MODEL
In order to overcome the defects in the prior art, an automatic feeding machine is provided.
The utility model is realized by the following scheme:
an automatic feeder comprises a feeder frame, a rectangular pipe bin is correspondingly arranged on the feeder frame, the rectangular pipe bin comprises a pair of rectangular pipe placing side frames which are arranged at intervals and in parallel, rectangular pipes which are placed in layers are correspondingly arranged in the rectangular pipe placing side frames, blanking damping gear sets are correspondingly arranged on the outer sides of the rectangular pipe placing side frames, and the two blanking damping gear sets respectively penetrate through the corresponding rectangular pipe placing side frames to be correspondingly connected with the rectangular pipes;
a material moving mechanism is correspondingly arranged below the square tube placing side frame and comprises material moving stop blocks, the material moving stop blocks are inserted between the square tubes, and the material moving stop blocks are driven by a material moving motor;
an end punching machine is correspondingly arranged beside the rectangular pipe placing side frame and matched with the material moving stop block, and a feeding auxiliary propelling mechanism is correspondingly arranged on the side edge of the end punching machine.
Each blanking damping gear set of the rectangular tube bin comprises a plurality of blanking damping gears which are connected in series, a plurality of through notches are correspondingly formed in the rectangular tube placing side frames, and the plurality of blanking damping gears can correspondingly penetrate through the notches to be correspondingly connected with the end portions of the rectangular tubes.
Two of the rectangular tube bin, the blanking damping gear sets are respectively and correspondingly connected with the blanking driving gear, the blanking driving gear is correspondingly connected with the blanking driving shaft, and the blanking driving shaft is correspondingly driven by the blanking driving motor.
Move material mechanism's material motor drive that moves and move the material transmission shaft move the both ends of material transmission shaft and be equipped with the action wheel respectively, every the action wheel all corresponds with a material area of moving and is connected, every move the material area still correspond with the driven wheel that corresponds the matching and be connected every move the material area and all correspond and be equipped with the material dog that moves that outwards stretches out, move the material dog and correspond and insert between the quarter bend of bottom.
Two move the material dog and be located two respectively move on the material area the same position, two move the material area and still be equipped with the tensioning seat respectively.
The two end punching machines are arranged at two ends of the rectangular tube, each end punching machine comprises an end punching pressure cylinder, and an output shaft of each end punching pressure cylinder is correspondingly connected with an end punching needle;
the end punching pressure cylinder is arranged on the end punching cylinder body support, the bottom of the end punching cylinder body support is correspondingly connected with the end punching sliding block, the lower portion of the end punching sliding block is correspondingly connected with the end punching translation rail, the output shaft of the end punching translation cylinder is correspondingly connected with the end punching sliding block, and a transverse punching lower die is correspondingly arranged on the end punching cylinder body support.
The end punching sliding blocks are arranged at the bottoms of the end punching cylinder body supports, stop blocks are correspondingly arranged on the end punching cylinder body supports, the stop blocks are matched with the transverse punching lower dies, the transverse punching lower dies are matched with the end punching needles, and the end punching translation air cylinders and the end punching sliding blocks are arranged on the flat-plate foundation plates.
The feeding auxiliary propulsion mechanism comprises a feeding auxiliary speed reduction motor, the feeding auxiliary speed reduction motor correspondingly drives a feeding auxiliary upper shaft and a feeding auxiliary lower shaft, and the feeding auxiliary upper shaft and the feeding auxiliary lower shaft respectively drive an upper auxiliary propulsion pulley set and a lower auxiliary propulsion pulley set.
The feeding auxiliary speed reducing motor is arranged on the feeding auxiliary support, and the upper auxiliary propelling pulley group is positioned above the lower auxiliary propelling pulley group.
The utility model has the beneficial effects that:
the automatic feeding machine can quickly, stably and automatically feed materials, and process holes are punched at two ends of the rectangular pipe, so that subsequent processes can be carried out efficiently.
Drawings
FIG. 1 is a schematic view of an automatic feeder according to the present invention;
FIG. 2 is a schematic structural diagram of an auxiliary feeding propelling mechanism of an automatic feeder according to the present invention;
FIG. 3 is a schematic structural diagram of a rectangular pipe bin of an automatic feeder according to the present invention;
FIG. 4 is a schematic structural view of an end punch of an automatic feeder according to the present invention;
FIG. 5 is a schematic structural diagram of a material moving mechanism of an automatic feeder according to the present invention;
in the figure: the device comprises a feeding machine frame 1, a rectangular tube placing side frame 2, a rectangular tube 3, a blanking damping gear set 4, a notch 5, a blanking driving gear 6, a blanking driving shaft 7, a blanking driving motor 8, a blanking stop block 9, a shifting motor 10, a shifting transmission shaft 11, a driving wheel 12, a material shifting belt 13, a driven wheel 14, a tensioning seat 15, an end punching pressure cylinder 16, an end punching cylinder body support 17, an end punching slide block 18, an end punching translation cylinder 19, an end punching translation track 20, a transverse punching lower die 21, an end punching needle 22, a stop block 23, a base plate 24, a feeding auxiliary speed reducing motor 25, a feeding auxiliary support 26, a feeding auxiliary upper shaft 27, a feeding auxiliary lower shaft 28, an upper auxiliary propelling belt wheel set 29 and a lower auxiliary propelling belt wheel set 30.
Detailed Description
The utility model is further illustrated with reference to the following figures and specific examples:
as shown in fig. 1, an automatic feeder comprises a feeder frame 1, a rectangular pipe bin is correspondingly arranged on the feeder frame 1, the rectangular pipe bin comprises a pair of rectangular pipe placing side frames 2 which are arranged at intervals and in parallel, rectangular pipes 3 which are placed in a layered manner are correspondingly arranged in the rectangular pipe placing side frames 2, blanking damping gear sets 4 are correspondingly arranged on the outer sides of the rectangular pipe placing side frames 2, and the two blanking damping gear sets 4 respectively penetrate through the corresponding rectangular pipe placing side frames 2 to be correspondingly connected with the rectangular pipes 3;
a material moving mechanism is correspondingly arranged below the rectangular pipe placing side frame 2 and comprises material moving stop blocks 9, the material moving stop blocks 9 are inserted between the rectangular pipes 3, and the material moving stop blocks 9 are driven by a material moving motor 10;
an end punching machine is correspondingly arranged beside the rectangular pipe placing side frame 2 and matched with the material moving stop block 9, and a feeding auxiliary propelling mechanism is correspondingly arranged on the side edge of the end punching machine.
In actual operation, the blanking driving motor 8 drives the blanking damping gear set 4 to release the rectangular tubes layer by layer, the material moving stop block 9 rotates along with the material moving belt to push the two rectangular tubes to place the lowermost rectangular tubes between the side frames to move according to a certain step, and the end punching machine and the feeding auxiliary propelling machine are arranged according to the operation direction of the rectangular tubes.
The end punching translation cylinder 19 of the end punching machine pushes and pulls the end punching cylinder body support 17 back and forth to move, so that the lower transverse punching dies 21 of the two end punching machines arranged at the two ends of the rectangular pipe can be respectively inserted into and pulled out of the inner cavities at the two ends of the rectangular pipe, and the rectangular pipe is limited.
In practical application, the feeder is connected with the punching pin flattening working section to realize stepping and other operations of the rectangular pipe material, and the stepping and other operations are specifically known in the prior art and are not repeated herein.
As shown in fig. 3, each blanking damping gear set 4 of the rectangular tube bin includes a plurality of blanking damping gears (not shown in the drawings) connected in series, a plurality of through slots 5 are correspondingly formed in the rectangular tube placing side frame 2, and the plurality of blanking damping gears can correspondingly penetrate through the slots 5 to be correspondingly connected with the end of the rectangular tube 3.
As shown in fig. 3, two blanking damping gear sets 4 of the rectangular tube bin are respectively connected with a blanking driving gear 6, the blanking driving gear 6 is correspondingly connected with a blanking driving shaft 7, and the blanking driving shaft 7 is correspondingly driven by a blanking driving motor 8.
As shown in fig. 5, a material moving motor 10 of the material moving mechanism drives a material moving transmission shaft 11, two ends of the material moving transmission shaft 11 are respectively provided with a driving wheel 12, each driving wheel 12 is correspondingly connected with one material moving belt 13, each material moving belt 13 is also correspondingly connected with a corresponding matched driven wheel 14, each material moving belt 13 is correspondingly provided with a material moving stop block 9 extending outwards, and the material moving stop blocks 9 are correspondingly inserted between the rectangular tubes 3 at the bottom layer.
Two move material dog 9 and be located two respectively move on the same position of material area 13, two move material area 13 still is equipped with tensioning seat 15 respectively.
As shown in fig. 4, the number of the end punching machines is two, the two end punching machines are arranged at two ends of the rectangular tube 3, each end punching machine comprises an end punching pressure cylinder 16, and an output shaft of each end punching pressure cylinder 16 is correspondingly connected with an end punching needle 22;
the end punching pressure cylinder 16 is arranged on an end punching cylinder body support 17, the bottom of the end punching cylinder body support 17 is correspondingly connected with an end punching slide block 18, the lower portion of the end punching slide block 18 is correspondingly connected with an end punching translation track 20, an output shaft of an end punching translation cylinder 19 is correspondingly connected with the end punching slide block 18, and a transverse punching lower die 21 is correspondingly arranged on the end punching cylinder body support 17.
The end punching sliding blocks 18 are arranged at the bottoms of the end punching cylinder body supporting seats 17, stop blocks 23 are correspondingly arranged on the end punching cylinder body supporting seats 17, the stop blocks 23 are matched with the transverse punching lower dies 21, the transverse punching lower dies 21 are matched with the end punching needles 22, and the end punching translation cylinders 19 and the end punching sliding blocks 18 are arranged on the flat-plate-shaped foundation plates 24.
As shown in fig. 2, the feeding auxiliary propelling mechanism includes a feeding auxiliary speed reducing motor 25, the feeding auxiliary speed reducing motor 25 correspondingly drives a feeding auxiliary upper shaft 27 and a feeding auxiliary lower shaft 28, and the feeding auxiliary upper shaft 27 and the feeding auxiliary lower shaft 28 respectively drive an upper auxiliary propelling pulley set 29 and a lower auxiliary propelling pulley set 30.
The feeding auxiliary speed reducing motor 25 is arranged on the feeding auxiliary support 26, and the upper auxiliary propelling pulley group 29 is positioned above the lower auxiliary propelling pulley group 30.
This application is when using, places the rectangular tube of fixed length in the middle of two rectangular tubes placing side frames of rectangular tube feed bin, and blanking damping gear group stretches into notch 5 and corresponds the tip that inserts rectangular tube 3 under the drive of blanking driving motor and blanking drive gear, blanking drive shaft etc. along with the starting of blanking driving motor at both ends, and all blanking damping gear rotate towards a direction simultaneously, just can remove the rectangular tube of a whole layer to same direction (this embodiment is the below), have realized successive layer release rectangular tube. Meanwhile, a material moving motor 10 of the material moving mechanism drives a material moving transmission shaft 11 to enable a driving wheel 12 and a material moving belt 13 to rotate, and a material moving stop block on the material moving belt 13 is driven to push the rectangular tube 6 to move towards the end punching machine according to a certain step. In this embodiment, two material moving belts 13 are provided, and the material moving stoppers 9 on the two material moving belts 13 are respectively connected to two ends of the corresponding rectangular tube, so that the rectangular tube can be stably pushed.
The two end punching machines are respectively pushed by the corresponding end punching translation cylinders 19 to enable the transverse punching lower die 21 to be inserted into inner cavities at two ends of the rectangular tube which is moved in place, under the action of the end punching pressure cylinders 16, the end punching needle 22 respectively punches a process hole at two ends of the rectangular tube, and after the process holes are punched, under the action of the end punching translation cylinders 19, the end punching machines (the end punching cylinder body support 17, the end punching pressure cylinders 16 connected with the end punching cylinder body support 17 and the like) retract and recover. And pushing the rectangular pipes with the punched fabrication holes to push out the end punching machine under the push of the rectangular pipes in the rear row. The feeding auxiliary speed reducing motor 25 drives the feeding auxiliary upper shaft 27 and the feeding auxiliary lower shaft 28, and further drives the upper auxiliary pushing belt pulley group 29 and the lower auxiliary pushing belt pulley group 30, so that the rectangular tube 6 punched with the hole is pushed into the rectangular tube pushing machine of the rectangular tube feeder in the next process, and the subsequent punching, pin inserting and flattening work is completed, and details are not repeated herein.
Although the utility model has been described and illustrated in some detail, it should be understood that various modifications may be made to the described embodiments or equivalents may be substituted, as will be apparent to those skilled in the art, without departing from the spirit of the utility model.
Claims (9)
1. The utility model provides an automatic feeding machine, includes feeding machine frame (1), its characterized in that: a rectangular pipe bin is correspondingly arranged on the feeder frame (1), the rectangular pipe bin comprises a pair of rectangular pipe placing side frames (2) which are arranged at intervals and in parallel, rectangular pipes (3) which are placed in a layered mode are correspondingly arranged in the rectangular pipe placing side frames (2), blanking damping gear sets (4) are correspondingly arranged on the outer sides of the rectangular pipe placing side frames (2), and the two blanking damping gear sets (4) respectively penetrate through the corresponding rectangular pipe placing side frames (2) to be correspondingly connected with the rectangular pipes (3);
a material moving mechanism is correspondingly arranged below the rectangular pipe placing side frame (2), the material moving mechanism comprises material moving stop blocks (9), the material moving stop blocks (9) are inserted between the rectangular pipes (3), and the material moving stop blocks (9) are driven by a material moving motor (10);
an end punching machine is correspondingly arranged beside the rectangular pipe placing side frame (2), the end punching machine is matched with the material moving stop block (9), and a feeding auxiliary propelling mechanism is correspondingly arranged on the side edge of the end punching machine.
2. An automatic feeder as claimed in claim 1, wherein: every of square tube feed bin blanking damping gear group (4) all include a plurality of blanking damping gears that concatenate correspond on square tube placing side frame (2) and are equipped with a plurality of notches (5) that run through, and a plurality of blanking damping gears can correspond the tip that passes notch (5) and square tube (3) and correspond and be connected.
3. An automatic feeder as claimed in claim 1, wherein: two of quarter bend feed bin blanking damping gear group (4) correspond with blanking drive gear (6) respectively and are connected, blanking drive gear (6) correspond with blanking drive shaft (7) and are connected, blanking drive shaft (7) correspond the drive by blanking driving motor (8).
4. An automatic feeder as claimed in claim 1, wherein: move material mechanism move material motor (10) drive and move material transmission shaft (11) move the both ends of material transmission shaft (11) and be equipped with action wheel (12), every respectively action wheel (12) all correspond with a strip of moving material (13) and are connected, every move material strip (13) still correspond with the follow driving wheel (14) that matches and be connected every move material strip (13) and all correspond and be equipped with outside material dog (9) that move that stretch out, move between material dog (9) correspond and insert between rectangular pipe (3) of bottom.
5. An automatic feeder as claimed in claim 4, wherein: two move material dog (9) and be located two respectively move on the same position in material area (13), two move material area (13) still are equipped with tensioning seat (15) respectively.
6. An automatic feeder as claimed in claim 1, wherein: the two end punching machines are arranged at two ends of the rectangular tube (3), each end punching machine comprises an end punching pressure cylinder (16), and an output shaft of each end punching pressure cylinder (16) is correspondingly connected with an end punching needle (22);
the end punching press cylinder (16) is arranged on the end punching cylinder body support (17), the bottom of the end punching cylinder body support (17) is correspondingly connected with an end punching slide block (18), the lower portion of the end punching slide block (18) is correspondingly connected with an end punching translation track (20), an output shaft of an end punching translation cylinder (19) is correspondingly connected with the end punching slide block (18), and a transverse punching lower die (21) is correspondingly arranged on the end punching cylinder body support (17).
7. An automatic feeder as claimed in claim 6, wherein: end slider (18) that punches a hole is for setting up a plurality of in end cylinder body support (17) bottom of punching a hole still the correspondence is equipped with dog (23) on end cylinder body support (17) of punching a hole, dog (23) and horizontal lower mould (21) phase-match that punches a hole, horizontal lower mould (21) that punches a hole with the end and punches needle (22) phase-match, end translation cylinder (19) that punches a hole and end slider (18) that punches a hole all set up at flat foundatin plate (24).
8. An automatic feeder as claimed in claim 1, wherein: the feeding auxiliary propelling mechanism comprises a feeding auxiliary speed reducing motor (25), the feeding auxiliary speed reducing motor (25) correspondingly drives a feeding auxiliary upper shaft (27) and a feeding auxiliary lower shaft (28), and the feeding auxiliary upper shaft (27) and the feeding auxiliary lower shaft (28) respectively drive an upper auxiliary propelling pulley set (29) and a lower auxiliary propelling pulley set (30).
9. An automatic feeder as claimed in claim 8, wherein: the feeding auxiliary speed reducing motor (25) is arranged on the feeding auxiliary support (26), and the upper auxiliary propelling pulley set (29) is positioned above the lower auxiliary propelling pulley set (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122827306.2U CN216262971U (en) | 2021-11-18 | 2021-11-18 | Automatic feeding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122827306.2U CN216262971U (en) | 2021-11-18 | 2021-11-18 | Automatic feeding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216262971U true CN216262971U (en) | 2022-04-12 |
Family
ID=81010351
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122827306.2U Active CN216262971U (en) | 2021-11-18 | 2021-11-18 | Automatic feeding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216262971U (en) |
-
2021
- 2021-11-18 CN CN202122827306.2U patent/CN216262971U/en active Active
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