CN204817781U - Food tin can can body molding system - Google Patents
Food tin can can body molding system Download PDFInfo
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- CN204817781U CN204817781U CN201520520371.2U CN201520520371U CN204817781U CN 204817781 U CN204817781 U CN 204817781U CN 201520520371 U CN201520520371 U CN 201520520371U CN 204817781 U CN204817781 U CN 204817781U
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Abstract
The utility model discloses a food tin can can body molding system, including square machine, manipulator, lifting machine and the flanger of expanding, the manipulator is located and expands between square machine and the lifting machine, the flanger links to each other with the discharge end of lifting machine, the manipulator will the side of expanding the can body that expands after square of machine transport on the lifting machine. The utility model discloses can the serialization accomplish the shaping of food tin can can body, still reduced artifical use amount when having improved shaping efficiency, reduced the personnel selection cost of enterprise.
Description
Technical field
The utility model relates to the equipment that a kind of field of food is used, and particularly relates to a kind of formation system used when making tin can body.
Background technology
Square Tinned food container is formed by the bottom of lid, can body and box, and when producing tin can, line is separately produced at the bottom of lid, can body and box, and then three is combined and produce tin can.When making the can body of tin can, prior art is the iron sheet first cutting out suitable size with guillotine, then iron sheet is rolled into one cylindrical, weld in junction with bonding machine, form a columniform can body, and then with swollen side's machine, cylindrical can body is shaped to square can body, finally use flanger flange again, namely complete the shaping of whole can body.There is following defect in the method for existing shaping tin can body:
Tin can body forming can not continuous operations, and the product after needing each operation of workers carry shaping, causes shaping efficiency lower, and needs more artificial participation, and employment cost is higher.
Utility model content
In order to the defect that the shaping efficiency overcoming above-mentioned existing tin can body forming existence is low, the utility model provides a kind of Tinned food container body forming system, this Tinned food container body forming system serialization can complete the shaping of Tinned food container can body, also reduce artificial use amount while improve shaping efficiency, reduce the employment cost of enterprise.
The utility model for solving the problems of the technologies described above adopted technical scheme is:
A kind of Tinned food container body forming system, it is characterized in that: comprise swollen side's machine, manipulator, elevator and flanger, described manipulator is between swollen side's machine and elevator, described flanger is connected with the discharge end of elevator, can body after the swollen side of swollen side's machine is transported on elevator by described manipulator, described swollen side's machine comprises workbench, mould, left pressing mechanism and right pressing mechanism, mould is between left pressing mechanism and right pressing mechanism, described mould comprises base, front forming blocks, aftershaping block, middle fixing plate, front push cylinder and rear push cylinder, the both sides, front and back of described base are respectively arranged with leading edge groove and back edge groove, centre position is provided with center groove, front forming blocks is arranged in leading edge groove, aftershaping block is arranged in back edge groove, middle fixing plate is arranged in the groove of center, front push cylinder and rear push cylinder are fixedly mounted on middle fixing plate, front push cylinder is connected with front forming blocks, rear push cylinder is connected with aftershaping block.
Described left pressing mechanism comprises left cylinder, left push rod and left push pedal, left cylinder is fixed in worktable upper surface, left push rod is connected on left cylinder, left push pedal is connected on left push rod, described right pressing mechanism comprises right cylinder, right push rod and right push pedal, right cylinder is fixed in worktable upper surface, and right push rod is connected on right cylinder, and right push pedal is connected on right push rod.
Described mould also comprises left limit block and right limit block, and left limit block is arranged on the left side of base, and right limit block is arranged on the right side of base.
Described leading edge groove internal fixtion has front spring, and front spring one end is connected on base, and the other end is connected in front forming blocks, and described back edge groove internal fixtion has rear spring, and rear spring one end is connected on base, and the other end is connected on aftershaping block.
Described left push rod and right push rod are all socketed with spring bearing, and spring bearing is fixed on the upper surface of workbench.
Described elevator comprises column, conveyer belt, drive motors, drive plate, positioning disk, drive roll, driven voller, electromagnetism iron plate and can body feed track, described column top and bottom are provided with turning cylinder, on the described turning cylinder being arranged on column upper end, described driven voller is arranged on the turning cylinder of column lower end, described conveyer belt is cycloconveyor belt, described conveyer belt is enclosed within drive roll and driven voller, described positioning disk is arranged on the upper end of column and is positioned at the below of drive roll, described drive plate to be arranged on column and to be positioned at the below of positioning disk, described drive motors is arranged on column, described drive motors is rotated by belt drives drive plate, described drive plate is rotated by belt drives drive roll, described positioning disk and conveyer belt bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate is arranged on column, electromagnetism iron plate is positioned at cycloconveyor belt, electromagnetism iron plate extends to positioning disk from the lower end of conveyer belt, described positioning disk is electromagnet positioning disk, described can body feed track comprises feed zone, interlude and discharging section, feed end is arranged on the lower end of conveyer belt, interlude is arranged along conveyer belt, described discharge end one end is connected on positioning disk, the other end is connected on flanger, the discharging section of described can body feed track is connected on flanger.
Described column is also provided with ladder, and the top of ladder is arranged on drive motors installed position.
Described can body feed track is the passage made with many stainless steel wires.
The utility model has the following advantages:
1, after the swollen side of swollen side's machine of the present utility model, elevator is transported to through manipulator, be promoted in flanger through the effect of elevator and carry out flange, the utility model achieves the continuous operations of Tinned food container body forming, substantially increase operating efficiency, reduce artificial use amount, reduce the employment cost of enterprise.
2, the utility model elevator comprises column, conveyer belt, drive motors, drive plate, positioning disk, drive roll, driven voller, electromagnetism iron plate and can body feed track, described column top and bottom are provided with turning cylinder, described drive roll is arranged on the turning cylinder of column upper end, described driven voller is arranged on the turning cylinder of column lower end, described conveyer belt is cycloconveyor belt, described conveyer belt is enclosed within drive roll and driven voller, described positioning disk is arranged on the upper end of column and is positioned at the below of drive roll, described drive plate to be arranged on column and to be positioned at the below of positioning disk, described drive motors is arranged on column, described drive motors is rotated by belt drives drive plate, described drive plate is rotated by belt drives drive roll, described positioning disk and conveyer belt bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate is arranged on column, electromagnetism iron plate is positioned at cycloconveyor belt, electromagnetism iron plate extends to positioning disk from the lower end of conveyer belt, described positioning disk is electromagnet positioning disk, described can body feed track comprises feed zone, interlude and discharging section, feed end is arranged on the lower end of conveyer belt, interlude is arranged along conveyer belt, described discharge end is arranged on positioning disk.The feed zone that can body after swollen side puts into can body feed track is put into, upwards promote under the effect of conveyer belt, because be provided with electromagnetism iron plate in conveyer belt, under the suction of electromagnetism iron plate, can body can not drop, move upward under the drive of conveyer belt, when moving to positioning disk place, owing to there is no electromagnetism iron plate, suction no longer exists, be drawn onto under the suction of positioning disk on positioning disk, because positioning disk contacts with conveyer belt bottom friction, conveyer belt rotating band action-oriented rotates, positioning disk rotates the discharging section place driving can body to move to can body feed track, enter the discharging section place of can body feed track, then flange is carried out being transported in flanger through the discharging section of can body feed track.By the castering action of elevator, the can body after swollen side is transported in flanger endlessly and carries out flange, improve operating efficiency.Only need workman ceaselessly the can body after swollen side to be put into can body feed track, do not need workers carry's can body, the time-saving labour intensity simultaneously also reducing workman.
3, the utility model column is also provided with ladder, the top of ladder is arranged on drive motors installed position, the object arranging ladder is to be convenient to carry out regular maintenance to elevator, is convenient to workman to drive motors, positioning disk, the care and maintenance of the parts such as drive plate.
4, the utility model is swollen, and side's machine comprises workbench, mould, left pressing mechanism and right pressing mechanism, mould is between left pressing mechanism and right pressing mechanism, described mould comprises base, front forming blocks, aftershaping block, middle fixing plate, front push cylinder and rear push cylinder, the both sides, front and back of described base are respectively arranged with leading edge groove and back edge groove, centre position is provided with center groove, front forming blocks is arranged in leading edge groove, aftershaping block is arranged in back edge groove, middle fixing plate is arranged in the groove of center, front push cylinder and rear push cylinder are fixedly mounted on middle fixing plate, front push cylinder is connected with front forming blocks, rear push cylinder is connected with aftershaping block.Left pressing mechanism comprises left cylinder, left push rod and left push pedal, left cylinder is fixed in worktable upper surface, left push rod is connected on left cylinder, left push pedal is connected on left push rod, described right pressing mechanism comprises right cylinder, right push rod and right push pedal, right cylinder is fixed in worktable upper surface, and right push rod is connected on right cylinder, and right push pedal is connected on right push rod.During utility model works, columniform can body is enclosed within front forming blocks and aftershaping block, starts the machine, front push cylinder and pusher cylinder action, front forming blocks and aftershaping block are promoted, front forming blocks reach, moves after aftershaping block, by exceptionally straight for columniform can body squarely, then do pressing mechanism and right pressing mechanism and promote left push pedal and right push pedal extruding can body, the both sides of can body are extruded, further can body is formalized, complete and become square change from cylindrical.The utility model can complete square shaping fast, and shaping efficiency is improved, and simple to operate.Whole device parts are few, drive simple, are easy to operation.
5, the utility model mould also comprises left limit block and right limit block, and left limit block is arranged on the left side of base, and right limit block is arranged on the right side of base.The left limit block that the utility model is arranged and the effect of right limit block are the position limiting front forming blocks and aftershaping block, and avoid being reset many, middle pushing block can not enter between front forming blocks and aftershaping block and complete drive actions.
6, the utility model leading edge groove internal fixtion has front spring, front spring one end is connected on base, and the other end is connected in front forming blocks, and described back edge groove internal fixtion has rear spring, rear spring one end is connected on base, and the other end is connected on aftershaping block.The effect of the front and back spring that the utility model increases is to help front forming blocks and aftershaping block Rapid reset, increases work efficiency.
7, the left push rod of the utility model and right push rod are all socketed with spring bearing, spring bearing is fixed on the upper surface of workbench.The effect of the spring bearing arranged is to support left push rod and right push rod, avoids left push rod and right push rod declivity, accurately can not drive left push pedal and right push pedal extruding can body.
Accompanying drawing explanation
Fig. 1 is the utility model overall structure schematic diagram;
Fig. 2 is the utility model Structure of hoist front view;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is the utility model swollen side's machine structural front view;
Fig. 5 is the top view of the swollen side's machine of the utility model when swollen side;
Fig. 6 is the top view of the swollen side's machine of the utility model when resetting;
Fig. 7 is the utility model swollen side's machine base structural representation.
Mark in figure: 1, swollen side's machine, 11, workbench, 12, mould, 120, base, 121, front forming blocks, 122, aftershaping block, 123, middle fixing plate, 124, front push cylinder, 125, leading edge groove, 126, back edge groove, 127, front spring, 128, rear spring, 129, left limit block, 1210, right limit block, 1211, rear push cylinder, 1212, center groove, 13, left pressing mechanism, 130, left cylinder, 131, left push rod, 132, left push pedal, 14, right pressing mechanism, 140, right cylinder, 141, right push rod, 142, right push pedal, 15, spring bearing, 2, manipulator, 3, elevator, 31, column, 32, conveyer belt, 33, drive motors, 34, drive plate, 35, positioning disk, 36, drive roll, 37, driven voller, 38, electromagnetism iron plate, 39, can body feed track, 310, feed zone, 311, interlude, 312, discharging section, 313, ladder, 4, flanger.
Detailed description of the invention
Below in conjunction with embodiment, the utility model will be further described, and described embodiment is only the utility model part embodiment, is not whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art, not making other embodiments used obtained under creative work prerequisite, belongs to protection domain of the present utility model.
Embodiment 1
The present embodiment comprises swollen side's machine 1, manipulator 2, elevator 3 and flanger 4, described manipulator 2 is between swollen side's machine 1 and elevator 3, described flanger 4 is connected with the discharge end of elevator 3, and the can body after the swollen side of swollen side's machine 1 is transported on elevator 3 by described manipulator 2.
Described elevator 2 comprises column 31, conveyer belt 32, drive motors 33, drive plate 34, positioning disk 35, drive roll 36, driven voller 37, electromagnetism iron plate 38 and can body feed track 39, described column 31 top and bottom are provided with turning cylinder, described drive roll 36 is arranged on the turning cylinder of column 31 upper end, described driven voller 37 is arranged on the turning cylinder of column 31 lower end, described conveyer belt 32 is cycloconveyor belt, described conveyer belt 32 is enclosed within drive roll 36 and driven voller 37, described positioning disk 35 is arranged on the upper end of column 31 and is positioned at the below of drive roll 36, described drive plate 34 to be arranged on column 31 and to be positioned at the below of positioning disk 35, described drive motors 33 is arranged on column 11, described drive motors 33 is rotated by belt drives drive plate 34, described drive plate 34 is rotated by belt drives drive roll 36, described positioning disk 35 and conveyer belt 32 bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate 38 is arranged on column 31, electromagnetism iron plate 38 is positioned at cycloconveyor belt, electromagnetism iron plate 38 extends to positioning disk 35 from the lower end of conveyer belt 32, described positioning disk 35 is electromagnet positioning disk, described can body feed track 39 comprises feed zone 310, interlude 311 and discharging section 312, feed end 310 is arranged on the lower end of conveyer belt 32, interlude 311 is arranged along conveyer belt 32, described discharge end 312 one end is connected on positioning disk 5, the other end is connected on flanger 4, described manipulator 2 is arranged between swollen side's machine 1 and elevator 3, tin can body after the swollen side of swollen side's machine 1 is transported to feed zone 310 place of the can body feed track 39 of elevator 3 by manipulator 2.
The present embodiment column 31 is also provided with ladder 313, and the top of ladder 313 is arranged on drive motors 33 installed position, and can body feed track 39 is the passages made with many stainless steel wires.
Swollen side's machine 1 comprises workbench 11, mould 12, left pressing mechanism 13 and right pressing mechanism 14, mould 12 is between left pressing mechanism 13 and right pressing mechanism 14, described mould 12 comprises base 120, front forming blocks 121, aftershaping block 122, middle fixing plate 123, front push cylinder 124 and rear push cylinder 1211, the both sides, front and back of described base 120 are respectively arranged with leading edge groove 125 and back edge groove 126, centre position is provided with center groove 1212, front forming blocks 121 is arranged in leading edge groove 125, aftershaping block 122 is arranged in back edge groove 126, middle fixing plate 123 is arranged in center groove 1212, front push cylinder 124 and rear push cylinder 1211 are fixedly mounted on middle fixing plate 123, front push cylinder 124 is connected with front forming blocks 121, rear push cylinder 1211 is connected with aftershaping block 122, described left pressing mechanism 13 comprises left cylinder 130, left push rod 131 and left push pedal 132, left cylinder 1130 is fixed on workbench 11 upper surface, left push rod 131 is connected on left cylinder 130, left push pedal 132 is connected on left push rod 131, described right pressing mechanism 14 comprises right cylinder 140, right push rod 141 and right push pedal 142, right cylinder 140 is fixed on workbench 11 upper surface, right push rod 141 is connected on right cylinder 140, right push pedal 142 is connected on right push rod 141.
Embodiment 2
The present embodiment comprises swollen side's machine 1, manipulator 2, elevator 3 and flanger 4, described manipulator 2 is between swollen side's machine 1 and elevator 3, described flanger 4 is connected with the discharge end of elevator 3, and the can body after the swollen side of swollen side's machine 1 is transported on elevator 3 by described manipulator 2.
Described elevator 2 comprises column 31, conveyer belt 32, drive motors 33, drive plate 34, positioning disk 35, drive roll 36, driven voller 37, electromagnetism iron plate 38 and can body feed track 39, described column 31 top and bottom are provided with turning cylinder, described drive roll 36 is arranged on the turning cylinder of column 31 upper end, described driven voller 37 is arranged on the turning cylinder of column 31 lower end, described conveyer belt 32 is cycloconveyor belt, described conveyer belt 32 is enclosed within drive roll 36 and driven voller 37, described positioning disk 35 is arranged on the upper end of column 31 and is positioned at the below of drive roll 36, described drive plate 34 to be arranged on column 31 and to be positioned at the below of positioning disk 35, described drive motors 33 is arranged on column 11, described drive motors 33 is rotated by belt drives drive plate 34, described drive plate 34 is rotated by belt drives drive roll 36, described positioning disk 35 and conveyer belt 32 bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate 38 is arranged on column 31, electromagnetism iron plate 38 is positioned at cycloconveyor belt, electromagnetism iron plate 38 extends to positioning disk 35 from the lower end of conveyer belt 32, described positioning disk 35 is electromagnet positioning disk, described can body feed track 39 comprises feed zone 310, interlude 311 and discharging section 312, feed end 310 is arranged on the lower end of conveyer belt 32, interlude 311 is arranged along conveyer belt 32, described discharge end 312 one end is connected on positioning disk 5, the other end is connected on flanger 4, described manipulator 2 is arranged between swollen side's machine 1 and elevator 3, tin can body after the swollen side of swollen side's machine 1 is transported to feed zone 310 place of the can body feed track 39 of elevator 3 by manipulator 2.
The present embodiment column 31 is also provided with ladder 313, and the top of ladder 313 is arranged on drive motors 33 installed position, and can body feed track 39 is the passages made with many stainless steel wires.
Swollen side's machine 1 comprises workbench 11, mould 12, left pressing mechanism 13 and right pressing mechanism 14, mould 12 is between left pressing mechanism 13 and right pressing mechanism 14, described mould 12 comprises base 120, front forming blocks 121, aftershaping block 122, middle fixing plate 123, front push cylinder 124 and rear push cylinder 1211, the both sides, front and back of described base 120 are respectively arranged with leading edge groove 125 and back edge groove 126, centre position is provided with center groove 1212, front forming blocks 121 is arranged in leading edge groove 125, aftershaping block 122 is arranged in back edge groove 126, middle fixing plate 123 is arranged in center groove 1212, front push cylinder 124 and rear push cylinder 1211 are fixedly mounted on middle fixing plate 123, front push cylinder 124 is connected with front forming blocks 121, rear push cylinder 1211 is connected with aftershaping block 122, described left pressing mechanism 13 comprises left cylinder 130, left push rod 131 and left push pedal 132, left cylinder 1130 is fixed on workbench 11 upper surface, left push rod 131 is connected on left cylinder 130, left push pedal 132 is connected on left push rod 131, described right pressing mechanism 14 comprises right cylinder 140, right push rod 141 and right push pedal 142, right cylinder 140 is fixed on workbench 11 upper surface, right push rod 141 is connected on right cylinder 140, right push pedal 142 is connected on right push rod 141.
The present embodiment mould 12 also comprises left limit block 129 and right limit block 1210, and left limit block 129 is arranged on the left side of base 120, and right limit block 1210 is arranged on the right side of base 120.
Embodiment 3
The present embodiment comprises swollen side's machine 1, manipulator 2, elevator 3 and flanger 4, described manipulator 2 is between swollen side's machine 1 and elevator 3, described flanger 4 is connected with the discharge end of elevator 3, and the can body after the swollen side of swollen side's machine 1 is transported on elevator 3 by described manipulator 2.
Described elevator 2 comprises column 31, conveyer belt 32, drive motors 33, drive plate 34, positioning disk 35, drive roll 36, driven voller 37, electromagnetism iron plate 38 and can body feed track 39, described column 31 top and bottom are provided with turning cylinder, described drive roll 36 is arranged on the turning cylinder of column 31 upper end, described driven voller 37 is arranged on the turning cylinder of column 31 lower end, described conveyer belt 32 is cycloconveyor belt, described conveyer belt 32 is enclosed within drive roll 36 and driven voller 37, described positioning disk 35 is arranged on the upper end of column 31 and is positioned at the below of drive roll 36, described drive plate 34 to be arranged on column 31 and to be positioned at the below of positioning disk 35, described drive motors 33 is arranged on column 11, described drive motors 33 is rotated by belt drives drive plate 34, described drive plate 34 is rotated by belt drives drive roll 36, described positioning disk 35 and conveyer belt 32 bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate 38 is arranged on column 31, electromagnetism iron plate 38 is positioned at cycloconveyor belt, electromagnetism iron plate 38 extends to positioning disk 35 from the lower end of conveyer belt 32, described positioning disk 35 is electromagnet positioning disk, described can body feed track 39 comprises feed zone 310, interlude 311 and discharging section 312, feed end 310 is arranged on the lower end of conveyer belt 32, interlude 311 is arranged along conveyer belt 32, described discharge end 312 one end is connected on positioning disk 5, the other end is connected on flanger 4, described manipulator 2 is arranged between swollen side's machine 1 and elevator 3, tin can body after the swollen side of swollen side's machine 1 is transported to feed zone 310 place of the can body feed track 39 of elevator 3 by manipulator 2.
The present embodiment column 31 is also provided with ladder 313, and the top of ladder 313 is arranged on drive motors 33 installed position, and can body feed track 39 is the passages made with many stainless steel wires.
Swollen side's machine 1 comprises workbench 11, mould 12, left pressing mechanism 13 and right pressing mechanism 14, mould 12 is between left pressing mechanism 13 and right pressing mechanism 14, described mould 12 comprises base 120, front forming blocks 121, aftershaping block 122, middle fixing plate 123, front push cylinder 124 and rear push cylinder 1211, the both sides, front and back of described base 120 are respectively arranged with leading edge groove 125 and back edge groove 126, centre position is provided with center groove 1212, front forming blocks 121 is arranged in leading edge groove 125, aftershaping block 122 is arranged in back edge groove 126, middle fixing plate 123 is arranged in center groove 1212, front push cylinder 124 and rear push cylinder 1211 are fixedly mounted on middle fixing plate 123, front push cylinder 124 is connected with front forming blocks 121, rear push cylinder 1211 is connected with aftershaping block 122, described left pressing mechanism 13 comprises left cylinder 130, left push rod 131 and left push pedal 132, left cylinder 1130 is fixed on workbench 11 upper surface, left push rod 131 is connected on left cylinder 130, left push pedal 132 is connected on left push rod 131, described right pressing mechanism 14 comprises right cylinder 140, right push rod 141 and right push pedal 142, right cylinder 140 is fixed on workbench 11 upper surface, right push rod 141 is connected on right cylinder 140, right push pedal 142 is connected on right push rod 141.
The present embodiment mould 12 also comprises left limit block 129 and right limit block 1210, and left limit block 129 is arranged on the left side of base 120, and right limit block 1210 is arranged on the right side of base 120.
The present embodiment mould 12 also comprises back-moving spring 1211, and one end of back-moving spring 1211 is connected in front forming blocks 121, and the other end is connected on aftershaping block 122.
Embodiment 4
The present embodiment is on the basis of above-mentioned any embodiment, and left push rod 131 and right push rod 141 are all socketed with spring bearing 15, and spring bearing 15 is fixed on the upper surface of workbench 11.
Claims (8)
1. a Tinned food container body forming system, it is characterized in that: comprise swollen side's machine, manipulator, elevator and flanger, described manipulator is between swollen side's machine and elevator, described flanger is connected with the discharge end of elevator, can body after the swollen side of swollen side's machine is transported on elevator by described manipulator, described swollen side's machine comprises workbench, mould, left pressing mechanism and right pressing mechanism, mould is between left pressing mechanism and right pressing mechanism, described mould comprises base, front forming blocks, aftershaping block, middle fixing plate, front push cylinder and rear push cylinder, the both sides, front and back of described base are respectively arranged with leading edge groove and back edge groove, centre position is provided with center groove, front forming blocks is arranged in leading edge groove, aftershaping block is arranged in back edge groove, middle fixing plate is arranged in the groove of center, front push cylinder and rear push cylinder are fixedly mounted on middle fixing plate, front push cylinder is connected with front forming blocks, rear push cylinder is connected with aftershaping block.
2. a kind of Tinned food container body forming system according to claim 1, it is characterized in that: described left pressing mechanism comprises left cylinder, left push rod and left push pedal, left cylinder is fixed in worktable upper surface, left push rod is connected on left cylinder, left push pedal is connected on left push rod, and described right pressing mechanism comprises right cylinder, right push rod and right push pedal, and right cylinder is fixed in worktable upper surface, right push rod is connected on right cylinder, and right push pedal is connected on right push rod.
3. a kind of Tinned food container body forming system according to claim 1 and 2, is characterized in that: described mould also comprises left limit block and right limit block, and left limit block is arranged on the left side of base, and right limit block is arranged on the right side of base.
4. a kind of Tinned food container body forming system according to claim 1, it is characterized in that: described leading edge groove internal fixtion has front spring, front spring one end is connected on base, the other end is connected in front forming blocks, described back edge groove internal fixtion has rear spring, rear spring one end is connected on base, and the other end is connected on aftershaping block.
5. a kind of Tinned food container body forming system according to claim 2, is characterized in that: described left push rod and right push rod are all socketed with spring bearing, and spring bearing is fixed on the upper surface of workbench.
6. a kind of Tinned food container body forming system according to claim 1, it is characterized in that: described elevator comprises column, conveyer belt, drive motors, drive plate, positioning disk, drive roll, driven voller, electromagnetism iron plate and can body feed track, described column top and bottom are provided with turning cylinder, on the described turning cylinder being arranged on column upper end, described driven voller is arranged on the turning cylinder of column lower end, described conveyer belt is cycloconveyor belt, described conveyer belt is enclosed within drive roll and driven voller, described positioning disk is arranged on the upper end of column and is positioned at the below of drive roll, described drive plate to be arranged on column and to be positioned at the below of positioning disk, described drive motors is arranged on column, described drive motors is rotated by belt drives drive plate, described drive plate is rotated by belt drives drive roll, described positioning disk and conveyer belt bottom surface CONTACT WITH FRICTION, described electromagnetism iron plate is arranged on column, electromagnetism iron plate is positioned at cycloconveyor belt, electromagnetism iron plate extends to positioning disk from the lower end of conveyer belt, described positioning disk is electromagnet positioning disk, described can body feed track comprises feed zone, interlude and discharging section, feed end is arranged on the lower end of conveyer belt, interlude is arranged along conveyer belt, described discharge end one end is connected on positioning disk, the other end is connected on flanger, the discharging section of described can body feed track is connected on flanger.
7. a kind of Tinned food container body forming system according to claim 6, it is characterized in that: described column is also provided with ladder, the top of ladder is arranged on drive motors installed position.
8. a kind of Tinned food container body forming system according to claim 6, is characterized in that: described can body feed track is the passage made with many stainless steel wires.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520520371.2U CN204817781U (en) | 2015-07-17 | 2015-07-17 | Food tin can can body molding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520520371.2U CN204817781U (en) | 2015-07-17 | 2015-07-17 | Food tin can can body molding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204817781U true CN204817781U (en) | 2015-12-02 |
Family
ID=54675423
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520520371.2U Expired - Fee Related CN204817781U (en) | 2015-07-17 | 2015-07-17 | Food tin can can body molding system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204817781U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064188A (en) * | 2016-05-31 | 2016-11-02 | 镇江中化聚氨酯工业设备有限公司 | A kind of automatic flanger |
-
2015
- 2015-07-17 CN CN201520520371.2U patent/CN204817781U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064188A (en) * | 2016-05-31 | 2016-11-02 | 镇江中化聚氨酯工业设备有限公司 | A kind of automatic flanger |
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