CN204211192U - Three feedways in flakes - Google Patents
Three feedways in flakes Download PDFInfo
- Publication number
- CN204211192U CN204211192U CN201420602879.2U CN201420602879U CN204211192U CN 204211192 U CN204211192 U CN 204211192U CN 201420602879 U CN201420602879 U CN 201420602879U CN 204211192 U CN204211192 U CN 204211192U
- Authority
- CN
- China
- Prior art keywords
- positioning
- side positioning
- screw rod
- conveying
- sliding block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Making Paper Articles (AREA)
Abstract
The utility model open a kind of three feedway in flakes, comprises conveyer belt mechanism and paper feeding positioning guide mechanism.This is three while feedway realizes the conveying to three cardboards in flakes by conveyer belt mechanism in flakes, and realize carrying out positioning and guiding to three conveyings in flakes by paper feeding positioning guide mechanism, structure is simple, practical.
Description
Technical field
The utility model relates to mechanical field, particularly relates to one three feedway in flakes.
Background technology
In the automatic folding and sticking forming process of gift box, need the direction of three cardboard as prescribeies to be in flakes transported to the position of specifying, to carry out follow-up folding and sticking processing.
For above problem, the utility model provides a kind of and integrates conveying and three of positioning and guiding feedways in flakes.
Utility model content
The purpose of this utility model is to provide a kind of three feedways in flakes integrating conveying and positioning and guiding.
To achieve these goals, the technical solution of the utility model is: provide one three feedway in flakes, comprise conveyer belt mechanism and paper feeding positioning guide mechanism, described conveyer belt mechanism comprises transfer gantry, conveying servomotor, driving tooth wheels, driven gear, load-transfer device, conveying, conveying slide block and two cardboard support side plates, described conveying servomotor is fixedly arranged in the rear end of described transfer gantry, described driving tooth wheels connect with the mouth of described conveying servomotor, the front upper place being fixedly arranged in corresponding described driving tooth wheels on described transfer gantry moved towards before and after described conveying, described driven gear rotary connection is in the front end of described conveying, described load-transfer device is wound on described driving tooth wheels and described driven gear, and up and down outside described conveying, the upper end and sliding with described conveying that described conveying slide block is fixed on described load-transfer device connects, described cardboard support side plate is vertically connected at the both sides of described conveying respectively and stretches to the front of described transfer gantry, described paper feeding positioning guide mechanism comprises input front apron, two input side plates, first outgoing side positioning guiding structure, second outgoing side positioning guiding structure, positioning guiding structure on two, locate horizontal slide rail, side positioning transmission screw component, upper positioning transmission screw component, described input front apron is fixed in the top of corresponding cardboard support side plate on described transfer gantry, form cardboard between described input front apron and described cardboard support side plate and pass through gap, described input side plate is vertically fixed in the both sides of the aft end face of described input front apron, the horizontal slide rail in described location is laterally fixed in the front end face of described input front apron, described upper positioning guiding structure is slidably connected on the horizontal slide rail in described location, described first outgoing side positioning guiding structure and described second exports the outside that location structure is slidably connected to corresponding described upper positioning guiding structure on the horizontal slide rail in described location, described side positioning transmission screw component drives described first outgoing side positioning guiding structure and described second to export location structure and moves inward simultaneously or outwards move simultaneously, described upper positioning transmission screw component drives upper positioning guiding structure described in two to move inward simultaneously or outwards move simultaneously.
Described conveyer belt mechanism also comprises the cardboard lifting structure in described paper feeding positioning guide mechanism inferoanterior correspondence two between positioning guiding structure, described cardboard lifting structure comprises twin shaft cylinder and support paper, described twin shaft cylinder is fixed on the lower front end of described transfer gantry, and two output shafts of described twin shaft cylinder vertically stretch between two cardboard support side plates affixed with described support paper.
The upper surface of described conveying slide block is convexly equipped with some support rims, and the upper surface of described support rim is positioned in same level.
Described upper positioning guiding structure comprises positioning sliding block, upper positioning supporting frame and upper positioning body, described upper positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described upper positioning sliding block of described upper positioning supporting frame are affixed, lower end and the described upper positioning body of described upper positioning supporting frame are affixed, described first outgoing side positioning guiding structure comprises the first side positioning sliding block, first side positioning supporting frame and the first side positioning body, described first side positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described first side positioning sliding block of described first side positioning supporting frame are affixed, lower end and the described first side positioning body of described first side positioning supporting frame are affixed, described second outgoing side positioning guiding structure comprises the second side positioning sliding block, second side positioning supporting frame and the second side positioning body, described second side positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described second side positioning sliding block of described second side positioning supporting frame are affixed, lower end and the described second side positioning body of described second side positioning supporting frame are affixed.
Described side positioning transmission screw component comprises side fixed mounted seat, reverse screw mandrel is located in side, side positioning screw rod handwheel and both sides positioning screw rod contiguous block, described side fixed mounted seat is fixed on the side of the front end face of described input front apron, described side positioning screw rod contiguous block is fixed on described first side positioning sliding block and the second side positioning sliding block respectively, described side positioning screw rod contiguous block has side positioning screw rod screw, described side is located reverse screw mandrel and is screwed and be plugged in the positioning screw rod screw of described side, described side is located reverse screw mandrel and is rotated through described side fixed mounted seat and described side positioning screw rod handwheel is affixed, described upper positioning transmission screw component comprises fixed mounted seat, the reverse screw mandrel in upper location, positioning screw rod contiguous block on upper positioning screw rod handwheel and two, described upper fixed mounted seat is fixed on the opposite side of the front end face of described input front apron, described upper positioning screw rod contiguous block is fixed on described upper positioning sliding block respectively, described upper positioning screw rod contiguous block has positioning screw rod screw, the reverse screw mandrel in described upper location screws and is plugged in described upper positioning screw rod screw, the reverse screw mandrel in described upper location rotates through described upper fixed mounted seat and described upper positioning screw rod handwheel is affixed.
Described side fixed mounted seat and described upper fixed mounted seat are separately installed with position indicator.
Compared with prior art, the utility model three is while feedway realizes the conveying to three cardboards in flakes by conveyer belt mechanism in flakes, and realize carrying out positioning and guiding to three conveyings in flakes by paper feeding positioning guide mechanism, structure is simple, practical.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the constructional drawing of the utility model three feedway angle in flakes.
Fig. 2 is the constructional drawing of the utility model three another angle of feedway in flakes.
Detailed description of the invention
With reference to figure 1 and Fig. 2, the utility model three in flakes feedway 100 comprises conveyer belt mechanism 110 and paper feeding positioning guide mechanism 130.
Described conveyer belt mechanism 110 comprises transfer gantry 111, conveying servomotor 112, driving tooth wheels 113, driven gear (not shown), load-transfer device 115, conveying 116, conveying slide block 117 and two cardboard support side plates 118.
Described conveying servomotor 112 is fixedly arranged in the rear end of described transfer gantry 111.Described driving tooth wheels 113 connect with the mouth of described conveying servomotor 112, the front upper place being fixedly arranged in corresponding described driving tooth wheels 113 on described transfer gantry 111 of trend before and after described conveying 116.Described driven gear rotary connection is in the front end of described conveying 116.Described load-transfer device 115 is wound on described driving tooth wheels 113 and described driven gear, and up and down outside described conveying 116.The upper end and sliding with described conveying 116 that described conveying slide block 117 is fixed on described load-transfer device 115 connects.Described cardboard support side plate 118 is vertically connected at the both sides of described conveying 116 respectively and stretches to the front of described transfer gantry 111.
Better one, the upper surface of described conveying slide block 117 is convexly equipped with some support rims 1171, and the upper surface of described support rim 1171 is positioned in same level.
Described paper feeding positioning guide mechanism 130 comprises input front apron 131, two and inputs positioning guiding structure 135 on side plate 132, first outgoing side positioning guiding structure, the second outgoing side positioning guiding structure, two, locates horizontal slide rail 136, side positioning transmission screw component and upper positioning transmission screw component.
Described input front apron 131 is fixed in the top of corresponding cardboard support side plate 118 on described transfer gantry 111, form cardboard by gap between described input front apron 131 and described cardboard support side plate 118, described input side plate 132 is vertically fixed in the both sides of the aft end face of described input front apron 131.Described location horizontal slide rail 136 is laterally fixed in the front end face of described input front apron 131.Described upper positioning guiding structure 135 is slidably connected on the horizontal slide rail 136 in described location, and described first outgoing side positioning guiding structure and described second exports the outside that location structure is slidably connected to corresponding described upper positioning guiding structure 135 on the horizontal slide rail in described location 136.Described side positioning transmission screw component drives described first outgoing side positioning guiding structure and described second to export location structure and moves inward simultaneously or outwards move simultaneously, and described upper positioning transmission screw component drives upper positioning guiding structure 135 described in two to move inward simultaneously or outwards move simultaneously.
Particularly, described upper positioning guiding structure 135 comprises positioning sliding block 1351, upper positioning supporting frame 1352 and upper positioning body 1353.Described upper positioning sliding block 1351 is slidably connected on the horizontal slide rail 136 in described location.Upper end and the described upper positioning sliding block 1351 of described upper positioning supporting frame 1352 are affixed, and lower end and the described upper positioning body 1353 of described upper positioning supporting frame 1352 are affixed.Described first outgoing side positioning guiding structure comprises the first side positioning sliding block 1331, first side positioning supporting frame 1332 and the first side positioning body 120.Described first side positioning sliding block 1331 is slidably connected on the horizontal slide rail 136 in described location, upper end and the described first side positioning sliding block 1331 of described first side positioning supporting frame 1332 are affixed, and lower end and the described first side positioning body 120 of described first side positioning supporting frame 1332 are affixed.Described second outgoing side positioning guiding structure comprises the second side positioning sliding block 1341, second side positioning supporting frame 1342 and the second side positioning body 1343.Described second side positioning sliding block 1341 is slidably connected on the horizontal slide rail 136 in described location.Upper end and the described second side positioning sliding block 1341 of described second side positioning supporting frame 1342 are affixed, and lower end and the described second side positioning body 120 of described second side positioning supporting frame 1342 are affixed.
Described side positioning transmission screw component comprises side fixed mounted seat 1381, reverse screw mandrel 1382 is located in side, side positioning screw rod handwheel 1383 and both sides positioning screw rod contiguous block 1384.Described side fixed mounted seat 1381 is fixed on the side of the front end face of described input front apron 131, and described side positioning screw rod contiguous block 1382 is fixed on described first side positioning sliding block 1331 and the second side positioning sliding block 1341 respectively.Described side positioning screw rod contiguous block 1384 has side positioning screw rod screw (not shown).Described side is located reverse screw mandrel 1382 and is screwed and be plugged in the positioning screw rod screw of described side.Reverse screw mandrel 1382 is located in described side, and to rotate through described side fixed mounted seat 1381 affixed with described side positioning screw rod handwheel 1383.Described upper positioning transmission screw component comprises positioning screw rod contiguous block 1394 on fixed mounted seat 1391, the reverse screw mandrel in upper location 1392, upper positioning screw rod handwheel 1393 and two.Described upper fixed mounted seat 1391 is fixed on the opposite side of the front end face of described input front apron 131, described upper positioning screw rod contiguous block 1394 is fixed on described upper positioning sliding block 1351 respectively, and described upper positioning screw rod contiguous block 1394 has positioning screw rod screw (not shown).The reverse screw mandrel in described upper location 1392 screws and is plugged in described upper positioning screw rod screw, and it is affixed with described upper positioning screw rod handwheel 1393 that the reverse screw mandrel in described upper location 1392 rotates through described upper fixed mounted seat 1391.
Better one, described side fixed mounted seat 1381 and described upper fixed mounted seat 1391 are separately installed with position indicator 137.Described conveyer belt mechanism 110 also comprises the cardboard lifting structure 119 in described paper feeding positioning guide mechanism inferoanterior correspondence two between positioning guiding structure.Described cardboard lifting structure 119 comprises twin shaft cylinder 1191 and support paper 1192.Described twin shaft cylinder 1191 is fixed on the lower front end of described transfer gantry 111, and two output shafts of described twin shaft cylinder 1191 vertically stretch between two cardboard support side plates 118 affixed with described support paper 1192.
The utility model three is when feedway 100 works in flakes, conveying servomotor 112 drives driving tooth wheels 113 to rotate, driving tooth wheels 113 driving conveying belt 115 rotates around driving tooth wheels 113 and driven gear, thus drive conveying slide block 117 to slide along conveying 116, one folded three is placed in flakes to drive on two cardboard support side plates 118 and by conveying slide block 117 and moves ahead.This folded three in flakes cardboard from input between two input side plates 132, one of the most end is exported from the cardboard bottom input front apron 131 by gap, regulate the position of positioning guiding structure 135 on the first outgoing side positioning guiding structure and the second outgoing side positioning guiding structure and two, thus three left and right, upper three moving directions of cardboard in flakes that adjustment exports, make three to be delivered to assigned address in flakes.
The utility model three is while feedway realizes the conveying to three cardboards in flakes by conveyer belt mechanism in flakes, and realize carrying out positioning and guiding to three conveyings in flakes by paper feeding positioning guide mechanism, structure is simple, practical.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (6)
1. three feedways in flakes, is characterized in that, comprising:
Conveyer belt mechanism, described conveyer belt mechanism comprises transfer gantry, conveying servomotor, driving tooth wheels, driven gear, load-transfer device, conveying, conveying slide block and two cardboard support side plates, described conveying servomotor is fixedly arranged in the rear end of described transfer gantry, described driving tooth wheels connect with the mouth of described conveying servomotor, the front upper place being fixedly arranged in corresponding described driving tooth wheels on described transfer gantry moved towards before and after described conveying, described driven gear rotary connection is in the front end of described conveying, described load-transfer device is wound on described driving tooth wheels and described driven gear, and up and down outside described conveying, the upper end and sliding with described conveying that described conveying slide block is fixed on described load-transfer device connects, described cardboard support side plate is vertically connected at the both sides of described conveying respectively and stretches to the front of described transfer gantry, and
Paper feeding positioning guide mechanism, described paper feeding positioning guide mechanism comprises input front apron, two input side plates, first outgoing side positioning guiding structure, second outgoing side positioning guiding structure, positioning guiding structure on two, locate horizontal slide rail, side positioning transmission screw component, upper positioning transmission screw component, described input front apron is fixed in the top of corresponding cardboard support side plate on described transfer gantry, form cardboard between described input front apron and described cardboard support side plate and pass through gap, described input side plate is vertically fixed in the both sides of the aft end face of described input front apron, the horizontal slide rail in described location is laterally fixed in the front end face of described input front apron, described upper positioning guiding structure is slidably connected on the horizontal slide rail in described location, described first outgoing side positioning guiding structure and described second exports the outside that location structure is slidably connected to corresponding described upper positioning guiding structure on the horizontal slide rail in described location, described side positioning transmission screw component drives described first outgoing side positioning guiding structure and described second to export location structure and moves inward simultaneously or outwards move simultaneously, described upper positioning transmission screw component drives upper positioning guiding structure described in two to move inward simultaneously or outwards move simultaneously.
2. as claimed in claim 1 three feedways in flakes, it is characterized in that: described conveyer belt mechanism also comprises the cardboard lifting structure in described paper feeding positioning guide mechanism inferoanterior correspondence two between positioning guiding structure, described cardboard lifting structure comprises twin shaft cylinder and support paper, described twin shaft cylinder is fixed on the lower front end of described transfer gantry, and two output shafts of described twin shaft cylinder vertically stretch between two cardboard support side plates affixed with described support paper.
3. as claimed in claim 1 three feedways in flakes, is characterized in that: the upper surface of described conveying slide block is convexly equipped with some support rims, and the upper surface of described support rim is positioned in same level.
4. as claimed in claim 1 three feedways in flakes, it is characterized in that: described upper positioning guiding structure comprises positioning sliding block, upper positioning supporting frame and upper positioning body, described upper positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described upper positioning sliding block of described upper positioning supporting frame are affixed, lower end and the described upper positioning body of described upper positioning supporting frame are affixed, described first outgoing side positioning guiding structure comprises the first side positioning sliding block, first side positioning supporting frame and the first side positioning body, described first side positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described first side positioning sliding block of described first side positioning supporting frame are affixed, lower end and the described first side positioning body of described first side positioning supporting frame are affixed, described second outgoing side positioning guiding structure comprises the second side positioning sliding block, second side positioning supporting frame and the second side positioning body, described second side positioning sliding block is slidably connected on the horizontal slide rail in described location, upper end and the described second side positioning sliding block of described second side positioning supporting frame are affixed, lower end and the described second side positioning body of described second side positioning supporting frame are affixed.
5. as claimed in claim 4 three feedways in flakes, it is characterized in that: described side positioning transmission screw component comprises side fixed mounted seat, reverse screw mandrel is located in side, side positioning screw rod handwheel and both sides positioning screw rod contiguous block, described side fixed mounted seat is fixed on the side of the front end face of described input front apron, described side positioning screw rod contiguous block is fixed on described first side positioning sliding block and the second side positioning sliding block respectively, described side positioning screw rod contiguous block has side positioning screw rod screw, described side is located reverse screw mandrel and is screwed and be plugged in the positioning screw rod screw of described side, described side is located reverse screw mandrel and is rotated through described side fixed mounted seat and described side positioning screw rod handwheel is affixed, described upper positioning transmission screw component comprises fixed mounted seat, the reverse screw mandrel in upper location, positioning screw rod contiguous block on upper positioning screw rod handwheel and two, described upper fixed mounted seat is fixed on the opposite side of the front end face of described input front apron, described upper positioning screw rod contiguous block is fixed on described upper positioning sliding block respectively, described upper positioning screw rod contiguous block has positioning screw rod screw, the reverse screw mandrel in described upper location screws and is plugged in described upper positioning screw rod screw, the reverse screw mandrel in described upper location rotates through described upper fixed mounted seat and described upper positioning screw rod handwheel is affixed.
6. as claimed in claim 5 three feedways in flakes, is characterized in that: described side fixed mounted seat and described upper fixed mounted seat are separately installed with position indicator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602879.2U CN204211192U (en) | 2014-10-19 | 2014-10-19 | Three feedways in flakes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602879.2U CN204211192U (en) | 2014-10-19 | 2014-10-19 | Three feedways in flakes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204211192U true CN204211192U (en) | 2015-03-18 |
Family
ID=52979885
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420602879.2U Active CN204211192U (en) | 2014-10-19 | 2014-10-19 | Three feedways in flakes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204211192U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104355147A (en) * | 2014-10-19 | 2015-02-18 | 东莞市鸿铭机械有限公司 | Three-laminated-plate conveying device |
-
2014
- 2014-10-19 CN CN201420602879.2U patent/CN204211192U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104355147A (en) * | 2014-10-19 | 2015-02-18 | 东莞市鸿铭机械有限公司 | Three-laminated-plate conveying device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203921292U (en) | A kind of tissue is managed sheet palletizing apparatus automatically | |
| CN204979413U (en) | Full -automatic angle edge case sealer | |
| CN103979327A (en) | Wrapping paper conveyer | |
| CN203767777U (en) | Iron sheet stacking device | |
| CN105775199A (en) | Clamping feeding type profile packaging device | |
| CN102730233A (en) | Double-servo-control high-speed horizontal type box opening mechanism | |
| CN104355147A (en) | Three-laminated-plate conveying device | |
| CN105109183A (en) | Automatic film laminating machine | |
| CN103738754A (en) | Paper automatically-feeding table | |
| CN204211192U (en) | Three feedways in flakes | |
| CN202367988U (en) | Folding and forming wheel device of box sticking machine | |
| CN203199217U (en) | Case sealing-ejecting device in full-automatic stacking-casing machine | |
| CN206154418U (en) | Sealing strip tapping machine | |
| CN106041322B (en) | One kind linkage punching system | |
| CN104355059A (en) | Three-piece conveying mechanism with reverse screw rod component | |
| CN208149821U (en) | Auto-unboxing feeding production line | |
| CN106185426A (en) | A kind of paper sheet stacking mechanism of paper cutter | |
| CN103085340A (en) | Hangtag machine | |
| CN206494174U (en) | A kind of multifunctional high speed packing machine differential feed arrangement | |
| CN202781948U (en) | Processing machine for hand bag | |
| CN105730129A (en) | Printed matter mounting production line | |
| CN205255596U (en) | Seal mechanism in system bag machine | |
| CN204280772U (en) | Conveying machinery arm device | |
| CN209479105U (en) | A kind of paper products taping machine | |
| CN203698757U (en) | Full-automatic high-speed carton unpacking machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee after: Guangdong Hongming intelligent Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee before: Dongguan City Hongming Machinery Co., Ltd. |
|
| CP01 | Change in the name or title of a patent holder |