CN204660913U - A kind of novel dexter feeder - Google Patents
A kind of novel dexter feeder Download PDFInfo
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- CN204660913U CN204660913U CN201520377825.5U CN201520377825U CN204660913U CN 204660913 U CN204660913 U CN 204660913U CN 201520377825 U CN201520377825 U CN 201520377825U CN 204660913 U CN204660913 U CN 204660913U
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- cardboard
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- paper
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Abstract
The novel dexter feeder of the one that the utility model provides, comprise board and paper feeding assembly, paper feeding assembly is arranged at above board.Paper feeding assembly comprises front lay assembly, rear rule and shovel paper assembly, front lay assembly and rear rule interval arrange and cooperatively interact to load at least a piece of paper plate, shovel paper structure can move relative to front lay assembly and rear rule, and offset with the bottom cardboard of at least one cardboard, shovel paper assembly pushing and pressing bottom cardboard moves and departs from front lay assembly and rear rule, and drop down onto on board, be sent to next process further.The novel dexter feeder that the utility model provides, by cooperatively interacting of front perching knife and rear perching knife, cardboard is first separated with front lay, be separated with rear rule again, and then the entirety realizing cardboard comes off, with paper feeding components apart, realize throwing in cardboard from the connecting gear of trend board, save manpower and man-hour that manual operation wastes, improve work efficiency and output.
Description
Technical field
The utility model relates to a kind of dexter feeder, particularly relates to a kind of dexter feeder automatically can supplying cardboard.
Background technology
As shown in Figure 1, traditional dexter feeder comprises board 10, connecting gear 30 and cardboard microscope carrier 20.The paper feeding mode of conventional carton machinery takes out cardboard 90 from cardboard 90 microscope carrier by hand, and cardboard 90 is manually placed on the connecting gear 30 of board 10, by connecting gear 30, cardboard 90 is sent into the processing of rear road, above-mentioned operation puts paper mode one by one by hand, its labour intensity is large, and action is single, longevity of service, tired out, efficiency is low.A kind of dexter feeder automatically can putting paper is provided, release labour power at this.
Utility model content
In view of this, a kind of novel dexter feeder need be provided, can in the process of throwing in cardboard, automatically cardboard is fed to the connecting gear of dexter feeder, make connecting gear that cardboard is sent to next process, and without the need to manually cardboard being put to connecting gear one after another, and then improve work efficiency.
The novel dexter feeder of the one that the utility model provides, comprise board and paper feeding assembly, paper feeding assembly is arranged at above board.Paper feeding assembly comprises front lay assembly, rear rule and shovel paper assembly, front lay assembly and rear rule interval arrange and cooperatively interact to load at least a piece of paper plate, shovel paper structure can move relative to front lay assembly and rear rule, and offset with the bottom cardboard of at least one cardboard, shovel paper assembly pushing and pressing bottom cardboard moves and departs from front lay assembly and rear rule, and drop down onto on board, be sent to next process further.
Preferably, shovel paper assembly comprises front perching knife and rear perching knife, rear shovel cutter spacing is in the below of rear rule, and after leave between perching knife and rear rule can the gap passed of feedboard, front perching knife promotes in one end inserted into gap of bottom cardboard, make the other end and institute's front lay components apart of bottom cardboard, rear perching knife promotes bottom cardboard and falls back from gap and depart from gap, and bottom cardboard drops down onto on board under gravity.
Preferably, front lay assembly comprises front lay, and front lay is provided with hook near one end of board, and one end of cardboard is butted on rear rule, and the other end of cardboard is supported on hook, and front perching knife promotes bottom cardboard and is separated with hook.
Preferably, hook with the surface of barrier interleaved mode lower than front perching knife, prevents front perching knife when mobile and hook bumps against away from the plane at the surperficial place of board.
Preferably, rear rule are provided with height adjusting part, the height in the gap after height adjusting part regulates between rule and rear perching knife, to adapt to the cardboard of different-thickness.
Preferably, novel dexter feeder comprises frame, and front lay assembly also comprises front lay support, frame is provided with guide rail, front lay support is provided with the chute matched with guide rail, front lay under the chute of front lay support and the effect of guide rail can relative to after advise and move, to adapt to the cardboard of different in width.
Preferably, frame is provided with rack, front lay support is provided with tooth bar, the tooth on rack engages with tooth bar, by swing pinion bar, tooth bar is moved, and then drives front lay support along slide.
Preferably, novel dexter feeder also comprises connecting gear, connecting gear is arranged on board, on connecting gear, compartment of terrain distributes multiple paper feeding hook, be adjacent to form the restricted quarter between two paper feeding hooks to hold the cardboard fallen from paper feeding assembly, connecting gear drives paper feeding hook to move, and then drives cardboard to move to next process.
Preferably, dexter feeder also comprises paper-pressing mechanism, and when cardboard drops down onto on board, paper-pressing mechanism compresses cardboard, to wait for that paper feeding hook promotes cardboard and moves.
Preferably, board is provided with inductive switch, when cardboard drops down onto on board, triggers inductive switch, stop paper feeding to control paper feeding assembly, control paper-pressing mechanism and compress cardboard, control connecting gear and start to transmit cardboard to next process.
The novel dexter feeder that the utility model provides, by cooperatively interacting of front perching knife and rear perching knife, cardboard is first separated with front lay, be separated with rear rule again, and then the entirety realizing cardboard comes off, with paper feeding components apart, realize throwing in cardboard from the connecting gear of trend board, save manpower and man-hour that manual operation wastes, improve work efficiency and output.
Accompanying drawing explanation
Fig. 1 is dexter feeder section drawing in prior art.
Fig. 2 is the lateral plan of the novel dexter feeder of better embodiment.
Fig. 3 is the lateral plan of the other direction of the novel dexter feeder of better embodiment.
Fig. 4 is the enlarged drawing of IV part in Fig. 3.
Fig. 5 is the schematic diagram of rear perching knife in Fig. 3.
Fig. 6 is the schematic diagram of paper feeding hook in Fig. 3.
Fig. 7 is the combination schematic diagram of front lay and rear rule in Fig. 3.
Main element nomenclature
| Dexter feeder | 100 |
| Board | 10 |
| Paper feeding assembly | 20 |
| Connecting gear | 30 |
| Cardboard | 90 |
| Frame | 11 |
| Chute | 12 |
| Third gear plate | 13 |
| Fourth gear plate | 14 |
| Inductive switch | 15 |
| Guide rail | 113 |
| Rack | 114 |
| Paper-pressing mechanism | 115 |
| Pipe link | 1151 |
| Pressing lever | 1152 |
| Front lay assembly | 21 |
| Front lay | 211 |
| Hook | 2111 |
| Inclined-plane | 21111 |
| Front lay support | 212 |
| Tooth bar | 2123 |
| Rear rule | 22 |
| Height adjusting part | 221 |
| Shovel paper assembly | 23 |
| Front perching knife | 231 |
| Rear perching knife | 232 |
| Gap | 223 |
| First baffle plate | 24 |
| Second baffle | 25 |
| Loading space | 26 |
| Tension wheel | 31 |
| Paper feeding chain | 32 |
| Paper feeding hook | 321 |
| Grab | 3211 |
Following detailed description of the invention will further illustrate the utility model in conjunction with above-mentioned accompanying drawing.
Detailed description of the invention
As shown in Figure 2, the novel dexter feeder 100 of the one that the utility model provides, automatically can be placed into connecting gear 30 by cardboard 90, makes cardboard 90 be sent to Printing Department and the process of rear road, and then completes the printing to cardboard 90.Dexter feeder 100 comprises board 10, paper feeding assembly 20 and connecting gear 30.Paper feeding assembly 20 and connecting gear 30 are arranged on board 10.Paper feeding assembly 20 is positioned at the top of board 10, and connecting gear 30 is positioned at board 10 surface, and connecting gear 30 one end is positioned at the below of paper feeding assembly 20.Paper feeding assembly 20 is for loading cardboard 90 to be printed, and cardboard 90 is automatically thrown in connecting gear 30 by paper feeding assembly 20, and cardboard 90 is sent to next process by connecting gear 30.
Board 10 is provided with frame 11.Frame 11 comprises the first bracing frame (not indicating in figure) and the second bracing frame (not indicating in figure), and the first bracing frame is relative with the second bracing frame and be spaced apart and arranged on board 10.First bracing frame and the second bracing frame are respectively arranged with line slideway 113.In the present embodiment, line slideway 113 is arranged along the Width of cardboard 90.Paper feeding assembly 20 is slidably mounted on the first bracing frame and the second bracing frame by guide rail 113.
Paper feeding assembly 20 comprises front lay assembly 21, rear rule 22, shovel paper assembly 23, first baffle plate 24 and second baffle 25 as shown in Figure 3.Front lay assembly 21 and compartment of terrain relative with rear rule 22 is arranged, first baffle plate 24 and second baffle 25 interval and be relatively arranged on frame 11 surface, front lay assembly 21, rear rule 22, first baffle plate 24 and the second plate washer limit the loading space 26 for loading cardboard 90 jointly.Shovel paper assembly 23 is positioned at the below of front lay assembly 21 and rear rule 22, in order to be taken out from loading space 26 by cardboard 90, places on connecting gear 30 to be sent to next process.In the present embodiment, the first baffle plate 24 and second baffle 25 are arranged along the length direction of cardboard 90, and front lay assembly 21 and rear rule 22 are arranged along the Width of cardboard 90.In other embodiments, the first plate washer and second baffle 25 can be arranged along the Width of cardboard 90, and front lay assembly 21 and rear rule 22 are arranged along the length direction of cardboard 90.In the present embodiment, the first baffle plate 24 and second baffle 25 are slidably arranged in board 10 surface, and the mode can slided by front lay support 212 and frame 11 be linked together, to adapt to different length.
Simultaneously with reference to Fig. 4, shovel paper assembly 23 comprises front perching knife 231 and rear perching knife 232.Front perching knife 231 is positioned at the below of front lay assembly 21, rear perching knife 232 is positioned at the below of rear rule 22, and and between rear rule 22, leave the gap 223 that can be total to cardboard 90 and pass, gap 223 is the thickness of a piece of paper plate 90 just, except a piece of paper plate 90 of bottommost is transferred, remaining cardboard 90 is all blocked by rear rule 22, ensures only to send a piece of paper plate 90 at every turn, prevent multiple cardboards 90 to be placed on connecting gear 30 simultaneously and be transferred into next process, cause breakdown of equipment.
Rear rule 22 are provided with height adjusting part 221, can be arranged on above rear perching knife 232 by Relative vertical, be fixed in frame 11 by line slideway 113.In the present embodiment, height adjusting part 221 is bolt, and rear rule 22 are linked together by bolt and front lay support 212, rear rule 22 can be regulated relative to the height of rear perching knife 232 by swivel bolt.In other embodiments, frame 11 is arranged the line slide rail of vertically trend, slide rail is provided with the knock hole that multiple interval vertically arranges, fastened by screw is in frame 11 side, rear rule 22 are provided with the chute corresponding with front lay support 212, by the interaction of slide rail and chute, make rear rule 22 can relatively after regulate gap between perching knife 232, and then regulate the height in gap 223 to adapt to the cardboard 90 of different-thickness.
Front lay assembly 21 comprises front lay 211 and front lay support 212.Front lay 211 is provided with the hook 2111 for supporting cardboard 90.Hook 2111 advises the direction extension of 22 backward from one end of the close board 10 of front lay 211.In the present embodiment, hook 2111 is away from the plane at the surperficial place of board 10 with the surface of barrier interleaved mode lower than front perching knife 231, and therefore, front perching knife 231 just interts and can not to bump against at hook 2111 barrier place when mobile.When one end of cardboard 90 is positioned over gap 223 place, when the other end of cardboard 90 is supported on hook 2111, bottom a piece of paper plate 90 advances in other end gap 223 by front perching knife 231, and the cardboard 90 of the bottom is separated with other cardboards 90.In other embodiments, in the present embodiment, one end away from front lay 211 of back-up block 2111 is provided with the inclined-plane 21111 to tilting towards board 10 surface, make when rear perching knife 232 promote cardboard 90 move to front lay 211 direction time, the other end of cardboard 90 can move along inclined-plane 21111 and smoothly with depart from from gap 223, drop down onto on board 10, wait for next working cycle.
Conveniently control front lay support 212 slides along the line slideway 113 of frame 11, in the present embodiment, front lay support 212 is provided with tooth bar 2123 towards the side of board 10, frame 11 is provided with rack 114, tooth on rack 114 engages with tooth bar 2123, user, by swing pinion bar 114, makes tooth bar 2123 move, and then drives front lay support 212 to slide along guide rail 113.
As shown in Figure 1, connecting gear 30 comprises at least two tension wheels 31 and is enclosed within the paper feeding chain 32 between two tension wheels 31, and paper feeding chain 32 is sent to subsequent processing for the cardboard 90 placed by paper feeding assembly 20.In the present embodiment, board 10 is provided with chute 12, paper feeding chain 32 is arranged in chute 12, paper feeding chain 32 is provided with multiple paper feeding hook 321, paper feeding hook 321 is from paper feeding chain 32 through chute 12, and paper feeding hook 321 moves in the rolling along with paper feeding chain 32, is adjacent to be formed between two limiting stoppers 321 restricted quarter, when cardboard 90 drops down onto board 10 surface, paper feeding hook 321 promotes cardboard 90 and moves.In other embodiments, paper feeding hook 321 is provided with grab 3211, paper feeding hook 321 when contacting with cardboard 90, the edge hooking cardboard 90 that grab 3211 can be firm.
In order to improve the stability when promotion of paper feeding hook 321 waited for by cardboard 90 on board 10 further, second baffle 25 is also provided with can second baffle 25 paper-pressing mechanism 115 rotationally relatively, by cylinder as power.When cardboard 90 drops down onto on board 10, paper-pressing mechanism 115 compresses cardboard 90, to wait for that limiting stopper 321 promotes cardboard 90 and moves.In the present embodiment, paper-pressing mechanism 115 comprises pipe link 1151 and pressing lever 1152, one end of pipe link 1151 is connected with second baffle 25 actively, the other end of pipe link 1151 is connected angularly with pressing lever 1152, make when pressing lever 1152 is by sleeving 90, pressing lever 1152 contacts in face with cardboard 90 is parallel, can effectively avoid because point cantact pressing forms impression.Board 10 is also provided with third gear plate 13 and fourth gear plate 14, third gear plate 13 is parallel with fourth gear plate 14 and be spaced apart and arranged in board 10 surface, and the stroke of common restriction cardboard 90, makes cardboard 90 accurately can deliver to subsequent processing.
For realizing the automation of dexter feeder 100 all parts, board 10 is provided with inductive switch 15.Inductive switch 15 is positioned at the position corresponding with paper feeding assembly 20 of board 10, and inductive switch 15 and connecting gear 30, paper feeding assembly 20 and paper-pressing mechanism 115 are electrically connected.In the present embodiment, inductive switch 15 is light sensing switch.In other embodiments, inductive switch 15 also can be negtive micropressure switch, mechanical switch, photoelectric switch etc.
Shown in figure 7, during work, be placed in loading space 26 by multiple cardboards 90, the first end of cardboard 90 is supported on back-up block 2111, and second end relative with first end of cardboard 90 to be held on rear rule 22 and to be supported in the surface of rear perching knife 232.Front perching knife 231 is under the driving of cylinder, promote the first end of bottom cardboard 90, make in the second end inserted into gap 223 of bottom cardboard 90, until first end and back-up block 2111 depart from, bottom cardboard 90 first end is under gravity in hang, now, after air cylinder driven, perching knife 232 moves to front lay 211 direction, the second end that blocking structure 2321 on rear perching knife 232 promotes bottom cardboard 90 exits from gap 223, now, bottom cardboard 90 compresses effect owing to having lacked rear rule 22 to the second end, bottom cardboard 90 falls to board 10 surface under gravity, and then complete the feed stage.When cardboard 90 drops down onto on board 10, trigger inductive switch 15, inductive switch 15 controls paper-pressing mechanism 115 and to rotate and by sleeving 90, prevent cardboard 90 from moving, simultaneously, the power of connecting gear 30 is from rear road unit and follow main frame speed, connecting gear 30 rotates the edge butt joint making paper feeding hook 321 and cardboard 90, and promote cardboard 90 and move along third gear plate 13 and fourth gear plate 14, when paper feeding hook 321 promote cardboard 90 remove from inductive switch 15 time, inductive switch 15 controls dexter feeder 100 and throw in new cardboard 90 on board 10, simultaneously, control paper-pressing mechanism 115 to reset, wait for and working next time.
The novel dexter feeder 100 that the utility model provides, by cooperatively interacting of front perching knife 231 and rear perching knife 232, cardboard 90 is first separated with front lay 211, be separated with rear rule 22 again, and then the entirety realizing cardboard 90 comes off, be separated with dexter feeder 100, realize throwing in cardboard 90 from the connecting gear 30 of trend board 10, save manpower and man-hour that manual operation wastes, improve work efficiency and output.
Last it is noted that above embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to aforementioned embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in aforementioned each embodiment, or carries out equivalent replacement to wherein portion of techniques feature; And this amendment or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of the utility model.
Claims (10)
1. a novel dexter feeder, comprise board and paper feeding assembly, described paper feeding assembly is arranged at above described board, it is characterized in that, described paper feeding assembly comprises front lay assembly, rear rule and shovel paper assembly, described front lay assembly and described rear rule interval arrange and cooperatively interact to load at least a piece of paper plate, described shovel paper structure can move relative to described front lay assembly and described rear rule, and offset with the bottom cardboard of described at least one cardboard, described shovel paper assembly pushes against described bottom cardboard and moves and depart from described front lay assembly and described rear rule, and drop down onto on described board, be sent to next process further.
2. novel dexter feeder as claimed in claim 1, it is characterized in that, described shovel paper assembly comprises front perching knife and rear perching knife, described rear shovel cutter spacing is in the below of described rear rule, and between described rear perching knife and described rear rule, leave the gap can passed for described cardboard, one end that described front perching knife promotes described bottom cardboard is inserted in described gap, make the other end of described bottom cardboard and described front lay components apart, described rear perching knife promotes described bottom cardboard and falls back from described gap and depart from described gap, described bottom cardboard drops down onto on described board under gravity.
3. novel dexter feeder as claimed in claim 2, it is characterized in that, described front lay assembly comprises front lay, described front lay is provided with hook near one end of described board, one end of described cardboard is butted on described rear rule, the other end of described cardboard is supported on described hook, and described front perching knife promotes described bottom cardboard and is separated with described back-up block.
4. novel dexter feeder as claimed in claim 3, is characterized in that, described hook with the surface of barrier interleaved mode lower than described front perching knife, prevents described front perching knife when mobile and described hook bumps against away from the plane at the surperficial place of board.
5. novel dexter feeder as claimed in claim 2, is characterized in that, described rear rule are provided with height adjusting part, and described height adjusting part regulates the height in the gap between described rear rule and described rear perching knife, to adapt to the cardboard of different-thickness.
6. novel dexter feeder as claimed in claim 4, it is characterized in that, described novel dexter feeder comprises frame, described front lay assembly also comprises front lay support, described frame is provided with guide rail, described front lay support is provided with the chute matched with described guide rail, described front lay can move relative to described rear rule, to adapt to the cardboard of different in width under the chute of described front lay support and the effect of described guide rail.
7. novel dexter feeder as claimed in claim 6, is characterized in that, described frame is provided with rack, described front lay support is provided with tooth bar, and the tooth on described rack engages with described tooth bar, by swing pinion bar, tooth bar is moved, and then drives front lay support along slide.
8. novel dexter feeder as claimed in claim 1, it is characterized in that, described novel dexter feeder also comprises connecting gear, described connecting gear is arranged on described board, on described connecting gear, compartment of terrain distributes multiple paper feeding hook, be adjacent to form the restricted quarter between two paper feeding hooks to hold the cardboard fallen from described paper feeding assembly, described connecting gear drives described paper feeding hook to move, and then drives described cardboard to move to next process.
9. novel dexter feeder as claimed in claim 8, is characterized in that, described dexter feeder also comprises paper-pressing mechanism, and when described cardboard drops down onto on described board, described paper-pressing mechanism compresses described cardboard, to wait for that described paper feeding hook promotes described cardboard and moves.
10. novel dexter feeder as claimed in claim 9, it is characterized in that, described board is provided with inductive switch, when described cardboard drops down onto on described board, trigger described inductive switch, stop paper feeding to control described paper feeding assembly, control described paper-pressing mechanism and compress described cardboard, control described connecting gear and start to transmit described cardboard to next process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520377825.5U CN204660913U (en) | 2015-06-03 | 2015-06-03 | A kind of novel dexter feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520377825.5U CN204660913U (en) | 2015-06-03 | 2015-06-03 | A kind of novel dexter feeder |
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| Publication Number | Publication Date |
|---|---|
| CN204660913U true CN204660913U (en) | 2015-09-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520377825.5U Active CN204660913U (en) | 2015-06-03 | 2015-06-03 | A kind of novel dexter feeder |
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| CN (1) | CN204660913U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114634043A (en) * | 2022-01-25 | 2022-06-17 | 南京创驰广告有限公司 | Non-stop machine type automatic cache processing device based on digital printing |
-
2015
- 2015-06-03 CN CN201520377825.5U patent/CN204660913U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114634043A (en) * | 2022-01-25 | 2022-06-17 | 南京创驰广告有限公司 | Non-stop machine type automatic cache processing device based on digital printing |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |