CN205344169U - Binding machine - Google Patents
Binding machine Download PDFInfo
- Publication number
- CN205344169U CN205344169U CN201620111558.1U CN201620111558U CN205344169U CN 205344169 U CN205344169 U CN 205344169U CN 201620111558 U CN201620111558 U CN 201620111558U CN 205344169 U CN205344169 U CN 205344169U
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- China
- Prior art keywords
- tooth bar
- boring
- presses
- gear
- tooth
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- 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.)
- Withdrawn - After Issue
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Abstract
The utility model relates to a binding machine especially indicates to carry out the binding machine that binds to books and magazine etc.. The utility model provides a following technical scheme: a binding machine which characterized in that: the fixed shifting block that is provided with of gear front side or rear side, this shifting block sets up with synchronous rotation of gear, and be provided with first face and the second stirred on the shifting block and stir the face, the pressure is riveted the rack and is riveted rack and second including first pressure and press and rivet the rack, the drilling rack is including first drilling rack and second drilling rack, through adopting above -mentioned scheme, the utility model discloses to prior art exist not enough, provide a compact structure, the operation is reliable, the stroke is short neotype binding machine.
Description
Technical field
This utility model relates to a kind of binder, particularly relates to the binder that books and magazine etc. are bound.
Background technology
In prior art, binder is provided with that drilling equipment and pressure riveting device, drilling equipment and pressure riveting device are parallel to be arranged side by side, and drilling equipment and pressure riveting device are driven by corresponding motor respectively and realize moving up and down.
In order to reduce the driving mechanism of bookbinding, simplify structure, reduce its cost, prior art proposes multiple technologies scheme, it it is the utility model patent of " driving device of riveting pipe binder " if China Patent No. is " 200920116835.8 ", patent name, the utility model patent that China Patent No. is " 200920184968.9 ", patent name is " single motor realizes binder drilling feeding and bookbinding driving device ", China Patent No. is " 201020137898.4 ", patent name is the utility model patent etc. of " novel mechanism of bill self-binder ".Although the technical scheme disclosed in above-mentioned patent decreases motor or handle for driving pressure riveting device, but, in actual use, owing to drilling equipment and pressure riveting device move simultaneously, and both moving directions are contrary, wherein, also propose and solve the scheme that its stroke is long, but its scheme is also unstable in actual motion, and the Reliability of Microprocessor of the mechanism that driving drilling equipment and pressure riveting device move up and down is relatively low, easily breaks down in running.It addition, the stroke that drilling equipment and pressure riveting device are upwards is relatively big, drilling equipment and pressure riveting device can move up
To higher position, the height of binder entirety is relatively big, and single-piece frame also becomes big therewith, consumes material more, actually and reduced by cost.
Utility model patent such as " a kind of structure improved binder " that China Patent No. is 201120508299.3 discloses a kind of structure improved binder, including frame, drilling equipment, boring tooth bar, pressure riveting device, the tooth bar that presses, geared dynamo and gear；Drilling equipment and pressure riveting device are movably arranged on described frame respectively, and boring tooth bar is fixed on drilling equipment；Described geared dynamo is installed on frame, geared dynamo connects gear, gear engages boring tooth bar and the tooth bar that presses respectively, it is characterized in that: described in press and between tooth bar and pressure riveting device, be provided with actuating device, pressure riveting device is provided with resetting means, when the tooth bar that presses moves down, actuating device connects press tooth bar and pressure riveting device, and the rack drives that presses pressure riveting device moves down and presses；When the tooth bar that presses moves up, actuating device disconnects press tooth bar or pressure riveting device, and resetting means drives pressure riveting device upwards to reset.This binder adopts a motor to drive bore portion and the part work that presses simultaneously, decrease unnecessary dry running power loss, but, in the process that gear driven tooth bar moves up and down, the tooth bar moved up can rise to higher position, long by the bore portion of rack drives and the part stroke upwards that presses so that the whole height of binder increases, and the volume of binder increases.
Summary of the invention
The deficiency that this utility model exists for prior art, it is provided that a kind of compact conformation, the novel binder that reliable, stroke is short.
For achieving the above object, this utility model provides following technical scheme: a kind of binder, include frame, drilling equipment, boring tooth bar, pressure riveting device, press tooth bar, pipe cutter, gear and geared dynamo, described geared dynamo is installed in frame, geared dynamo connects gear, boring tooth bar and the tooth bar that presses are positioned at gear both sides and engage cooperation respectively with gear, it is characterized in that: on front side of gear or rear side be fixedly installed shifting block, this shifting block rotates with gear synchronous and arranges, shifting block is provided with first stir face and second and stir face, the described tooth bar that presses includes first tooth bar and second that presses and presses tooth bar, first tooth bar and second tooth bar that presses that presses is arranged on the side of gear, first tooth bar and second that presses presses and is respectively arranged with the tooth that can engage with gear on tooth bar, first press tooth bar and second press tooth bar overlapping arrange, described first presses is provided with guiding bearing pin or long guiding hole on tooth bar, second presses is provided with the guiding bearing pin pressing on tooth bar with first on tooth bar or long guiding hole that long guiding hole coordinates or the bearing pin that leads, first press tooth bar and second press tooth bar guiding sliding arrange, upper riveted joint and first in described pressure riveting device presses, and tooth bar is fixing to be connected, described first presses is provided with projection on tooth bar, described gear and first tooth bar and second tooth bar that presses that presses is correspondingly arranged, described pinion rotation drives first to press and moves on tooth bar, on move to and drive second to press after guiding bearing pin and long guiding hole are conflicted rack synchronous moves, backgear and first tooth bar and second tooth bar that presses that presses be simultaneously engaged, on move on to setting position after the first face of stirring stir projection and make the first tooth and gear pressing tooth bar depart from, first tooth bar that presses stops upper shifting, now the second tooth pressing bar continues to engage with tooth bar, second presses moves on tooth bar, the described gear reversion drive tooth bar that presses moves down, first gear driven second tooth bar that presses moves down, it is displaced downwardly to after guiding bearing pin and long guiding hole are conflicted to drive first tooth bar that presses to move down, the tooth that now the first tooth pressed below tooth bar presses with second above tooth bar aligns, first presses engages with gear after tooth bar moves down and realizes gear driven first tooth bar that presses and move down, thus driving upper riveted joint to move down, described boring tooth bar includes the first boring tooth bar and the second boring tooth bar, first boring tooth bar and the second boring tooth bar are respectively arranged with the tooth that can engage with gear, first boring tooth bar and the second boring tooth bar overlapping are arranged, described first boring tooth bar is provided with guiding bearing pin or long guiding hole, second boring tooth bar is provided with the long guiding hole or guiding bearing pin that coordinate with the guiding bearing pin on the first boring tooth bar or long guiding hole, first boring tooth bar and the second boring tooth bar guiding sliding are arranged, the installing rack of described drilling equipment and the first fixing connection of boring tooth bar, described first boring tooth bar is provided with boss, the tooth of described gear and the first pressure boring tooth bar and the second boring tooth bar is correspondingly arranged, described pinion rotation drives and moves on the first boring tooth bar, on move to drive after guiding bearing pin and long guiding hole are conflicted the second boring rack synchronous move, backgear and first boring tooth bar and second boring tooth bar be simultaneously engaged, on move on to setting position after the second face of stirring stir boss and make the tooth of the first boring tooth bar depart from gear, first boring tooth bar stops upper shifting, now the tooth of the second boring tooth bar continues to engage with tooth bar, second boring tooth bar moves, the reversion of described gear drives boring tooth bar to move down, first gear driven second tooth bar of holing moves down, it is displaced downwardly to after guiding bearing pin is conflicted with long guiding hole and drives the first boring tooth bar to move down, now the tooth below the first boring tooth bar aligns with the tooth above the second boring tooth bar, first boring tooth bar engages with gear after moving down and realizes gear driven first tooth bar of holing and move down, thus driving installing rack to move down.
By adopting such scheme, we form with boring tooth bar the tooth bar that presses by two parts, so press tooth bar or boring tooth bar will not raise when upper shifting always, first press tooth bar and the first boring projection of tooth bar and boss is stirred face and second by first and is stirred and just stop after face is stirred respectively rising, so we just the height reduction of whole product, can make product with compact structure, compact, be easy to ensure and transport.
Of the present utility model it is arranged so that described drilling equipment includes lead, installing rack, motor, pressing plate, spring and drill bit further, described installing rack and pressing plate guiding are arranged on lead, spring is set between installing rack and pressing plate, described installing rack is provided with two installing zones, one of them installation is used for arranging drill bit, another installing zone arranges motor, passes through belt drive between motor and drill bit.
By adopting such scheme, making small product size less more reasonable, wherein motor and drill bit adopt aforesaid way to arrange also is reduce product height.
Of the present utility model it is arranged so that described pressure riveting device includes support, guide post, upper riveted joint and lower riveted joint further, its medium-height trestle is fixedly installed in frame, guide post guiding is arranged on support, and lower riveted joint is arranged in frame, and upper riveted joint is fixedly installed on the guide bar；The width of described first tooth pressed on tooth bar presses more than second the width of tooth of tooth bar, the width of the tooth on described first boring tooth bar is more than the width of the tooth of the second boring tooth bar, the described tooth bar that presses is contrary with boring tooth bar its direction of motion under the drive of gear, described pipe cutter includes passage, blade, cutting casing and swing component, swing component is hinged to be arranged on cutting casing, swing component one end is placed in the long through-hole of the connecting rod of installing rack, and the other end is flexibly connected with blade.
Adopt technique scheme, make this product structure more reasonable, easy to use, additionally gear just realizes tooth bar on one side and moves down work when work, and another side tooth bar rises, and is so independent of each other, pipe cutter adopts such scheme, simple in construction, makes full use of the space of product, is greatly reduced the volume of product.
Below in conjunction with accompanying drawing, this utility model is further described.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of this utility model embodiment；
Fig. 2 is the backsight structure chart of this utility model embodiment；
Fig. 3 is the structure chart of this utility model embodiment reflection swing component；
Fig. 4 reflects gear and tooth bar and the axonometric chart that coordinates of tooth bar of holing of pressing for this utility model embodiment；
Fig. 5 be this utility model embodiment reflection first press tooth bar stop rise after structure chart；
Fig. 6 is that the reflection of this utility model embodiment presses tooth bar and tooth bar of holing runs the structure chart to centre position；
Fig. 7 is the structure chart that this utility model embodiment reflects the tooth bar trailing flank that presses；
Fig. 8 is the axonometric chart of the installing rack of this utility model embodiment.
Detailed description of the invention
As shown in Fig. 1 Fig. 8, a kind of binder, include frame 1, drilling equipment 3, boring tooth bar 4, pressure riveting device 9, press tooth bar 2, pipe cutter 8, gear 5 and geared dynamo 7, described geared dynamo 7 is installed in frame 1, geared dynamo 7 connects gear 5, boring tooth bar 4 and the tooth bar 2 that presses are positioned at gear 5 both sides and engage cooperation with gear 5 respectively, on front side of gear 5 or rear side be fixedly installed shifting block 6, this shifting block 6 is arranged with gear 5 synchronous axial system, shifting block 6 is provided with first stir face 61 and second and stir face 62, the tooth bar 2 that presses includes first tooth bar 21 and second that presses and presses tooth bar 22, first tooth bar 21 and second tooth bar 22 that presses that presses is arranged on the side of gear 5, first tooth bar 21 and second that presses presses and is respectively arranged with the tooth that can engage with gear 5 on tooth bar 22, first press tooth bar 21 and second press tooth bar 22 overlapping arrange, here overlapping refers to two parts staggered superposition, so can be mutually shifted impact, described first presses is provided with guiding bearing pin 211 on tooth bar 21, it can certainly be long guiding hole, second presses is provided with the long guiding hole 221 that the guiding bearing pin 211 pressed with first on tooth bar coordinates on tooth bar 22, or the axis of guide, first press tooth bar 21 and second press tooth bar 22 lead sliding arrange, the upper riveted joint 91 of described pressure riveting device 9 presses with first, and tooth bar 21 is fixing to be connected, described first presses is provided with projection 212 on tooth bar 21, described gear 5 is arranged with shifting block 6 circumference linkage, described gear 5 and first tooth bar 21 and second tooth bar 22 that presses that presses is correspondingly arranged, described gear 5 rotates and drives first to press to move on tooth bar 21, on move to and after guiding bearing pin 211 and long guiding hole 221 are conflicted, drive second to press Tong Bus the above shifting of tooth bar 22, backgear 5 and first tooth bar 21 and second tooth bar 22 that presses that presses be simultaneously engaged, on move on to setting position after first stir face 61 and stir projection 212 and make the first tooth and gear 5 pressing tooth bar 21 depart from, first tooth bar 21 that presses stops upper shifting, now the second tooth pressing bar 22 continues to engage with tooth bar 5, second presses moves on tooth bar 22, such first tooth bar 21 that presses would not go up shifting, the described gear 5 drive tooth bar 2 that presses that reverses moves down, first gear 5 drives second tooth bar 22 that presses to move down, it is displaced downwardly to after guiding bearing pin 211 is conflicted to drive first tooth bar 21 that presses with long guiding hole 221 to move down, now the first tooth bar 21 tooth below above tooth of tooth bar 22 that presses with second that presses aligns, first presses engages with gear 5 after tooth bar 21 moves down and realizes gear 5 and drive first tooth bar 21 that presses to move down, thus driving upper riveted joint 1 to move down, described boring tooth bar 4 includes the first boring tooth bar 41 and the second boring tooth bar 42, first boring tooth bar 41 and the second boring tooth bar 42 are arranged on the opposite side of gear 5, first boring tooth bar 41 and the second boring tooth bar 42 are respectively arranged with the tooth that can engage with gear 5, first boring tooth bar 41 and the second boring tooth bar 42 overlapping are arranged, described first boring tooth bar 41 is provided with guiding bearing pin 411, it can also be long guiding hole, second boring tooth bar 42 is provided with the long guiding hole 421 that the guiding bearing pin 411 holing on tooth bar 41 with first coordinates, or the axis of guide, first boring tooth bar 41 and the second boring tooth bar 42 lead sliding setting, the installing rack 3 of described drilling equipment 3 is holed with first, and tooth bar 41 is fixing to be connected, described first boring tooth bar 41 is provided with boss 412, the tooth of described gear 5 and the first pressure boring tooth bar 41 and the second boring tooth bar 42 is correspondingly arranged, described gear 5 rotates to drive and moves on the first boring tooth bar 41, on move to and after guiding bearing pin 411 and long guiding hole 421 are conflicted, drive the second Tong Bus above shifting of boring tooth bar 42, backgear 5 and the first boring tooth bar 41 and the second boring tooth bar 42 be simultaneously engaged, on move on to setting position after second stir face 62 and stir boss 412 and make the tooth of the first boring tooth bar 41 and gear 5 depart from, first boring tooth bar 41 stops upper shifting, now the tooth of the second boring tooth bar 42 continues to engage with tooth bar 5, second boring tooth bar 42 moves, the reversion of described gear 5 drives boring tooth bar 4 to move down, first gear 5 drives the second boring tooth bar 42 to move down, it is displaced downwardly to after guiding bearing pin 411 is conflicted with long guiding hole 421 and drives the first boring tooth bar 41 to move down, now the first boring tooth bar 41 tooth below aligns with the second boring tooth bar 42 tooth above, first boring tooth bar 41 engages with gear 5 after moving down and realizes gear 5 and drive the first boring tooth bar 41 to move down, thus driving the installing rack 31 of drilling equipment 3 to move down；By adopting such scheme, we form with boring tooth bar 4 tooth bar 2 that presses by two parts, so press tooth bar 2 or boring tooth bar 4 will not raise when upper shifting always, first the press projection 212 of tooth bar 21 and the first boring tooth bar 41 and boss 412 is stirred face 61 and second by first and is stirred and just stop after face 62 is stirred respectively rising, so we just the height reduction of whole product, can make product with compact structure, compact, be easy to ensure and transport.
In this utility model embodiment, the width of described first tooth pressed on tooth bar 21 presses more than second the width of tooth of tooth bar 22, the width of the tooth on described first boring tooth bar 41 is holed more than second the width of tooth of tooth bar 42, described in press tooth bar 2 and boring tooth bar 4 its direction of motion under the drive of gear 5 contrary.
In this utility model embodiment, described drilling equipment 3 includes lead 32, installing rack 31, motor 33, pressing plate 34, spring 35 and drill bit 36, described installing rack 31 and pressing plate 34 guiding are arranged on lead 32, lead 32 can be one can also be many, spring 35 is set between installing rack 31 and pressing plate 34, described installing rack 31 is provided with two installing zones 311, one of them installation is used for arranging drill bit 36, another installing zone 311 arranges motor 33, passes through belt drive between motor 33 and drill bit 36；By adopting such scheme, making small product size less more reasonable, wherein motor 33 and drill bit 36 adopt aforesaid way to arrange also is reduce product height.
In this utility model embodiment, described pressure riveting device 9 includes support 94, guide post 93, upper riveted joint 91 and lower riveted joint 92, its medium-height trestle 94 is fixedly installed in frame 1, guide post 93 guiding is arranged on support 94, lower riveted joint 92 is arranged in frame 1, and upper riveted joint 91 is fixedly installed on guide post 93；Described pipe cutter 8 includes passage, blade, cutting casing 81 and swing component 82, and swing component 82 is hinged to be arranged on cutting casing 81, and swing component 82 one end is placed in the long through-hole 3121 of the connecting rod 312 of installing rack 31, and the other end is flexibly connected with blade.
This utility model is disclosed, is the one of preferred embodiment, such as local change or modify and come from technological thought of the present utility model and be prone to, by the people haveing the knack of this technology, the person of knowing by inference, all take off patent category of the present utility model.
Claims (5)
1. a binder, include frame, drilling equipment, boring tooth bar, pressure riveting device, press tooth bar, pipe cutter, gear and geared dynamo, described geared dynamo is installed in frame, geared dynamo connects gear, boring tooth bar and the tooth bar that presses are positioned at gear both sides and engage cooperation respectively with gear, it is characterized in that: on front side of gear or rear side be fixedly installed shifting block, this shifting block rotates with gear synchronous and arranges, shifting block is provided with first stir face and second and stir face, the described tooth bar that presses includes first tooth bar and second that presses and presses tooth bar, first tooth bar and second tooth bar that presses that presses is arranged on the side of gear, first tooth bar and second that presses presses and is respectively arranged with the tooth that can engage with gear on tooth bar, first press tooth bar and second press tooth bar overlapping arrange, described first presses is provided with guiding bearing pin or long guiding hole on tooth bar, second presses is provided with the guiding bearing pin pressing on tooth bar with first on tooth bar or long guiding hole that long guiding hole coordinates or the bearing pin that leads, first press tooth bar and second press tooth bar guiding sliding arrange, upper riveted joint and first in described pressure riveting device presses, and tooth bar is fixing to be connected, described first presses is provided with projection on tooth bar, described gear and first tooth bar and second tooth bar that presses that presses is correspondingly arranged, described pinion rotation drives first to press and moves on tooth bar, on move to and drive second to press after guiding bearing pin and long guiding hole are conflicted rack synchronous moves, backgear and first tooth bar and second tooth bar that presses that presses be simultaneously engaged, on move on to setting position after the first face of stirring stir projection and make the first tooth and gear pressing tooth bar depart from, first tooth bar that presses stops upper shifting, now the second tooth pressing bar continues to engage with tooth bar, second presses moves on tooth bar, the described gear reversion drive tooth bar that presses moves down, first gear driven second tooth bar that presses moves down, it is displaced downwardly to after guiding bearing pin and long guiding hole are conflicted to drive first tooth bar that presses to move down, the tooth that now the first tooth pressed below tooth bar presses with second above tooth bar aligns, first presses engages with gear after tooth bar moves down and realizes gear driven first tooth bar that presses and move down, thus driving upper riveted joint to move down, described boring tooth bar includes the first boring tooth bar and the second boring tooth bar, first boring tooth bar and the second boring tooth bar are respectively arranged with the tooth that can engage with gear, first boring tooth bar and the second boring tooth bar overlapping are arranged, described first boring tooth bar is provided with guiding bearing pin or long guiding hole, second boring tooth bar is provided with the long guiding hole or guiding bearing pin that coordinate with the guiding bearing pin on the first boring tooth bar or long guiding hole, first boring tooth bar and the second boring tooth bar guiding sliding are arranged, the installing rack of described drilling equipment and the first fixing connection of boring tooth bar, described first boring tooth bar is provided with boss, the tooth of described gear and the first pressure boring tooth bar and the second boring tooth bar is correspondingly arranged, described pinion rotation drives and moves on the first boring tooth bar, on move to drive after guiding bearing pin and long guiding hole are conflicted the second boring rack synchronous move, backgear and first boring tooth bar and second boring tooth bar be simultaneously engaged, on move on to setting position after the second face of stirring stir boss and make the tooth of the first boring tooth bar depart from gear, first boring tooth bar stops upper shifting, now the tooth of the second boring tooth bar continues to engage with tooth bar, second boring tooth bar moves, the reversion of described gear drives boring tooth bar to move down, first gear driven second tooth bar of holing moves down, it is displaced downwardly to after guiding bearing pin is conflicted with long guiding hole and drives the first boring tooth bar to move down, now the tooth below the first boring tooth bar aligns with the tooth above the second boring tooth bar, first boring tooth bar engages with gear after moving down and realizes gear driven first tooth bar of holing and move down, thus driving installing rack to move down.
2. binder according to claim 1, it is characterized in that: described drilling equipment includes lead, installing rack, motor, pressing plate, spring and drill bit, described installing rack and pressing plate guiding are arranged on lead, spring is set between installing rack and pressing plate, described installing rack is provided with two installing zones, one of them installation is used for arranging drill bit, and another installing zone arranges motor, passes through belt drive between motor and drill bit.
3. binder according to claim 1 and 2, it is characterized in that: described pressure riveting device includes support, guide post, upper riveted joint and lower riveted joint, its medium-height trestle is fixedly installed in frame, guide post guiding is arranged on support, lower riveted joint is arranged in frame, and upper riveted joint is fixedly installed on the guide bar.
4. binder according to claim 1 and 2, it is characterized in that: the width of described first tooth pressed on tooth bar presses more than second the width of tooth of tooth bar, the width of the tooth on described first boring tooth bar is more than the width of the tooth of the second boring tooth bar, the described tooth bar that presses is contrary with boring tooth bar its direction of motion under the drive of gear, described pipe cutter includes passage, blade, cutting casing and swing component, swing component is hinged to be arranged on cutting casing, swing component one end is placed in the long through-hole of the connecting rod of installing rack, and the other end is flexibly connected with blade.
5. binder according to claim 3, it is characterized in that: the width of described first tooth pressed on tooth bar presses more than second the width of tooth of tooth bar, the width of the tooth on described first boring tooth bar is more than the width of the tooth of the second boring tooth bar, the described tooth bar that presses is contrary with boring tooth bar its direction of motion under the drive of gear, described pipe cutter includes passage, blade, cutting casing and swing component, swing component is hinged to be arranged on cutting casing, swing component one end is placed in the long through-hole of the connecting rod of installing rack, and the other end is flexibly connected with blade.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111558.1U CN205344169U (en) | 2016-02-03 | 2016-02-03 | Binding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111558.1U CN205344169U (en) | 2016-02-03 | 2016-02-03 | Binding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205344169U true CN205344169U (en) | 2016-06-29 |
Family
ID=56182498
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620111558.1U Withdrawn - After Issue CN205344169U (en) | 2016-02-03 | 2016-02-03 | Binding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205344169U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105584246A (en) * | 2016-02-03 | 2016-05-18 | 平阳以马机械有限公司 | Bookbinding machine |
| CN106004147A (en) * | 2016-07-06 | 2016-10-12 | 曹东华 | Drilling press riveting binding machine with riveting jig head cutting-off function |
| CN106042707A (en) * | 2016-07-28 | 2016-10-26 | 东莞市票友机电科技有限公司 | Improved type binding machine core |
| CN107791709A (en) * | 2017-10-31 | 2018-03-13 | 张华� | A kind of double Full-automatic drilling binder |
-
2016
- 2016-02-03 CN CN201620111558.1U patent/CN205344169U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105584246A (en) * | 2016-02-03 | 2016-05-18 | 平阳以马机械有限公司 | Bookbinding machine |
| CN106004147A (en) * | 2016-07-06 | 2016-10-12 | 曹东华 | Drilling press riveting binding machine with riveting jig head cutting-off function |
| CN106004147B (en) * | 2016-07-06 | 2017-11-14 | 曹东华 | A kind of drilling with die excision function presses binder |
| CN106042707A (en) * | 2016-07-28 | 2016-10-26 | 东莞市票友机电科技有限公司 | Improved type binding machine core |
| CN107791709A (en) * | 2017-10-31 | 2018-03-13 | 张华� | A kind of double Full-automatic drilling binder |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160629 Effective date of abandoning: 20170329 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20160629 Effective date of abandoning: 20170329 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |