CN205523160U - Novel bookbinding machine - Google Patents
Novel bookbinding machine Download PDFInfo
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- CN205523160U CN205523160U CN201620091048.2U CN201620091048U CN205523160U CN 205523160 U CN205523160 U CN 205523160U CN 201620091048 U CN201620091048 U CN 201620091048U CN 205523160 U CN205523160 U CN 205523160U
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- laser
- punching
- rivet hot
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- presses
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Abstract
The utility model provides a novel bookbinding machine, belongs to the book -binding machine field. The utility model discloses a frame, the lift drive assembly who locates the frame, the subassembly that punches, rivet hot subassembly, cutting the pipe assembly, locating the pressure paper device and the positioner that punches of the subassembly below of punching, lift drive assembly includes elevator motor, the lifting unit that punches, rivet hot lifting unit, connect elevator motor and two sets of lifting unit's transfer line, the elevator motor actuation transmission pole drives two sets of lifting unit simultaneously and does opposite elevating movement, and two sets of lifting unit drive the subassembly that punches, the action of rivet hot subassembly respectively, the positioner that punches locates the sharp glazed panel that presses the paper device including inlaying, be used for the restriction to swash the laser apron of glazed panel in pressing the paper device, locate the laser seat that swashs glazed panel and be in the perforating needle below one end of the subassembly that punches, the laser seat is equipped with along the laser assembly of the vertical downward lasing of axis of perforating needle. The utility model discloses punch and the lift of rivet hot device stable, the location is accurate and stable simultaneously.
Description
Technical field
The utility model relates to binder field, particularly relates to a kind of New-type binding machine.
Background technology
Existing finance binding machine, as the Chinese patent of Application No. 201420184462.9 discloses a kind of single motor-driven binder, drilling equipment is contained on the boring axis of guide, and the boring axis of guide is fixed in frame, boring extension spring lower end is contained on drilling equipment, and boring extension spring upper end is contained in frame；The slide block that presses of pressure riveting device dress is contained in frame, and the slide block that presses is built with the axis of guide that presses, and the axis of guide lower end that presses is equipped with upper heating box, and the extension spring upper end that presses is contained in and presses on slide block, and the extension spring lower end that presses is contained on heating box；Equipped with gear on the axle driving motor being contained in frame, the gear left and right sides is engaged with double floating boring tooth bars and the tooth bar that presses respectively, and boring tooth bar lower end is against on drilling equipment, and the tooth bar lower end that presses is against on the riveting axis of guide.This binder machine volume is little, lightweight, has saved cost of manufacture.
And for example the Chinese patent of Application No. 200920044316.5 discloses a kind of perforating binding machine, and including perforation, running part, described perforation, the bottom of running part are fixed with panel and be connected；It is characterized in that on perforation, arranging two light launchers irradiated to panel.Two light launchers are arranged on the sidewall of pressure head.Two light launchers are arranged on the sidewall of bore motor.Two light launchers are separately positioned on the sidewall of bore motor and pressure head.This device can be explicitly indicated the punch position of object to be punctured.
Above-mentioned existing binder, stability during work is not high enough, and on the one hand it runs for the elevating drive mechanism controlling perforating device and hot-riveting mobile device and is not sufficiently stable, and on the other hand lacks a kind of positioner that can stablize and be accurately positioned punch position.
Summary of the invention
The purpose of this utility model is to solve the problem that above-mentioned prior art exists, it is provided that a kind of higher New-type binding machine of overall operation stability.
The purpose of this utility model is achieved through the following technical solutions:
A kind of New-type binding machine, drives assembly, punching component, rivet hot assembly, Pipe Cutting assembly including frame, the lifting of being located at described frame, is located at the paper pressing device below described punching component and punching positioner,
Described lifting drives assembly to include lifting motor, punching lifting assembly, rivet hot lifting assembly, connect described lifting motor and the drive link of two groups of lifting assemblies；Described lifting motor drives described drive link, drives described two groups of lifting assemblies to do contrary elevating movement simultaneously, and described two groups of lifting assemblies drive described punching component, rivet hot assembly action respectively；
Described punching positioner includes being embedded at the laser slide plate of described paper pressing device, for limiting described laser slide plate laser cover plate in described paper pressing device, being located at described laser slide plate and be in the laser bench of one end below the perforating needle of described punching component；Described laser bench is provided with the axis vertical along described perforating needle and launches downwards the laser module of laser；
Avoidance mechanism it is provided with, to realize dodging when punching component is punched by described punching positioner between described punching positioner and punching component.
Existing finance binding machine often lacks a kind of stable lifting and drives assembly and punching positioner, and stability when causing whole binder to work is not high enough.
And of the present utility model lifting drives assembly to be different from the elevating mechanism that existing single motor drives the gear cooperation tooth bar of binder employing, and use drive link to coordinate two groups of lifting assemblies to realize the lifting action of punching and rivet hot, the elevating mechanism that the wheel and rack that compares coordinates, the stability of operation significantly improves.On the other hand, the crosslights that existing binder punching positioner typically uses two light sources to send position, and light source lifts up and down with perforating device, causes the size in its crosspoint to change, and affects positioning precision；And punching positioner of the present utility model positions by being located at a spot light below perforating device, accurate positioning and stablize.
Preferred as the utility model, described laser module include horizontally set laser tube, be located at described laser tube be in described laser slide plate avris one end for launch laser laser head, be located at its other end for the reflective mirror that laser is reflected straight down, described laser tube is provided with laser port below described reflective mirror.
Preferred as the utility model, described punching lifting assembly includes the punching screw mandrel being vertically arranged that the punching gear being located at described drive link side and described punching gear center hole are connected, the punching feed screw nut being located at described punching screw mandrel, and described rivet hot lifting assembly includes the rivet hot screw mandrel being vertically arranged that the rivet hot gear being located at described drive link opposite side is connected, the rivet hot feed screw nut being located at described rivet hot screw mandrel with described rivet hot gear center hole.
Preferred as the utility model, described rivet hot assembly includes the leading truck that presses being connected with described frame, be located at described in press leading truck upper pressure riveting device, be located at below described upper pressure riveting device, press under being embedded on the workbench of described frame head；Described upper pressure riveting device include being slidably connected to described in press leading truck the push rod that presses, be located at described in press push rod top collar, be located at described in press push rod lower end on press head；The described push rod that presses is in described collar and the described part pressed between leading truck is arranged with the back-moving spring that presses, the described push rod that presses is on described and presses head and described pressing is partially toward described rivet hot screw mandrel side and is provided with top board between leading truck, described rivet hot feed screw nut is provided with pressing plate, and when described pressing plate is pressed down, it is inconsistent with the upside of described top board near the downside of described pressure riveting device one end.
Preferred as the utility model, described punching screw mandrel both sides are provided with the lead for guiding described punching component, paper pressing device and punching positioner.
Preferred as the utility model, described punching component includes being sheathed on described two leads and the drilling frame of punching screw mandrel, is located at the perforating device of described drilling frame, is located at below described perforating device, is embedded in the conductive seat on the workbench of described frame；Described drilling frame is connected with described punching feed screw nut.
Preferred as the utility model, described paper pressing device includes being sheathed on described two leads and the screw mandrel be in the lifter plate below described drilling frame, be provided with the pressboard of opening in the centre that described lifter plate extends below the perforating needle of described perforating device of punching；The part that described two leads are between described lifter plate and described drilling frame is provided with conflict spring, is provided with, between described laser cover plate and described drilling frame, the mechanism that is slidably connected.
Preferred as the utility model, described in the mechanism that is slidably connected include the connecting plate that one end is connected, the link being connected described connecting plate and drilling frame with described laser cover plate；Described link is provided with vertical pilot hole, and described connecting plate can slide up and down along described pilot hole with described link be connected by being provided thereon end the fixture through described pilot hole.
Preferred as the utility model, described laser slide plate its away from being provided with one end of described laser bench and being provided with the limiting plate inconsistent with described laser cover plate near described link side, described laser slide plate its be provided with position reset spring away from being provided with between one end of described laser bench and described laser cover plate or lifter plate.
Preferred as the utility model, the described mechanism that avoids includes being located on described limiting plate the avoidance bearing of close described link side, is located at its push pedal near described limiting plate side of described link；Described push pedal is parallel to described limiting plate, and described push pedal lower end is provided with inclined plane towards the side moving direction after described laser slide plate, and described inclined plane lower end coordinates with described avoidance bearing circumferential edge and connects.
The utility model has the advantages that: 1, using double lead to realize the lifting of perforating device and hot-riveting mobile device, operation stability is higher.2, use be in a spot light below perforating device carry out punching location, accurate positioning is stable.3, it is provided with avoidance mechanism and ensures not affect the normal work of perforating device on the premise of being accurately positioned.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of the utility model；
Fig. 2 is that in Fig. 1, lifting drives assembly to coordinate punching component and the structural representation of rivet hot assembly；
Fig. 3 is the punching status architecture schematic diagram of Fig. 2；
Fig. 4 is the rivet hot status architecture schematic diagram of Fig. 2；
Fig. 5 is the detonation configuration schematic diagram that in Fig. 1, lifting drives assembly；
Fig. 6 is paper pressing device and the structural representation of punching positioner in Fig. 1；
Fig. 7 is the detonation configuration schematic diagram at another visual angle of Fig. 6.
1-frame；21-lifting motor；22-drive link；231-punches gear；232-punches screw mandrel；233-punches feed screw nut；241-rivet hot gear；242-rivet hot screw mandrel；243-rivet hot feed screw nut；28-lead；271-pressing plate；281-conflict spring；31-drilling frame；33-conductive seat；41-presses leading truck；Press under 43-head；421-presses push rod；422-collar；Press on 423-head；424-presses back-moving spring；425-top board；61-lifter plate；62-pressboard；71-laser slide plate；72-laser cover plate；73-laser bench；74-fixture；731-laser tube；732-laser head；721-connecting plate；722-link；7221-pilot hole；711-limiting plate；712-position reset spring；81-avoids bearing；82-push pedal；Inclined plane-821.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in figs. 1-7, the utility model includes frame 1, lifting driving assembly, punching component, rivet hot assembly, the Pipe Cutting assembly of being located at described frame 1, is located at the paper pressing device below described punching component and punching positioner.
Described lifting drives assembly to include lifting motor 21, punching lifting assembly, rivet hot lifting assembly, connect the drive link 22 of described lifting motor 21 and two groups of lifting assemblies；Described lifting motor 21 drives described drive link 22, drives described two groups of lifting assemblies to do contrary elevating movement simultaneously, and described two groups of lifting assemblies drive described punching component, rivet hot assembly action respectively；Described punching lifting assembly includes the punching screw mandrel 232 being vertically arranged that the punching gear 231 being located at described drive link 22 side and described punching gear 231 centre bore are connected, the punching feed screw nut 233 being located at described punching screw mandrel 232, and described rivet hot lifting assembly includes the rivet hot screw mandrel 242 being vertically arranged that the rivet hot gear 241 being located at described drive link 22 opposite side is connected, the rivet hot feed screw nut 243 being located at described rivet hot screw mandrel 242 with described rivet hot gear 241 centre bore.In the present embodiment, it is the rack of helical gear that described drive link 22 is preferably its driving end, punching gear 231 and rivet hot gear 241 are the helical gear being horizontally placed on described helical gear both sides, and this structure makes lifting motor 21 can be horizontally placed on bottom, and its transmission stability is high simultaneously.During work, lifting motor 21 drives drive link 22 to rotate, the helical gear of drive link 22 drives punching gear 231 and rivet hot gear 241 with contrary hour hands to rotation simultaneously, and then drive punching screw mandrel 232 and rivet hot screw mandrel 242 to rotate in the opposite direction, punching feed screw nut 233 is made to produce contrary lifting action with rivet hot feed screw nut 243, to coordinate punching component and rivet hot assembly to complete forwarding.Whole lifting drives assembly operating stability high, can be effectively improved the work quality of binder.
Described punching positioner includes being embedded at the laser slide plate 71 of described paper pressing device, for limiting the described laser slide plate 71 laser cover plate 72 in described paper pressing device, being located at described laser slide plate 71 and be in the laser bench 73 of one end below the perforating needle of described punching component；Described laser bench 73 is provided with the axis vertical along described perforating needle and launches downwards the laser module of laser；Described laser module include horizontally set laser tube 731, be located at described laser tube 731 be in described laser slide plate 71 avris one end for launch laser laser head 732, be located at its other end for the reflective mirror that laser is reflected straight down, described laser tube 731 is provided with laser port below described reflective mirror.Described punching positioner is located on paper pressing device, can effectively reduce drilling motor and vibrate the impact caused.The laser straight down simultaneously sent by being located at the spot light immediately below perforating device positions, positional accuracy height and effect stability.And it is provided with avoidance mechanism to avoid the impact of punching normal on perforating device under accurate positioning premise.
Described rivet hot assembly includes the leading truck 41 that presses being connected with described frame 1, be located at described in press leading truck 41 upper pressure riveting device, be located at below described upper pressure riveting device, press 43 under being embedded on the workbench of described frame 1；Described upper pressure riveting device include being slidably connected to described in press leading truck 41 the push rod 421 that presses, be located at described in press push rod 421 top collar 422, be located at described in press push rod 421 lower end on press 423；The described push rod 421 that presses is in described collar 422 and the described part pressed between leading truck 41 is arranged with the back-moving spring 424 that presses, the described push rod 421 that presses be on described press 423 and described pressing be partially toward described rivet hot screw mandrel 242 side between leading truck 41 and be provided with top board 425, described rivet hot feed screw nut 243 is provided with pressing plate 271, and during 271 times pressures of described pressing plate, it is inconsistent with the upside of described top board 425 near the downside of described pressure riveting device one end.
Described punching screw mandrel 232 both sides are provided with the lead 28 for guiding described punching component, paper pressing device and punching positioner.Described punching component includes being sheathed on described two leads 28 and the drilling frame 31 of punching screw mandrel 232, is located at the perforating device of described drilling frame 31, is located at below described perforating device, is embedded in the conductive seat 33 on the workbench of described frame 1；Described drilling frame 31 is connected with described punching feed screw nut 233.
Above-mentioned rivet hot assembly and punching component are when binder works, Fig. 3 is the schematic diagram of punching state, punching feed screw nut 233 drives drilling frame 31 and perforating device to move downward drill process, and rivet hot feed screw nut 243 band dynamic pressure plate 271 moves upward simultaneously, and hot-riveting mobile device keeps in situ；Fig. 4 is the schematic diagram of rivet hot state, rivet hot feed screw nut 243 band dynamic pressure plate 271 moves downward, pressing plate 271 makes hot-riveting mobile device move downward rivet hot process by lower coping 425, punching feed screw nut 233 drives drilling frame 31 and perforating device to move upward simultaneously, and hot-riveting mobile device completes to reset by the back-moving spring 424 that presses.
Described paper pressing device includes being sheathed on described two leads 28 and punching screw mandrel 232 and is in the lifter plate 61 below described drilling frame 31, is provided with the pressboard 62 of opening in the centre that described lifter plate 61 extends below the perforating needle of described perforating device；The part that described two leads 28 are between described lifter plate 61 and described drilling frame 31 is provided with conflict spring 281, is provided with, between described laser cover plate 72 and described drilling frame 31, the mechanism that is slidably connected.The described mechanism that is slidably connected includes connecting plate 721 that one end is connected with described laser cover plate 72, is connected the described connecting plate 721 link 722 with drilling frame 31；Described link 722 is provided with vertical pilot hole 7221, and described connecting plate 721 can slide up and down along described pilot hole 7221 with described link 722 be connected by being provided thereon end the fixture 74 through described pilot hole 7221.Described bindiny mechanism ensure that the positional stability between paper pressing device and punching positioner and perforating device, and conflict spring 281 ensure that paper pressing device has the enough pressure to punching object when pressing down simultaneously.
Described laser slide plate 71 its away from being provided with one end of described laser bench 73 and being provided with the limiting plate 711 inconsistent with described laser cover plate 72 near described link 722 side, described laser slide plate 71 its be provided with position reset spring 712 away from being provided with between one end of described laser bench 73 and described laser cover plate 72 or lifter plate 61.Described limiting plate 711 ensure that the stability of laser bench 73 position, so that it is guaranteed that its position stability, back-moving spring 712 ensure that laser slide plate 71 make to avoid mobile after can parking position accuracy, with impact on positional accuracy after avoiding it to move.
The described mechanism that avoids includes being located on described limiting plate 711 the avoidance bearing 81 of close described link 722 side, is located at its push pedal 82 near described limiting plate 711 side of described link 722；Described push pedal 82 is parallel to described limiting plate 711, and described push pedal 82 lower end is provided with inclined plane 821 towards the side moving direction after described laser slide plate 71, and described inclined plane 821 lower end coordinates with described avoidance bearing 81 circumferential edge and connects.During described avoidance mechanism work, perforating device moves downward drive push pedal and presses for 82 times, during 82 times pressures of push pedal, its inclined plane 821 is by promoting rolling bearing 81 to make laser slide plate 71 slide backward, and completes to dodge perforating device so that laser slide plate 71 is provided with laser bench 73 one end；And when perforating device upwards resets, laser slide plate 71 realizes resetting by the effect of position reset spring 712.
The above; it is only the utility model preferably detailed description of the invention; this detailed description of the invention is based on a kind of implementation under the utility model general idea; and protection domain of the present utility model is not limited thereto; any those familiar with the art is in the technical scope that the utility model discloses; the change that can readily occur in or replacement, all should contain within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claims.
Claims (10)
1. a New-type binding machine, including frame (1), be located at described frame (1) lifting drive assembly, punching component, rivet hot assembly, Pipe Cutting assembly, be located at the paper pressing device below described punching component and punching positioner, it is characterised in that
Described lifting drives assembly to include lifting motor (21), punching lifting assembly, rivet hot lifting assembly, connect the drive link (22) of described lifting motor (21) and two groups of lifting assemblies；Described lifting motor (21) drives described drive link (22), drives described two groups of lifting assemblies to do contrary elevating movement simultaneously, and described two groups of lifting assemblies drive described punching component, rivet hot assembly action respectively；
Described punching positioner includes being embedded at the laser slide plate (71) of described paper pressing device, is used for limiting the described laser slide plate (71) laser cover plate (72) in described paper pressing device, is located at described laser slide plate (71) and is in the laser bench (73) of one end below the perforating needle of described punching component；Described laser bench (73) is provided with the axis vertical along described perforating needle and launches downwards the laser module of laser；
Avoidance mechanism it is provided with, to realize dodging when punching component is punched by described punching positioner between described punching positioner and punching component.
New-type binding machine the most according to claim 1, it is characterized in that, described laser module include horizontally set laser tube (731), be located at described laser tube (731) be in described laser slide plate (71) avris one end for launch laser laser head (732), be located at its other end for the reflective mirror that laser is reflected straight down, described laser tube (731) is provided with laser port below described reflective mirror.
New-type binding machine the most according to claim 1, it is characterized in that, described punching lifting assembly includes the punching gear (231) being located at described drive link (22) side, the punching screw mandrel (232) being vertically arranged being connected with described punching gear (231) centre bore, it is located at the punching feed screw nut (233) of described punching screw mandrel (232), described rivet hot lifting assembly includes the rivet hot gear (241) being located at described drive link (22) opposite side, the rivet hot screw mandrel (242) being vertically arranged being connected with described rivet hot gear (241) centre bore, it is located at the rivet hot feed screw nut (243) of described rivet hot screw mandrel (242).
New-type binding machine the most according to claim 3, it is characterized in that, described rivet hot assembly include with described frame (1) be connected the leading truck that presses (41), be located at described in press leading truck (41) upper pressure riveting device, be located at below described upper pressure riveting device, press under being embedded on the workbench of described frame (1) head (43)；Described upper pressure riveting device include being slidably connected to described in press leading truck (41) the push rod that presses (421), be located at described in press push rod (421) top collar (422), be located at described in press push rod (421) lower end on press head (423)；The part that the described push rod that presses (421) is between described collar (422) and the described leading truck that presses (41) is arranged with the back-moving spring that presses (424), the described push rod that presses (421) is on described between the head that presses (423) and the described leading truck that presses (41) and is partially toward described rivet hot screw mandrel (242) side and is provided with top board (425), described rivet hot feed screw nut (243) is provided with pressing plate (271), and when described pressing plate (271) is pressed down, it is inconsistent with the upside of described top board (425) near the downside of described pressure riveting device one end.
New-type binding machine the most according to claim 3, it is characterised in that described punching screw mandrel (232) both sides are provided with the lead (28) for guiding described punching component, paper pressing device and punching positioner.
New-type binding machine the most according to claim 5, it is characterized in that, described punching component includes being sheathed on described two leads (28) and the drilling frame (31) of punching screw mandrel (232), is located at the perforating device of described drilling frame (31), is located at below described perforating device, the conductive seat (33) being embedded on the workbench of described frame (1)；Described drilling frame (31) is connected with described punching feed screw nut (233).
New-type binding machine the most according to claim 6, it is characterized in that, described paper pressing device includes being sheathed on described two leads (28) and punching screw mandrel (232) and being in the lifter plate (61) of described drilling frame (31) lower section, be provided with the pressboard (62) of opening in the centre that described lifter plate (61) extends below the perforating needle of described perforating device；The part that described two leads (28) are between described lifter plate (61) and described drilling frame (31) is provided with conflict spring (281), is provided with, between described laser cover plate (72) and described drilling frame (31), the mechanism that is slidably connected.
New-type binding machine the most according to claim 7, it is characterised in that described in be slidably connected connecting plate (721) that mechanism includes that one end and described laser cover plate (72) be connected, be connected the described connecting plate (721) link (722) with drilling frame (31)；Described link (722) is provided with vertical pilot hole (7221), and described connecting plate (721) can slide up and down along described pilot hole (7221) with described link (722) be connected by being provided thereon end the fixture (74) through described pilot hole (7221).
New-type binding machine the most according to claim 8, it is characterized in that, described laser slide plate (71) its away from being provided with one end of described laser bench (73) and being provided with the limiting plate (711) inconsistent with described laser cover plate (72) near described link (722) side, described laser slide plate (71) its be provided with position reset spring (712) away from being provided with between one end of described laser bench (73) and described laser cover plate (72) or lifter plate (61).
New-type binding machine the most according to claim 9, it is characterized in that, the described mechanism that avoids includes being located at the upper avoidance bearing (81) near described link (722) side of described limiting plate (711), being located at its push pedal (82) near described limiting plate (711) side of described link (722)；Described push pedal (82) is parallel to described limiting plate (711), described push pedal (82) lower end is provided with inclined plane (821) towards the side that described laser slide plate (71) moves direction afterwards, and described inclined plane (821) lower end coordinates with described avoidance bearing (81) circumferential edge and connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620091048.2U CN205523160U (en) | 2016-01-29 | 2016-01-29 | Novel bookbinding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620091048.2U CN205523160U (en) | 2016-01-29 | 2016-01-29 | Novel bookbinding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205523160U true CN205523160U (en) | 2016-08-31 |
Family
ID=56773028
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620091048.2U Expired - Fee Related CN205523160U (en) | 2016-01-29 | 2016-01-29 | Novel bookbinding machine |
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| CN (1) | CN205523160U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109367271A (en) * | 2018-12-30 | 2019-02-22 | 国网山东省电力公司临朐县供电公司 | A kind of dedicated three holes two-wire punching threading all-in-one machine of archive office |
| CN113829771A (en) * | 2021-10-13 | 2021-12-24 | 国网山东省电力公司临朐县供电公司 | Binding device |
-
2016
- 2016-01-29 CN CN201620091048.2U patent/CN205523160U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109367271A (en) * | 2018-12-30 | 2019-02-22 | 国网山东省电力公司临朐县供电公司 | A kind of dedicated three holes two-wire punching threading all-in-one machine of archive office |
| CN113829771A (en) * | 2021-10-13 | 2021-12-24 | 国网山东省电力公司临朐县供电公司 | Binding device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 Termination date: 20170129 |
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| CF01 | Termination of patent right due to non-payment of annual fee |