CN204800275U - Tool to lock automatic assembly machine - Google Patents
Tool to lock automatic assembly machine Download PDFInfo
- Publication number
- CN204800275U CN204800275U CN201520532135.2U CN201520532135U CN204800275U CN 204800275 U CN204800275 U CN 204800275U CN 201520532135 U CN201520532135 U CN 201520532135U CN 204800275 U CN204800275 U CN 204800275U
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- China
- Prior art keywords
- lockset
- movable plate
- moving sets
- guide rail
- cylinder
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- Withdrawn - After Issue
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Abstract
The utility model relates to a tool to lock processing equipment field especially relates to a tool to lock automatic assembly machine. This tool to lock automatic assembly machine includes the base to and pendulum bullet assembly, feeding assembly, tool to lock installation assembly and the plug installation assembly of setting on the base, it is vice that the feeding assembly includes that the second removes to and the third removal that sets up on the second removal is vice is vice, and the feeding device and the fourth removal that set up on the third removal is vice are vice, and sets up the ramming arrangement on the fourth removal is vice, ramming arrangement is including pressing the firing mount to and the pressure shell fragment of longitudinal sliding motion on pressing the firing mount, the mandrel shell hole has been offered including setting up the mandrel on the third removal is vice to the feeding device on, the mandrel shell hole vertically runs through mandrel both ends face, and the terminal surface shifts up to move and is provided with the mandrel shrouding under the mandrel, and the mandrel shrouding is used for sealing mandrel shell hole lower extreme opening, it is downthehole through the mechanized pellet shot from a slingshot of putting into the tool to lock with the pellet shot from a slingshot from the lock core hole, promoted feeding efficiency, reduced the feeding cost, fill in the plug after the feeding is accomplished and prevent that the pellet shot from a slingshot from droing, ensure the feeding success rate.
Description
Technical field
The utility model relates to lockset process equipment field, particularly relates to a kind of lockset automatic assembling machine.
Background technology
Spring lock is a kind of common lockset, and such as door lock, padlock etc. are all belong to spring lock; The principle of spring lock uses the cylindrical component of multiple differing heights and pellet to pin lock core, and insert the various pellet of key and be pushed to phase co-altitude, lock core is just released.First spring lock will determine key tooth flower height in Assembling Production process, corresponding applicable pellet is selected according to key tooth flower height, namely select the height of pellet and the position of pellet, in production, this operation is pendulum pellet, vertically puts into the marble hole of lock core by multiple pellet successively.Existing a kind of lockset, as drawer-lock, part door lock; First join lock core by refilling after packaged for the lateral port of marble hole; Therefore, this kind of lockset needs to be loaded in marble hole by pellet from lock core hole, and current this kind of lockset is hand assembled substantially, and loading process is complicated, needs a large amount of personnel a large amount of man-hour, inefficiency.
Summary of the invention
In order to solve the problem, the purpose of this utility model is to provide a kind of lockset automatic assembling machine, and pellet is put into the marble hole of lockset by this lockset automatic assembling machine from lock core hole by mechanization, improve and shoot efficiency, reduce and shoot cost; Filling in plug after having shot prevents pellet from coming off, and guarantees to shoot success rate.
In order to realize above-mentioned object, the utility model have employed following technical scheme:
A kind of lockset automatic assembling machine, comprises base, and is arranged on pendulum bullet assembly on base, shoots assembly, lockset installation assembly and plug installation assembly;
The described assembly that shoots comprises the second moving sets, and is arranged on the three moving sets on the second moving sets, and the loading device be arranged on three moving sets and the 4th moving sets, and is arranged on the ramming arrangement on the 4th moving sets; Described ramming arrangement comprises pressure firing mount, and the pressure shell fragment of longitudinal sliding motion on pressure firing mount; Loading device comprises the core be arranged on three moving sets, core offers core shell hole, and core shell hole longitudinally runs through core both ends of the surface, core lower surface is moved and is provided with core shrouding, and core shrouding is used for closing core shell hole lower ending opening;
Described lockset installation assembly comprises and is arranged on lockset clamping apparatus on base and lockset feeding device; Lockset clamping apparatus is provided with lockset and clamps station, lockset feeding device comprises the 5th moving sets, and the 6th moving sets be arranged on the 5th moving sets, and being arranged on the lockset backstay on the 6th moving sets, lockset backstay, core and lockset clamp station and are all in same level;
Described plug installation assembly comprises and is arranged on plug cylinder on base and plug pay-off, and plug pay-off is connected with plug feeding track, the discharging port of plug feeding track has plug pan feeding station; The output shaft of described plug cylinder clamps station towards lockset, and it is plug station to be installed that the output shaft of plug cylinder and lockset clamp between station; Described 5th moving sets offers plug locating slot, and the 5th moving sets drives plug locating slot to move between plug pan feeding station and plug station to be installed.
As preferably, lockset clamping apparatus comprises being arranged on base clamps frame, and is arranged on to clamp frame clamps cylinder; Clamp frame and comprise fixed mount, and be hinged on fixed mount clamps arm, clamp air cylinder driven and clamp arm and rotate along hinged place, clamp between arm and fixed mount as lockset clamps station; During use, clamp air cylinder driven and clamp arm, clamp arm and coordinating with fixed mount for clamping, fixing lockset.
As preferably, described in shoot assembly and also comprise shrouding cylinder, shrouding air cylinder driven core shrouding moves along core axial direction.During use, control core shrouding by shrouding cylinder and move, thus control the switch of core shell hole lower ending opening, realize the transport of pellet.
As preferably, described pressure shell fragment is arranged on above core, pressure firing mount is vertically arranged with pressure and plays cylinder, and pressure plays cylinder and connects pressure shell fragment, and pressure plays air cylinder driven pressure shell fragment and vertically moves.When core moves to below point bullet assembly, pressure plays air cylinder driven pressure shell fragment and moves down, and pellet is pressed in the core shell hole of core by pressure shell fragment.
As preferably, the base that described lockset clamps station lower end is also provided with emptying chute; After lockset machines, lockset clamps station by lockset and falls to emptying chute.
As preferably, described second moving sets comprises the second guide rail, and is arranged on the second movable plate on the second guide rail, and is connected to the second cylinder on the second movable plate, and the second air cylinder driven second movable plate is at the second slide on rails; Described three moving sets comprises the 3rd guide rail be arranged on the second movable plate, and the 3rd movable plate be arranged on the 3rd guide rail, and the 3rd cylinder be connected on the 3rd movable plate, 3rd air cylinder driven the 3rd movable plate is at the 3rd slide on rails, and the track of the 3rd guide rail is towards the track with the second guide rail towards perpendicular; Described 4th moving sets comprises the 4th guide rail be arranged on the 3rd movable plate, and the 4th movable plate be arranged on the 4th guide rail, and the four-cylinder be connected on the 4th movable plate, four-cylinder drives the 4th movable plate at the 4th slide on rails, the track of the 4th guide rail towards with the track of the 3rd guide rail towards paralleling; Described 5th moving sets comprises the 5th guide rail, and is arranged on the 5th movable plate on the 5th guide rail, and is connected to the 5th cylinder on the 5th movable plate, and the 5th air cylinder driven the 5th movable plate is at the 5th slide on rails; Described 6th moving sets comprises the 6th guide rail be arranged on the 5th movable plate, and is arranged on the 6th movable plate on the 6th guide rail, and is connected to the 6th cylinder on the 6th movable plate; 6th air cylinder driven the 6th movable plate is at the 6th slide on rails, and the track of the 6th guide rail is towards the track with the 5th guide rail towards perpendicular.
As preferably, described pendulum plays assembly and comprises the first moving sets be arranged on base, and is arranged on point bullet frame on the first moving sets, and is fixed on point bullet frame divides bullet assembly, and is arranged on the splicing mould below point bullet assembly; Described point of bullet assembly upper end is provided with many feed pipes, and the lower end of point bullet assembly is provided with the multiple punishment in advance mouths communicated respectively with many feed pipes, and punishment in advance mouth lower end is provided with punishment in advance valve; Described splicing mould offers many pellet passages, pellet passage is provided with discharge gate.During use, feed pipe is for inputting pellet flushing, and pellet flushing is divided into the pellet of single by point bullet assembly; Bullet assembly is divided to be controlled by microcomputerized controller mobile; When dividing the pellet passage on the corresponding splicing mould of the punishment in advance mouth below bullet assembly, punishment in advance valve opening, pellet enters splicing mould; When the pellet passage on splicing mould is corresponding with the core shell hole on core, discharge gate is opened, and pressure shell fragment is by the core shell hole of the pellet press-in core on splicing mould.
As preferably, described first moving sets comprises the first guide rail, and is slidably arranged in the first movable plate on the first guide rail, and drives the drive motors of the first movable plate; Described base is positioned with screw mandrel by bearing block, drive motors connection wire rod, the first movable plate is threaded on screw mandrel.
As preferably, described point of bullet assembly is fixed with punishment in advance cylinder, punishment in advance cylinder control connection punishment in advance valve; Control punishment in advance valve by punishment in advance cylinder, thus control is entered the marble amount in splicing mould by point bullet assembly.
As preferably, described splicing mould is fixed on base by mount pad, mount pad is fixed with discharging cylinder, discharging cylinder control connection discharge gate; Control discharge gate by discharging cylinder, thus control the pellet being entered core by splicing mould.
The utility model adopts technique scheme, and pellet is put into the marble hole of lockset by this lockset automatic assembling machine from lock core hole by mechanization, improve and shoot efficiency, reduce and shoot cost; Filling in plug after having shot prevents pellet from coming off, and guarantees to shoot success rate.
Accompanying drawing explanation
Fig. 1 is perspective view one of the present utility model.
Fig. 2 is perspective view two of the present utility model.
Fig. 3 is side structure schematic diagram of the present utility model.
Fig. 4 is the A portion enlarged drawing of Fig. 3.
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in further detail.
A kind of lockset automatic assembling machine as shown in Fig. 1 ~ Fig. 4, comprises base 1, and is arranged on pendulum bullet assembly on base 1, shoots assembly, lockset installation assembly and plug installation assembly.
Described pendulum plays assembly and comprises the first moving sets be arranged on base 1, and is arranged on point bullet frame 21 on the first moving sets, and is fixed on point bullet assembly 22 on point bullet frame 21, and is arranged on the splicing mould 23 below point bullet assembly 22.Described first moving sets comprises the first guide rail 24, and is slidably arranged in the first movable plate 25 on the first guide rail 24, and drives the drive motors 26 of the first movable plate 25; Described base 1 is positioned with screw mandrel by bearing block, drive motors 26 connection wire rod, the first movable plate 25 is threaded on screw mandrel.Described point of bullet assembly 22 upper end is provided with many feed pipes 27, the lower end of bullet assembly 22 is divided to be provided with the multiple punishment in advance mouths 221 communicated respectively with many feed pipes 27, punishment in advance mouth 221 lower end is provided with punishment in advance valve, divide on bullet assembly 22 and be fixed with punishment in advance cylinder (not shown in FIG.), punishment in advance cylinder control connection punishment in advance valve; Control punishment in advance valve by punishment in advance cylinder, thus control is entered the marble amount in splicing mould 23 by point bullet assembly 22.Described splicing mould 23 is fixed on base 1 by mount pad, mount pad is fixed with discharging cylinder (not shown in FIG.), and splicing mould 23 offers many pellet passages 231, pellet passage 231 is provided with discharge gate, discharging cylinder control connection discharge gate; Control discharge gate by discharging cylinder, thus control the pellet being entered core by splicing mould 23.
The described assembly that shoots comprises the second moving sets, and is arranged on the three moving sets on the second moving sets, and the loading device be arranged on three moving sets and the 4th moving sets, and is arranged on the ramming arrangement on the 4th moving sets.Described second moving sets comprises the second guide rail 31, and is arranged on the second movable plate 32 on the second guide rail 31, and the second cylinder 33, second cylinder 33 be connected on the second movable plate 32 drives the second movable plate 32 to slide on the second guide rail 31.Described three moving sets comprises the 3rd guide rail 34 be arranged on the second movable plate 32, and the 3rd movable plate 35 be arranged on the 3rd guide rail 34, and the 3rd cylinder 36 be connected on the 3rd movable plate 35,3rd cylinder 36 drives the 3rd movable plate 35 to slide on the 3rd guide rail 34, and the track of the 3rd guide rail 34 is towards the track with the second guide rail 31 towards perpendicular.Described 4th moving sets comprises the 4th guide rail 37 be arranged on the 3rd movable plate 35, and the 4th movable plate 38 be arranged on the 4th guide rail 37, and the four-cylinder 39 be connected on the 4th movable plate 38, four-cylinder 39 drives the 4th movable plate 38 to slide on the 4th guide rail 37, the track of the 4th guide rail 37 towards with the track of the 3rd guide rail 34 towards paralleling.Described loading device comprises the core 41 be arranged on three moving sets, core 41 offers core shell hole, core shell hole longitudinally runs through core 41 both ends of the surface, core 41 lower surface is moved and is provided with core shrouding 42, core shrouding 42 is driven by shrouding cylinder 43, shrouding cylinder 43 drives core shrouding 42 to move along core 41 axial direction, and core shrouding 42 is for closed core shell hole lower ending opening.During use, control core shrouding 42 by shrouding cylinder 43 and move, thus control the switch of core shell hole lower ending opening, realize the transport of pellet.Described ramming arrangement comprises pressure firing mount 44, and the pressure shell fragment 45 of longitudinal sliding motion on pressure firing mount 44, pressure shell fragment 45 is arranged on above core 41, pressure firing mount 44 is vertically arranged with pressure and plays cylinder 46, pressure plays cylinder 46 and connects pressure shell fragment 45, and pressure plays cylinder 46 and drives pressure shell fragment 45 to vertically move; When core 41 moves to below point bullet assembly, pressure plays cylinder 46 and drives pressure shell fragment 45 to move down, and presses shell fragment 45 to be pressed in the core shell hole of core 41 by pellet.
Described lockset installation assembly comprises and is arranged on lockset clamping apparatus on base 1 and lockset feeding device.Described lockset clamping apparatus comprises being arranged on base 1 clamps frame, and is arranged on to clamp frame clamps cylinder 51; Clamp frame and comprise fixed mount 52, and be hinged on fixed mount 52 clamps arm 53, clamp cylinder 51 and drive and clamp arm 53 and rotate along hinged place, clamp between arm 53 and fixed mount 52 as lockset clamps station 5a; During use, clamp cylinder 51 driving and clamp arm 53, clamp arm 53 and coordinating for clamping with fixed mount 52, fixing lockset.Described lockset feeding device comprises the 5th moving sets, and is arranged on the 6th moving sets on the 5th moving sets, and is arranged on the lockset backstay 61 on the 6th moving sets, and lockset backstay 61, core 41 and lockset clamp station 5a and be all in same level.5th moving sets comprises the 5th guide rail 62, and is arranged on the 5th movable plate 63 on the 5th guide rail 62, and the 5th cylinder the 64, five cylinder 64 be connected on the 5th movable plate 63 drives the 5th movable plate 63 to slide on the 5th guide rail 62.Described 6th moving sets comprises the 6th guide rail 65 be arranged on the 5th movable plate 63, and is arranged on the 6th movable plate 66 on the 6th guide rail 65, and is connected to the 6th cylinder 67 on the 6th movable plate 66; 6th cylinder 67 drives the 6th movable plate 66 to slide on the 6th guide rail 65, and the track of the 6th guide rail 65 is towards the track with the 5th guide rail 62 towards perpendicular.
Described plug installation assembly comprises and is arranged on plug cylinder 71 on base 1 and plug pay-off (not shown in FIG.), plug pay-off is connected with plug feeding track (not shown in FIG.), the discharging port of plug feeding track has plug pan feeding station.The output shaft of described plug cylinder 71 clamps station 5a towards lockset, and it is plug station to be installed that the output shaft of plug cylinder 71 and lockset clamp between station 5a; Described 5th moving sets offering plug locating slot the 72, five moving sets drives plug locating slot 72 to move between plug pan feeding station and plug station to be installed.
Comprehensive said structure, pellet is put into the marble hole of lockset by this lockset automatic assembling machine from lock core hole by mechanization, improve and shoot efficiency, reduce and shoot cost; Prevent pellet from coming off by plug after having shot, guarantee to shoot success rate.This lockset automatic assembling machine is that installation step is as follows: one, is manually arranged on by lockset on lockset backstay 61, and the 5th moving sets and the 6th moving sets move to be brought lockset into and install station inner clip dress, fixing by lockset; Under plug locating slot 72 simultaneously on the 5th moving sets moves to plug pan feeding station, plug enters in plug locating slot 72.Two, five moving sets and the 6th moving sets reset, and lockset backstay 61 is withdrawn from by lockset, and plug is brought in plug station to be installed by plug locating slot 72.Three, the feed pipe 27 on pendulum bullet assembly is for inputting pellet flushing, and pellet flushing is divided into single pellet by a point bullet assembly 22; Bullet assembly 22 is divided to be controlled by microcomputerized controller mobile; When dividing the pellet passage 231 on the corresponding splicing mould 23 of punishment in advance mouth 221 below bullet assembly 22, punishment in advance valve opening, pellet enters in splicing mould 23.Four, second moving sets and three moving sets drive core 41 to move to pendulum and play below assembly, and core shell hole lower ending opening closed by core shrouding 42, and pressure shell fragment 45 is by the pellet press-in core 41 in splicing mould 23.Five; Second moving sets drives core 41 to move, when core 41 and lockset install station be on same straight line time, core 41 heads in the lockset lock core hole on lockset installation station by three moving sets, completely after coupling, core shrouding 42 moves opens core shell hole lower ending opening, and pellet is loaded in the marble hole of lockset inside by core shell hole lower ending opening by pressure shell fragment 45.Six, plug cylinder 71 exports, and plug heads in the lock core hole of lockset by plug cylinder 71; Three moving sets resets simultaneously, and core 41 is withdrawn from by the lock core hole of lockset.Seven, clamp cylinder 51 and drive and clamp arm 53, lockset clamps station 5a by lockset and comes off, and the base 1 that lockset clamps station 5a lower end is also provided with emptying chute 8, and the lockset after machining falls in emptying chute 8.
Claims (10)
1. a lockset automatic assembling machine, is characterized in that: comprise base, and is arranged on pendulum bullet assembly on base, shoots assembly, lockset installation assembly and plug installation assembly;
The described assembly that shoots comprises the second moving sets, and is arranged on the three moving sets on the second moving sets, and the loading device be arranged on three moving sets and the 4th moving sets, and is arranged on the ramming arrangement on the 4th moving sets; Described ramming arrangement comprises pressure firing mount, and the pressure shell fragment of longitudinal sliding motion on pressure firing mount; Loading device comprises the core be arranged on three moving sets, core offers core shell hole, and core shell hole longitudinally runs through core both ends of the surface, core lower surface is moved and is provided with core shrouding, and core shrouding is used for closing core shell hole lower ending opening;
Described lockset installation assembly comprises and is arranged on lockset clamping apparatus on base and lockset feeding device; Lockset clamping apparatus is provided with lockset and clamps station, lockset feeding device comprises the 5th moving sets, and the 6th moving sets be arranged on the 5th moving sets, and being arranged on the lockset backstay on the 6th moving sets, lockset backstay, core and lockset clamp station and are all in same level;
Described plug installation assembly comprises and is arranged on plug cylinder on base and plug pay-off, and plug pay-off is connected with plug feeding track, the discharging port of plug feeding track has plug pan feeding station; The output shaft of described plug cylinder clamps station towards lockset, and it is plug station to be installed that the output shaft of plug cylinder and lockset clamp between station; Described 5th moving sets offers plug locating slot, and the 5th moving sets drives plug locating slot to move between plug pan feeding station and plug station to be installed.
2. a kind of lockset automatic assembling machine according to claim 1, is characterized in that: lockset clamping apparatus comprises being arranged on base clamps frame, and is arranged on to clamp frame clamps cylinder; Clamp frame and comprise fixed mount, and be hinged on fixed mount clamps arm, clamp air cylinder driven and clamp arm and rotate along hinged place, clamp between arm and fixed mount as lockset clamps station.
3. a kind of lockset automatic assembling machine according to claim 1, is characterized in that: described in shoot assembly and also comprise shrouding cylinder, shrouding air cylinder driven core shrouding moves along core axial direction.
4. a kind of lockset automatic assembling machine according to claim 3, is characterized in that: described pressure shell fragment is arranged on above core, pressure firing mount is vertically arranged with pressure and plays cylinder, and pressure plays cylinder and connects pressure shell fragment, and pressure plays air cylinder driven pressure shell fragment and vertically moves.
5. a kind of lockset automatic assembling machine according to claim 1, is characterized in that: the base that described lockset clamps station lower end is also provided with emptying chute.
6. a kind of lockset automatic assembling machine according to claim 1, it is characterized in that: described second moving sets comprises the second guide rail, and the second movable plate be arranged on the second guide rail, and the second cylinder be connected on the second movable plate, the second air cylinder driven second movable plate is at the second slide on rails; Described three moving sets comprises the 3rd guide rail be arranged on the second movable plate, and the 3rd movable plate be arranged on the 3rd guide rail, and the 3rd cylinder be connected on the 3rd movable plate, 3rd air cylinder driven the 3rd movable plate is at the 3rd slide on rails, and the track of the 3rd guide rail is towards the track with the second guide rail towards perpendicular; Described 4th moving sets comprises the 4th guide rail be arranged on the 3rd movable plate, and the 4th movable plate be arranged on the 4th guide rail, and the four-cylinder be connected on the 4th movable plate, four-cylinder drives the 4th movable plate at the 4th slide on rails, the track of the 4th guide rail towards with the track of the 3rd guide rail towards paralleling; Described 5th moving sets comprises the 5th guide rail, and is arranged on the 5th movable plate on the 5th guide rail, and is connected to the 5th cylinder on the 5th movable plate, and the 5th air cylinder driven the 5th movable plate is at the 5th slide on rails; Described 6th moving sets comprises the 6th guide rail be arranged on the 5th movable plate, and is arranged on the 6th movable plate on the 6th guide rail, and is connected to the 6th cylinder on the 6th movable plate; 6th air cylinder driven the 6th movable plate is at the 6th slide on rails, and the track of the 6th guide rail is towards the track with the 5th guide rail towards perpendicular.
7. a kind of lockset automatic assembling machine according to claim 1, it is characterized in that: described pendulum plays assembly and comprises the first moving sets be arranged on base, and point bullet frame be arranged on the first moving sets, and point bullet assembly be fixed on point bullet frame, and be arranged on the splicing mould below point bullet assembly; Described point of bullet assembly upper end is provided with many feed pipes, and the lower end of point bullet assembly is provided with the multiple punishment in advance mouths communicated respectively with many feed pipes, and punishment in advance mouth lower end is provided with punishment in advance valve; Described splicing mould offers many pellet passages, pellet passage is provided with discharge gate.
8. a kind of lockset automatic assembling machine according to claim 7, is characterized in that: described first moving sets comprises the first guide rail, and is slidably arranged in the first movable plate on the first guide rail, and drives the drive motors of the first movable plate; Described base is positioned with screw mandrel by bearing block, drive motors connection wire rod, the first movable plate is threaded on screw mandrel.
9. a kind of lockset automatic assembling machine according to claim 7, is characterized in that: described point of bullet assembly is fixed with punishment in advance cylinder, punishment in advance cylinder control connection punishment in advance valve.
10. a kind of lockset automatic assembling machine according to claim 7, is characterized in that: described splicing mould is fixed on base by mount pad, mount pad is fixed with discharging cylinder, discharging cylinder control connection discharge gate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520532135.2U CN204800275U (en) | 2015-07-22 | 2015-07-22 | Tool to lock automatic assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520532135.2U CN204800275U (en) | 2015-07-22 | 2015-07-22 | Tool to lock automatic assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204800275U true CN204800275U (en) | 2015-11-25 |
Family
ID=54585165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520532135.2U Withdrawn - After Issue CN204800275U (en) | 2015-07-22 | 2015-07-22 | Tool to lock automatic assembly machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204800275U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105058046A (en) * | 2015-07-22 | 2015-11-18 | 黄安伟 | Automatic lockset assembly machine |
| CN108942357A (en) * | 2018-07-19 | 2018-12-07 | 嘉善翔宇旅游用品有限公司 | A kind of lock material feeding device of bag lock |
-
2015
- 2015-07-22 CN CN201520532135.2U patent/CN204800275U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105058046A (en) * | 2015-07-22 | 2015-11-18 | 黄安伟 | Automatic lockset assembly machine |
| CN105058046B (en) * | 2015-07-22 | 2017-05-31 | 黄安伟 | A kind of lockset automatic assembling machine |
| CN108942357A (en) * | 2018-07-19 | 2018-12-07 | 嘉善翔宇旅游用品有限公司 | A kind of lock material feeding device of bag lock |
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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: 20151125 Effective date of abandoning: 20170531 |
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| AV01 | Patent right actively abandoned |