CN208712922U - A kind of lock core process equipment - Google Patents
A kind of lock core process equipment Download PDFInfo
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- CN208712922U CN208712922U CN201820663346.3U CN201820663346U CN208712922U CN 208712922 U CN208712922 U CN 208712922U CN 201820663346 U CN201820663346 U CN 201820663346U CN 208712922 U CN208712922 U CN 208712922U
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- lock core
- orbital segment
- process equipment
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Abstract
The utility model relates to lockset manufacture field, a kind of lock core process equipment, including rack, and the lock core positioning drive mechanisms, lockhole organisation of working and the locked groove organisation of working that are arranged on the rack；The lock core positioning drive mechanisms include fixed pedestal, and the rotating seat being located on fixed pedestal, and the lock core base being connected with rotating seat；The locating slot for placing lock core is equipped with inside the lock core base, and notch compatible with the slide block on the lock core, rotating seat are connected on the output shaft of rotary power component；The locating slot of the lock core base is in U-shape, and the processing end of lockhole organisation of working and locked groove organisation of working is towards in the U-shaped opening of the lock core base.The lock core process equipment realizes lock core aperture and the grooving processes of automation, to simplify procedure of processing, promotes processing efficiency.
Description
Technical field
The utility model relates to lockset manufacture field more particularly to a kind of lock core process equipments.
Background technique
Padlock is lockset the most ancient.It is developed so far, although its structure is optimized and is improved in detail, padlock
Main structure do not change substantially.As Authorization Notice No. be " CN201671449U " Chinese utility model patent in disclose in
Hold, referring to attached drawing, padlock includes lock body, lock core, lock bridge and lock tongue, and hoodle duct is wherein formed between lock body and lock core, internal
Pellet is set；And one end of lock bridge is rotatably arranged on lock body, the other end and the lock tongue cooperation of lock bridge, which are realized, to be unlocked and is latched.Its
In, lock tongue is driven by the slide block on lock core inner end.
For the padlock of above structure, in order to which the hoodle duct guaranteed on lock body and lock core exactly matches；Existing processing
Method is first lock core to be entirely enclosed in inside lock body, then pass through the aperture of drilling equipment one.But the program is disadvantageous in that:
In drilling processing, chip will form inside lock core and lock body, it can not fully erased chip under lock core and lock body assembled state；
Therefore it also needs to separate lock core and lock body after the completion of drilling, then carries out locked groove processing.In this regard, its procedure of processing it is cumbersome and
Inefficiency.In fact, guaranteeing that the hoodle duct opened up on lock body and lock core is corresponding, this requirement is for existing automation
There is no technical difficulty to exist in field.And not yet there is lock core and the independent hole opening technology of lock body at present, it essentially consists in the market
There are no a equipment suitable for lock core aperture.Therefore, applicant researches and develops to obtain a kind of lock core process equipment based on the background.
Summary of the invention
To solve the above-mentioned problems, the purpose of this utility model is to provide a kind of lock core process equipment, lock core processing
Equipment realizes lock core aperture and the grooving processes of automation, to simplify procedure of processing, promotes processing efficiency.
In order to achieve the above purpose, the utility model uses technical solution below:
A kind of lock core process equipment, including rack, and the lock core positioning drive mechanisms, the lockhole that are arranged on the rack are processed
Mechanism and locked groove organisation of working；It is characterized by: the lock core positioning drive mechanisms include fixed pedestal, and it is located in fixation
Rotating seat on pedestal, and the lock core base being connected with rotating seat；It is equipped with inside the lock core base for placing determining for lock core
Position slot, and notch compatible with the slide block on the lock core, rotating seat are connected on the output shaft of rotary power component；
The locating slot of the lock core base is in U-shape, U-shaped of the processing end towards the lock core base of lockhole organisation of working and locked groove organisation of working
In opening.
Preferably, being equipped with drive block in the locating slot, drive block is equipped with notch, and drive block is detachable to be fixed on
In lock core base.
Preferably, being additionally provided with cutting agency in the rack, cutting agency includes blanking power part, and setting
Blanking push rod on blanking power part；The output shaft of the rotary power component is hollow shaft, rotating seat, lock core base and drive
Through-hole is equipped on motion block, the blanking push rod is threaded through output shaft, rotating seat, lock core base and the driving of rotary power component
Block.
Preferably, being additionally provided with feed mechanism in the rack, feed mechanism includes horizontal shifting platform, and setting
Clamp assembly and push rod component on horizontal shifting platform；The clamp assembly is for clamping the lock core on feeding track
And be transported in lock core base, push rod component is for withstanding the lock core in lock core base when lock core is processed.
Preferably, the clamp assembly includes on displacement power part, and setting mobile power element outputs in place
Clamp power part, and clamp on power part a plurality of is set and clamps arm, it is a plurality of to clamp arm circumferentially rule setting.
Preferably, the power part that clamps is to clamp cylinder, displacement power part is for double-rod cylinder；It is described to clamp
Arm is to be arranged oppositely two, and it is in be adapted with lock core section that two, which clamp the clamp end for constituting between arm and clamping mouth, and clamping arm,
Arcwall face.
Preferably, the push rod component includes mandril power part, and it is arranged in upper on mandril power part
Expect mandril；Mandril cylinder is fixed on cylinder mounting plate, and feeding mandril is positioned by guide plate.
Preferably, the lockhole organisation of working includes the transverse shifting pair being arranged on lock core base on methods, rack, and
Longitudinal movement pair in transverse shifting pair is set, and the boring assemblies being arranged in longitudinal movement pair.
Preferably, the locked groove organisation of working is arranged in the rack of lock core base side, locked groove organisation of working includes moving
Moving base, and the drill flute component being arranged on mobile foundation.
Preferably, being additionally provided with feeding mechanism in the rack, feeding mechanism includes vibrating disk, and is undertaken on vibration
Feeding track on disk outbound course；The vibrating disk includes that the disk body being connected above vibrating body with vibrating body is arranged in, with
And the helical feed track on disk body inner sidewall is set；The helical feed track includes the first orbital segment, the second orbital segment
With third orbital segment；The beginning of second orbital segment is lower than the end of the first orbital segment, on the orbit sidewall of the second orbital segment
Equipped with sieve material mouth, the width for sieving material mouth is then less than the axial length of lock core；The beginning of the third orbital segment is undertaken on the second rail
On the end of road section, the sidewall slope angle of third orbital segment becomes larger along its conveying direction；It is equipped on third orbital segment
For setting up the baffle of the slide block of lock core, and along the limit press strip of third orbital segment conveying direction setting, limit press strip with
Only there are the gaps that the lock core accommodated under setting state passes through between third orbital segment；The feeding track is undertaken on third track
The end of section keeps the core status of third orbital segment setting to carry out feeding.
By adopting the above technical scheme, which is related to a kind of lock core process equipment, lock core processing to the utility model
Equipment includes lock core positioning drive mechanisms, lockhole organisation of working and locked groove organisation of working, wherein in lock core positioning drive mechanisms
Setting locating slot drives rotating seat and lock core connected to it for placing lock core, and by rotary power component in lock core base
Seat, it can be achieved that lock core rotation.The locating slot of lock core base is in U-shape, and lockhole organisation of working can be by U-shaped opening for lock core side
Carry out drilling processing；And locked groove organisation of working can be entered U-shaped opening by side and carry out locked groove processing for lock core, at the same time
Rotary power component drives lock core rotation.Through the above technical solutions, the lock core that the lock core process equipment realizes automation is opened
Hole and grooving processes promote processing efficiency to simplify procedure of processing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of vibrating disk.
Fig. 3 is the structural schematic diagram of lockhole organisation of working, cutting agency and push rod component.
Fig. 4 is the structural schematic diagram of clamp assembly.
Fig. 5 is the structural schematic diagram of lock core base.
Specific embodiment
With reference to the accompanying drawing, the preferred embodiment of the utility model is described in further detail.
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.
In the description of the present invention, it should be understood that term " on ", "lower", "front", "rear", "left", "right",
The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
A kind of lock core process equipment as shown in Fig. 1~5, including rack 1, and the feeding mechanism being arranged in rack 1
2, lock core positioning drive mechanisms 3, lockhole organisation of working 4 and locked groove organisation of working 5, feed mechanism and cutting agency.
The feeding mechanism 2 includes vibrating disk, and the feeding track 21 being undertaken on vibrating disk outbound course；The vibration
Moving plate includes that the disk body 22 being connected above vibrating body with vibrating body is arranged in, and the spiral being arranged on 22 inner sidewall of disk body
Delivery track.The helical feed track includes the first orbital segment 23, the second orbital segment 24 and third orbital segment 25.Wherein, institute
The first orbital segment 23 stated is random conveying section, and the cylinder of strip this kind of for lock core, in the conveying section, lock core is larger
Probability is in horizontality.Second orbital segment 24 is vertical direction conveying section, i.e., to third after the second orbital segment 24
The lock core that orbital segment 25 conveys is held in vertical state；According to the feature of vibrating disk, lock core is when by helical feed track
It can be bonded orbit sidewall, and the reason is that making material by being in low-angle when helical feed track because orbit angle designs
Inclination, therefore above-mentioned vertical state is not complete upright state, but there are the inclinations of certain angle.Second track
The beginning of section 24 is lower than the end of the first orbital segment 23, and so as to form step surface, which realizes lock core by horizontality
Overturning to vertical state, but there is overturn failure at this；In addition, since only an axial end face is smooth to lock core
Face, and an other axial end face is equipped with the slide block for stirring lock tongue, therefore also only has the lock that burnishing surface is below after overturning
Core is just able to maintain vertical state.Further, in second orbital segment 24, orbit sidewall is equipped with sieve material mouth 26, sieves material mouth
26 width is then less than the axial length of lock core, and length is greater than the axial length of lock core.As above-mentioned record, lock core is passing through
It can be bonded orbit sidewall when helical feed track, therefore when through sieving material mouth 26, appoint the lock core in horizontality can be by sieving
Material mouth 26 is fallen into vibrating disk again, and lock core in a vertical state can smoothly pass through the sieve material mouth 26, so can guarantee sieve
The lock core that second orbital segment 24 in 26 downstream of material mouth is conveyed is held in vertical state.It should be noted that above-mentioned sieve material mouth
26 length not necessarily needs the axial length greater than lock core, horizontal in the case where being slightly less than the axial length of lock core
The lock core of state is any can be fallen by the sieve material mouth 26.The third orbital segment 25 is angle adjustment section, that is, passes through third rail
Road section 25 convey after, lock core along the neat feeding of special angle.The beginning of the third orbital segment 25 is undertaken on the second track
On the end of section 24, the sidewall slope angle of third orbital segment 25 becomes larger along its conveying direction, is finally reached horizontal or base
The state of this level, therefore when lock core can tend to level after the conveying of third orbital segment 25 step by step, final realization is horizontal
Direction is sequentially output.The baffle 27 for setting up the slide block of lock core is equipped on third orbital segment 25, and along third track
The limit press strip 28 of section 25 conveying directions setting, only there are accommodate under setting state between limit press strip 28 and third orbital segment 25
The gap that passes through of lock core, therefore when the fit angle of slide block and baffle 27 on lock core does not meet setting, lock core can not
Gap between limit press strip 28 and third orbital segment 25, before the end of limit press strip 28 can hinder lock core further at this time
Row, but the vibration of vibrating disk can be such that lock core rotates simultaneously, and after reaching proper angle, lock core can fall into the gap to further
It is fed forward.In transport path later, limit press strip 28 and the cooperation of third orbital segment 25 make lock core keep setting state, never
Rotation can be generated due to vibration.The feeding track 21 is undertaken on the end of third orbital segment 25, keeps third orbital segment 25
The core status of setting carries out feeding.
The lock core positioning drive mechanisms 3 include fixed pedestal 31, and are located on fixed pedestal 31 by bearing 32
Rotating seat 33, and the lock core base 34 being connected with rotating seat 33.It is equipped with inside the lock core base 34 for placing lock core
Locating slot 341, and notch compatible with the slide block on the lock core, concrete mode can be the slot bottom of locating slot 341
Equipped with drive block 35, drive block 35 is equipped with notch, and drive block 35 is detachable to be fixed in lock core base 34, as shown in Fig. 5,
Through-hole is offered on 34 side wall of lock core base, and by clamping screw conventional via that drive block 35 is fixed.It is detachable using this
Connection structure, 35 specification of drive block can be adjusted in real time, thus so that adaptation different size lock core processing.The rotation
Seat 33 is connected on the output shaft of rotary power component, in the present embodiment using the output shaft 372 of numerical-control motor 371
On, numerical-control motor 371 is mounted on fixed pedestal 31 by installation cushion block and solid component, and numerical-control motor 371 can drive rotation
Seat 33, and the synchronous rotation of lock core base 34 thereon；And the drive block 35 in lock core base 34 is matched with lock core, i.e., with movable lock core
Also it rotates synchronously.
The feed mechanism includes horizontal shifting platform 61, and the clamp assembly being arranged on horizontal shifting platform 61
62 and push rod component 63.The clamp assembly 62 is for clamping the lock core on feeding track 21 and being transported to lock core base 34
Interior, push rod component 63 is for withstanding the lock core in lock core base 34 when lock core is processed；Because its outbound course is both needed to towards lock
Core print seat 34, therefore clamp assembly 62 is parallel with the outbound course of push rod component 63, and the movement of horizontal shifting platform 61 needs reality
Existing clamp assembly 62 and the station of push rod component 63 are mobile, therefore the moving direction of horizontal shifting platform 61 and clamp assembly 62, top
The outbound course of bar assembly 63 is perpendicular.It is specific that horizontal shifting platform 61 includes the guide rail being arranged on vehicle frame as shown in the picture,
And the mobile material loading platform 611 being arranged on guide rail, and the first cylinder 612 that driving material loading platform 611 is mobile；By first
Cylinder 612 drives material loading platform 611 to be moved.The working position of the clamp assembly 62 is in 21 end of feeding track and lock core
Alternately switch between seat 34, clamp assembly 62 clamps feeding in material track end realization, realizes blowing on lock core base 34.Specifically
As shown in the picture, clamp assembly 62 includes on displacement power part 621, and setting shifting 621 output end of power part in place
Power part 622 is clamped, and clamp on power part 622 a plurality of is set and clamps arm 623.In one embodiment,
Clamping power part 622 is to clamp cylinder, and displacement power part 621 is displacement cylinder, and preferably double-rod cylinder, have both by
The function of output and guiding.It is described it is a plurality of clamp the circumferentially rule setting of arm 623, clamp arm using two in the present embodiment
623 are arranged oppositely, two clamp between arm 623 constitute clamp mouth 624, and clamp arm 623 clamp end be in and lock core section phase
The arcwall face of adaptation；Effective fixation can be so formed to lock core.The push rod component 63 includes mandril power part 631, with
And the feeding mandril 632 on mandril power part 631 is set；Mandril power part 631 is top rod driving in the present embodiment
Cylinder, mandril cylinder are fixed on cylinder mounting plate 73, and feeding mandril 632 is positioned by guide plate 633.
The cutting agency includes blanking power part 71, and the blanking push rod being arranged on blanking power part 71
72；Blanking power part 71 is mandril cylinder in the present embodiment, and mandril cylinder is fixed on cylinder mounting plate 73.It is described above
Lock core positioning drive mechanisms 3 in, the output shaft 372 of the numerical-control motor 371 is hollow shaft, rotating seat 33, lock core base 34
With through-hole is equipped on drive block 35, and the blanking push rod 72 is threaded through output shaft 372, the rotating seat of numerical-control motor 371
33, lock core base 34 and drive block 35, when blanking power part 71 exports, blanking push rod 72 sequentially passes through numerical-control motor 371
Output shaft 372, rotating seat 33 and lock core base 34 eject the lock core in locating slot 341, and in the rack 1 of 34 lower section of lock core base
Equipped with discharge port, the lock core being ejected is fallen by discharge port.
The lockhole organisation of working 4 and locked groove organisation of working 5 process lock core, previously described lock core base 34
Section is in U-shape shape, i.e. the locating slot 341 of lock core base 34 is in U-shape, the processing end court of lockhole organisation of working 4 and locked groove organisation of working 5
Into the U-shaped opening of the lock core base 34.The U-shaped opening length direction of locating slot 341 is along the axially setting, and the length of lock core base 34
The marble hole that degree need to be greater than on lock core opens up size requirement；The U-shaped opening width of locating slot 341 then needs to be greater than the ruler that locked groove opens up
Very little requirement.The lockhole organisation of working 4 includes the transverse shifting pair being arranged on lock core base 34 on methods, rack 1, and setting exists
Longitudinal movement pair in transverse shifting pair, and the boring assemblies being arranged in longitudinal movement pair.The shifting of the transverse shifting pair
Dynamic direction is parallel with the outbound course of cutting agency, vertically moves secondary moving direction perpendicular to the output side of cutting agency
To.Wherein, transverse shifting pair includes lateral servo motor, and the lateral movement plate 42 being slidably positioned in rack 1, is laterally moved
Movable plate 42 is connect by screw component with the output end of lateral servo motor, is driven by lateral servo motor and is realized movement.It is longitudinal
Prismatic pair includes servo longitudinal motor 43, and the longitudinal movement plate 44 being slidably positioned on lateral movement plate 42, longitudinal movement
Plate 44 is connect by screw component with the output end of servo longitudinal motor 43, is driven by servo longitudinal motor 43 and is realized movement.Institute
Stating boring assemblies includes bore motor 45, and the drill bit driven by bore motor 45.In above-mentioned lockhole organisation of working 4, bore
Aperture member carries out aperture, the horizontal displacement of transverse shifting sub-control boring assemblies, to control the position of aperture for lock core side
And spacing；The length travel of sub-control boring assemblies is vertically moved, to control boring assemblies close to or far from lock core.The locked groove
Organisation of working 5 is arranged in the rack 1 of 34 side of lock core base, and locked groove organisation of working 5 includes mobile foundation, and is arranged in movement
Drill flute component on pedestal.The mobile foundation includes the guide rail being arranged on vehicle frame, and the mobile brill being arranged on guide rail
Slot platform 51, and the second cylinder 52 that driving drill flute platform 51 is mobile are moved by the second cylinder 52 driving drill flute platform 51
It is dynamic.The drill flute component includes drill flute motor 53, and the drill bit driven by drill flute motor 53.Above-mentioned locked groove organisation of working 5
In, drill flute component processes lock core side, and mobile foundation controls drill flute component close to or far from lock core.
Specific execution steps are as follows (feeding mechanism 2, feed mechanism, the lock involved in step of above-mentioned lock core process equipment
Hole machined mechanism 4, locked groove organisation of working 5 and the specific of cutting agency carry into execution a plan as it was noted above, therefore not doing tired state):
1, feeding mechanism 2 arranges lock core, is finally conveyed with setting state to feeding track 21；
2, the clamp assembly 62 in feed mechanism clamps lock core from feeding track 21, and lock core is sent into determining for lock core base 34
In the slot 341 of position；
3, lock core is pushed completely into locating slot 341 by the push rod component 63 in feed mechanism, and make slide block on lock core with
The notch of drive block 35 is adapted；
4, lockhole processing；Lock core base 34 remains static, and lockhole organisation of working 4 is according to pre-set programs in plug face
Open up multiple lockholes；
5, locked groove processing；Numerical-control motor 371 drives lock core base 34 to rotate, while locked groove organisation of working 5 is locked from side is close
Core makes plug face form locked groove；
When the lockhole processing of step 4 and the locked groove of step 5 are processed, push rod component 63 withstands the lock core always；Meanwhile
Clamp assembly 62 from feeding track 21 clamps lock core, and to give over to next process-cycle spare；
6, blanking；After processing is completed, push rod component 63 cancels, in (the next processing of loading assemblies feeding for lockhole and locked groove
Period) in gap, the lock core ejection that cutting agency obtains processing, lock core falls into discharge port 11.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (10)
1. a kind of lock core process equipment, including rack, and the lock core positioning drive mechanisms, the lockhole processing machine that are arranged on the rack
Structure and locked groove organisation of working；It is characterized by: the lock core positioning drive mechanisms include fixed pedestal, and it is located in fixed base
Rotating seat on seat, and the lock core base being connected with rotating seat；The positioning for placing lock core is equipped with inside the lock core base
Slot, and notch compatible with the slide block on the lock core, rotating seat are connected on the output shaft of rotary power component；Institute
The locating slot for stating lock core base is in U-shape, and the U-shaped of processing end towards the lock core base of lockhole organisation of working and locked groove organisation of working is opened
In mouthful.
2. a kind of lock core process equipment according to claim 1, it is characterised in that: drive block is equipped in the locating slot,
Drive block is equipped with notch, and drive block is detachable to be fixed in lock core base.
3. a kind of lock core process equipment according to claim 2, it is characterised in that: be additionally provided with blanking machine in the rack
Structure, cutting agency include blanking power part, and the blanking push rod being arranged on blanking power part；The rotary power portion
The output shaft of part is hollow shaft, through-hole is equipped on rotating seat, lock core base and drive block, it is dynamic that the blanking push rod is threaded through rotation
Output shaft, rotating seat, lock core base and the drive block of power component.
4. a kind of lock core process equipment according to claim 1, it is characterised in that: be additionally provided with feeder in the rack
Structure, feed mechanism include horizontal shifting platform, and the clamp assembly and push rod component that are arranged on horizontal shifting platform；It is described
Clamp assembly is for clamping and being transported in lock core base by the lock core on feeding track, and push rod component is for processing in lock core
When the lock core in lock core base is withstood.
5. a kind of lock core process equipment according to claim 4, it is characterised in that: the clamp assembly includes displacement power
Power part is clamped on component, and setting mobile power element outputs in place, and is arranged in and clamps on power part
It is a plurality of to clamp arm, it is a plurality of to clamp arm circumferentially rule setting.
6. a kind of lock core process equipment according to claim 5, it is characterised in that: the power part that clamps is to clamp gas
Cylinder, displacement power part is for double-rod cylinder；The arm that clamps is to be arranged oppositely two, and two clamp composition between arm and clamp
Mouthful, and the clamp end of arm is clamped in arcwall face compatible with lock core section.
7. a kind of lock core process equipment according to claim 4, it is characterised in that: the push rod component includes that mandril is dynamic
Power component, and the feeding mandril being arranged on mandril power part；Mandril cylinder is fixed on cylinder mounting plate, feeding mandril
It is positioned by guide plate.
8. a kind of lock core process equipment according to claim 1, it is characterised in that: the lockhole organisation of working includes setting
Transverse shifting pair on lock core base on methods, rack, and the longitudinal movement pair being arranged in transverse shifting pair, and setting exist
Boring assemblies in longitudinal movement pair.
9. a kind of lock core process equipment according to claim 1, it is characterised in that: the locked groove organisation of working setting is being locked
In the rack of core print seat side, locked groove organisation of working includes mobile foundation, and the drill flute component being arranged on mobile foundation.
10. a kind of lock core process equipment according to claim 1, it is characterised in that: be additionally provided with feeding in the rack
Mechanism, feeding mechanism include vibrating disk, and the feeding track being undertaken on vibrating disk outbound course；The vibrating disk includes setting
The disk body being connected above vibrating body with vibrating body is set, and the helical feed track being arranged on disk body inner sidewall；It is described
Helical feed track includes the first orbital segment, the second orbital segment and third orbital segment；The beginning of second orbital segment is lower than the
The end of one orbital segment, the orbit sidewall of the second orbital segment are equipped with sieve material mouth, and the width for sieving material mouth is then less than the axial direction of lock core
Length；The beginning of the third orbital segment is undertaken on the end of the second orbital segment, the sidewall slope angle edge of third orbital segment
Its conveying direction becomes larger；The baffle for setting up the slide block of lock core is equipped on third orbital segment, and along third rail
The limit press strip of road section conveying direction setting, only there are the lock cores accommodated under setting state between limit press strip and third orbital segment
By gap；The feeding track is undertaken on the end of third orbital segment, keep the core status of third orbital segment setting into
Row feeding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820663346.3U CN208712922U (en) | 2018-05-04 | 2018-05-04 | A kind of lock core process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820663346.3U CN208712922U (en) | 2018-05-04 | 2018-05-04 | A kind of lock core process equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208712922U true CN208712922U (en) | 2019-04-09 |
Family
ID=65970280
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820663346.3U Expired - Fee Related CN208712922U (en) | 2018-05-04 | 2018-05-04 | A kind of lock core process equipment |
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| Country | Link |
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| CN (1) | CN208712922U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620628A (en) * | 2018-05-04 | 2018-10-09 | 张琦 | A kind of lock core process equipment |
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2018
- 2018-05-04 CN CN201820663346.3U patent/CN208712922U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620628A (en) * | 2018-05-04 | 2018-10-09 | 张琦 | A kind of lock core process equipment |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190409 Termination date: 20210504 |