CN103924844B - Electronic intelligent lock - Google Patents
Electronic intelligent lock Download PDFInfo
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- CN103924844B CN103924844B CN201410183215.1A CN201410183215A CN103924844B CN 103924844 B CN103924844 B CN 103924844B CN 201410183215 A CN201410183215 A CN 201410183215A CN 103924844 B CN103924844 B CN 103924844B
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Abstract
The invention discloses a kind of electronic intelligent lock, it comprises lock body, lock handle, lock core, dead bolt, motor, snap close, power supply, at least two locking bars and for receiving the switching signal thus the drive and control of electric machine plate of drive motors action that mobile communication equipment sends, the top of lock handle is hinged with articulated body so that lock handle is along the axial wobble of articulated body, articulated body is hinged on lock body so that it rotates relative to lock body, lock core is fixedly connected on the bottom of lock handle, motor is arranged in lock body, and the output shaft of motor is connected with snap close, lock core and snap close are movable mutually to be coordinated, when fit with lock body in the bottom of lock handle and snap close abuts with lock core activity, lock core is positioned at lock body, when the bottom of lock handle is separated with lock body and snap close can be separated with lock core, the articulated body of lock handle is fixedly connected with dead bolt by lock handle connector, described locking bar is hinged on the both ends of dead bolt respectively by locking bar connector, and the power input of described power supply and drive and control of electric machine plate is electrically connected.Structure of the present invention is simple, mobile communication equipment such as mobile phone can be used to carry out remote switch lock, avoids and to occur key when unblanking and lock the phenomenon of not arranging in pairs or groups, improve the convenience of use.
Description
Technical field
The present invention relates to a kind of electronic intelligent lock, belong to electronic intelligent lock technical field.
Background technology
At present, handle connecting rod mechanical lock is widely used on the various network voice communication racks of the communication operators such as telecommunications, movement, UNICOM, and is distributed to each corner in streets and lanes and rural area.In communication communication cabinet field, each communication cabinet needs outfit one lock, and provide the unit of rack numerous to communication companies such as telecommunications, the mechanical lock that unit of Mei Jia rack supplier uses is all different, often kind of lock is all different key, administrative staff are when carrying out on-site maintenance and opening user with increase, carry one often and go here and there greatly key, then the comparison one by one of key is carried out at the scene, the wearing and tearing of such lock core can be very large, easy damage, often cause on-the-spot cruelty construction, by force door-plate is opened, then open and often cannot shut, cause on-the-spot unmanned, and the phenomenon that cabinet gate opens wide, cause a lot of equipment by artificial damage, or cause interior of equipment cabinet under adverse circumstances to make moist to drench with rain, the loss that damage of communication apparatus etc. is unnecessary.Same along with develop rapidly cybertimes, netizen has had higher requirement to the speed of network and stability, and the optical cable of network data transmission medium replaces copper cable, has been trend of the times.So scene has a lot of communication cabinet to be passive case now, that is interior of equipment cabinet does not have power supply.Simultaneously along with rack distributes in a large number, communication operator is in the management of equipment, it is also proposed requirements at the higher level, want to trace to source to the loss why cabinet equipment causes, to stop unnecessary loss from management, improve the architecture regulation administration of rack, urgent need will develop a kind of electronic intelligent lock.
Summary of the invention
Technical problem to be solved by this invention is the defect overcoming prior art, a kind of electronic intelligent lock is provided, its structure is simple, mobile communication equipment such as mobile phone can be used to carry out remote switch lock, avoids and to occur key when unblanking and lock the phenomenon of not arranging in pairs or groups, improve the convenience of use.
In order to solve the problems of the technologies described above, technical scheme of the present invention is: a kind of electronic intelligent lock, it comprises lock body, lock handle, lock core, dead bolt, motor, snap close, power supply, at least two locking bars and for receiving the switching signal thus the drive and control of electric machine plate of drive motors action that mobile communication equipment sends, the top of lock handle is hinged with articulated body so that lock handle is along the axial wobble of articulated body, articulated body is hinged on lock body so that it rotates relative to lock body, lock core is fixedly connected on the bottom of lock handle, motor is arranged in lock body, and the output shaft of motor is connected with snap close, lock core and snap close are movable mutually to be coordinated, when fit with lock body in the bottom of lock handle and snap close abuts with lock core activity, lock core is positioned at lock body, when the bottom of lock handle is separated with lock body and snap close can be separated with lock core, the articulated body of lock handle is fixedly connected with dead bolt by lock handle connector, described locking bar is hinged on the both ends of dead bolt respectively by locking bar connector, and the power input of described power supply and drive and control of electric machine plate is electrically connected.
Further in order to realize power-off protection function when snap close puts in place, ensure that snap close accurately puts in place, extend the application life of electronic intelligent lock, also be provided with snap close in described lock body to put in place power-off protection mechanism, this snap close power-off protection mechanism that puts in place comprises snap close contact chip, lock core opens a banking stop and lock core off-position banking stop, motor pedestal is installed in described lock body, described motor is arranged in motor pedestal, motor pedestal is provided with the screw-home movement groove matched with screw-home movement track, snap close is arranged in screw-home movement groove movably, described snap close contact chip and snap close are electrically connected, described lock core open a banking stop be arranged on motor pedestal lock button movement slots head end portion, when motor action makes snap close be positioned at the head end portion of screw-home movement groove, it is in electrical contact that described snap close and lock core open a banking stop, described lock core off-position banking stop be arranged on motor pedestal lock button movement slots tail end, when motor action makes snap close be positioned at the tail end of screw-home movement groove, described snap close and lock core off-position banking stop in electrical contact, described lock core off-position banking stop, lock core opens a banking stop and snap close contact chip is electrically connected on drive and control of electric machine plate respectively, described motor is connected to drive it to stop or working with drive and control of electric machine plate phase control.
Further in order to safety and convenience, provide a kind of mode of wireless power to facilitate the work of electronic intelligent lock, described power supply is wireless power supply source, wireless power supply source comprises induction coil and has the wireless power supply source module of power supply coil, and induction coil responds to cooperation mutually with power supply coil.
Lock in order to wireless power supply source module can be made to be securely fixed in electronic intelligence in use and can hands free operation be realized further, can carry with when without the need to using, described lock handle is provided with location division, induction coil housing is installed in lock body, induction coil is arranged in induction coil housing, wireless power supply source module has shell, shell is provided with the locating slot matched with location division, wireless power supply source mould is equipped with on lock handle by locating slot and location division, location auxiliary magnet is installed in described lock handle, the inherent corresponding position of described shell is provided with and the magnet of locating auxiliary magnet and attracting mutually to coordinate.
Further in order to prevent lock core be subject to the pollution of external environment condition and occur the phenomenon of corrosion in long-time use procedure, position corresponding with lock core on described lock handle is provided with keyhole, and lock handle is hinged with the flashing board that can cover keyhole, flashing board can be location division.
Further, described lock handle has magnet locating slot, described location auxiliary magnet is pasted onto in magnet locating slot.
Further, described location auxiliary magnet is fixed by screws in the inner side of lock handle.
Further, described lock handle is provided with bolt assembly, described bolt assembly is provided with compress gasket, described location auxiliary magnet is pressed between lock handle and compress gasket.
The phenomenon of unstable properties is caused further in order to lock handle appearance opening and closing not in place can be avoided to have some setbacks, ensure its stable performance, the end winding support of described lock core is connected with spacing magnet, lock body has lock body shell, the inside wall of described lock body shell is provided with and matches and the magnet fitting face of indent with spacing magnet, when lock handle and lock body are fitted, and when lock core is positioned at lock body shell, spacing magnet and magnet fitting face attract to coordinate.
After have employed technique scheme, when there being key, insert key, lock core of outwarding winding, makes lock core be separated with snap close, lifts lock handle, and rotation lock handle, drive lock handle connector to rotate, thus dead bolt rotates, drive two locking bars inwardly to shrink, door can be opened; When without key, mobile communication equipment such as mobile phone send instruction, drive and control of electric machine plate is started working, drive motors works, its output shaft rotates, and drives snap close to rotate, thus opens lock core, at this time, lift lock handle, and rotation lock handle, drive lock handle connector to rotate, thus dead bolt rotates, drive two locking bars inwardly to shrink, door can be opened, and structure of the present invention is simple, mobile communication equipment such as mobile phone can be used to carry out remote switch lock, avoid when unblanking and occur the phenomenon that key and lock are not arranged in pairs or groups improve the convenience of use.
Accompanying drawing explanation
Fig. 1 is the structural representation of electronic intelligent lock of the present invention;
Fig. 2 is the partial sectional view of electronic intelligent lock of the present invention;
Fig. 3 is the partial perspective view of electronic intelligent lock of the present invention;
Fig. 4 is the sectional perspective half sectional view of electronic intelligent lock of the present invention;
Fig. 5 is the partial exploded view of electronic intelligent lock of the present invention;
Fig. 6 is the circuit connection diagram of the drive and control of electric machine plate portion of electronic intelligent lock of the present invention.
Detailed description of the invention
In order to make content of the present invention more easily be clearly understood, below according to specific embodiment also by reference to the accompanying drawings, the present invention is further detailed explanation,
As shown in figs. 1 to 6, a kind of electronic intelligent lock, it comprises lock body 14, lock handle 11, lock core 7, dead bolt 13, motor 2, snap close 8, power supply, at least two locking bars 10 and for receiving the switching signal thus the drive and control of electric machine plate 3 of drive motors 2 action that mobile communication equipment sends, the top of lock handle 11 is hinged with articulated body 11-1 so that lock handle 11 is along the axial wobble of articulated body 11-1, articulated body 11-1 is hinged on lock body 14 so that it rotates relative to lock body 14, lock core 7 is fixedly connected on the bottom of lock handle 11, motor 2 is arranged in lock body 14, and the output shaft of motor 2 is connected with snap close 8, lock core 7 coordinates with the activity of snap close 8 phase, when fit with lock body 14 in the bottom of lock handle 11 and snap close 8 abuts with lock core 7 activity, lock core 7 is positioned at lock body 14, when the bottom of lock handle 11 is separated with lock body 14 and snap close 8 can be separated with lock core 7, lock core 7 detaches lock body 14, the articulated body 11-1 of lock handle 11 is fixedly connected with dead bolt 13 by lock handle connector 12, locking bar 10 is hinged on the both ends of dead bolt 13 respectively by locking bar connector 10-1, and the power input of power supply and drive and control of electric machine plate 3 is electrically connected.When there being key, insert key, lock core 7 of outwarding winding, makes lock core 7 be separated with snap close 8, lift lock handle 11, and rotation lock is 11, and drive lock handle connector 12 to rotate, thus dead bolt 13 rotates, drive two locking bars 10 inwardly to shrink, door can be opened, when without key, mobile communication equipment, for example mobile phone sends instruction, drive and control of electric machine plate 3 is started working, drive motors 2 works, its output shaft rotates, snap close 8 is driven to rotate, thus open lock core 7, at this time, lift lock handle 11, and rotation lock is 11, lock handle connector 12 is driven to rotate, thus dead bolt 13 rotates, two locking bars 10 are driven inwardly to shrink, door can be opened, structure of the present invention is simple, mobile communication equipment such as mobile phone can be used to carry out remote switch lock, avoid when unblanking and occur the phenomenon that key and lock are not arranged in pairs or groups, improve the convenience of use.
As illustrated in figures 3-6, also be provided with snap close in lock body 14 to put in place power-off protection mechanism, this snap close power-off protection mechanism that puts in place comprises snap close contact chip 4, lock core opens a banking stop 5 and lock core off-position banking stop 6, motor pedestal 1 is installed in lock body 14, motor 2 is arranged in motor pedestal 1, motor pedestal 1 is provided with the screw-home movement groove 1-1 matched with snap close 8 movement locus, snap close 8 is arranged in screw-home movement groove 1-1 movably, snap close contact chip 4 and snap close 8 are electrically connected, lock core opens the head end portion that a banking stop 5 is arranged on snap close movement slots 1-1 on motor pedestal 1, when motor 2 action makes snap close 8 be positioned at the head end portion of screw-home movement groove 1-1, it is in electrical contact that snap close 8 and lock core open a banking stop 5, lock core off-position banking stop 6 is arranged on the tail end of snap close movement slots 1-1 on motor pedestal 1, when motor 2 action makes snap close 8 be positioned at the tail end of screw-home movement groove 1-1, snap close 8 is in electrical contact with lock core off-position banking stop 6, lock core off-position banking stop 6, lock core opens a banking stop 5 and snap close contact chip 4 is electrically connected on drive and control of electric machine plate 3 respectively, motor 2 is connected to drive it to stop or working with drive and control of electric machine plate 3 phase control.Power supply provides power supply to motor 2 by drive and control of electric machine plate 3, when motor 2 action makes snap close 8 be positioned at the head end portion of screw-home movement groove 1-1, it is in electrical contact that snap close 8 and lock core open a banking stop 5, and snap close 8 and snap close contact chip 4 phase are electrically connected, be equivalent to lock core open a banking stop 5 and form a path with snap close contact chip 4, at this moment drive and control of electric machine plate 3 will make power supply and motor 2 form an open circuit, and motor 2 quits work; When motor 2 action makes snap close 8 be positioned at the tail end of screw-home movement groove 1-1, snap close 8 is in electrical contact with lock core off-position banking stop 6, and snap close 8 and snap close contact chip 4 phase are electrically connected, be equivalent to lock core off-position banking stop 6 and form a path with snap close contact chip 4, at this moment drive and control of electric machine plate 3 will make power supply and motor 2 form an open circuit, and motor 2 quits work; And snap close 8 in screw-home movement groove 1-1 not when this two positions; snap close contact chip 4 opens a banking stop 5 with lock core respectively and lock core off-position banking stop 6 forms open circuit; motor 2 obtains electric work; so just achieve power-off protection function when snap close 8 puts in place; ensure that snap close accurately puts in place, extend the application life of electronic intelligent lock.
As shown in Figure 2, power supply is wireless power supply source, and wireless power supply source comprises induction coil 9 and has the wireless power supply source module 16 of power supply coil 15, and induction coil 9 responds to cooperation mutually with power supply coil 15; Certainly, power supply also can be other power supplys, such as solar powered, dry cell power supply etc.
As shown in Figure 2, lock handle 11 is provided with location division, induction coil housing 17 is installed in lock body 14, induction coil housing 17 can first and motor pedestal 1 be connected, be arranged on lock body 14 again, induction coil 9 is arranged in induction coil housing 17, wireless power supply source module 16 has shell 16-1, shell 16-1 is provided with the locating slot 16-1-1 matched with location division, wireless power supply source module 16 is equipped with on lock handle 11 by locating slot 16-1-1 and location division, location auxiliary magnet 18 is installed in lock handle 11, the inherent corresponding position of shell 16-1 is provided with and the magnet 19 of locating auxiliary magnet 18 and attracts mutually cooperation.If electronic intelligent lock need work use electric energy time, locating slot 16-1-1 on the shell 16-1 of wireless power supply source module 16 is connected on location division, and by magnet 19 and the cooperation of locating auxiliary magnet 18, wireless power supply source module 16 is fixed on electronic intelligence firmly lock, and can hands free operation, mobile communication equipment such as mobile phone is used to send instruction, at this moment, electric energy is delivered in electronic intelligent lock by the cooperation of power supply coil 15 and induction coil 9 by wireless power supply source module 16, when electronic intelligent lock does not need work, directly firmly wireless power supply source module 16 is pulled up.
As shown in Figure 1, 2, position corresponding with lock core 7 on lock handle 11 is provided with keyhole, and lock handle 11 is hinged with the flashing board 20 that can cover keyhole, and location division can be flashing board 20.
As shown in Figure 2, lock handle 11 has magnet locating slot, location auxiliary magnet 18 is pasted onto in magnet locating slot; Certain location auxiliary magnet 18 can also be fixed by screws in the inner side of lock handle 11; Location auxiliary magnet 18 can also be installed in the following manner: described lock handle 11 is provided with bolt assembly, described bolt assembly is provided with compress gasket, and location auxiliary magnet 18 is pressed between lock handle 11 and compress gasket.
As shown in Figure 2, be provided with reference column 16-1-2 in shell 16-1, magnet 19 is sleeved on reference column 16-1-2.
As shown in Figure 1, the end winding support of lock core 7 is connected with spacing magnet 21, lock body 14 has lock body shell 14-1, the inside wall of lock body shell 14-1 is provided with and matches and the magnet fitting face 14-1-1 of indent with spacing magnet 21, when the bottom of lock handle 11 and lock body 14 are fitted, and when lock core 7 is positioned at lock body shell 14-1, spacing magnet 21 attracts to coordinate with magnet fitting face 14-1-1.Operable lock is 11, lock core 7 is made to enter lock body 14, when lock core 7 and magnet fitting face 14-1-1 also have a segment distance time, for example about 5mm, spacing magnet 21 utilizes the strong magnetic adsorbability of itself and magnet fitting face 14-1-1 lock handle 11 to be pulled to the accurate location of lock body 14, lock core 7 in lock body 14 can be put in place, avoid lock handle appearance opening and closing not in place and have some setbacks and cause the phenomenon of unstable properties, ensure the stable performance of electronic intelligent lock.
Above-described specific embodiment; technical problem, technical scheme and beneficial effect that the present invention solves are further described; be understood that; the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. an electronic intelligent lock, it is characterized in that: it comprises lock body (14), lock handle (11), lock core (7), dead bolt (13), motor (2), snap close (8), power supply, at least two locking bars (10) and for receiving the switching signal thus the drive and control of electric machine plate (3) of drive motors (2) action that mobile communication equipment sends, the top of lock handle (11) is hinged with articulated body (11-1) so that lock handle (11) is along the axial wobble of articulated body (11-1), it is upper so that it rotates relative to lock body (14) that articulated body (11-1) is hinged on lock body (14), lock core (7) is fixedly connected on the bottom of lock handle (11), motor (2) is arranged in lock body (14), and the output shaft of motor (2) is connected with snap close (8), lock core (7) and snap close (8) are movable mutually to be coordinated, when fit with lock body (14) in the bottom of lock handle (11) and snap close (8) abuts with lock core (7) activity, lock core (7) is positioned at lock body (14), when the bottom of lock handle (11) is separated with lock body (14) and snap close (8) can be separated with lock core (7), lock core (7) detaches lock body (14), the articulated body (11-1) of lock handle (11) is fixedly connected with dead bolt (13) by lock handle connector (12), described locking bar (10) is hinged on the both ends of dead bolt (13) respectively by locking bar connector (10-1), and the power input of described power supply and drive and control of electric machine plate (3) is electrically connected, also be provided with snap close in described lock body (14) to put in place power-off protection mechanism, this snap close power-off protection mechanism that puts in place comprises snap close contact chip (4), lock core opens a banking stop (5) and lock core off-position banking stop (6), in described lock body (14), motor pedestal (1) is installed, described motor (2) is arranged in motor pedestal (1), motor pedestal (1) is provided with the screw-home movement groove (1-1) matched with snap close (8) movement locus, snap close (8) is arranged in screw-home movement groove (1-1) movably, described snap close contact chip (4) and snap close (8) are electrically connected, described lock core opens the head end portion that a banking stop (5) is arranged on the upper snap close movement slots (1-1) of motor pedestal (1), when motor (2) action makes snap close (8) be positioned at the head end portion of screw-home movement groove (1-1), it is in electrical contact that described snap close (8) and lock core open a banking stop (5), described lock core off-position banking stop (6) is arranged on the tail end of the upper snap close movement slots (1-1) of motor pedestal (1), when motor (2) action makes snap close (8) be positioned at the tail end of screw-home movement groove (1-1), described snap close (8) is in electrical contact with lock core off-position banking stop (6), described lock core off-position banking stop (6), lock core opens a banking stop (5) and snap close contact chip (4) is electrically connected on drive and control of electric machine plate (3) respectively, described motor (2) is connected to drive it to stop or working with drive and control of electric machine plate (3) phase control.
2. electronic intelligent lock according to claim 1, it is characterized in that: described power supply is wireless power supply source, wireless power supply source comprises induction coil (9) and has the wireless power supply source module (16) of power supply coil (15), and induction coil (9) responds to cooperation mutually with power supply coil (15).
3. electronic intelligent lock according to claim 2, it is characterized in that: described lock handle (11) is provided with location division, induction coil housing (17) is installed in lock body (14), induction coil (9) is arranged in induction coil housing (17), wireless power supply source module (16) has shell (16-1), shell (16-1) is provided with the locating slot (16-1-1) matched with location division, wireless power supply source module (16) is equipped with on lock handle (11) by locating slot (16-1-1) and location division, location auxiliary magnet (18) is installed in described lock handle (11), the inherent corresponding position of described shell (16-1) is provided with and the magnet (19) of locating auxiliary magnet (18) and attracting mutually to coordinate.
4. electronic intelligent lock according to claim 3, it is characterized in that: the upper position corresponding with lock core (7) of described lock handle (11) is provided with keyhole, and lock handle (11) is hinged with the flashing board (20) that can cover keyhole, described location division is flashing board.
5. electronic intelligent lock according to claim 3, is characterized in that: described lock handle (11) has magnet locating slot, and described location auxiliary magnet (18) is pasted onto in magnet locating slot.
6. electronic intelligent lock according to claim 3, is characterized in that: described location auxiliary magnet (18) is fixed by screws in the inner side of lock handle (11).
7. electronic intelligent lock according to claim 3, it is characterized in that: described lock handle (11) is provided with bolt assembly, described bolt assembly is provided with compress gasket, and described location auxiliary magnet (18) is pressed between lock handle (11) and compress gasket.
8. electronic intelligent lock according to claim 1, it is characterized in that: the upper position corresponding with lock core (7) of described lock handle (11) is provided with keyhole, and lock handle (11) is hinged with the flashing board (20) that can cover keyhole.
9. the electronic intelligent lock according to claim 1 or 2 or 3, it is characterized in that: the end winding support of described lock core (7) is connected with spacing magnet (21), lock body (14) has lock body shell (14-1), the inside wall of described lock body shell (14-1) is provided with and matches and the magnet fitting face (14-1-1) of indent with spacing magnet (21), when the bottom of lock handle (11) and lock body (14) are fitted, and when lock core (7) is positioned at lock body shell (14-1), spacing magnet (21) attracts to coordinate with magnet fitting face (14-1-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410183215.1A CN103924844B (en) | 2014-04-30 | 2014-04-30 | Electronic intelligent lock |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410183215.1A CN103924844B (en) | 2014-04-30 | 2014-04-30 | Electronic intelligent lock |
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| CN103924844A CN103924844A (en) | 2014-07-16 |
| CN103924844B true CN103924844B (en) | 2016-02-10 |
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| CN201410183215.1A Active CN103924844B (en) | 2014-04-30 | 2014-04-30 | Electronic intelligent lock |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106437314B (en) * | 2016-10-13 | 2018-07-03 | 深圳市凯迪仕智能科技有限公司 | Electronic lock |
| CN106545228B (en) * | 2016-12-09 | 2018-10-16 | 广东电网有限责任公司电力调度控制中心 | One kind can self-powered passive electronic lockset |
| CN108561016A (en) * | 2018-03-16 | 2018-09-21 | 何明旗 | A kind of electronic lock cylinder, electronic lock and working method |
| CN110273591B (en) * | 2019-08-13 | 2023-12-12 | 上海杉脉电子科技发展有限公司 | Single-power miniature intelligent lock |
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| EP2476825A2 (en) * | 2011-01-18 | 2012-07-18 | Mesan Kilit ve Yedek Parca San. Tic. Ltd. Sti. | Enhanced security outdoor use lock mechanism |
| CN102677994A (en) * | 2012-06-15 | 2012-09-19 | 美迪特科技（沈阳）有限公司 | Electronic lock for machine cabinet |
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