CN201457534U - Electromagnetic mechanical lock for electric vehicle double-support frame - Google Patents
Electromagnetic mechanical lock for electric vehicle double-support frame Download PDFInfo
- Publication number
- CN201457534U CN201457534U CN2009201216385U CN200920121638U CN201457534U CN 201457534 U CN201457534 U CN 201457534U CN 2009201216385 U CN2009201216385 U CN 2009201216385U CN 200920121638 U CN200920121638 U CN 200920121638U CN 201457534 U CN201457534 U CN 201457534U
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- China
- Prior art keywords
- lock
- hole
- electromagnet
- lock housing
- fixed
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
Disclosed is an electric vehicle mechanical lock for an electric vehicle double-support frame. The electromagnetic mechanical lock comprises an upper connecting base and a low connecting base installed between a rear bottom fork and the double-support frame, and a lock shaft connected with the electromagnetic mechanical lock is mounted inside each connecting base. The electromagnetic mechanical lock further comprises a fixed lock casing and a rotary lock casing, a conical hole is arranged on the lower portion of the fixed lock casing, a lock inserting hole is arranged on the upper portion of the fixed lock casing, an electromagnet is disposed inside the fixed lock casing, an electric wire is wound outside the electromagnet, an electric wire hole is disposed on the fixed lock casing, an external head of the electric wire is connected with a protector through the electric wire hole, the protector is connected with a power source of an electric vehicle and controlled by a remote controller, a fixed hole is arranged on the lower portion of the electromagnet, a lock cylinder groove is disposed on the upper portion of the electromagnet, a fixed plate and a plate-shaped lock cylinder are mounted inside the lock cylinder groove on the electromagnet, a screw hole is arranged inside the fixed plate, a circular hole is arranged on the lower portion of the plate-shaped lock cylinder, the front end of a set screw is inserted into the circular hole of the plate-shaped lock cylinder after passing through the conical hole of the fixed lock casing, the fixed hole on the lower portion of the electromagnet and the screw hole of the fixed plate, a clamping groove is arranged inside the rotary casing, the plate-shaped lock cylinder is engaged with the clamping groove through the lock inserting hole of the fixed lock casing, and a spring mounted outside the set screw pushes against the top portion of the circular hole of the plate-shaped lock cylinder.
Description
Technical field
The utility model relates to electronic lock, particularly relates to the two support electromagnetic and mechanical locks of battery-driven car.
Background technology
The kind of electronic lock is more in the market, mainly be lock wheel, lock storage battery or lock handle hand etc., but existing wheel lock mostly is spring lock, spring lock is destroyed easily, theftproof performance is poor, the thief also uses master key or iron wire is untied lock, some difficult just directly prying open of making war with club, so vehicle is stolen often.
Summary of the invention
The purpose of this utility model is in order to overcome the shortcoming of prior art, a kind of machinery and electromagnetic combination are provided, be locked on the two supports of battery-driven car, link to each other with the power supply of battery-driven car, need under the situation of energising, just can unblank, when not having power supply, lock can't be opened, the two support electromagnetic and mechanical locks of the battery-driven car that theftproof performance is good.
The technical scheme of the two support electromagnetic and mechanicals locks of the utility model battery-driven car is: comprise chain stay and the two supports of battery-driven car behind the battery-driven car, between two supports and back chain stay, install, lower connecting base, it is characterized in that installing in the Connection Block lock shaft, lock shaft connects the electromagnetic and mechanical lock, described electromagnetic and mechanical lock comprises fixedly lock housing and rotation lock housing, the rotation lock valve jacket is outside fixing lock housing, fixedly open taper hole under the lock housing, the top is shaped on the mortise lock hole, fixedly in the lock housing electromagnet is being set, the outside of electromagnet is wound with electric wire, fixedly be shaped on wire hole on the lock housing, the outside of electric wire is connected to the prevention and control device by wire hole, the prevention and control device connects electric vehicle power sources, the prevention and control device is controlled by remote controller, fixed orifice is opened in the electromagnet below, lock core groove is opened in the top, peace is gone into fixed plate and sheet type lock core in the lock core groove above electromagnet, and in fixed plate, be shaped under screw and the sheet type lock core and open circular hole, check screw passes through fixedly taper hole and the fixed orifice of electromagnet below and the screw of fixed plate of lock housing, its front end inserts in the circular hole of sheet type lock core, in rotating lock housing, be shaped on draw-in groove, sheet type lock core matches with draw-in groove by the fixing mortise lock hole of lock housing, in the outside of check screw mounting spring, spring pushes up the circular hole top of sheet type lock core.
The two support electromagnetic and mechanical locks of the utility model battery-driven car compared with the prior art, this lock is installed between two supports of battery-driven car and the back chain stay, two supports are locked, adopt magnet control sheet type lock core, electromagnet is around with electric wire, electric wire the outside is connected to prevention and control device (concrete structure of prevention and control device belongs to prior art, purchases on market).When no power, electromagnet does not have suction, and rotate when rotating lock housing on the sheet type lock core upwards top of the outer spring of screw that is fixed, and its draw-in groove is also along with forwarding sheet type lock core to, and sheet type lock core snaps into to make in the draw-in groove and rotates lock housing and can't rotate, and lock is lockable; When pressing the energising of remote controller (remote controller is supporting with the prevention and control device, and its structure belongs to prior art equally, can purchase from the market) switch, electric energy by electromagnet with sheet type lock core in interior suction electromagnet, sheet type lock core can not snap in the draw-in groove, rotates lock housing and turns, and lock can be opened.
The two support electromagnetic and mechanical locks of the utility model battery-driven car, the connecting portion of its described fixedly lock housing is equipped with O type circle, and O type circle seals mutually with the oral area that rotates lock housing.O type circle has been arranged, rotated lock housing, can prevent that rainwater dust etc. from entering, and protects lock body with fixedly between the lock housing after the sealing.Be shaped on U font jag on its described rotation lock housing, U font jag is connected with the upper beam of two supports.It is more firm that two supports are connected with the rotation lock housing, prevents that the thief from mentioning two supports with strong way, steals battery-driven car.Its described fixedly lock housing fixes by the auxiliary crosspiece of attaching parts with the back chain stay.There had attaching parts that lock housing is installed to be more firm.In its described wire hole seal ring is installed, the outside of electric wire is connected to the prevention and control device by seal ring.Avoid rainwater, dust etc. from wire hole, to flow in the lock body.
Description of drawings
Fig. 1 is the structural representation of the two support electromagnetic and mechanical locks of the utility model battery-driven car;
Fig. 2 is the two support electromagnetic and mechanical locks of the utility model battery-driven car and back chain stay, two support assembling connection diagram;
Fig. 3 is the structural representation of looking up that the two support electromagnetic and mechanicals of the utility model battery-driven car are locked and back chain stay, two support assemble.
The specific embodiment
The utility model relates to the two support electromagnetic and mechanical locks of battery-driven car, as shown in Figure 1-Figure 3, comprise chain stay 1 and the two supports 2 of battery-driven car behind the battery-driven car, between two supports 2 and back chain stay 1, install, lower connecting base 31,32, it is characterized in that installing in the Connection Block lock shaft 4, lock shaft 4 connects the electromagnetic and mechanical lock, described electromagnetic and mechanical lock comprises fixedly lock housing 5 and rotation lock housing 6, the rotation lock valve jacket is outside fixing lock housing, fixedly open taper hole 51 under the lock housing, the top is shaped on mortise lock hole 52, fixedly in the lock housing electromagnet 7 is being set, the outside of electromagnet is wound with electric wire 75, fixedly be shaped on wire hole on the lock housing, the outside 751 of electric wire is connected to the prevention and control device by wire hole, the prevention and control device connects electric vehicle power sources, the prevention and control device is controlled by remote controller, fixed orifice 71 is opened in the electromagnet below, lock core groove 72 is opened in the top, peace is gone into fixed plate 73 and sheet type lock core 74 in the lock core groove 72 above electromagnet, and in fixed plate, be shaped under screw 731 and the sheet type lock core and open circular hole 741, check screw 8 passes through fixedly taper hole 51 and the fixed orifice 71 of electromagnet 7 belows and the screw 731 of fixed plate of lock housing, its front end inserts in the circular hole 741 of sheet type lock core 74, in rotating lock housing 6, be shaped on draw-in groove 61, sheet type lock core 74 matches with draw-in groove 61 by the fixing mortise lock hole 52 of lock housing, and in the outside of check screw 8 mounting spring 81, spring 81 pushes up circular hole 741 tops of sheet type lock core 74.This lock is installed between two supports 2 of battery-driven car and the back chain stay 1, two supports are locked, adopt electromagnet 7 control strip type lock cores 74, electromagnet is around with electric wire 75, electric wire the outside is connected to prevention and control device (concrete structure of prevention and control device belongs to prior art, purchases on market).And the battery supply that utilizes battery-driven car is to electric wire and electromagnet power supply, when no power, electromagnet does not have suction, the sheet type lock core upwards top of the outer springs 81 of screw 8 that is fixed, rotate when rotating lock housing 6, also along with forwarding sheet type lock core 74 to, sheet type lock core snaps into the rotation lock housing can't be rotated again its draw-in groove 61, and lock is lockable; When pressing the energising of remote controller (remote controller is supporting with the prevention and control device, and its structure belongs to prior art equally, can purchase from the market) switch, electric energy by electromagnet 7 with sheet type lock core in interior suction electromagnet, sheet type lock core can not snap in the draw-in groove, rotates lock housing and turns, and lock can be opened.The connecting portion of its described fixedly lock housing 5 is equipped with O type circle 55, and O type circle seals mutually with the oral area that rotates lock housing.O type circle has been arranged, rotated lock housing 6, can prevent that rainwater dust etc. from entering, and protects lock body with fixedly between the lock housing 5 after the sealing.Be shaped on U font jag 62 on its described rotation lock housing 6, U font jag is connected with the upper beam 21 of two supports.It is more firm that two supports are connected with the rotation lock housing, prevents that the thief from mentioning two supports with strong way, steals battery-driven car.Its described fixedly lock housing fixes by the auxiliary crosspiece 11 of attaching parts with back chain stay 1.There had attaching parts that lock housing is installed to be more firm.Seal ring 54 is installed in its described wire hole, and the outside of electric wire is connected to the prevention and control device by seal ring.Avoid rainwater, dust etc. from wire hole, to flow in the lock body.
Claims (5)
1. the two support electromagnetic and mechanicals of battery-driven car are locked, comprise chain stay (1) and the two supports (2) of battery-driven car behind the battery-driven car, between two supports (2) and back chain stay (1), install, lower connecting base (31,32), it is characterized in that installing in the Connection Block lock shaft (4), lock shaft (4) connects the electromagnetic and mechanical lock, described electromagnetic and mechanical lock comprises fixedly lock housing (5) and rotation lock housing (6), the rotation lock valve jacket is outside fixing lock housing, fixedly open taper hole (51) under the lock housing, the top is shaped on mortise lock hole (52), fixedly in the lock housing electromagnet (7) is being set, the outside of electromagnet is wound with electric wire (75), fixedly be shaped on wire hole on the lock housing, the outside of electric wire (751) is connected to the prevention and control device by wire hole, the prevention and control device connects electric vehicle power sources, the prevention and control device is controlled by remote controller, fixed orifice (71) is opened in the electromagnet below, lock core groove (72) is opened in the top, peace is gone into fixed plate (73) and sheet type lock core (74) in the lock core groove above electromagnet (72), and in fixed plate, be shaped under screw (731) and the sheet type lock core and open circular hole (741), check screw (8) passes through the fixedly taper hole of lock housing (51) and the fixed orifice (71) of electromagnet (7) below and the screw (731) of fixed plate, its front end inserts in the circular hole (741) of sheet type lock core (74), in rotating lock housing (6), be shaped on draw-in groove (61), sheet type lock core (74) matches with draw-in groove (61) by the fixing mortise lock hole (52) of lock housing, in the outside mounting spring (81) of check screw (8), spring (81) pushes up circular hole (741) top of sheet type lock core (74).
2. the two support electromagnetic and mechanical locks of battery-driven car as claimed in claim 1 is characterized in that the connecting portion of described fixedly lock housing (5) is equipped with O type circle (55), and O type circle seals mutually with the oral area that rotates lock housing (6).
3. the two support electromagnetic and mechanical locks of battery-driven car as claimed in claim 1 is characterized in that being shaped on the described rotation lock housing (6) U font jag (62), and U font jag is connected with the upper beam (21) of two supports.
4. the two support electromagnetic and mechanical locks of battery-driven car as claimed in claim 1 is characterized in that described fixedly lock housing (5) fixes by the auxiliary crosspiece (11) of attaching parts (53) with back chain stay (1).
5. the two support electromagnetic and mechanical locks of battery-driven car as claimed in claim 1 is characterized in that installing in the described wire hole seal ring (54), and the outside of electric wire (751) are connected to the prevention and control device by seal ring (54).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201216385U CN201457534U (en) | 2009-06-02 | 2009-06-02 | Electromagnetic mechanical lock for electric vehicle double-support frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201216385U CN201457534U (en) | 2009-06-02 | 2009-06-02 | Electromagnetic mechanical lock for electric vehicle double-support frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201457534U true CN201457534U (en) | 2010-05-12 |
Family
ID=42384888
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201216385U Expired - Fee Related CN201457534U (en) | 2009-06-02 | 2009-06-02 | Electromagnetic mechanical lock for electric vehicle double-support frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201457534U (en) |
-
2009
- 2009-06-02 CN CN2009201216385U patent/CN201457534U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100512 Termination date: 20170602 |