CN209556595U - A kind of lockset of Electronic control - Google Patents

Abstract

The utility model discloses a kind of locksets of Electronic control, including lock body, and it is slidably connected at the lock pillar on the left of the lock body, driving motor for driving lock pillar to move is installed in the lock body, the first transmission mechanism is equipped in the lock body between lock pillar and driving motor, two lateral edges up and down of the lock body slidably connect the upper lock tongue and lower lock tongue driven by the driving motor perpendicular to the direction of motion of lock pillar respectively, the second transmission mechanism is equipped between the driving motor and upper lock tongue and lower lock tongue, the lockset is not only simple in structure, and provide multiple lock points, substantially increase the security performance of door lock.

Description

A kind of lockset of Electronic control

Technical field

The utility model relates to lock technology field more particularly to a kind of locksets of Electronic control.

Background technique

Lock structure in currently existing technology, one is realize the mechanical lock knot unlocked using by key controller lock core Structure, this kind lock use more troublesome, and key will also pull door handle manually and could open door after opening door lock；Also One is Password Input, electronic (electronics) lock construction of fingerprint input or electronic telecontrol control, electronic (electricity in the prior art Son) the general lock tongue being provided only with for being plugged into the doorframe of side of lock, this kind lock security performance is poor to be easy to be pried open, Er Qiexian There is the structure of electronic (electronics) lock in technology more complicated.

Utility model content

The main purpose of the utility model is to provide a kind of lockset of Electronic control, which is not only simple in structure, and And multiple lock points are provided, substantially increase the security performance of door lock.

To achieve the above objectives, the technical solution adopted in the utility model are as follows: a kind of lockset of Electronic control, including lock Body, and it is slidably connected at the lock pillar on the left of the lock body, the driving electricity for driving lock pillar to move is installed in the lock body Machine, is equipped with the first transmission mechanism in the lock body between lock pillar and driving motor, two lateral edges up and down of the lock body perpendicular to The direction of motion of lock pillar slidably connects the upper lock tongue and lower lock tongue driven by the driving motor respectively, the driving motor with The second transmission mechanism is equipped between upper lock tongue and lower lock tongue.

Through the above technical solutions, the lockset of the Electronic control is when needing switch lock, it is only necessary to it is logical to control driving motor It crosses the first transmission mechanism and lock pillar can be realized in the second transmission mechanism, upper sealed and lower lock tongue moves synchronously, without passing through key Spoon, does not need to turn the handle yet；In addition upper lock tongue and lower lock tongue, which is arranged, can greatly improve the security performance of door lock, prevent it It is pried open.

In further technical solution, the left side of the lock body is equipped with positioning alignment device, the positioning alignment device packet The mounting blocks being mounted on the left of lock body are included, the interior direction of motion along lock pillar of the mounting blocks is equipped with positioning runner, and the positioning is slided Positioning tongue is slidably connected in slot, one end that positioning runner is stretched out on the positioning tongue is equipped with inclined surface；The side of the mounting blocks The limit sliding chutes being connected to positioning runner are equipped on face along the direction of motion of lock pillar, the side of the positioning tongue, which is equipped with, to be slidably connected Retention bead in the limit sliding chutes, interior be equipped with of the positioning runner force the positioning tongue to leave the positioning runner Reset spring.

Through the above technical solutions, pushing door body to make positioning tongue edge under the action of doorframe and inclined surface at closing time Positioning runner movement and compression reseting spring, when door body in place after positioning tongue reset under the action of reset spring by positioning tongue top To being arranged in the groove in doorframe, to complete positioning alignment, driving motor is controlled at this time and drives lock pillar, upper lock tongue and lower lock Tongue move synchronously can be realized it is automatic locking.

In further technical solution, first transmission mechanism includes first bevel gear, second bevel gear, the first active Gear, the first driven gear, the second driven gear and connect with lock pillar for drive lock pillar move balladeur train, described first Bevel gear is mounted in the output of driving motor, and is located at setting and is locking in intracorporal gear grooved, along vertical in the gear grooved Be rotatably connected to first rotating shaft in driving motor output shaft direction, the second bevel gear be fixedly mounted in first rotating shaft and with First bevel gear engagement；First driving gear and second bevel gear are coaxially fixedly mounted in first rotating shaft；The tooth Second shaft parallel with first rotating shaft is rotatably connected in race, first driven gear is fixedly mounted in the second shaft And engaged with first driving gear, second driven gear and the first driven gear are coaxially fixedly mounted on second turn On axis；The balladeur train is slidably connected in the lock body and which is provided with the first rack gear engaged with second driven gear.

Through the above technical solution.When first transmission mechanism works, driving motor drives first bevel gear rotation, the first cone The second bevel gear rotation that gear driving engages, second bevel gear drive the first driving gear to rotate by first rotating shaft, First driving gear driving engage the first driven gear rotation, the first driven gear by the second shaft drive second from Moving gear rotation, the second driven gear pass through the first rack drives sledge movements being arranged on balladeur train, and then drive lock pillar fortune It is dynamic, it realizes the sealed of lock body and opens.

In further technical solution, second transmission mechanism includes the second driving gear, third driven gear, the 4th Driven gear, second driving gear are mounted on the output shaft of driving motor, and are located at first bevel gear and driving motor Between, the third shaft parallel with driving motor output shaft is rotatably connected in the gear grooved, the third driven gear is solid It is engaged in third shaft with the second driving gear Dingan County；4th driven gear and third driven gear are coaxially It is fixedly mounted in third shaft；The upper lock tongue and lower lock tongue are located at the two sides of the 4th driven gear, and are all provided with thereon There is the driving cog engaged with the 4th driven gear.

Through the above technical solutions, driving motor drives the second driving gear to rotate when the second transmission mechanism works, second Driving gear drives the third driven gear rotation engaged, and third driven gear drives the 4th driven tooth by third shaft Wheel rotation is located at the upper lock tongue of the 4th driven gear two sides by driving cog driving when the 4th driven gear rotates and lower lock tongue is done The movement of opposite direction.

In further technical solution, the lock body is made of the first shell and second shell of separate assembling, institute It states and is equipped with motor mounting groove in second shell, the driving motor is mounted in the motor mounting groove, the motor mounting groove The place of outputing press box is installed.

In further technical solution, two lateral edges in the second shell in the driving motor are perpendicular to driving motor The direction of output shaft is respectively provided with the first sliding groove and second sliding slot of upper lock tongue and the sliding of lower lock tongue.

In further technical solution, the left side of the second shell is equipped with sleeve, the lock along the direction of motion of lock pillar Column is slidably connected in the sleeve；It is located at the intracorporal one end of second shell close to it equipped with annular on the side of the lock pillar Grooving, the balladeur train are equipped with the inserting groove for being plugged in the annular grooving.

In further technical solution, third sliding slot, the balladeur train are equipped with along the lock pillar direction of motion in the first shell On set that there are two be slidably connected at guide protrusions in the third sliding slot along its direction of motion.

In further technical solution, it is respectively equipped with and the driving electricity in the second shell along the lower lock tongue direction of motion Mechatronics are used to control the first stroke switch and second stroke switch of driving motor stopping, setting on the side of the lower lock tongue There is the baffle with first stroke switch and second stroke switch cooperation, and the baffle is located at first stroke switch and second Between travel switch.

Compared with prior art, the utility model has the beneficial effects that: the lockset of the Electronic control is needing switch lock When, it is only necessary to controlling driving motor by the first transmission mechanism and the second transmission mechanism can be realized lock pillar, upper sealed and lower lock Tongue moves synchronously, without also not needing to turn the handle by key；In addition upper lock tongue and lower lock tongue, which is arranged, to be mentioned significantly The security performance of high door lock prevents it from being pried open.

Detailed description of the invention

Fig. 1 is a kind of assembling structure schematic diagram of the lockset of Electronic control in embodiment 1；

Fig. 2 is a kind of configuration schematic diagram of the lockset of Electronic control in embodiment 1；

Fig. 3 is a kind of first part's assembling structure schematic diagram of the lockset of Electronic control in embodiment 1；

Fig. 4 is a kind of second part assembling structure schematic diagram of the lockset of Electronic control in embodiment 1；

Fig. 5 is the fit structure schematic diagram of the first transmission mechanism and the second transmission mechanism in embodiment 1；

Fig. 6 is the configuration schematic diagram of the first transmission mechanism and the second transmission mechanism in embodiment 1；

Fig. 7 is the configuration schematic diagram that alignment device is positioned in embodiment 1；

Fig. 8 is the structural schematic diagram of balladeur train in embodiment 1；

Fig. 9 is the structural schematic diagram of first shell in embodiment 1；

Figure 10 is the schematic diagram of the section structure of lockset in embodiment 2；

Figure 11 is the schematic diagram of the section structure in Figure 10 at A-A；

Figure 12 is the schematic diagram of the section structure in Figure 10 at B-B.

Wherein appended drawing reference is respectively as follows: 1, lock body；101, first shell；102, second shell；103, motor mounting groove； 104, gear grooved；105, third sliding slot；106, first sliding groove；107, second sliding slot；108, clamping protrusion；109, grafting sliding slot； 110, escape groove；111, limiting slot；2, lock pillar；201, annular grooving；3, driving motor；4, press box；5, upper lock tongue；6, lower lock Tongue；601, baffle；7, first bevel gear；8, second bevel gear；9, the first driving gear；10, the first driven gear；11, second Driven gear；13, balladeur train；1301, guide protrusions；1302, inserting groove；14, first rotating shaft；15, the second shaft；16, the first tooth Item；17, sleeve；18, the second driving gear；19, third driven gear；20, the 4th driven gear；21, third shaft；23, One stroke switch；24, second stroke switchs；25, mounting blocks；2501, positioning runner；2502, limit sliding chutes；26, positioning tongue； 2601, retention bead；27, reset spring；30, slide plate；31, intermediate gear；32, drive rack；3201, limited block；33, it drives It moves spring；34, the first friction pulley；35, the second friction pulley；36, drive rod；3601, annular protrusion；3602, motion thread bar； 3603, transmission shaft；37, sliding block；38, transmission gear.

Specific embodiment

It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.

Embodiment 1

As shown in figs 1-9, the technical solution adopted in the utility model is a kind of lockset of Electronic control, including lock body 1, with And it is slidably connected at two lock pillars 2 disposed in parallel in 1 left side of lock body；The lock body 1 is by the first of separate assembling Shell 101 and second shell 102 form, and the left side of the second shell 102 is equipped with sleeve 17, institute along the direction of motion of lock pillar 2 Lock pillar 2 is stated to be slidably connected in the sleeve 17；Motor mounting groove 103 is equipped in the second shell 102, driving motor 3 is pacified In the motor mounting groove 103, the place of outputing of the motor mounting groove 103 is equipped with press box 4, the lock body by bolt The first transmission mechanism, fortune of two lateral edges perpendicular to lock pillar 2 up and down of the lock body 1 are equipped in 1 between lock pillar and driving motor 3 Dynamic direction slidably connects the upper lock tongue 5 and lower lock tongue 6 driven by the driving motor 3 respectively, the driving motor 3 with it is upper The second transmission mechanism is equipped between lock tongue 5 and lower lock tongue 6, wherein the model of driving motor are as follows: GW12GA.

First transmission mechanism includes first bevel gear 7, second bevel gear 8, the first driving gear 9, the first driven tooth It takes turns the 10, second driven gear 11 and connect the balladeur train 13 for driving lock pillar 2 to move with lock pillar 2, lock pillar 2 described here Annular grooving 201 is being equipped at one end that it is located in second shell 102 on side, the balladeur train 13 is equipped with and is used for The inserting groove 1302 being plugged in the annular grooving 201；The first bevel gear 7 is mounted in the output of driving motor 3, and In the gear grooved 104 being arranged in second shell 102, along perpendicular to 3 output shaft side of driving motor in the gear grooved 104 To first rotating shaft 14 is rotatably connected to, the second bevel gear 8 is fixedly mounted in first rotating shaft 14 and nibbles with first bevel gear 7 It closes；First driving gear 9 is coaxially fixedly mounted in first rotating shaft 14 with second bevel gear 8；In the gear grooved 104 It is rotatably connected to second shaft 15 parallel with first rotating shaft 14, first driven gear 10 is fixedly mounted on the second shaft 15 It above and with first driving gear 9 engages, second driven gear 11 is coaxially fixedly mounted with the first driven gear 10 In the second shaft 15；The balladeur train 13 is slidably connected in the lock body 1 and which is provided with and second driven gear 11 First rack gear 16 of engagement；Wherein third sliding slot 105, the cunning are equipped with along 2 direction of motion of lock pillar in the first shell 101 Set along its direction of motion that there are two be slidably connected at guide protrusions 1301 in the third sliding slot 105 on frame 13.

Second transmission mechanism includes the second driving gear 18, third driven gear 19, the 4th driven gear 20, described Second driving gear 18 is mounted on the output shaft of driving motor 3, and between first bevel gear 7 and driving motor 3, institute It states and is rotatably connected to the third shaft 21 parallel with 3 output shaft of driving motor in gear grooved 104, the third driven gear 19 is solid It is engaged in third shaft 21 with the second driving gear 18 Dingan County；4th driven gear 20 and third driven gear 19 are coaxially fixedly mounted in third shaft 21；The upper lock tongue 5 and lower lock tongue 6 are located at the two of the 4th driven gear 20 Side, and it is equipped with the driving cog engaged with the 4th driven gear 20 thereon.In the driving motor 3 in the second shell 102 Two lateral edges perpendicular to the direction of 3 output shaft of driving motor be respectively provided with upper lock tongue 5 and lower lock tongue 6 sliding first sliding groove 106 and second sliding slot 107.

It is respectively equipped in the second shell 102 along lower 6 direction of motion of lock tongue and is electrically connected with the driving motor 3 for controlling The first stroke switch 23 and second stroke switch 24 that driving motor 3 processed stops, the side of the lower lock tongue 6 equipped with it is described The baffle 601 that first stroke switch 23 and second stroke switch 24 cooperate, and the baffle 601 is located at 23 He of first stroke switch Between second stroke switch 24, the model of first stroke switch 23 and second stroke switch 24 is equal here are as follows: HS5B-02ZB.

The lockset of the Electronic control is when needing to shut, it is only necessary to control the rotation of driving motor 3 and drive first bevel gear 7 Rotation, first bevel gear 7 drive the second bevel gear 8 engaged to rotate, and second bevel gear 8 is driven by first rotating shaft 14 The rotation of first driving gear 9, the first driven gear 10 rotation that the driving of the first driving gear 9 engages, the first driven gear 10 drive the rotation of the second driven gear 11 by the second shaft 15, and the second driven gear 11 passes through first be arranged on balladeur train 13 16 drive carriage of rack gear is slided along third sliding slot 105, and then lock pillar 2 is driven to stretch out；Driving motor 3 drives the second master at the same time Moving gear 18 rotates, and the second driving gear 18 drives the third driven gear 19 engaged to rotate, and third driven gear 19 is logical It crosses third shaft 21 and drives the rotation of the 4th driven gear 20, by driving cog driving positioned at the when the 4th driven gear 20 rotates The upper lock tongue 5 of four driven gears, 20 two sides and lower lock tongue 6 stretch out second shell along first sliding groove 106 and second sliding slot 107 respectively Body；When the baffle 601 being located on lower lock tongue 6 touches second stroke switch 24, driving motor 3 stops operating；In addition it is arranged Upper lock tongue 5 and lower lock tongue 6 can greatly improve the security performance of door lock, prevent it from being pried open；It only needs to control when needing to unlock Driving motor 3, which rotates backward, to be retracted into lock pillar 2, upper lock tongue 5 and lower lock tongue 6 in lock body 1, when on lower lock tongue 6 When baffle 601 touches first stroke switch 23, driving motor 3 stops operating, and there is no need to also not need to rotate by key Unlocking can be realized in door handle.

The left side of the lock body 1 is equipped with positioning alignment device, and the positioning alignment device includes being mounted on second shell 102 The mounting blocks 25 in left side, the interior direction of motion along lock pillar 2 of the mounting blocks 25 are equipped with positioning runner 2501, the positioning runner Positioning tongue 26 is slidably connected in 2501, one end that positioning runner 2501 is stretched out on the positioning tongue 26 is equipped with inclined surface；It is described The limit sliding chutes 2502 being connected to positioning runner 2501 are equipped on the side of mounting blocks 25 along the direction of motion of lock pillar 2, it is described fixed The side of position tongue 26 is equipped with the retention bead 2601 that is slidably connected in the limit sliding chutes 2502, in the positioning runner 2501 Equipped with the reset spring 27 for forcing the positioning tongue 26 to leave the positioning runner 2501.It is fixed at closing time, pushing door body to make Position tongue 26 moves and compression reseting spring 27 under the action of doorframe and inclined surface along positioning runner 2501, when door body in place after Positioning tongue 26 is resetted the top of positioning tongue 26 under the action of reset spring 27 to being arranged in the groove in doorframe, to complete to determine Position alignment controls driving motor 3 at this time and drives lock pillar 2, upper lock tongue 5 and lower lock tongue 6 move synchronously can be realized it is automatic locking.

Embodiment 2

The present embodiment is substantially the same manner as Example 1, and difference is, as shown in figs. 10-12, the driving motor 3 is installed In slide plate 30, the slide plate 30 is slidably connected in second shell 102, the two of slide plate 30 in second shell 102 described here Upper side is equipped with clamping protrusion 108, tilts for anti-limited slip plate 30；Along the movement side of lock pillar 2 on the left side of second shell 102 To being equipped with grafting sliding slot 109, it is equipped in the second shell 102 in the lower section of slide plate 30 and is connected to the grafting sliding slot 109 Escape groove 110 is rotatably connected to the intermediate gear 31 for driving slide plate 30 to move, the slide plate 30 in the escape groove 110 Bottom surface be equipped with the double wedge that engages with intermediate gear 31；It is slidably connected in the grafting sliding slot 109 and the intermediate gear 31 The left end of the drive rack 32 of engagement, the drive rack 32 is equipped with inclined surface；In the grafting sliding slot 109 along its length Equipped with limiting slot 111, the side of the drive rack 32 is equipped with the limited block being slidably connected in the limiting slot 111 3201；The slot bottom of the grafting sliding slot 109 is equipped with the driving spring for forcing the drive rack 32 to leave the grafting sliding slot 109 33。

First transmission mechanism includes the first friction pulley 34, the second friction pulley 35, drive rod 36 and locks for installing The sliding block 37 of column 2, first friction pulley 34 are mounted on the output shaft of driving motor 3, and the drive rod 36 is along driving motor The axial direction of 3 output shafts is rotatably connected in the second shell 102, and second friction pulley 35 is mounted on close on drive rod 36 One end of driving motor 3 drives drive rod 36 to rotate for cooperating with the first friction pulley 34, and the drive rod 36 is by being arranged in it Annular protrusion 3601 on side is divided into the motion thread bar 3602 on the left side and the transmission shaft 3603 on the right, 37 screw thread of sliding block It is connected on the motion thread bar 3601.

Second transmission mechanism includes the transmission gear 38 being mounted on transmission shaft 3603, the upper lock tongue 5 and lower lock Tongue 6 is located at the two sides of transmission gear 38, and is equipped with the driving cog engaged with transmission gear 38 thereon.

Wherein the first friction pulley 34 and the second friction pulley 35 are made of rubber material.

The lockset of the Electronic control is at closing time, and drive rack 32 is by the cooperation of inclined surface and doorframe thereon, to inserting Connect movement and compressible drive spring 33 in sliding slot 109；Drive rack 32 move when by intermediate gear 31 drive slide plate 30 to Opposite direction movement, and then the driving motor 3 being arranged on slide plate 30 is driven to move to 36 direction of drive rod, so that the first friction Wheel 34 and the second friction pulley 35 contact, and control driving motor 3 at this time and drive the rotation of the first friction pulley 34, the first friction pulley 34 drives Second friction pulley 35 rotates and then drive rod 36 is driven to rotate, and drive rod 36 passes through drive screw 3602 thereon when rotation It drives sliding block 37 to drive lock pillar 2 protruding, is rotated at the same time by transmission shaft 3603 thereon with nutating gear 38, Driving is located at the upper lock tongue 5 of its two sides when transmission gear 38 rotates and lower lock tongue 6 stretches out, therefore realizes and lock a door.It is needing to open the door When, control driving motor 3 rotates backward, and then lock pillar 2 and upper lock tongue 5 and lower lock tongue 6 is driven to be retracted into lock body 1, then It opens the door so that drive rack 32 resets under the action of driving spring 33, and then drives slide plate 30 to opposite by intermediate gear 31 Direction movement, so that the driving motor 3 being mounted on slide plate 30 moves, the first friction pulley 34 and the disengaging of the second friction pulley 35 are connect Touching；Even if at this time because maloperation make driving motor 3 rotate, driving motor 3 will not by lock pillar 2 and upper lock tongue 5 and under Lock tongue 6, which drives, to be stretched out.

Basic principles, main features, and advantages of the present invention has been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only the principles of the present invention, the utility model also has respectively on the premise of not departing from the spirit and scope of the utility model Kind changes and improvements, these changes and improvements are both fallen in the range of claimed invention.The requires of the utility model Protection scope defined by appended claims and its equivalent.

Claims (8)

1. a kind of lockset of Electronic control, including lock body (1), and it is slidably connected at the lock pillar (2) on the left of the lock body (1), Driving motor (3) for driving lock pillar (2) to move is installed, it is characterised in that: in the lock body (1) in the lock body (1) The first transmission mechanism is equipped between lock pillar (2) and driving motor (3), two lateral edges up and down of the lock body (1) are perpendicular to lock pillar (2) the direction of motion slidably connects the upper lock tongue (5) and lower lock tongue (6) driven by the driving motor (3), the drive respectively The second transmission mechanism is equipped between dynamic motor (3) and upper lock tongue (5) and lower lock tongue (6).

2. a kind of lockset of Electronic control according to claim 1, it is characterised in that: first transmission mechanism includes the One bevel gear (7), second bevel gear (8), the first driving gear (9), the first driven gear (10), the second driven gear (11), And the balladeur train (13) for driving lock pillar (2) to move is connect with lock pillar (2), the first bevel gear (7) is mounted on driving electricity In the output of machine (3), and be located at and be arranged in gear grooved (104) in lock body (1), in the gear grooved (104) along perpendicular to Driving motor (3) output axis direction is rotatably connected to first rotating shaft (14), and the second bevel gear (8) is fixedly mounted on first turn It is engaged on axis (14) and with first bevel gear (7)；First driving gear (9) and second bevel gear (8), which are coaxially fixed, pacifies On first rotating shaft (14)；Second shaft parallel with first rotating shaft (14) is rotatably connected in the gear grooved (104) (15), first driven gear (10) is fixedly mounted on the second shaft (15) and engages with first driving gear (9), Second driven gear (11) and the first driven gear (10) are coaxially fixedly mounted on the second shaft (15)；The balladeur train (13) it is slidably connected in the lock body (1) and which is provided with the first rack gear engaged with second driven gear (11) (16)。

3. a kind of lockset of Electronic control according to claim 2, it is characterised in that: second transmission mechanism includes the Two driving gears (18), third driven gear (19), the 4th driven gear (20), second driving gear (18) are mounted on drive On the output shaft of dynamic motor (3), and between first bevel gear (7) and driving motor (3), turn in the gear grooved (104) Dynamic to be connected with the third shaft (21) parallel with driving motor (3) output shaft, the third driven gear (19) is fixedly mounted on In third shaft (21), and engaged with the second driving gear (18)；4th driven gear (20) and third driven gear (19) it is coaxially fixedly mounted on third shaft (21)；The upper lock tongue (5) and lower lock tongue (6) are located at the 4th driven tooth The two sides of (20) are taken turns, and are equipped with the driving cog engaged with the 4th driven gear (20) thereon.

4. a kind of lockset of Electronic control according to claim 1 to 3, it is characterised in that: the lock body (1) be by The first shell (101) and second shell (102) of separate assembling form, and motor is equipped in the second shell (102) and is installed Slot (103), the driving motor (3) are mounted in the motor mounting groove (103), and motor mounting groove (103) are outputed Place is equipped with press box (4).

5. a kind of lockset of Electronic control according to claim 4, it is characterised in that: in the second shell (102) Two lateral edges of the driving motor (3) perpendicular to the direction of driving motor (3) output shaft be respectively provided with upper lock tongue (5) and under The first sliding groove (106) and second sliding slot (107) of lock tongue (6) sliding.

6. a kind of lockset of Electronic control according to claim 4, it is characterised in that: a left side for the second shell (102) The direction of motion of lateral edge lock pillar (2) is equipped with sleeve (17), and the lock pillar (2) is slidably connected in the sleeve (17)；The lock Annular grooving (201) is equipped on the side of column (2) at the one end being located in second shell (102) close to it, on balladeur train (13) Equipped with the inserting groove (1302) for being plugged in the annular grooving (201).

7. a kind of lockset of Electronic control according to claim 4, it is characterised in that: the interior edge of the first shell (101) Lock pillar (2) direction of motion is equipped with third sliding slot (105), sets along its direction of motion on balladeur train (13) described there are two being slidably connected at Guide protrusions (1301) in third sliding slot (105).

8. a kind of lockset of Electronic control according to claim 4, it is characterised in that: the interior edge of the second shell (102) Lower lock tongue (6) direction of motion is respectively equipped with first be electrically connected with the driving motor (3) for controlling driving motor (3) stopping Travel switch (23) and second stroke switch (24), the side of the lower lock tongue (6) is equipped with to be switched with the first stroke (23) and the baffle (601) of second stroke switch (24) cooperation, and the baffle (601) is located at first stroke and switchs (23) and the Between two travel switches (24).