【Utility model content】
The utility model aim is to overcome the deficiencies in the prior art, provides one kind and being integrated with mechanical lock and electronic lock, prevent
Steal performance higher, electromechanical conglomerate integration convenient for installation and maintenance lock.
The utility model is achieved through the following technical solutions:
A kind of electromechanics conglomerate integration lock, includes shell 1, it is characterised in that:It is equipped in the shell 1 and is driven by key
The first dynamic bolt component and the second bolt component driven by motor 16, the output shaft of the motor 16 are plugged with transmission group
Part, is equipped with installing port 22 for installing the motor 16 and the transmission component on the shell 1, the transmission component and
The motor 16 is removably mounted on after being stretched into from the installing port 22 in the installing port 22.
Electromechanics conglomerate integration lock as described above, it is characterised in that:First bolt component includes multiple cylinders
Shape lock tongue 2 and the locking bar 3 vertical with cylinder shape lock tongue 2 are equipped with lock gall 4 in the shell 1, are located on lock gall 4 and are driven by key
The first dynamic shifting block 5 of turn is driven by the first shifting block 5 and makees movement in vertical direction to be further driven to cylinder shape lock tongue 2 and locking bar 3
The first tongue frame 6.
Electromechanics conglomerate integration lock as described above, it is characterised in that:The cylinder shape lock tongue 2 is fixed on described first
On tongue frame 6, the locking bar 3 is tiltedly installed with bar shaped sliding slot 7, is equipped on the first tongue frame 6 and stretches into bar shaped sliding slot 7 to drive locking bar
First reversed column 8 of 3 movements.
Electromechanics conglomerate integration lock as described above, it is characterised in that:Limiting slot 9 is equipped on the first tongue frame 6,
The limited post 10 for stretching into the limiting slot 9 to be limited to the first tongue frame 6 is equipped in the shell 1, on the first tongue frame 6
Equipped with multiple moving teeth 11 that can be stirred by first shifting block 5.
Electromechanics conglomerate integration lock as described above, it is characterised in that:The second tongue frame 12 and energy are equipped in the shell 1
The second flexible shifting block 13 of the second tongue frame 12 is stirred, second bolt component includes the side that movement is driven by the second tongue frame 12
Tongue 14 is located in the square tongue 14 and is stretched out from the lock hook 15 that 14 side of square tongue is produced with square tongue 14, and the transmission component is located at
Between the motor 16 and second shifting block 13.
Electromechanics conglomerate integration lock as described above, it is characterised in that:Latch bolt 17 is equipped in the shell 1 and when described
Second tongue frame 12 is driven the closing piece 18 for blocking the latch bolt 17 when stretching out.
Electromechanics conglomerate integration lock as described above, it is characterised in that:It is equipped in the shell 1 for installing the latch bolt
17 installation part 30 is equipped with the slot 31 being inserted into for the closing piece 18 on the installation part 30.
Electromechanics conglomerate integration lock as described above, it is characterised in that:Arc chute 19 is equipped on the closing piece 18,
The square tongue 14 is equipped with the second reversed column 21 stretched into across 15 middle part of lock hook in the arc chute 19.
Electromechanics conglomerate integration lock as described above, it is characterised in that:The installing port 22 is equipped with cover board 23.
Electromechanics conglomerate integration lock as described above, it is characterised in that:The transmission component includes transmission component shell
24, it is engaged equipped with the lateral cone tooth 25 being plugged on 16 output shaft of the motor, with laterally cone tooth 25 in transmission component shell 24
Vertical cone tooth 26, with the train of reduction gears 27 vertically boring tooth 26 and engage, be equipped on second shifting block 13 and reduction gearing
The driving cog block 28 of 27 engagement of group.
Compared with prior art, the utility model has the following advantages:
1, the utility model is integrated with mechanical lock and electronic lock, and the lockset, anti-theft performance could be opened by needing to be separately turned on
Higher.
2, it is provided with square tongue on the second tongue of the utility model frame, improves safety, it is simple in structure, it is easy for installation, in side
Tongue both sides are additionally provided with lock hook, and lock hook can be hooked in the hole of door, while also improve anti-theft;Closing piece can lock latch bolt, this
Sample latch bolt when square tongue is stretched out is also to be lockable state, further increases safety.
3, the utility model is provided with an installing port on shell, since motor and transmission component are to be plugged in together
, such motor and transmission component shell can be dismounted by installing port, when needing consolidating on transmission component shell
Determine part to split out, the shell entirely locked need not be dismantled, such transmission component and motor as a whole, can be integrally packed into
Or remove, it safeguards and installs and is very convenient.
【Specific implementation mode】
The utility model technical characteristic is described in further detail in order to the field technology people below in conjunction with the accompanying drawings
Member understands.
A kind of electromechanics conglomerate integration lock, includes shell 1 as shown in Figures 1 to 4, is equipped with by key in the shell 1
First bolt component of spoon driving and the second bolt component driven by motor 16, the output shaft of the motor 16 are plugged with transmission
Component is equipped with the installing port 22 for installing the motor 16 and the transmission component, the transmission group on the shell 1
Part and the motor 16 are removably mounted on after being stretched into from the installing port 22 in the installing port 22.
The utility model is integrated with two locks such as electronic lock and mechanical lock, and the second lock tongue group uses electronic lock, and electronic lock can
By unlatchings such as fingerprint recognition, two-dimensional code scannings, can also be opened with key, in case power-off etc. in emergency circumstances uses, the
One bolt component uses mechanical lock, mechanical lock that can only be opened with key, and the first bolt component and the second bolt component may be used
One key is opened, and two different keys can also be used to open.Both first bolt component and the second bolt component are opened
The mode of opening is completely independent, and does not have relevance in structure, and two locks is needed to be switched on, and antitheft door could be opened, and provide peace significantly
Quan Xing.
Motor 16 and transmission component can be dismounted by installing port 22, when needing to tear motor 16 or transmission component open
When going out, the shell entirely locked need not be dismantled, such transmission component shell and motor 4 as a whole, can be filled integrally
Enter or remove, safeguards and install and is very convenient.
Further, the installing port 22 is equipped with cover board 23, and when dismounting, need to only dismantle the cover board 23, so that it may with will be electric
Machine 16 and transmission component integrally take out.
Specifically, first bolt component includes multiple cylinder shape lock tongues 2 and the locking bar vertical with cylinder shape lock tongue 2
3, in the shell 1 equipped with lock gall 4, be located on lock gall 4 by the first shifting block 5 that key actuated rotates, by the first shifting block 5 and drive
Make the first tongue frame 6 of movement in vertical direction to be further driven to cylinder shape lock tongue 2 and locking bar 3.
Locking bar 3 is the top for lockking door, and key is inserted into lock gall 4 and drives the rotation of the first shifting block 5, as shown in Fig. 2,
When unlocking, the first tongue frame 6 drives in 2 downward retraction shell 1 of cylinder shape lock tongue, while driving locking bar 3 to the left in retraction shell 1.
Electromechanics conglomerate integration lock as described above, the cylinder shape lock tongue 2 is fixed on the first tongue frame 6, described
Locking bar 3 is tiltedly installed with bar shaped sliding slot 7, is equipped on the first tongue frame 6 and stretches into bar shaped sliding slot 7 to drive the first of the movement of locking bar 3
Reversed column 8.
Specifically, bar shaped sliding slot 7 tilts to the right, exactly because it is provided with the bar shaped sliding slot 7 so that the first tongue frame 6
When being moved downward by the drive of the first shifting block 5, the first tongue frame 6 can drive locking bar 3 to move downward.
Electromechanics conglomerate integration lock as described above, is equipped with limiting slot 9, in the shell 1 on the first tongue frame 6
It is interior equipped with the limited post 10 for stretching into the limiting slot 9 to be limited to the first tongue frame 6, on the first tongue frame 6 be equipped with multiple energy
The moving tooth 11 stirred by first shifting block 5.As shown in Figures 2 and 3, limiting slot 9 is so that the first tongue frame 6 can only be toward upper and lower directions
Movement drives 2 retraction of cylinder shape lock tongue or stretches out 1 one sections of shell, unlock completely as soon as the first shifting block 5 often stirs a moving tooth 11
If, need the first shifting block 5 to stir moving tooth 11 twice, cylinder shape lock tongue 2 can be just entirely retracted in shell 1.
Electromechanics conglomerate integration lock as described above is equipped with the second tongue frame 12 in the shell 1 and can stir the second tongue
The second flexible shifting block 13 of frame 12, second bolt component include to drive the square tongue 14 of movement by the second tongue frame 12, be located at
In the square tongue 14 with square tongue 14 stretch out and from the lock hook 15 that 14 side of square tongue is produced, in the motor 16 and second group described
It is equipped between first 13 and the transmission component for driving the second shifting block 13 to rotate is driven by motor 16.
Second shifting block 13 drives the second tongue frame 12 and square tongue 14 flexible, as shown in Figures 2 and 3, in 14 retraction shell 1 of square tongue
When interior, the lock hooks 15 of 14 both sides of square tongue also can be in retraction square tongue 14.
Electromechanics conglomerate integration lock as described above is equipped with latch bolt 17 in the shell 1 and works as the second tongue frame 12
The closing piece 18 for blocking the latch bolt 17 is driven when stretching so that latch bolt 17 will not be in retraction shell 1.The width of latch bolt 17 is more than
Square tongue 14 is conducive to windproof so that door lock will not shake, and be also beneficial to square tongue 14 and be smoothly inserted into the lockhole of door without doing
It relates to.
Further, the installation part 30 for installing the latch bolt 17 is equipped in the shell 1, on the installation part 30
Equipped with the slot 31 being inserted into for the closing piece 18.When second tongue frame 12 drives square tongue 14 to stretch out shell, closing piece 18, which stretches out to be inserted into, to be inserted
Slot 31 so that two latch bolts 17 and installation part 30 will not be in retraction shells 1.
Specifically, it is equipped with arc chute 19 on the closing piece 18, is equipped in the square tongue 14 across 15 middle part of lock hook
Stretch into the second reversed column 21 in the arc chute 19.As shown in Fig. 2, rotating fulcrum 20 is fixed on shell 1, and position is constant,
Second reversed column 21 is rotated around rotating fulcrum 20, and when in 14 retraction shell 1 of square tongue, lock hook 15 also turns in square tongue 14, simultaneously
By arc chute 19, the second reversed column 21 drives closing piece 18 to movement, is exited from slot 31, the also retraction shell of two such latch bolt 17
In body 1.
Further, as shown in figure 4, the transmission component includes transmission component shell 24, in transmission component shell 24
Equipped with the lateral cone tooth 25 being plugged on 16 output shaft of the motor, the vertically arranged vertical cone tooth engaged with lateral cone tooth 25
26, the train of reduction gears 27 engage with vertical cone tooth 26, equipped with being engaged with train of reduction gears 27 on second shifting block 13
Driving cog block 28.Transmission component shell 24 is fixed by screws on shell 1, and cover board 23 is fixed on shell 1 also by screw
On.
Vertically arranged vertical cone tooth 26 is its axis horizontal, and horizontally disposed laterally cone tooth 25 is that its axis is vertically set
It sets, is driven after the output of taper tooth, then by train of reduction gears, finally driving cog block 28 is driven to rotate, to driving second
Shifting block 13 rotates, stable drive.
The utility model is described in detail above in association with attached drawing embodiment, those skilled in the art can root
Many variations example is made to the utility model according to above description.Thus, certain details in embodiment should not be constituted to this practicality
Novel restriction, the utility model will be using the ranges that the appended claims define as the scope of protection of the utility model.