CN105927048B - Intelligent alarm ice hockey lock system - Google Patents
Intelligent alarm ice hockey lock system Download PDFInfo
- Publication number
- CN105927048B CN105927048B CN201610259867.8A CN201610259867A CN105927048B CN 105927048 B CN105927048 B CN 105927048B CN 201610259867 A CN201610259867 A CN 201610259867A CN 105927048 B CN105927048 B CN 105927048B
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- CN
- China
- Prior art keywords
- hole
- lock
- detection sensor
- locked
- ice hockey
- Prior art date
- 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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Classifications
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B45/00—Alarm locks
- E05B45/06—Electric alarm locks
- E05B45/08—Electric alarm locks with contact making inside the lock or in the striking plate
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B17/00—Accessories in connection with locks
- E05B17/14—Closures or guards for keyholes
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B17/00—Accessories in connection with locks
- E05B17/14—Closures or guards for keyholes
- E05B17/142—Closures or guards for keyholes with key-operated locks, e.g. padlocks
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B17/00—Accessories in connection with locks
- E05B17/20—Means independent of the locking mechanism for preventing unauthorised opening, e.g. for securing the bolt in the fastening position
- E05B17/2084—Means to prevent forced opening by attack, tampering or jimmying
- E05B17/2092—Means responsive to tampering or attack providing additional locking
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B45/00—Alarm locks
- E05B45/005—Chain-locks, cable-locks or padlocks with alarms
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B67/00—Padlocks; Details thereof
- E05B67/38—Auxiliary or protective devices
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B45/00—Alarm locks
- E05B45/06—Electric alarm locks
- E05B2045/065—Switch or sensor type used in alarm locks
Landscapes
- Alarm Systems (AREA)
- Burglar Alarm Systems (AREA)
Abstract
The invention discloses intelligent alarm ice hockey lock systems, it is related to ice hockey lock technology field, there is the ice hockey lock lock core to be not easy to be drilled into, alarm can be actively sent out when the key insertion hole of ice hockey lock is hit by brill, including ice hockey lock body, protective jacket, mobile phone, alarm center, controller and the wireless module being connect with controller, wireless module under command of a controller can respectively with mobile phone and alarm center wireless connection;If controller receives the brill that the pressure signal of press detection sensor upload, the nearly temperature signal that low coverage temperature detection sensor uploads, the remote temperature signal of long distance temperature detection sensor upload, the vibration signal of vibration detecting sensor upload and brill sound detection sensor upload and hits acoustical signal simultaneously, and nearly temperature signal is more than remote temperature signal, then controller, which sends out someone to the mobile phone or alarm center of user by wireless module immediately and boring, hits ice hockey lock, and user or alarm center can make respective handling.
Description
Technical field
The present invention relates to ice hockey lock technology field more particularly to intelligent alarm ice hockey lock systems.
Background technology
The lock core of existing ice hockey lock is generally all without protective jacket.It is yellow since lock core is typically all to be made of brass material
If copper material encounters percussion or drill bit brill hits and is easy for being broken, bad lock is bored with drill bit without the easy person thefted of lock core of protective jacket
Core back pullout (BPO) is stolen.And existing ice hockey lock cannot actively send out alarm when being hit by brill, and active anti-theft is poor.Cause
A kind of intelligent, safe ice hockey lock of this design is very necessary.
Invention content
The present invention is poor in order to solve the lock core drilling-preventing of existing ice hockey lock, and cannot be actively when ice hockey lock is hit by brill
Alarm is sent out, the poor deficiency of active anti-theft, providing one kind has the function of lock core drilling-preventing, and lock core is not easy to be drilled into, anti-drilling
It is good, and alarm can be actively sent out when the key insertion hole of ice hockey lock is hit by brill, intelligence degree is high, will not report by mistake
It is alert, good reliability, moreover it is possible to the locking neck of lock core straight beam section front end actively be locked into the intelligent alarm ice hockey in lock hole and lock system
System.
To achieve these goals, the present invention uses following technical scheme:
Intelligent alarm ice hockey lock system, including ice hockey lock body, ice hockey lock body includes puck body, the lock of ice hockey lock body
Core includes brass section and straight beam section, and brass section is rotatably connected in the courage hole of the lock gall of ice hockey lock body, and the rear end of straight beam section is consolidated
Surely the front end of brass section is connected to, the locking neck of straight beam section front end, which can lock, to be connected in the lock hole of puck body, is further included and is in
The protective jacket, mobile phone, alarm center, controller and the wireless module being connect with controller of " L " word shape, wireless module are being controlled
Under the instruction of device processed can respectively with mobile phone and alarm center wireless connection;The protective jacket slides back and forth the lock for being arranged on puck body
In core bore;Anticreep section and anti-drilling section of the protective jacket including integrally connected;Link block is connected on lock gall outer surface, it is described
Link block is fixedly connected on the medial surface of anticreep section, and the key insertion end of anti-drilling section and lock core blocks face cloth to be anti-drilling
It puts;On anti-drilling section of inner surface of the key insertion end face of lock core be equipped with round recessed, in the groove bottom of round recessed be equipped with
The set unlocking key insertion hole of the core unlocking key insertion hole face arrangement of lock core, rotates in round recessed and is equipped with anti-drilling steel column,
And column unlocking key insertion hole corresponding with the core unlocking key insertion hole of lock core is equipped on anti-drilling steel column;In anti-drilling steel column
Equipped with pressure measuring cavity, acoustic chamber and vibration measuring chamber;And the distance of the outer end internal chamber wall of pressure measuring cavity to column unlocking key insertion hole is more than
The inner end internal chamber wall of pressure measuring cavity is to the distance of column unlocking key insertion hole;One end of a piece support tube is fixedly connected on pressure measuring cavity
On the internal chamber wall of outer end, the other end from one end of support tube to support tube be equipped in support tube successively press detection sensor,
Sliding shoe, extruding spring and fixed plate, fixed plate are fixed in support tube, and the one end for squeezing spring is fixed in fixed plate, are squeezed
The other end of pressing spring is fixed on sliding shoe, and press detection sensor is integrally fixed on the outer end internal chamber wall of pressure measuring cavity and is propped up
The tube chamber of stay tube is enclosed, and press detection sensor is connect with controller;One end of a piece No.1 drawstring is fixed on the interior of pressure measuring cavity
It holds on internal chamber wall, the other end of the No.1 drawstring is fixed on sliding shoe, and when one end of No.1 drawstring is from pressure measuring cavity
Sliding shoe compression can be allowed to be connected on the compression face of press detection sensor after squeezing spring elongation when coming off on the internal chamber wall of inner end,
Sliding shoe will not be pressed in press detection sensor when one end of No.1 drawstring is also fixed on the inner end internal chamber wall of pressure measuring cavity
On compression face;Lock is equipped in the puck body at lock hole, and when sliding shoe compression is connected to press detection sensor
Compression face on when lock start lock the locking neck of straight beam section front end in lock hole immediately;Acoustic intracavitary be equipped with
The brill sound detection sensor of controller connection, the vibration detecting sensor being connect with controller is equipped in vibration measuring intracavitary.
In use, when the key insertion hole of ice hockey lock is hit by brill, the column unlocking key of anti-drilling steel column is inserted into
Hole edge edge will be hit by brill and brill occurs and hit notch.
When being hit at column unlocking key insertion hole edge by brill, column unlocking key insertion hole edge can be drilled hold so that survey
Pressure chamber is drilled through, so that the No.1 drawstring being fixed on the inner end internal chamber wall of pressure measuring cavity is from the inner end internal chamber wall of pressure measuring cavity
It disconnects.After No.1 drawstring is disconnected from the inner end internal chamber wall of pressure measuring cavity, sliding shoe is pressed under the extruding force effect for squeezing spring
It is close to and is connected on press detection sensor, pressure signal is transmitted to control by press detection sensor immediately by after the pressure of sliding shoe
Device processed.
When being hit at column unlocking key insertion hole edge by brill, anti-drilling steel column can generate vibration, the vibration detection of vibration measuring chamber
Sensor can receive vibration signal, and vibration signal is uploaded to controller.
When being hit at column unlocking key insertion hole edge by brill, anti-drilling steel column can generate brill and hit sound, the brill sound of acoustic chamber
Detection sensor can detect that brill hits acoustical signal, and brill is hit acoustical signal and is uploaded to controller.
It is if also same in the range of the set period of time after controller receives the pressure signal of press detection sensor upload
When receive the vibration signal of vibration detecting sensor upload and bore the brill that sound detection sensor uploads and hit acoustical signal, then controller is stood
Ice hockey lock is sent out by the signal that is hitting of brill to the mobile phone or alarm center of user by wireless module, in user or alarm
The heart can make corresponding reply processing.And after controller receives the pressure signal of press detection sensor upload, locking
Device starts immediately locks the locking neck of straight beam section front end in lock hole.
This programme has the function of lock core drilling-preventing, and lock core is not easy to be drilled into, and anti-drilling is good, and when the key of ice hockey lock is inserted into
Hole can actively send out alarm when being hit by brill, intelligence degree is high, false alarm will not occur, moreover it is possible to actively will be before lock core straight beam section
The locking neck at end is locked in lock hole, and good reliability is safe.
Even if after this programme bores the brass section of lock core badly, the straight beam section front end of lock core is still firmly locked in lock hole
In, the ice hockey lock after straight beam section locks can greatly prolong uncaging time, so as to win reply processing for user or alarm center
Time, and then reduce the loss that may be stolen of user.
Preferably, being axially arranged with the sliding eye being connected with the tube chamber of support tube on the side surface of support tube, surveying
The outer end internal chamber wall of pressure chamber is equipped with several pressure chamber through-holes being connected with the outer surface of anti-drilling steel column, and each pressure chamber leads to
The hole heart line in hole all with the centerline parallel of support tube;It is logical that it is correspondingly provided with set respectively on anti-drilling section of each pressure chamber through-hole face
Hole is correspondingly provided with the locked actuating hole being connected with the lock hole respectively in the puck body of each set through-hole face;Every
It is slided respectively in a pressure chamber through-hole and is equipped with locked startup telescopic rod, the every locked inner end for starting telescopic rod is all fixedly connected on one
On one end of root connecting rod, the other end of connecting rod is fixedly connected on sliding shoe;When sliding shoe compression is connected to pressure detecting
The every locked telescopic rod that starts can be inserted into corresponding locked actuating hole, and insert at this time respectively when on the compression face of sensor
Enter the locked startup telescopic rod in locked actuating hole and can start lock and lock the locking neck of straight beam section front end.
When occur boring open pressure measuring cavity No.1 drawstring broken after, every locked start telescopic rod will be by squeezing spring
The thrust of sliding shoe is pushed to extend into locked actuating hole from pressure chamber through-hole to go to be closed corresponding normally opened contact-making switch.When each
Normally opened contact-making switch just connects the electric power loop of lock after being closed, and lock opens immediately after the electric power loop connection of lock
It is dynamic to lock the locking neck of straight beam section front end in lock hole so that straight beam section will not exit from lock core hole and realize ice hockey and lock
It is locked antitheft.
Preferably, be equipped with half pin through hole on inner wall in lock hole, it is equipped on the inner hole wall of half pin through hole and half
Half that the center line of pin through hole is perpendicular leads to cross-drilled hole, mutually hangs down equipped with the center line for leading to cross-drilled hole with half on the inner hole wall of half logical cross-drilled hole
Half straight logical vertical core;Lock includes retainer ring, locked pin, pushes spring, block, moves back plate and locked spring;Retainer ring set fastens
It is connected on the side surface of locked pin, the inner end for pushing spring is fixed on the inner end of half logical cross-drilled hole, and the outer end for pushing spring is fixed
The inner end of block is connected to, the one end for moving back plate is fixedly connected on the side surface of block, and the other end for moving back plate is located at half logical vertical core
Interior, the inner end of locked spring is fixedly connected on the inner end of half pin through hole, and the outer end of locked spring is fixedly connected in locked pin
End, and the lower surface of retainer ring side is pressed into contact on the upper surface for being connected to block outer end, when the following table face pressure of retainer ring side
The outer end that pin is then locked when close contact is connected on the upper surface of block outer end is located in half pin through hole, leads to cross-drilled hole toward half when moving back plate
Inner end movement distance be more than move back plate setting it is mobile apart from when then block outer end detached with retainer ring, at this point, locked sell is being locked
The outer end of locked pin, which is pushed into out of half pin through hole in lock hole, under the extruding force effect of dead spring will be located in lock hole directly
The locking neck of beam section is firmly locked in the lock hole of puck body.
After the electric power loop of lock is connected, lock startup locks the locking neck in lock hole so that straight
Beam section will not be exited from lock core hole.
Preferably, lock further includes motor, eccentric wheel is equipped in the shaft of motor, in each locked actuating hole
Inner end is respectively equipped with resetting spring, and reset pellet is fixedly connected in the outer end of resetting spring;In the hole of each locked actuating hole
Normally opened contact-making switch is respectively equipped on wall, the series circuit that each normally opened contact-making switch is formed after the being sequentially connected in series company of series connection again
It is connected on the electric power loop of motor;And it ought each reset the normally opened contact that pellet is moved on corresponding locked actuating hole hole wall to open
When at pass, which can then make the normally opened contact-making switch of corresponding position be in closed state;When each pellet that resets is from correspondence
After being removed at normally opened contact-making switch on locked actuating hole hole wall, the corresponding normally opened contact-making switch of the reset pellet is then in disconnection
State;When sliding shoe compression is connected on the compression face of press detection sensor, every locked start telescopic rod can will be right
Should lock makes this right at the normally opened contact-making switch that the pushing of the reset pellet in actuating hole is moved on corresponding locked actuating hole hole wall
The normally opened contact-making switch answered is in closed state;Pellet is resetted when sliding shoe is not pressed in the compression face of press detection sensor
The corresponding normally opened contact-making switch is off with regard to that can be left at the normally opened contact-making switch of correspondence;Motor is fixedly connected on
In half logical vertical core, and eccentric wheel can drive the inner end movement for moving back plate toward half logical cross-drilled hole, and eccentric wheel energy after electric motor starting rotation
The distance for moving back plate toward half logical cross-drilled hole inner end movement is driven to be more than setting mobile distance when block outer end is detached with retainer ring.
After the electric power loop of motor is connected, electric motor starting band movable eccentric wheel rotates, and eccentric wheel promotion moves back plate toward half logical horizontal stroke
The inner end movement that plate then drives block also to lead to cross-drilled hole toward half is moved back in the inner end movement in hole, when the inner end of block toward half logical cross-drilled hole is moved
Distance be more than block setting it is mobile apart from when then block outer end detached with retainer ring.It is that block outer end is detached with retainer ring the result is that
Under the extruding motive force of locked spring, the lower end of locked pin out of half pin through hole enters in lock hole and will be located at locked pin
Locking neck in lock hole locks so that straight beam section will not be exited from lock core hole.When retainer ring is moved to the lower section of half logical cross-drilled hole
When, it pushes spring and blocks retainer ring and firmly lock locked pin with being pushed into half pin through hole from half logical cross-drilled hole i.e. by the left end of block
Extremely.
Preferably, further including the moisture detector being arranged in pressure measuring cavity, the moisture detector includes liquid filling tube, pushes away
Into column, liquid, acupuncture treatment, isolation film, Humidity Detection case and the moisture detection sensor being connect with controller;Humidity Detection case is fixed
On the inner wall of pressure measuring cavity, the case hole being connected with the case chamber of Humidity Detection case, dress are equipped on the left side of Humidity Detection case
The outer tube wall of liquid pipe right end is sealedly and fixedly connected in the case hole of Humidity Detection case, and barrier film seal is arranged on the right side in liquid filling tube
At port, column is promoted to be slidably arranged in the tube chamber of liquid filling tube, the left end of acupuncture treatment is fixedly connected on pushing away positioned at liquid filling tube tube chamber
Into on the right side of column, hydraulic seal in the liquid filling tube tube chamber between isolation film and propulsion column, consolidate by one end of a push rod
Surely it is connected on sliding shoe, the other end of push rod is fixedly connected on the left side for promoting column;And it moves right when promoting column
Distance be more than setpoint distance when, acupuncture treatment can poke isolation film, promote column the liquid of liquid filling tube tube chamber can be pushed into humidity
The case intracavitary of detection case.
After No.1 drawstring is broken, sliding shoe moves under the extruding force effect for squeezing spring towards press detection sensor
Dynamic, sliding shoe movement drives push rod movement, and push rod movement, which drives, promotes column movement, and column movement is promoted to drive acupuncture treatment movement, acupuncture treatment
Acupuncture treatment will stave isolation film after movement, and the liquid that isolation film is located at after staving in liquid filling tube will be under the action of column be promoted from dress
The tube chamber of liquid pipe enters the case intracavitary of Humidity Detection case, and moisture detection sensor will detect moisture signal and upload at this time
To controller.Controller can make respective handling after receiving moisture signal according to pre-set programs.
Preferably, round recessed includes external groove and the inner groovy being arranged on external groove inner bottom surface, anti-drilling steel column rotation
It is arranged in external groove, the lock core outer end at core unlocking key insertion hole is rotatably connected in external groove.Kind structure prevents
Drill steel column slides when being hit by brill, and reliability is high, and safety is good.
The present invention can reach following effect:
The present invention has the function of lock core drilling-preventing, and lock core is not easy to be drilled into, and anti-drilling is good, and when the key of ice hockey lock is inserted into
Hole can actively send out alarm when being hit by brill, intelligence degree is high, false alarm will not occur, additionally it is possible to actively by lock core straight beam section
The locking neck of front end is locked in lock hole, and good reliability is safe.
Description of the drawings
Fig. 1 is that column unlocking key insertion hole is not hit and No.1 drawstring by boring at 1 anti-drilling steel column of the embodiment of the present invention
A kind of section attachment structure schematic diagram when one end comes off from the inner end internal chamber wall of pressure measuring cavity not yet.
Fig. 2 is that column unlocking key insertion hole has been subjected to boring and hits and No.1 drawstring at 1 anti-drilling steel column of the embodiment of the present invention
One end come off from the inner end internal chamber wall of pressure measuring cavity after a kind of section attachment structure schematic diagram.
Fig. 3 is that a kind of normal condition section when the tight neck of the also unlocked deadlock of pin is locked at 1 lock hole of the embodiment of the present invention connects
Connect structure diagram.
Fig. 4 is to lock pin at 1 lock hole of the embodiment of the present invention to have locked up locking neck, and block left end also malcompression exists
A kind of locking state section attachment structure schematic diagram when on retainer ring upper surface.
Fig. 5 is to lock pin at 1 lock hole of the embodiment of the present invention to have locked up locking neck, and block left end has been pressed on
A kind of locking state section attachment structure schematic diagram when on retainer ring upper surface.
Fig. 6 is that a kind of normal condition section when the tight neck of the also unlocked deadlock of pin is locked at 2 lock hole of the embodiment of the present invention connects
Connect structure diagram.
Fig. 7 is a kind of decomposition attachment structure schematic diagram of the present invention.
Fig. 8 is a kind of connection structure signal that lock core of the present invention, anti-drilling steel column, lock gall and protective jacket have been assembled together
Figure.
Fig. 9 is a kind of decomposition attachment structure schematic diagram together with lock core of the present invention, lock gall are also unassembled with protective jacket.
Figure 10 is a kind of attachment structure schematic diagram of protective jacket of the present invention.
Figure 11 is a kind of assembly connection structure diagram of the present invention.
Figure 12 is a kind of section attachment structure schematic diagram at anti-drilling section of round recessed of the invention.
Figure 13 is that the one kind for the case intracavitary that liquid has not yet entered into Humidity Detection case at moisture detector of the present invention is normal
State section attachment structure schematic diagram.
Figure 14 is that a kind of of the case intracavitary that liquid has been introduced into Humidity Detection case at moisture detector of the present invention uses shape
State section attachment structure schematic diagram.
Figure 15 is that column unlocking key insertion hole is not hit and No.1 drawstring by boring at 2 anti-drilling steel column of the embodiment of the present invention
A kind of section attachment structure schematic diagram when one end comes off from the inner end internal chamber wall of pressure measuring cavity not yet.
Figure 16 is that column unlocking key insertion hole has been subjected to boring and hits and No.1 drawstring at 2 anti-drilling steel column of the embodiment of the present invention
One end come off from the inner end internal chamber wall of pressure measuring cavity after a kind of section attachment structure schematic diagram.
Figure 17 is to lock pin at 2 lock hole of the embodiment of the present invention to have locked up locking neck, and block left end also malcompression
A kind of locking state section attachment structure schematic diagram when on retainer ring upper surface.
Figure 18 is the partial enlargement attachment structure schematic diagram of Figure 17.
Figure 19 is a kind of schematic diagram of circuit principle connecting structure of the present invention.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment 1:Intelligent alarm ice hockey lock system referring to shown in Fig. 1 to Fig. 5, Fig. 7 to Figure 14, Figure 19, is locked including ice hockey
Ontology, ice hockey lock body include puck body 3, and the lock core 65 of ice hockey lock body includes brass section 64 and straight beam section 1, the rotation of brass section
It is connected in the courage hole 57 of the lock gall 58 of ice hockey lock body, the rear end of straight beam section is fixedly connected on the front end of brass section, straight beam section
The locking neck 2 of front end, which can lock, to be connected in the lock hole 4 of puck body, further includes protective jacket 52, mobile phone in " L " word shape
71st, alarm center 72, controller 73 and the wireless module 74 being connect with controller, wireless module under command of a controller can
Respectively with mobile phone and alarm center wireless connection;The protective jacket is slid back and forth in the lock core hole for being arranged on puck body;Protective jacket
Anticreep section 51 including integrally connected and anti-drilling section 16;Link block 56, the connection are connected on 58 outer surface of lock gall
Block is fixedly connected on the medial surface of anticreep section, and the key insertion end of anti-drilling section and lock core 65 blocks face cloth to be anti-drilling
It puts;Round recessed 67 is equipped on anti-drilling section of inner surface of the key insertion end face of lock core, is equipped in the groove bottom of round recessed
The set unlocking key insertion hole 55 arranged with 59 face of core unlocking key insertion hole of lock core, rotation is equipped with anti-drilling in round recessed
Steel column 18, and column unlocking key insertion hole 17 corresponding with the core unlocking key insertion hole of lock core is equipped on anti-drilling steel column;
Pressure measuring cavity 19, acoustic chamber 42, vibration measuring chamber 48, nearly thermometric chamber 44 and remote thermometric chamber 46 are equipped in anti-drilling steel column;And pressure measuring cavity
The inner end internal chamber wall 39 that the distance of outer end internal chamber wall to column unlocking key insertion hole is more than pressure measuring cavity arrives column unlocking key insertion hole
Distance, the distance of remote thermometric chamber to column unlocking key insertion hole is more than nearly thermometric chamber to the distance of column unlocking key insertion hole;
One end of a piece support tube 36 is fixedly connected on the outer end internal chamber wall of pressure measuring cavity, from one end of support tube to the another of support tube
End is equipped with press detection sensor 84 in support tube, sliding shoe 34, squeezes spring 35 and fixed plate 37 successively, and fixed plate is fixed
In support tube, the one end for squeezing spring is fixed in fixed plate, and the other end for squeezing spring is fixed on sliding shoe, pressure inspection
It surveys sensor and is integrally fixed on the outer end internal chamber wall of pressure measuring cavity and is supported the tube chamber 32 of pipe and enclosed, press detection sensor and control
Device connection processed;One end of a piece No.1 drawstring 38 is fixed on the inner end internal chamber wall of pressure measuring cavity, the other end of the No.1 drawstring
It is fixed on sliding shoe, and after squeezing spring elongation when one end of No.1 drawstring comes off from the inner end internal chamber wall of pressure measuring cavity
Sliding shoe compression can be allowed to be connected on the compression face of press detection sensor, when one end of No.1 drawstring is also fixed on pressure measuring cavity
Sliding shoe will not be pressed on the compression face of press detection sensor when on the internal chamber wall of inner end;It is equipped in the puck body at lock hole
Lock 96, and when sliding shoe compression be connected on the compression face of press detection sensor when lock start immediately by straight beam
The locking neck of Duan Qianduan is locked in lock hole;The brill sound detection sensor 41 being connect with controller is equipped in acoustic intracavitary;
Vibration measuring intracavitary is equipped with the vibration detecting sensor 47 being connect with controller;The low coverage being connect with controller is equipped in nearly thermometric intracavitary
Temperature detection sensor 43;The long distance temperature detection sensor 45 being connect with controller is equipped in remote thermometric intracavitary.
Overlapping arrangement is normally opened equipped with the normally opened pressure switch of No.1 27, four successively on the compression face of press detection sensor
30, No. two normally opened pressure switches 28 of pressure switch and No. three normally opened pressure switches 29, the normally opened pressure switch series connection of No.1 connect
It is connected on and bores on the circuit that sound detection sensor is connect with controller, No. four normally opened pressure switches are connected in series in vibration detection
On the circuit that sensor is connect with controller;No. two normally opened pressure switches be connected in series in low coverage temperature detection sensor with
On the circuit of controller connection, No. three normally opened pressure switches are connected in series in long distance temperature detection sensor and connect with controller
On the circuit connect.
No. five normally opened pressure switches 31, No. five normally opened pressure switches are equipped on the compression face of press detection sensor
It is connected in series on 75 circuit 76 of power supply of the press detection sensor simultaneously, the power supply 75 for boring sound detection sensor returns
On road 76, on 75 circuit 76 of the power supply of the vibration detecting sensor, 75 circuit of power supply of the low coverage temperature detection sensor
On on 76 and 75 circuit 76 of the power supply of the long distance temperature detection sensor.The electric power loop of the press detection sensor, institute
It states and bores the electric power loop of sound detection sensor, the electric power loop of the vibration detecting sensor, low coverage temperature detection sensing
The electric power loop of the electric power loop of device and the long distance temperature detection sensor is is connected in parallel.
No. six normally opened pressure switches 104 are equipped in the lock hole 4 of puck body, and work as the locking neck of the lock core
Then No. six normally opened pressure switches are in the conduction state when locking is connected in the lock hole of puck body, when the locking neck is not locked
Then No. six normally opened pressure switches are off when being close in the lock hole for be connected on puck body, No. six normally opened pressure switches
It is connected in series on the electric power loop of controller.No. six normally opened pressure switches are also connected in series in the electric power loop of wireless module
On.
The sliding eye 33 being connected with the tube chamber of support tube is axially arranged on the side surface of support tube, in the outer of pressure measuring cavity
End internal chamber wall is equipped with several pressure chamber through-holes 22 being connected with the outer surface of anti-drilling steel column, and the pressure chamber through-hole of the present embodiment is total to
There are three;And each centerline parallel of the hole heart line and support tube of pressure chamber through-hole;In the anti-of each pressure chamber through-hole face
It bores and is correspondingly provided with set through-hole 23 in section respectively, be correspondingly provided with respectively and the lock hole in the puck body of each set through-hole face
The locked actuating hole 49 being connected;Slided respectively in each pressure chamber through-hole be equipped with it is locked start telescopic rod 21, every locked to open
The inner end of dynamic telescopic rod is all fixedly connected on one end of a connecting rod 20, and the other end of connecting rod is fixedly connected on sliding shoe
On;The every locked telescopic rod that starts can be inserted into respectively when sliding shoe compression is connected on the compression face of press detection sensor
In corresponding locked actuating hole, and the locked startup telescopic rod being inserted at this time in locked actuating hole can start lock by straight beam
The locking neck of Duan Qianduan locks.
Half pin through hole 5 is equipped on inner wall in lock hole 4, is equipped with and half pin through hole on the inner hole wall of half pin through hole
Half perpendicular logical cross-drilled hole 6 of center line, is equipped with half perpendicular with the center line of half logical cross-drilled hole on the inner hole wall of half logical cross-drilled hole
Logical vertical core 15;Lock includes retainer ring 12, locked pin 13, pushes spring 7, block 8, moves back plate 9 and locked spring 14;Retainer ring is locked
It is fixedly connected on the side surface of locked pin, the inner end for pushing spring is fixed on the inner end of half logical cross-drilled hole, pushes the outer end of spring
The inner end of block is fixedly connected on, the one end for moving back plate is fixedly connected on the side surface of block, and the other end for moving back plate is logical positioned at half
In vertical core, the inner end of locked spring is fixedly connected on the inner end of half pin through hole, and the outer end of locked spring is fixedly connected on locked pin
Inner end, and the lower surface of retainer ring side is pressed into contact on the upper surface for being connected to block outer end, when the following table of retainer ring side
The outer end that pin is then locked when face pressure close contact is connected on the upper surface of block outer end is located in half pin through hole, logical toward half when moving back plate
The distance of the inner end movement of cross-drilled hole be more than move back plate setting it is mobile apart from when then block outer end detached with retainer ring, at this point, locked sell
The outer end of locked pin, which is pushed into out of half pin through hole in lock hole, under the extruding force effect of locked spring will be located at lock hole
The locking neck of middle straight beam section is firmly locked in the lock hole of puck body.
Lock further includes motor 97, eccentric wheel 10 is equipped in the shaft 11 of motor, in each locked actuating hole
End is respectively equipped with resetting spring 26, is fixedly connected in the outer end of resetting spring and resets pellet 24;In each locked actuating hole
Normally opened contact-making switch 25 is respectively equipped on hole wall, the series circuit that each normally opened contact-making switch is formed after being sequentially connected in series is gone here and there again
Connection is connected on 75 circuit 76 of power supply of motor;And ought each reset pellet be moved to it is normal on corresponding locked actuating hole hole wall
When opening at contact-making switch, which can then make the normally opened contact-making switch of corresponding position be in closed state;When each reset bullet
After son is removed at the normally opened contact-making switch on corresponding locked actuating hole hole wall, the corresponding normally opened contact-making switch of the reset pellet is then
It is off;When sliding shoe compression is connected on the compression face of press detection sensor, every locked startup telescopic rod
The normally opened contact-making switch that reset pellet pushing in corresponding locked actuating hole can be moved on corresponding locked actuating hole hole wall
Place makes the corresponding normally opened contact-making switch be in closed state;When sliding shoe is not pressed in the compression face of press detection sensor
Resetting pellet and just being left at the normally opened contact-making switch of correspondence is off the corresponding normally opened contact-making switch;Motor is consolidated
Surely it is connected in half logical vertical core, and eccentric wheel can drive the inner end movement for moving back plate toward half logical cross-drilled hole after electric motor starting rotation, and
Eccentric wheel can drive the distance for moving back plate toward half logical cross-drilled hole inner end movement be more than setting movement when block outer end is detached with retainer ring away from
From.
The moisture detector 86 being arranged in pressure measuring cavity 19 is further included, the moisture detector includes liquid filling tube 87, promotes
Column 88, liquid 89, acupuncture treatment 90, isolation film 92, Humidity Detection case 94 and the moisture detection sensor 93 being connect with controller;Humidity
Detection case is fixed on the inner wall of pressure measuring cavity, is equipped on the left side of Humidity Detection case and is connected with the case chamber 95 of Humidity Detection case
Logical case hole, the outer tube wall of liquid filling tube right end are sealedly and fixedly connected in the case hole of Humidity Detection case, and barrier film seal is arranged on
At right output port in liquid filling tube, column is promoted to be slidably arranged in the tube chamber of liquid filling tube, the left end of acupuncture treatment is fixedly connected on positioned at dress
On the right side of the propulsion column of liquid pipe tube chamber, hydraulic seal is in the liquid filling tube tube chamber between isolation film and propulsion column, one
One end of push rod 85 is fixedly connected on sliding shoe, and the other end of push rod is fixedly connected on the left side for promoting column;And work as
When promoting the distance that column moves right more than setpoint distance, acupuncture treatment can poke isolation film, promote column can be by liquid filling tube tube chamber
Liquid is pushed into the case intracavitary of Humidity Detection case;The rupture of membranes conehead 91 that cross section is in cross shape is further included, rupture of membranes conehead is consolidated
Surely the left end of acupuncture treatment is connected to, and when the distance that column is promoted to move right is more than setpoint distance, rupture of membranes conehead can will be isolated
Film is poked.
Round recessed 67 includes external groove 106 and the inner groovy 107 being arranged on external groove inner bottom surface, and anti-drilling steel column rotates cloth
It puts in external groove, the lock core outer end at core unlocking key insertion hole is rotatably connected in external groove.In in round recessed
Groove groove bottom is equipped with annular groove 111, in annular groove activity be placed with washer 109, in washer and annular groove
Elastomeric spring 110 is provided in annular groove between groove bottom, the annular groove between washer and the notch of annular groove
Interior to be equipped with several balls 108, the outer surface of anti-drilling steel column is rolled with ball to be connected.The nearly thermometric chamber 44, remote thermometric chamber 46,
The acoustic chamber 42 and vibration measuring chamber 48 are all disposed in the anti-drilling steel column of 17 left of column unlocking key insertion hole, and pressure measuring cavity 19 is set
In the anti-drilling steel column of 17 right of column unlocking key insertion hole, and the distance of column unlocking key insertion hole to nearly thermometric chamber 44 is big
In column unlocking key insertion hole to the distance of pressure measuring cavity 19.The set unlocking key insertion hole 55 includes interconnected upper sector
Hole 53 and lower scallop hole 54, the center of circle of upper scallop hole are located in lower scallop hole, and the center of circle of lower scallop hole is located in upper scallop hole;Institute
The central angle for stating scallop hole is 90 degree, and the central angle of the lower scallop hole is also 90 degree.The anticreep section and anti-drilling section of one
The cross section of junction protective jacket is in the figure of eight.Link slot 66 is equipped on the medial surface of anticreep section, is set in the front end of anticreep section
There is the screw hole 63 being connected with link slot, trip bolt 70 is equipped in screw hole;It slides to be equipped with to compress in link slot and slide
Block 69, the forward ends thereof of trip bolt are connected on pressed slider, and link block is fixedly connected in link slot, and pressed slider
It is close to and is connected on link block in the thrust pushing of trip bolt.The spherical of convex is equipped on the back side of puck body,
And spherical is located on the back side of the puck body of 62 face of dead bolt hole of puck body.The lock gall is cylindrical, anticreep section with
Anticreep section medial surface at lock gall link slot is equipped with arc groove 112 matched with lock gall outer tube wall.The outer end of block is from upper
Inclined inclination sliding surface 113 is arrived down, and the lower surface of retainer ring side is pressed into contact with being connected on the inclination sliding surface of block outer end.
One end of a piece of vibrating reed is fixedly connected on the internal chamber wall of vibration measuring chamber 48, and vibration detecting sensor is fixedly connected on vibrating reed
On the other end.It is axially arranged in the anticreep section of protective jacket and anti-is disengaged from the groove 50, and be equipped in the lock core hole 61 of puck body and anticreep
The corresponding locking pin 60 of slot, is locked on locking pin and is connected with shock-absorption rubber sleeve 105.Connection is equipped on the medial surface of anticreep section
Slot 66 is equipped with the screw hole 63 being connected with link slot in the front end of anticreep section, and trip bolt 70 is equipped in screw hole, even
Aft bulkhead in access slot is equipped with intilted slot anticreep inclined surface, is equipped on the rear end face of link block and is tilted with slot anticreep
Face corresponds to matched piece of slot anticreep inclined surface, is pasted in the rear surface of pressed slider and is connected with sheet rubber 68.Further include control
The GPS positioning module 103 that end is connect by wireless module with controller.Control terminal is further included by wireless module and controller to connect
The infrared camera 99 connect.Further include the alarm 98 that control terminal is connect by wireless module with controller.Further include control terminal
The lighting system 100 being connect by wireless module with controller.Further include the address scrambler 102 directly being connect with controller.
Further include the voice prompting device that control terminal is connect by wireless module with controller.
In use, when the key insertion hole of ice hockey lock is hit by brill, the column unlocking key of anti-drilling steel column is inserted into
Hole edge edge will be hit by brill and brill occurs and hit notch 40.
When being hit at column unlocking key insertion hole edge by brill, column unlocking key insertion hole edge can be drilled hold so that survey
Pressure chamber is drilled through, so that the No.1 drawstring being fixed on the inner end internal chamber wall of pressure measuring cavity is from the inner end internal chamber wall of pressure measuring cavity
It disconnects.After No.1 drawstring is disconnected from the inner end internal chamber wall of pressure measuring cavity, sliding shoe is pressed under the extruding force effect for squeezing spring
It is close to and is connected on press detection sensor, pressure signal is transmitted to control by press detection sensor immediately by after the pressure of sliding shoe
Device processed.
When being hit at column unlocking key insertion hole edge by brill, anti-drilling steel column will appear fever, and on anti-drilling steel column from
The temperature of the near nearly thermometric chamber of column unlocking key insertion hole is greater than the temperature of the remote thermometric chamber remote from column unlocking key insertion hole,
So that the nearly temperature signal that the low coverage temperature detection sensor of nearly thermometric chamber detects is greater than the long distance temperature of remote thermometric chamber
The remote temperature signal that degree detection sensor detects, and low coverage temperature detection sensor uploads the nearly temperature signal detected
To controller, the remote temperature signal detected is uploaded to controller by long distance temperature detection sensor.
When being hit at column unlocking key insertion hole edge by brill, anti-drilling steel column can generate vibration, the vibration detection of vibration measuring chamber
Sensor can receive vibration signal, and vibration signal is uploaded to controller.
When being hit at column unlocking key insertion hole edge by brill, anti-drilling steel column can generate brill and hit sound, the brill sound of acoustic chamber
Detection sensor can detect that brill hits acoustical signal, and brill is hit acoustical signal and is uploaded to controller.
After No.1 drawstring is broken, sliding shoe moves under the extruding force effect for squeezing spring towards press detection sensor
Dynamic, sliding shoe movement drives push rod movement, and push rod movement, which drives, promotes column movement, and column movement is promoted to drive acupuncture treatment movement, acupuncture treatment
Acupuncture treatment will stave isolation film after movement, and the liquid that isolation film is located at after staving in liquid filling tube will be under the action of column be promoted from dress
The tube chamber of liquid pipe enters the case intracavitary of Humidity Detection case, and moisture detection sensor will detect moisture signal and upload at this time
To controller.
It is if also same in the range of the set period of time after controller receives the pressure signal of press detection sensor upload
When receive the vibration signal of vibration detecting sensor upload, bore the brill that sound detection sensor uploads and hit acoustical signal, the inspection of low coverage temperature
It surveys on remote temperature signal and moisture detection sensor that nearly temperature signal, the long distance temperature detection sensor that sensor uploads upload
The moisture signal of biography, and nearly temperature signal is more than remote temperature signal, then and controller is immediately by wireless module to the hand of user
Machine or alarm center send out the signal that ice hockey lock is being hit by brill, and user or alarm center can be made at corresponding reply
Reason.
When occur boring open pressure measuring cavity No.1 drawstring broken after, every locked start telescopic rod will be by squeezing spring
The thrust of sliding shoe is pushed to extend into locked actuating hole from pressure chamber through-hole to go to be closed corresponding normally opened contact-making switch.When each
Normally opened contact-making switch just connects the electric power loop of lock after being closed, and the electric power loop of motor is connected.When the power supply of motor returns
After road is connected, electric motor starting band movable eccentric wheel rotates, and inner end movement of the plate toward half logical cross-drilled hole is moved back in eccentric wheel promotion, is moved back plate and is then driven
Block also move by past half inner end for leading to cross-drilled hole, when the distance that the inner end of block toward partly logical cross-drilled hole is moved is more than block setting movement
Apart from when then block outer end detached with retainer ring.It is that block outer end is detached with retainer ring to be pushed away the result is that locking pin in the extruding for locking spring
Under power, the lower end of locked pin enters in lock hole out of half pin through hole and locks the locking neck in lock hole, makes
Obtaining straight beam section will not exit from lock core hole.When retainer ring is moved to the lower section of half logical cross-drilled hole, spring is pushed with i.e. by block
Left end, which is pushed into from half logical cross-drilled hole in half pin through hole, to be blocked retainer ring and firmly locks locked pin.
Only after No.1 drawstring has broken, vibration detecting sensor bores sound detection sensor, low coverage temperature detection sensing
The signal transmission circuit of device and long distance temperature detection sensor respectively between controller just connects.It is not turned off in No.1 drawstring
When, controller will not receive vibration detecting sensor, bore sound detection sensor, low coverage temperature detection sensor and the inspection of long distance temperature
The signal of sensor is surveyed, error signal is received so as to prevent controller and makes erroneous judgement.
Only after No.1 drawstring has broken, sliding shoe is compacted under the extruding force effect for squeezing spring is connected to No. five often
Motor, wireless module, controller, pressure detecting can be just also turned on when being closed No. five normally opened pressure switches in pressure switch by opening
Sensor bores sound detection sensor, vibration detecting sensor, low coverage temperature detection sensor and long distance temperature detection sensor
Power supply circuit.
Even if after the present embodiment 1 bores the brass section of lock core badly, the straight beam section front end of lock core, which still firmly locks, is locking
Determine in hole, the lock tongue on door is still securely locked on the straight beam section of the lock core in puck body dead bolt hole 62, after straight beam section locks
Ice hockey lock can greatly prolong uncaging time, so as to win the time of reply processing for user or alarm center, and then reduce
The loss that user may be stolen.
The present embodiment 1 has the function of lock core drilling-preventing, and lock core is not easy to be drilled into, and anti-drilling is good, and when the key of ice hockey lock
Alarm can actively be sent out by being inserted into when hole is hit by brill, can greatly save power supply, and intelligence degree is high, and false alarm will not occur,
False alarm is prevented, additionally it is possible to actively lock the locking neck of lock core straight beam section front end in lock hole, good reliability, safety
It is high.
Embodiment 2 and the difference of embodiment 1 are that, referring to shown in Fig. 6 to Figure 19, lock further includes pushing block 77, leads
To pipe 78 and No. two springs 79, twine knife mouth 83 is respectively equipped with the every locked outer end for starting telescopic rod, the guide pipe
Left end is fixed on the left side vertical wall in half logical vertical core, and pushing block is slidably arranged in guide pipe, and No. two springs squeeze setting
In the guide pipe tube chamber between left side vertical wall and pushing block in half logical vertical core, it is respectively equipped in each locked actuating hole
The pull through-hole 81 being connected with guide pipe tube chamber is movably equipped with locked rope 80, in each lock respectively in each pull through-hole
Fixed pulley 82 is respectively equipped on the inner hole wall of dead actuating hole, one end of every locked rope is fixed after corresponding fixed pulley respectively to be connected
It is connected on the inner hole wall of corresponding locked actuating hole, the other end of every locked rope is strained and fixed on pushing block, and No. two bullets
The extruding force of spring is more than the extruding force for pushing spring;And the extruding force energy after every locked rope is cut off after No. two spring elongations
Plate will be moved back pushes mobile distance to be more than setting mobile distance when block outer end is detached with retainer ring toward half logical cross-drilled hole inner end.
In example 2, after No.1 drawstring is broken, sliding shoe is examined under the extruding force effect for squeezing spring towards pressure
Sensor movement is surveyed, sliding shoe movement drives connecting rod to move, and connecting rod movement drives the locked telescopic rod that starts to move, locked to open
After dynamic telescopic rod movement, the locked twine knife mouth for starting telescopic rod outer end can cut off the locked rope in corresponding locked actuating hole,
After locked rope is cut off, since the extruding force of No. two springs is more than the extruding force of pushing spring, No. two springs push pushing blocks toward half
The inner end movement of logical cross-drilled hole, the inner end that pushing block leads to cross-drilled hole toward half drives after moving moves back plate movement, moves back plate and then drives block toward partly
The inner end movement of logical cross-drilled hole, when the distance of block toward the inner end movement of half logical cross-drilled hole be more than block setting it is mobile apart from when then keep off
Block outer end is detached with retainer ring.It is that block outer end is detached with retainer ring to be sold under the extruding motive force of locked spring the result is that locking, lock
The lower end extremely sold enters in lock hole out of half pin through hole and locks the locking neck in lock hole so that straight beam section is not
It can be exited from lock core hole.
Embodiment 2 is that embodiment 2 is achieved that locked with the mode of machinery completely with embodiment 1 using process difference
The locking neck of lock core straight beam section front end can not realize locked lock core straight beam section front end locking neck yet, prevent in the case of electricity
The reliability of robber is high, and stability is good, securely and reliably.
Embodiments of the present invention are described above in conjunction with attached drawing, however, the implementation is not limited to the above embodiments, this field
Those of ordinary skill can be with various changes and modifications may be made within the scope of the appended claims.
Claims (2)
1. a kind of intelligent alarm ice hockey lock system, including ice hockey lock body, ice hockey lock body includes puck body (3), and ice hockey lock is originally
The lock core (65) of body includes brass section (64) and straight beam section (1), and brass section is rotatably connected on the lock gall (58) of ice hockey lock body
In courage hole (57), the rear end of straight beam section is fixedly connected on the front end of brass section, and the locking neck (2) of straight beam section front end can lock connection
In the lock hole (4) of puck body, which is characterized in that further include in the protective jacket (52) of " L " word shape, mobile phone (71), alarm
Center (72), controller (73) and the wireless module (74) being connect with controller, wireless module under command of a controller can
Respectively with mobile phone and alarm center wireless connection;The protective jacket is slid back and forth in the lock core hole for being arranged on puck body;Protective jacket
Anticreep section (51) and anti-drilling section (16) including integrally connected;Link block (56) is connected on lock gall (58) outer surface,
The link block is fixedly connected on the medial surface of anticreep section, and the key insertion end of anti-drilling section and lock core (65) is anti-drilling screening
Keep off face arrangement;Round recessed (67) is equipped on anti-drilling section of inner surface of the key insertion end face of lock core, in the slot of round recessed
Bottom surface is equipped with the set unlocking key insertion hole (55) arranged with core unlocking key insertion hole (59) face of lock core, in round recessed
Interior rotation is equipped with anti-drilling steel column (18), and is equipped with column corresponding with the core unlocking key insertion hole of lock core on anti-drilling steel column and unlocks
Key insertion hole (17);Pressure measuring cavity (19), acoustic chamber (42) and vibration measuring chamber (48) are equipped in anti-drilling steel column;And pressure measuring cavity
The inner end internal chamber wall (39) that the distance of outer end internal chamber wall to column unlocking key insertion hole is more than pressure measuring cavity is inserted into column unlocking key
The distance in hole;One end of a piece support tube (36) is fixedly connected on the outer end internal chamber wall of pressure measuring cavity, from one end of support tube to
The other end of support tube successively in support tube be equipped with press detection sensor (84), sliding shoe (34), squeeze spring (35) and
Fixed plate (37), fixed plate is fixed in support tube, and the one end for squeezing spring is fixed in fixed plate, squeezes the other end of spring
It is fixed on sliding shoe, press detection sensor is integrally fixed on the outer end internal chamber wall of pressure measuring cavity and is supported the tube chamber (32) of pipe
It is enclosed, press detection sensor is connect with controller;One end of a piece No.1 drawstring (38) is fixed on the inner end inner cavity of pressure measuring cavity
On wall, the other end of the No.1 drawstring is fixed on sliding shoe, and when one end of No.1 drawstring is out of, pressure measuring cavity inner end
Sliding shoe compression can be allowed to be connected on the compression face of press detection sensor after squeezing spring elongation when coming off in cavity wall, work as No.1
Sliding shoe will not be pressed in the compression face of press detection sensor when one end of drawstring is also fixed on the inner end internal chamber wall of pressure measuring cavity
On;Lock (96) is equipped in the puck body at lock hole, and when sliding shoe compression is connected to press detection sensor
Lock starts immediately when on compression face locks the locking neck of straight beam section front end in lock hole;It is equipped with and control in acoustic intracavitary
The brill sound detection sensor (41) of device connection processed, the vibration detecting sensor (47) being connect with controller is equipped in vibration measuring intracavitary.
2. intelligent alarm ice hockey lock system according to claim 1, which is characterized in that axial on the side surface of support tube
The sliding eye (33) being connected equipped with the tube chamber with support tube is equipped with outer with anti-drilling steel column on the outer end internal chamber wall of pressure measuring cavity
Several pressure chamber through-holes (22) that surface is connected, and each the hole heart line of pressure chamber through-hole and the center line of support tube are put down
Row;It is correspondingly provided with set through-hole (23) respectively on anti-drilling section of each pressure chamber through-hole face, in the ice hockey of each set through-hole face
It is correspondingly provided with the locked actuating hole (49) being connected with the lock hole respectively in vivo;It slides and sets respectively in each pressure chamber through-hole
There is locked startup telescopic rod (21), the every locked inner end for starting telescopic rod is all fixedly connected on one end of a connecting rod (20)
On, the other end of connecting rod is fixedly connected on sliding shoe;When sliding shoe compression is connected to the compression face of press detection sensor
The every locked telescopic rod that starts can be inserted into corresponding locked actuating hole, and be inserted at this time in locked actuating hole respectively when upper
Locked startup telescopic rod can start lock and lock the locking neck of straight beam section front end.
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CN201610259867.8A CN105927048B (en) | 2016-04-18 | 2016-04-18 | Intelligent alarm ice hockey lock system |
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CN201610259867.8A CN105927048B (en) | 2016-04-18 | 2016-04-18 | Intelligent alarm ice hockey lock system |
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CN105927048A CN105927048A (en) | 2016-09-07 |
CN105927048B true CN105927048B (en) | 2018-06-26 |
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CN201610259867.8A Expired - Fee Related CN105927048B (en) | 2016-04-18 | 2016-04-18 | Intelligent alarm ice hockey lock system |
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CN113013742B (en) * | 2021-04-08 | 2023-03-31 | 中广核新能源蚌埠有限公司 | Intelligent new forms of energy power station primary frequency modulation system |
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GB2424918B (en) * | 2004-09-14 | 2008-06-04 | Ivan Foti | Locks |
US8779933B2 (en) * | 2010-09-28 | 2014-07-15 | Mul-T-Lock Technologies Ltd. | Status detector and communication unit and system for remote tracking of padlocks |
CN201972470U (en) * | 2010-11-18 | 2011-09-14 | 郑力仁 | Intelligent internet-of-things alarm safety lock core |
CN204002080U (en) * | 2014-05-31 | 2014-12-10 | 徐浩钟 | Automatic alarm buries key interlock double key theftproof lock |
CN204112900U (en) * | 2014-07-30 | 2015-01-21 | 孙蒙蒙 | A kind of intelligent door lock |
CN105064816A (en) * | 2015-08-09 | 2015-11-18 | 岳景辉 | Intelligent U-shaped lock based on two-level locking mechanism |
CN205000744U (en) * | 2015-09-24 | 2016-01-27 | 浦江超格锁业有限公司 | Puck lock lock core straight beam structure |
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