CN202530872U

CN202530872U - Phone-controlled intelligent lock

Info

Publication number: CN202530872U
Application number: CN201220052951XU
Authority: CN
Inventors: 夏新军; 邬光华
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-02-17
Filing date: 2012-02-17
Publication date: 2012-11-14
Anticipated expiration: 2022-02-17

Abstract

The utility model discloses a phone-controlled intelligent lock, comprising a shell, a tubular electromagnet with an opening at one end, a lock tongue, a spring, an electromagnet control circuit and a phone communication module. The phone-controlled intelligent lock has the technical effects that the unlocking is carried out by receiving a phone incoming signal through the phone communication module, so that the lock is safe and convenient; moreover, an ordinary SIM card serving as a telephone number is adopted by the phone communication module and can be replaced at any time, so that the safety is guaranteed; meanwhile, a conventional lock can be additionally equipped as required and is used as a dual-insurance lock, so that the lock has better anti-theft performance and virtually guarantees security requirements of people for daily life; and meanwhile, the phone-controlled intelligent lock is low in manufacturing cost and suitable for large-scale popularization and application.

Description

Mobile phone remote intelligence lock

Technical field

The utility model relates to a kind of mobile phone remote intelligence lock.

Background technology

Existing lockset generally is to open locking with key, but because key is lost easily, also is easier to duplicate simultaneously; Mechanical lockset of while; As long as adopt some unlocking tool, also be easier to open, often bring a lot of inconvenience or potential safety hazard to the user.And some adopts the lockset that electronics mode locks now, and often there is the too high problem of use cost again in the lockset such as modes such as remote control mode or IC-card read are controlled.

Summary of the invention

In order to solve the existing technical problem that the lockset safe coefficient is not high or use cost is too high, the utility model provides a kind of safer and intelligent lock of mobile phone remote that use cost is lower.

In order to realize above-mentioned technical purpose, the technical scheme of the utility model is a kind of mobile phone remote intelligence lock; Comprise electromagnet, dead bolt, spring, control circuit for electromagnet and the mobile communication module of shell, tubular and an end opening, described electromagnet, spring, control circuit for electromagnet all are arranged in the shell, and an end of described dead bolt stretches out shell; The other end interts in the electromagnet; Described spring is arranged in the electromagnet and an end in contact dead bolt, other end contact electromagnet, and electromagnet is electrically connected control circuit for electromagnet; Described mobile communication module is electrically connected control circuit for electromagnet, and removable SIM cards of mobile phones is housed in the mobile communication module.

Described a kind of mobile phone remote intelligence lock; Described control circuit for electromagnet comprises controllable silicon, relay, manually often opens contact-making switch, battery; The positive pole of described battery is connected to an end and the silicon controlled anode of relay switch respectively; The negative pole of battery connects an end of electromagnet and an end of relay coil; The other end of relay coil connects an end of manually often driving contact-making switch; The other end of manually often driving contact-making switch connects the silicon controlled negative electrode, and the positive pole of mobile communication module output and negative pole are connected to the silicon controlled negative electrode respectively and control the utmost point to form control loop, and the other end of relay switch is electrically connected to the other end of electromagnet with the control relay break-make.

Described a kind of mobile phone remote intelligence lock; Also comprise the dead bolt positioner; Described dead bolt positioner comprises positioning electromagnet, retainer spring and the backstay of a tubular and an end opening, and described positioning electromagnet is electrically connected to control circuit for electromagnet and controlled by control circuit for electromagnet with electromagnet, and retainer spring is arranged in the positioning electromagnet and an end in contact backstay; Other end contact positioning electromagnet; Backstay one end ejects to dead bolt, and the other end interts in the positioning electromagnet, has the groove with the backstay coupling on the dead bolt.

Described a kind of mobile phone remote intelligence lock, a termination portion of described backstay contact dead bolt is spherical.

Described a kind of mobile phone remote intelligence lock, described battery is a rechargeable battery, described rechargeable battery is through the plug external power supply.

Described a kind of mobile phone remote intelligence lock, also comprise by key operated gear lock core and with the tooth bar dead bolt of its coupling, described gear lock core is arranged in the shell, an end of tooth bar dead bolt stretches out shell, the other end is a tooth bar, and with the interlock mutually of gear lock core.

The technique effect of the utility model is, receives the phone incoming signal through the mobile communication module and unblanks safe ready; And the mobile communication module adopts common SIM to be used as telephone number, can change at any time to guarantee safety, also can install conventional lockset as required additional simultaneously; Be used as the double insurance lock and use, make it to have better theftproof performance, guarantee people's routine safety needs conscientiously; Cost of manufacture is lower simultaneously, can be suitable for large-scale promotion and use.

Below in conjunction with accompanying drawing the utility model is described further.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural representation of the utility model electromagnetic relay coil control circuit;

Wherein 1 is shell, and 2 is electromagnet, and 3 is dead bolt, and 4 is spring; 5 is control circuit for electromagnet, and 6 is the mobile communication module, and 7 is positioning electromagnet, and 8 is retainer spring; 9 is backstay, and 10 is the gear lock core, and 11 is the tooth bar dead bolt, and 12 is plug; 13 is controllable silicon, and 14 is relay, and 15 for manually often driving contact-making switch, and 16 is battery.

The specific embodiment

Referring to Fig. 1; The utility model comprises electromagnet 2, dead bolt 3, spring 4, control circuit for electromagnet 5 and the mobile communication module 6 of shell 1, tubular and an end opening, and electromagnet 2, spring 4, control circuit for electromagnet 5 all are arranged in the shell 1, and an end of dead bolt 3 stretches out shell 1; The other end interts in the electromagnet 2; Spring 4 is arranged in the electromagnet 2 and an end in contact dead bolt 3, other end contact electromagnet 2, and electromagnet 2 is electrically connected control circuit for electromagnet 5; Mobile communication module 6 is electrically connected control circuit for electromagnet 5, and removable SIM cards of mobile phones is housed in the mobile communication module 6.

The utility model also comprises dead bolt 3 positioners; Described dead bolt 3 positioners comprise positioning electromagnet 7, retainer spring 8 and the backstay of a tubular and an end opening; Described positioning electromagnet 7 is electrically connected to control circuit for electromagnet 5 and receives control circuit for electromagnet 5 controls simultaneously with electromagnet 2; Retainer spring 8 is arranged in the positioning electromagnet 7 and an end in contact backstay, other end contact positioning electromagnet 7, and backstay one end ejects to dead bolt 3; The other end interts in the positioning electromagnet 7, has the groove with the backstay coupling on the dead bolt 3.One termination portion of backstay contact dead bolt 3 is spherical.

Referring to Fig. 2; Control circuit for electromagnet 5 comprises controllable silicon 13, relay 14, manually often opens contact-making switch 15, battery 16; The positive pole of battery 16 is connected to an end of relay 14 switches and the anode of controllable silicon 13 respectively; The negative pole of battery 16 connects an end of electromagnet 2 and an end of relay 14 coils; The other end of relay 14 coils connects an end of manually often driving contact-making switch 15; The other end of manually often driving contact-making switch 15 connects the negative electrode of controllable silicon 13, and the positive pole of mobile communication module 6 outputs and negative pole are connected to the negative electrode of controllable silicon 13 respectively and control the utmost point to form control loop, and the other end of relay 14 switches is electrically connected to the other end of electromagnet 2 with control relay 14 break-makes.Battery 16 is a rechargeable battery 16, and rechargeable battery 16 is through plug 12 external power supplys.

In use; The operator needs to put through with mobile phone the telephone number of SIM in the mobile communication module 6, and after mobile communication module 6 was connected, it exported a former signal of telecommunication that is used to vibrate jingle bell; This signal is connected controllable silicon 13 control ends of 5 li of control circuit for electromagnet, makes it become conducting; The operator manually presses and manually often drives contact-making switch 15 simultaneously, whole like this control circuit for electromagnet 5 conductings, and electromagnet 2 sucks dead bolt 3, and door lock can be opened.The purpose of manually often driving contact-making switch 15 is set, and is in order to guarantee that the operator is opening the door in front of the door, avoids a day constant error to call and causes door-lock opening.SIM in the mobile communication module 6 can be changed at any time simultaneously, the potential safety hazard that causes to avoid number to reveal.

Flick dead bolt 3 in order to prevent door lock from from crack between a door and its frame, being inserted by the stage property of unblanking of human iron plate and so on; The utility model is provided with dead bolt 3 positioners simultaneously; The structure of dead bolt 3 positioners is similar to dead bolt 3, and when locking, backstay is stuck in the groove of dead bolt 3; With location dead bolt 3, prevent that dead bolt 3 from being flicked easily.Be unlikely to because dead bolt 3 is fixed fully and can't get in the lockhole at closing time in order to take into account simultaneously; The top of backstay has been made spherical, like this dead bolt 3 when receiving bigger external force, the backstay contraction of can being upspring; After dead bolt 3 gets into lockhole; Backstay can eject with location dead bolt 3 again, when external force is less, can guarantee that dead bolt 3 can not move.When unblanking, control circuit for electromagnet 5 is connected positioning electromagnet 7 simultaneously, makes the backstay retraction, dead bolt 3 retractions simultaneously, door-lock opening.

The control circuit for electromagnet 5 main batteries 16 that lean on drive, and battery 16 can adopt rechargeable battery 16, but external power supply is constantly to keep the door lock driving condition simultaneously, and when external power source interrupted, battery 16 can guarantee that still whole door lock operation is normal.

The utility model also can be provided with the standard machinery lock simultaneously and be used as double protection; Standard machinery lock comprise by key operated gear lock core 10 and with the tooth bar dead bolt 11 of its coupling; Gear lock core 10 is arranged in the shell 1; One end of tooth bar dead bolt 11 stretches out shell 1, and the other end is a tooth bar, and with gear lock core 10 interlock mutually.

Claims

1. a mobile phone remote intelligence lock is characterized in that, comprises electromagnet, dead bolt, spring, control circuit for electromagnet and the mobile communication module of shell, tubular and an end opening; Described electromagnet, spring, control circuit for electromagnet all are arranged in the shell; One end of described dead bolt stretches out shell, and the other end interts in the electromagnet, and described spring is arranged in the electromagnet and an end in contact dead bolt; Other end contact electromagnet; Electromagnet is electrically connected control circuit for electromagnet, and described mobile communication module is electrically connected control circuit for electromagnet, and removable SIM cards of mobile phones is housed in the mobile communication module.

2. a kind of mobile phone remote intelligence lock according to claim 1; It is characterized in that; Described control circuit for electromagnet comprises controllable silicon, relay, manually often opens contact-making switch, battery; The positive pole of described battery is connected to an end and the silicon controlled anode of relay switch respectively; The negative pole of battery connects an end of electromagnet and an end of relay coil, and the other end of relay coil connects an end of manually often driving contact-making switch, and the other end of manually often driving contact-making switch connects the silicon controlled negative electrode; The positive pole of mobile communication module output and negative pole are connected to the silicon controlled negative electrode respectively and control the utmost point to form control loop, and the other end of relay switch is electrically connected to the other end of electromagnet with the control relay break-make.

3. a kind of mobile phone remote intelligence lock according to claim 1; It is characterized in that, also comprise the dead bolt positioner, described dead bolt positioner comprises positioning electromagnet, retainer spring and the backstay of a tubular and an end opening; Described positioning electromagnet is electrically connected to control circuit for electromagnet and controlled by control circuit for electromagnet with electromagnet; Retainer spring is arranged in the positioning electromagnet and an end in contact backstay, other end contact positioning electromagnet, and backstay one end ejects to dead bolt; The other end interts in the positioning electromagnet, has the groove with the backstay coupling on the dead bolt.

4. a kind of mobile phone remote intelligence lock according to claim 3 is characterized in that a termination portion of described backstay contact dead bolt is spherical.

5. a kind of mobile phone remote intelligence lock according to claim 2 is characterized in that described battery is a rechargeable battery, and described rechargeable battery is through the plug external power supply.

6. a kind of mobile phone remote intelligence lock according to claim 1; It is characterized in that; Also comprise by key operated gear lock core and with the tooth bar dead bolt of its coupling, described gear lock core is arranged in the shell, an end of tooth bar dead bolt stretches out shell; The other end is a tooth bar, and with the interlock mutually of gear lock core.