CN108915376B

CN108915376B - Real-time management and control intelligent lock

Info

Publication number: CN108915376B
Application number: CN201810662622.9A
Authority: CN
Inventors: 郭萌; 李鹏
Original assignee: Anheng Shitong Beijing Network Technology Co ltd
Current assignee: Anheng Shitong Beijing Network Technology Co ltd
Priority date: 2018-06-25
Filing date: 2018-06-25
Publication date: 2020-05-22
Anticipated expiration: 2038-06-25
Also published as: CN108915376A

Abstract

The invention discloses a real-time control intelligent lock, which comprises a lock body and a handle arranged on the lock body; an accommodating cavity is formed in the lock body, and a handle head, a lock cylinder, a micro switch and a signal transmitter are arranged in the accommodating cavity of the lock body; the handle is inserted into the accommodating cavity and connected with the handle head; the lock cylinder is connected with the handle head and is connected with the signal transmitter through the microswitch. By adopting the scheme, the lock cylinder, the microswitch and the signal transmitter are linked, and the signal transmitter is triggered when the lock cylinder acts, so that the signal is transmitted when the door is opened and closed every time, a user, a manager or a control center can know the opening and closing of the door, and the user, a manager or the control center can determine whether the real-time control intelligent lock works normally or not through opening and closing the door so as to determine whether the living condition of a resident is normal or not, so that the problem can be avoided, the problem can be timely found and solved, and the lock cylinder has high market application value.

Description

Real-time management and control intelligent lock

Technical Field

The invention relates to an intelligent lock, in particular to a real-time control intelligent lock.

Background

The door lock is said, many people pay attention to, after all, this direct relation is to house safety, and along with the development of technique, more and more people begin to favor intelligent door lock because traditional lock is cracked and is opened more easily, and intelligent door lock is because scientific and technological composition is higher, and security performance and use convenience performance are all better.

The intelligent lock is different from the traditional mechanical lock, is a lock which is more intelligent in the aspects of user identification, safety and manageability, and often uses a non-mechanical key as a mature technology of user Identification (ID), such as: fingerprint lock, finger vein lock, iris recognition access control, magnetic card, radio frequency card, TM card, etc.; the intelligent lock is applied more in the following places: banks, government departments, hotels, school dormitories, residential quarters, and the like.

However, the existing intelligent lock lacks the signal sending function after the micro motion detection, so the existing technology has defects and needs to be improved.

Disclosure of Invention

The invention provides a real-time control intelligent lock.

The technical scheme of the invention is as follows: a real-time control intelligent lock comprises a lock body and a handle arranged on the lock body; an accommodating cavity is formed in the lock body, and a handle head, a lock cylinder, a micro switch and a signal transmitter are arranged in the accommodating cavity of the lock body; the handle is inserted into the accommodating cavity and connected with the handle head; the lock cylinder is connected with the handle head and is connected with the signal transmitter through the microswitch.

Preferably, the lock body is further provided with a controller, a circuit board and a motor in the accommodating cavity; the signal transmitter is connected with a line on the circuit board; the controller is connected with a circuit on the circuit board, and the controller is connected with the lock cylinder through the motor.

Preferably, the lock body is further provided with a battery box used for containing and connecting a battery in the containing cavity, and the battery box is connected with a circuit on the circuit board.

Preferably, the lock body is further provided with a junction box used for connecting an external circuit in the accommodating cavity, and the junction box is connected with the circuit on the circuit board.

Preferably, the lock body is further provided with an antenna in the accommodating cavity, and the antenna is connected with a circuit on the circuit board.

Preferably, the real-time management and control intelligent lock is provided with a mounting plate, the micro switch comprises a prying-resistant alarm micro switch connected with the signal transmitter, and the prying-resistant alarm micro switch is respectively connected with the mounting plate and the lock body.

Preferably, the microswitch comprises a prying-resistant alarm microswitch connected with the signal transmitter, the prying-resistant alarm microswitch is in linkage with the lock cylinder, and the lock cylinder is connected with the signal transmitter through the prying-resistant alarm microswitch.

Preferably, the lock cylinder is provided with a lock tongue, the microswitch comprises a prying-resistant alarm microswitch connected with the signal transmitter, the prying-resistant alarm microswitch is in linkage with the lock tongue, and the lock tongue is connected with the signal transmitter through the prying-resistant alarm microswitch.

Preferably, the lock body is provided with a key hole communicated with the lock cylinder, the microswitch comprises a key detection microswitch connected with the signal transmitter, and the detection end of the key detection microswitch is positioned on the outer wall part of the key hole.

Preferably, the handle includes interior handle, micro-gap switch include with interior handle detection micro-gap switch that signal transmitter is connected, interior handle detection micro-gap switch with interior handle linkage sets up.

Preferably, the handle comprises an outer handle, the microswitch comprises a lifting detection microswitch connected with the signal transmitter, and the lifting detection microswitch is linked with the outer handle.

Preferably, the microswitch is provided with a stroke structure and a trigger structure; the stroke structure is provided with a fixed part and an elastic part, and the trigger structure is provided with a trigger part connected with the signal transmitter; the fixing part is fixed in the accommodating cavity, the first end of the elastic part is fixed on the fixing part, the second end of the elastic part is vacant, a gap exists between the elastic part and the triggering part, and the elastic part presses and touches the triggering part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position under a free state to be separated from the triggering part.

By adopting the scheme, the lock cylinder, the microswitch and the signal transmitter are linked, and the signal transmitter is triggered when the lock cylinder acts, so that the signal is transmitted when the door is opened and closed every time, the intelligent effect of real-time management and control is achieved, a user, a manager or a management and control center can know the occurrence of opening and closing the door, and the user, the manager or the management and control center can determine whether the real-time management and control intelligent lock works normally through opening and closing the door so as to determine whether the living condition of a resident is normal, so that the problem can be avoided, the problem can be timely found and solved, and the lock cylinder has high market application value.

Drawings

FIG. 1 is a schematic front shell orientation view of one embodiment of the present invention;

FIG. 2 is a schematic view of the orientation of the rear housing of the embodiment of FIG. 1;

fig. 3 is an enlarged schematic view of a part of the structure of the embodiment shown in fig. 1.

Detailed Description

In order to facilitate an understanding of the invention, the invention is described in more detail below with reference to the accompanying drawings and specific examples. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

One embodiment of the invention is a real-time management and control intelligent lock, which comprises a lock body and a handle arranged on the lock body; an accommodating cavity is formed in the lock body, and a handle head, a lock cylinder, a micro switch and a signal transmitter are arranged in the accommodating cavity of the lock body; the handle is inserted into the accommodating cavity and connected with the handle head; the lock cylinder is connected with the handle head and is connected with the signal transmitter through the microswitch. By adopting the scheme, the lock cylinder, the microswitch and the signal transmitter are linked, and the signal transmitter is triggered when the lock cylinder acts, so that the signal is transmitted when the door is opened and closed every time, a user, a manager or a control center can know the opening and closing of the door, and the user, a manager or the control center can determine whether the real-time control intelligent lock works normally or not through opening and closing the door so as to determine whether the living condition of a resident is normal or not, so that the problem can be avoided, the problem can be timely found and solved, and the lock cylinder has high market application value.

Preferably, the lock body is further provided with a controller, a circuit board and a motor in the accommodating cavity; the signal transmitter is connected with a line on the circuit board; the controller is connected with a circuit on the circuit board, and the controller is connected with the lock cylinder through the motor. The above embodiment can control the lock cylinder by the controller; in cooperation with other embodiments, the control of the lock cylinder by the controller and the motor can be realized by receiving signals. Preferably, the lock body is further provided with an antenna in the accommodating cavity, and the antenna is connected with a circuit on the circuit board. Preferably, the lock body is further provided with a transceiver module in the accommodating cavity, the transceiver module is respectively connected with the signal transmitter, the controller and the antenna, and the transceiver module is used for receiving signals and transmitting the signals to the controller through the antenna every preset time interval and transmitting the signals of the signal transmitter to the outside through the antenna. Preferably, the predetermined period of time is 1, 1.5 or 2 minutes.

Preferably, the real-time management and control intelligent lock is further provided with a storage module on the circuit board, the storage module is connected with the controller, and the storage module is used for storing password records and/or state notification records. Preferably, the real-time management and control intelligent lock is further provided with a setting module on the circuit board, the setting module is connected with the controller, and the setting module is used for setting the time and response of the intelligent lock. Preferably, the real-time control intelligent lock is further provided with an acquisition module on the circuit board, the acquisition module is connected with the controller, and the acquisition module is used for acquiring the time and response of the intelligent lock. Preferably, the real-time management and control intelligent lock is further provided with a password module on the circuit board, the password module is connected with the controller, and the password module is used for adding passwords and responding, modifying passwords and responding, deleting passwords and responding, setting password seeds and responding, and opening the door by using temporary passwords. Preferably, the real-time management and control intelligent lock is further provided with an equipment management module on the circuit board, the equipment management module is connected with the controller, and the equipment management module is used for adding equipment, responding, deleting equipment and responding. Preferably, the circuit board comprises a main circuit board, a keypad circuit board, a USB circuit board, and a Reset (Reset) circuit board, which are respectively used for implementing corresponding functions.

Preferably, the outer surface of the lock body is further provided with an input module, the input module is connected with the controller, and the input module is used for inputting passwords; the controller is also used for controlling the switch of the lock cylinder according to the input password and sending a signal containing password door opening and/or password door closing information through the signal transmitter; preferably, the controller is further configured to send a signal including a long-term password for opening the door, a long-term password for closing the door, a temporary password and door opening or closing information of the door through the signal transmitter. Preferably, the real-time control intelligent lock is further provided with a locking module on the circuit board, the locking module is respectively connected with the controller and the input module, and the locking module is used for locking the input module for a certain time length when the number of continuous errors of the input password of the input module is greater than a preset value; preferably, the certain length of time is 3, 4 or 5 minutes.

Preferably, the lock body is further provided with a battery box used for containing and connecting a battery in the containing cavity, and the battery box is connected with a circuit on the circuit board. Or the lock body is also provided with a junction box used for connecting an external circuit in the accommodating cavity, and the junction box is connected with the circuit on the circuit board. The above embodiment can realize power supply by the battery accessed by the battery box or the external power supply accessed by the junction box, namely, power supply for each module is realized. Preferably, the real-time management and control intelligent lock is further provided with an electric quantity monitoring module on the circuit board, the electric quantity monitoring module is connected with the controller, and the electric quantity monitoring module is used for monitoring electric quantity changes. Preferably, the controller is further configured to transmit a signal containing the power change information through the signal transmitter.

Preferably, the real-time management and control intelligent lock is provided with a mounting plate, the micro switch comprises a prying-resistant alarm micro switch connected with the signal transmitter, and the prying-resistant alarm micro switch is respectively connected with the mounting plate and the lock body. Preferably, the anti-prying alarm microswitch is used for sending an alarm signal when the mounting plate and/or the lock body are in a prying state. Preferably, the mounting panel reaches or the lock body is in the state of prizing, including the lock body and the mounting panel phase separation of real-time management and control intelligence lock. Preferably, the anti-prying alarm microswitch is connected with the controller and is used for controlling the signal transmitter to transmit a signal containing anti-prying alarm information through the controller when the mounting plate and/or the lock body are in a prying state. One application scenario is that when the intelligent lock is sensed to be separated from the door plate or the lock body is sensed to be separated from the mounting plate, the stroke structure of the anti-prying alarm microswitch bounces to trigger an anti-prying alarm signal. Preferably, the microswitch comprises an anti-riot alarm microswitch connected with the signal transmitter, the anti-riot alarm microswitch is in linkage with the lock cylinder, and the lock cylinder is connected with the signal transmitter through the anti-riot alarm microswitch. Preferably, the lock cylinder is provided with a lock tongue, the microswitch comprises an anti-riot alarm microswitch connected with the signal transmitter, the anti-riot alarm microswitch is in linkage with the lock tongue, and the lock tongue is connected with the signal transmitter through the anti-riot alarm microswitch. Preferably, the antiriot alarm microswitch is used for sending out an alarm signal when the lock cylinder or the lock tongue is in a prying state. Preferably, lock core or spring bolt are in the state of prizing, and the lock body of real-time management and control intelligence lock separates rather than panel or mounting panel. Preferably, the antiriot alarm microswitch is connected with the controller and is used for controlling the signal transmitter to transmit a signal containing antiriot alarm information through the controller when the lock cylinder or the lock tongue is in a prying state. One application scenario is that when the lock cylinder or the lock tongue is sensed to be separated by violence, the stroke structure of the anti-riot alarm microswitch bounces, and an anti-riot alarm signal is triggered.

Preferably, the lock body is provided with a key hole communicated with the lock cylinder, the microswitch comprises a key detection microswitch connected with the signal transmitter, and the detection end of the key detection microswitch is positioned on the outer wall part of the key hole. Preferably, the key detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing key opening information through the controller when the key opens the door. One application scenario is that a user rotates a key, and at the moment, a stroke structure of a key detection microswitch in a panel, namely the lock body, is pressed down, so that a key unlocking signal is controlled to be sent out.

Preferably, the handle includes interior handle, micro-gap switch include with interior handle detection micro-gap switch that signal transmitter is connected, interior handle detection micro-gap switch with interior handle linkage sets up, interior handle detection micro-gap switch is in when the action takes place for interior handle through signal transmitter sends the signal. Preferably, the inner handle detection microswitch sends an inner handle action signal through the signal transmitter when the inner handle is actuated. Preferably, the inner handle detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing inner handle door opening information through the controller when the inner handle opens the door. One application scenario is that a user presses down an inner door handle, and an inner handle in a panel detects that a stroke structure of a microswitch is pressed down, so that an unlocking signal of the inner door handle is controlled to be sent out.

Preferably, the handle comprises an outer handle, the microswitch comprises a lifting detection microswitch connected with the signal transmitter, the lifting detection microswitch is linked with the outer handle, and the lifting detection microswitch transmits a signal through the signal transmitter when the outer handle is lifted. Preferably, the lifting detection microswitch sends an outer handle lifting action signal through the signal transmitter when the outer handle is lifted. Preferably, the lifting detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing door lifting locking information of the outer handle through the controller when the outer handle is lifted. One application scenario is that a user lifts the outer door handle, and the stroke structure of the lifting detection microswitch in the panel is pressed down, so that the locking signal of the outer door handle is controlled to be sent out. Preferably, the handle comprises an outer handle and an inner handle, the microswitch comprises a lifting detection microswitch connected with the signal transmitter, the lifting detection microswitch is respectively linked with the outer handle and the inner handle, and the lifting detection microswitch transmits a signal through the signal transmitter when the outer handle and/or the inner handle lift. Preferably, the lifting detection microswitch sends an outer handle lifting action signal and an inner handle lifting action signal through the signal transmitter when the outer handle and/or the inner handle are lifted. Preferably, the lifting detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing door lifting locking information of the outer handle and door lifting locking information of the inner handle through the controller when the outer handle and/or the inner handle are lifted. In another application scenario, the user lifts the inner door handle, and the stroke structure of the lifting detection microswitch in the panel is pressed down, so that the locking signal of the inner door handle is controlled to be sent out. According to the embodiment, the signal can be sent when the inner handle and/or the outer handle lift up, so that the inner handle and/or the outer handle can be monitored, a user can obtain information by opening the door from the inner side and/or the outer side, the signal is sent by the signal sender to determine whether the living condition of the resident is normal or not, the problem is avoided, and the problem is timely found and solved.

Preferably, the lock core is provided with a lock tongue, the lock tongue comprises an oblique tongue, the microswitch comprises an oblique tongue detection microswitch connected with the signal transmitter, and the oblique tongue detection microswitch is in linkage with the oblique tongue. Preferably, the latch tongue detection microswitch sends a latch tongue action signal through the signal transmitter when the latch tongue is in action. Preferably, the latch bolt detection microswitch sends a latch bolt door locking signal through the signal transmitter when the latch bolt pops out the door locking. Preferably, the latch bolt detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing latch bolt action information through the controller when the latch bolt acts. One application scenario is that when the latch bolt is popped out of the lock door, the latch bolt is pressed down and then popped up, and the latch bolt in the lock body detects that the stroke structure of the microswitch is changed from a pressed state to a popped state, so that a latch bolt popping signal is controlled to be sent out; the other application scenario is that the lock tongue comprises a latch tongue and a triangular tongue, when the latch tongue pops out of the lock door, the latch tongue is pressed down and then pops up, and the latch tongue in the lock body detects that the stroke structure of the microswitch is changed from a pressed state to a popped state, so that a latch tongue popping signal is controlled to be sent out; when the triangular tongue is pressed down, the inclined tongue in the lock body detects that the stroke structure of the microswitch is pressed down, a triangular tongue pressing signal is triggered, and after the triangular tongue pressing signal is received, an inclined tongue ejecting signal is received, and then the inclined tongue is judged to eject the lock door.

Preferably, the lock core is provided with a lock tongue, the lock tongue comprises a safety tongue, the microswitch comprises a safety tongue detection microswitch connected with the signal transmitter, and the safety tongue detection microswitch is in linkage with the safety tongue. Preferably, the safety tongue detection microswitch sends a safety tongue action signal through the signal transmitter when the safety tongue acts. Preferably, the safety tongue detection microswitch sends a safety tongue door locking signal through the signal transmitter when the safety tongue pops out of the door locking. Preferably, the safety tongue detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing safety tongue action information through the controller when the safety tongue acts.

Preferably, the lock core is provided with a lock tongue, the lock tongue comprises an anti-theft tongue, the microswitch comprises an anti-theft tongue detection microswitch connected with the signal transmitter, and the anti-theft tongue detection microswitch is in linkage with the anti-theft tongue. Preferably, the anti-theft tongue detection microswitch sends an anti-theft tongue action signal through the signal transmitter when the anti-theft tongue is in action. Preferably, the anti-theft bolt detection microswitch sends an anti-theft bolt door locking signal through the signal transmitter when the anti-theft bolt pops out of the door lock. Preferably, the anti-theft tongue detection microswitch is connected with the controller, and is used for controlling the signal transmitter to transmit a signal containing anti-theft tongue action information through the controller when the anti-theft tongue acts.

Preferably, the microswitch is provided with a stroke structure and a trigger structure; the stroke structure is provided with a fixed part and an elastic part, and the trigger structure is provided with a trigger part connected with the signal transmitter; the fixing portion is fixed in the accommodating cavity, namely the fixing portion is fixed in the lock body, the first end of the elastic portion is fixed on the fixing portion, the second end of the elastic portion is vacant, a gap exists between the elastic portion and the triggering portion, the elastic portion presses and touches the triggering portion under a stressed state to trigger the signal transmitter to transmit signals, and the elastic portion restores to the original position under a free state to be separated from the triggering portion, and at the moment, the signal transmitter does not transmit signals any more. Preferably, the fixing portion is fixed to the trigger structure. Preferably, each microswitch is provided with a stroke structure and a trigger structure; preferably, the micro-switches comprise at least one of a prying-resistant alarm micro-switch, an antiriot alarm micro-switch, a key detection micro-switch, an inner handle detection micro-switch, a lifting detection micro-switch, a latch detection micro-switch, a safety latch detection micro-switch and an antitheft latch detection micro-switch, and each micro-switch is provided with the stroke structure and the trigger structure. Preferably, the microswitch comprises: the micro-motion circuit board, the outer shell, the stroke structure and the trigger structure; the outer shell is fixed on the micromotion circuit board; at least two screw fixing positions are arranged on the inching circuit board; the trigger structure is provided with a trigger part, the trigger part is connected with the circuit of the micro circuit board, and the trigger part is used for being connected with a signal transmitter through the circuit; the stroke structure is provided with a fixing part and an elastic part, the fixing part is fixed on the outer shell, the elastic part is positioned on the outer side of the outer shell, the first end of the elastic part is fixed on the fixing part, the second end of the elastic part is vacant, a gap exists between the elastic part and the triggering part, and the elastic part presses and touches the triggering part under a stress state to trigger the signal transmitter to transmit a signal and recovers the original position under a free state to separate from the triggering part. It can be understood that a circuit is arranged in or on the micro-motion circuit board; preferably, the micro-motion circuit board comprises a PCB board with prefabricated circuits. Preferably, two or three screw fixing positions are arranged on the micromotion circuit board. The outer housing may have a variety of shapes as long as the cooperation of the stroke structure and the trigger structure is not affected. Preferably, the outer shell is further provided with a positioning hole groove. Preferably, the elastic part has a flat plate-shaped structure. Or the elastic part has a bending structure; preferably, the resilient portion has a linear and arcuate cross-section. Preferably, the gap is set according to an elastic region of the elastic portion or a deformation region of the elastic portion in a stressed state. Preferably, the trigger structure is fixed on the micro circuit board or the trigger structure is arranged in the outer shell. Preferably, the trigger structure is partially disposed within the outer housing and the trigger portion is located outside the outer housing. Preferably, a gap exists between the second end of the elastic part and the trigger part, and the second end of the elastic part presses and contacts the trigger part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position to be separated from the trigger part under a free state.

Preferably, the microswitch further comprises a signal connection position, the signal connection position is fixed on the micro circuit board, the trigger structure or the trigger part thereof is connected with the signal connection position through the line, and the signal connection position is used for being connected with the signal transmitter. Preferably, the microswitch further comprises the signal transmitter, and the signal transmitter is fixed on the microswitch circuit board. Preferably, the microswitch further comprises the signal transmitter, and the signal transmitter is arranged inside the outer shell. Preferably, the microswitch further comprises the signal transmitter, and the signal transmitter is fixed on the micro circuit board and is located inside the outer shell.

Preferably, the anti-prying alarm microswitch is provided with an anti-prying alarm stroke structure and an anti-prying alarm triggering structure; the anti-prying alarm stroke structure is provided with an anti-prying alarm fixing part and an anti-prying alarm elastic part, and the anti-prying alarm triggering structure is provided with an anti-prying alarm triggering part connected with the signal transmitter; the anti-prying alarm fixing part is fixed on the anti-prying alarm triggering structure, the first end of the anti-prying alarm elastic part is fixed on the anti-prying alarm fixing part, the second end of the anti-prying alarm elastic part is vacant, a gap exists between the anti-prying alarm elastic part and the anti-prying alarm triggering part, and the anti-prying alarm elastic part presses and touches the anti-prying alarm triggering part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position to be separated from the anti-prying alarm triggering part under a free state; preferably, the signal transmitter is provided with a pick-proof alarm signal transmitting module, the pick-proof alarm triggering part is connected with the pick-proof alarm signal transmitting module, the pick-proof alarm elastic part is pressed and contacted with the pick-proof alarm triggering part under a stress state to trigger the pick-proof alarm signal transmitting module to transmit a pick-proof alarm signal, and the pick-proof alarm signal transmitting module is restored to the original position to be separated from the pick-proof alarm triggering part under a free state, and at the moment, the pick-proof alarm signal transmitting module does not transmit the pick-proof alarm signal any more. Preferably, a gap exists between the middle part or the vacant end part of the anti-prying alarm elastic part and the anti-prying alarm triggering part, the middle part or the vacant end part of the anti-prying alarm elastic part is in press contact with the anti-prying alarm triggering part in a stressed state, and the middle part or the vacant end part of the anti-prying alarm elastic part is separated from the anti-prying alarm triggering part in a non-stressed state. The anti-prying alarm triggering portion can be designed more flexibly according to the embodiment, and can be adapted to different application environments inside various locks.

Preferably, the antiriot alarm microswitch is provided with an antiriot alarm stroke structure and an antiriot alarm triggering structure; the anti-riot alarm stroke structure is provided with an anti-riot alarm fixing part and an anti-riot alarm elastic part, and the anti-riot alarm triggering structure is provided with an anti-riot alarm triggering part connected with the signal transmitter; the anti-riot alarm fixing part is fixed on the anti-riot alarm triggering structure, the first end of the anti-riot alarm elastic part is fixed on the anti-riot alarm fixing part, the second end of the anti-riot alarm elastic part is vacant, a gap exists between the anti-riot alarm elastic part and the anti-riot alarm triggering part, and the anti-riot alarm elastic part presses and touches the anti-riot alarm triggering part under a stress state to trigger the signal transmitter to send a signal and restores to the original position under a free state to be separated from the anti-riot alarm triggering part; preferably, the signal transmitter is provided with an anti-riot alarm signal transmitting module, the anti-riot alarm triggering part is connected with the anti-riot alarm signal transmitting module, the anti-riot alarm elastic part presses the anti-riot alarm triggering part under a stress state to trigger the anti-riot alarm signal transmitting module to transmit an anti-riot alarm signal, and restores the original position to be separated from the anti-riot alarm triggering part under a free state, and at the moment, the anti-riot alarm signal transmitting module does not transmit the anti-riot alarm signal any more. Preferably, a gap exists between the middle part or the vacant end part of the anti-riot alarm elastic part and the anti-riot alarm triggering part, the middle part or the vacant end part of the anti-riot alarm elastic part is pressed to touch the anti-riot alarm triggering part in a stressed state, and the middle part or the vacant end part of the anti-riot alarm elastic part is separated from the anti-riot alarm triggering part in a non-stressed state. The embodiment can design the position of the anti-riot alarm triggering part more flexibly and can be adapted to different application environments inside various locks.

Preferably, the key detection microswitch is provided with a key detection stroke structure and a key detection trigger structure; the key detection stroke structure is provided with a key detection fixing part and a key detection elastic part, and the key detection triggering structure is provided with a key detection triggering part connected with the signal transmitter; the key detection fixing part is fixed on the key detection triggering structure, the first end of the key detection elastic part is fixed on the key detection fixing part, the second end of the key detection elastic part is vacant, a gap exists between the key detection elastic part and the key detection triggering part, and the key detection elastic part presses and touches the key detection triggering part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position under a free state to be separated from the key detection triggering part; preferably, the signal transmitter is provided with a key detection signal transmitting module, the key detection triggering part is connected with the key detection signal transmitting module, the key detection elastic part is pressed and contacted with the key detection triggering part in a stressed state to trigger the key detection signal transmitting module to transmit a key detection signal, and the key detection elastic part is restored to the original position in a free state to be separated from the key detection triggering part, and at the moment, the key detection signal transmitting module does not transmit the key detection signal any more. Preferably, there is a gap between the middle part or the vacant end part of the key detection elastic part and the key detection trigger part, and in a stressed state, the middle part or the vacant end part of the key detection elastic part is pressed against the key detection trigger part, and in a non-stressed state, the middle part or the vacant end part of the key detection elastic part is separated from the key detection trigger part. The embodiment can design the position of the key detection triggering part more flexibly and can be adapted to different application environments inside various locks.

Preferably, the inner handle detection microswitch is provided with an inner handle detection stroke structure and an inner handle detection trigger structure; the inner handle detection stroke structure is provided with an inner handle detection fixing part and an inner handle detection elastic part, and the inner handle detection triggering structure is provided with an inner handle detection triggering part connected with the signal transmitter; the inner handle detection fixing part is fixed on the inner handle detection triggering structure, the first end of the inner handle detection elastic part is fixed on the inner handle detection fixing part, the second end of the inner handle detection elastic part is vacant, a gap exists between the inner handle detection elastic part and the inner handle detection triggering part, and the inner handle detection elastic part presses and contacts the inner handle detection triggering part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position to be separated from the inner handle detection triggering part under a free state; preferably, the signal transmitter is provided with an inner handle detection signal transmitting module, the inner handle detection triggering part is connected with the inner handle detection signal transmitting module, the inner handle detection elastic part is pressed and contacted with the inner handle detection triggering part under a stressed state to trigger the inner handle detection signal transmitting module to transmit an inner handle detection signal, and the inner handle detection signal transmitting module is restored to the original position to be separated from the inner handle detection triggering part under a free state, and at the moment, the inner handle detection signal transmitting module does not transmit the inner handle detection signal any more. Preferably, there is a gap between the middle part or the vacant end part of the inner handle detection elastic part and the inner handle detection trigger part, and in a stressed state, the middle part or the vacant end part of the inner handle detection elastic part is pressed against the inner handle detection trigger part, and in an unstressed state, the middle part or the vacant end part of the inner handle detection elastic part is separated from the inner handle detection trigger part. The embodiment can design the position of the inner handle detection trigger part more flexibly and can be adapted to different application environments inside various locks.

Preferably, the lifting detection microswitch is provided with a lifting detection stroke structure and a lifting detection trigger structure; the lifting detection stroke structure is provided with a lifting detection fixing part and a lifting detection elastic part, and the lifting detection trigger structure is provided with a lifting detection trigger part connected with the signal transmitter; the lifting detection fixing part is fixed on the lifting detection triggering structure, the first end of the lifting detection elastic part is fixed on the lifting detection fixing part, the second end of the lifting detection elastic part is vacant, a gap exists between the lifting detection elastic part and the lifting detection triggering part, and the lifting detection elastic part is pressed and contacted with the lifting detection triggering part under a stressed state to trigger the signal transmitter to transmit a signal and is restored to the original position under a free state to be separated from the lifting detection triggering part; preferably, the signal transmitter is provided with a lifting detection signal transmitting module, the lifting detection trigger part is connected to the lifting detection signal transmitting module, the lifting detection elastic part is pressed and contacted with the lifting detection trigger part in a stressed state to trigger the lifting detection signal transmitting module to transmit a lifting detection signal, and the lifting detection elastic part is restored to the original position in a free state to be separated from the lifting detection trigger part, and at this time, the lifting detection signal transmitting module does not transmit the lifting detection signal any more. Preferably, a gap exists between the middle or empty end of the lifting detection elastic part and the lifting detection trigger part, the middle or empty end of the lifting detection elastic part is pressed and contacted with the lifting detection trigger part in a stressed state, and the middle or empty end of the lifting detection elastic part is separated from the lifting detection trigger part in an unstressed state. The embodiment can design the position of the lifting detection trigger part more flexibly, and can be adapted to different application environments inside various locks.

Preferably, the latch bolt detection microswitch is provided with a latch bolt detection stroke structure and a latch bolt detection trigger structure; the inclined tongue detection stroke structure is provided with an inclined tongue detection fixing part and an inclined tongue detection elastic part, and the inclined tongue detection triggering structure is provided with an inclined tongue detection triggering part connected with the signal transmitter; the latch tongue detection fixing part is fixed on the latch tongue detection triggering structure, the first end of the latch tongue detection elastic part is fixed on the latch tongue detection fixing part, the second end of the latch tongue detection elastic part is vacant, a gap exists between the latch tongue detection elastic part and the latch tongue detection triggering part, and the latch tongue detection elastic part presses and touches the latch tongue detection triggering part under a stressed state to trigger the signal transmitter to send a signal and restores to the original position under a free state to be separated from the latch tongue detection triggering part; preferably, the signal transmitter is provided with a latch tongue detection signal transmitting module, the latch tongue detection triggering part is connected with the latch tongue detection signal transmitting module, the latch tongue detection elastic part is pressed and contacted with the latch tongue detection triggering part under a stressed state to trigger the latch tongue detection signal transmitting module to transmit a latch tongue detection signal, and the latch tongue detection elastic part is restored to the original position under a free state to be separated from the latch tongue detection triggering part, and at the moment, the latch tongue detection signal transmitting module does not transmit the latch tongue detection signal any more. Preferably, a gap exists between the middle part or the empty end part of the latch bolt detection elastic part and the latch bolt detection trigger part, the middle part or the empty end part of the latch bolt detection elastic part is pressed and contacted with the latch bolt detection trigger part in a stressed state, and the middle part or the empty end part of the latch bolt detection elastic part is separated from the latch bolt detection trigger part in a non-stressed state. The embodiment can design the position of the latch bolt detection triggering part more flexibly, and can be adapted to different application environments inside various locks.

Preferably, the safety tongue detection microswitch is provided with a safety tongue detection stroke structure and a safety tongue detection trigger structure; the safety tongue detection stroke structure is provided with a safety tongue detection fixing part and a safety tongue detection elastic part, and the safety tongue detection triggering structure is provided with a safety tongue detection triggering part connected with the signal transmitter; the safety tongue detection fixing part is fixed on the safety tongue detection triggering structure, the first end of the safety tongue detection elastic part is fixed on the safety tongue detection fixing part, the second end of the safety tongue detection elastic part is vacant, a gap exists between the safety tongue detection elastic part and the safety tongue detection triggering part, and the safety tongue detection elastic part presses and touches the safety tongue detection triggering part under a stressed state to trigger the signal transmitter to send a signal and restores to the original position under a free state to be separated from the safety tongue detection triggering part; preferably, the signal transmitter is provided with a safety tongue detection signal transmitting module, the safety tongue detection triggering part is connected with the safety tongue detection signal transmitting module, the safety tongue detection elastic part is pressed and contacted with the safety tongue detection triggering part under a stressed state to trigger the safety tongue detection signal transmitting module to transmit a safety tongue detection signal, and the safety tongue detection elastic part is restored to the original position under a free state to be separated from the safety tongue detection triggering part, and at the moment, the safety tongue detection signal transmitting module does not transmit the safety tongue detection signal any more. Preferably, a gap exists between the middle part or the empty end part of the safety tongue detection elastic part and the safety tongue detection trigger part, the middle part or the empty end part of the safety tongue detection elastic part is pressed and contacted with the safety tongue detection trigger part in a stressed state, and the middle part or the empty end part of the safety tongue detection elastic part is separated from the safety tongue detection trigger part in an unstressed state. The embodiment can design the position of the safety tongue detection triggering part more flexibly and can be adapted to different application environments in various locks.

Preferably, the anti-theft tongue detection microswitch is provided with an anti-theft tongue detection stroke structure and an anti-theft tongue detection trigger structure; the anti-theft tongue detection stroke structure is provided with an anti-theft tongue detection fixing part and an anti-theft tongue detection elastic part, and the anti-theft tongue detection triggering structure is provided with an anti-theft tongue detection triggering part connected with the signal transmitter; the anti-theft tongue detection fixing part is fixed on the anti-theft tongue detection triggering structure, the first end of the anti-theft tongue detection elastic part is fixed on the anti-theft tongue detection fixing part, the second end of the anti-theft tongue detection elastic part is vacant, a gap exists between the anti-theft tongue detection elastic part and the anti-theft tongue detection triggering part, and the anti-theft tongue detection elastic part presses and touches the anti-theft tongue detection triggering part under a stress state to trigger the signal transmitter to send a signal and restores to the original position under a free state to be separated from the anti-theft tongue detection triggering part; preferably, the signal transmitter is provided with an anti-theft tongue detection signal transmitting module, the anti-theft tongue detection triggering part is connected with the anti-theft tongue detection signal transmitting module, the anti-theft tongue detection elastic part is pressed and contacted with the anti-theft tongue detection triggering part under a stress state to trigger the anti-theft tongue detection signal transmitting module to transmit an anti-theft tongue detection signal and restore to the original position under a free state to be separated from the anti-theft tongue detection triggering part, and at the moment, the anti-theft tongue detection signal transmitting module does not transmit the anti-theft tongue detection signal any more. Preferably, there is a clearance between the middle part or the vacant end part of the anti-theft tongue detection elastic part and the anti-theft tongue detection trigger part, and under the stressed state, the middle part or the vacant end part of the anti-theft tongue detection elastic part is pressed and contacted with the anti-theft tongue detection trigger part, and under the unstressed state, the middle part or the vacant end part of the anti-theft tongue detection elastic part is separated from the anti-theft tongue detection trigger part. The embodiment can design the position of the anti-theft tongue detection triggering part more flexibly, and can be adapted to different application environments inside various locks.

Preferably, in the real-time control intelligent lock, the lock body is further provided with a clutch structure in the accommodating cavity, the handle head is connected with the lock cylinder through the clutch structure, and the clutch structure is connected with the motor; preferably, the controller is connected with the clutch structure through the motor and used for controlling the handle head through controlling the clutch structure.

As shown in fig. 1, fig. 2 and fig. 3, an embodiment of the present invention is that the real-time management and control intelligent lock includes a lock body 200 and a handle 213 mounted on the lock body, an accommodation cavity 220 is formed inside the lock body, and a micro switch, a signal transmitter 201, a main circuit board 203, a USB circuit board 210, a speaker 212, a keypad circuit board 204, a handle head 205, a clutch structure 222, a lock core 209, a fixed inner support plate stud 202, a fixed inner support plate stud 214 and a front lock body fixing screw hole 218 are arranged in the accommodation cavity of the lock body; the micro switch comprises a prying-resistant alarm micro switch 211, the prying-resistant alarm micro switch 211 is respectively connected and arranged on the lock body 200 and the mounting plate, the mounting plate is arranged on the door body or the door plate, and when the lock body 200 is pried to leave the mounting plate, a prying-resistant alarm is started; the micro switch also comprises a key detection micro switch 208, a lifting detection micro switch 206 and an inner handle detection micro switch 219; the handle is inserted into the accommodating cavity and connected with the handle head 205, the clutch structure 222 is arranged on the handle head 205, when the motor receives a signal and is ejected out, the small bulge on the clutch structure can be pressed back by the motor, the clutch structure is braked at the moment, and the handle is pressed down to drive the handle head to open the door; the lock core controls the clutch structure through the motor, when the lock core is rotated, the motor is driven to pop out, the small bulge on the clutch structure can be pressed back by the motor after the motor is popped out, the clutch structure is braked at the moment, the handle is driven to open the door after the handle is pressed down, the handle is connected at the moment, and the lock core is connected with the signal transmitter through the microswitch. The RESET circuit board 215 is connected with a first battery box 216, the key detection microswitch 208 is arranged in linkage with the lock cylinder or the detection end of the key detection microswitch 208 is positioned at the outer wall part of the key hole, the lifting detection microswitch 206 is arranged in linkage with the outer handle 213, the inner handle detection microswitch 219 is arranged in linkage with the inner handle 221, the motor 207 is connected with the lock cylinder 209, and the signal transmitter 201 is connected with a second battery box 217.

The design scheme of each embodiment has the advantages of energy conservation and low standby power consumption, and the standby current is lower than 60 muA through sample test.

Further, the embodiment of the present invention further includes a real-time control intelligent lock, which is also called as a micro switch lock or an intelligent lock, formed by combining the technical features of the above embodiments. In specific application, the real-time monitoring apartment lock is particularly suitable for house monitoring management of a rental house, an elderly apartment, a long rental apartment, a short rental apartment, a campus dormitory and the like so as to realize the specification of human behaviors; in an application scenario, when detecting that a door lock is not opened for three days, a management party of an apartment needs to check the condition of residents in a room; in an application scene, when a long-renting apartment needs to monitor the behavior of a housekeeper, whether the housekeeper rents out houses or not can be checked according to whether a room is opened or not; in an application scene, when taking place to steal when renting the room, perhaps when other criminal cases, can look over the tool to lock state, whether the tool to lock locking, whether the outside is opened, whether the key is opened, whether inboard lock door, whether the outside is opened the door etc. all can carry out the analysis through the state of tool to lock and look over. In one application scenario, an apartment management party reminds a resident of inside door locking when finding that the resident does not have the habit of inside door locking. When checking whether the door is hidden or not, checking whether the feedback signal is in the extending state of the latch bolt and the triangular latch bolt is in the retracting state, and at the moment, the hidden alarm is needed. When the door closing signal is monitored, the triangular tongue is required to be in a retracted state, and after the oblique tongue is in a retracted and ejected state, the door is reported to be closed at the moment.

The technical features mentioned above are combined with each other to form various embodiments which are not listed above, and all of them are regarded as the scope of the present invention described in the specification; also, modifications and variations may be suggested to those skilled in the art in light of the above teachings, and it is intended to cover all such modifications and variations as fall within the true spirit and scope of the invention as defined by the appended claims.

Claims

1. A real-time control intelligent lock is characterized by comprising a lock body and a handle arranged on the lock body;

an accommodating cavity is formed in the lock body, and a handle head, a lock cylinder, a micro switch and a signal transmitter are arranged in the accommodating cavity of the lock body;

the handle is inserted into the accommodating cavity and connected with the handle head;

the lock cylinder is connected with the handle head and the signal transmitter through the microswitch, and is used for triggering the signal transmitter when the lock cylinder acts, and transmitting signals when the door is opened and closed each time.

2. The real-time management and control intelligent lock according to claim 1, wherein the lock body is further provided with a controller, a circuit board and a motor in the accommodating cavity;

the signal transmitter is connected with a line on the circuit board;

the controller is connected with a circuit on the circuit board, and the controller is connected with the lock cylinder through the motor.

3. The real-time management and control intelligent lock according to claim 2, wherein the lock body is further provided with a battery box for accommodating and connecting a battery in the accommodating cavity, and the battery box is connected with a circuit on the circuit board.

4. The real-time management and control intelligent lock according to claim 2, wherein the lock body is further provided with a junction box for connecting external lines in the accommodating cavity, and the junction box is connected with the lines on the circuit board.

5. The real-time management and control intelligent lock according to claim 2, wherein the lock body is further provided with an antenna in the accommodating cavity, the antenna is connected to a line on the circuit board, the lock body is further provided with a transceiver module in the accommodating cavity, the transceiver module is respectively connected to the signal transmitter, the controller and the antenna, and the transceiver module is configured to receive and transmit a signal to the controller through the antenna every preset time period, and transmit a signal of the signal transmitter to the outside through the antenna.

6. The real-time management and control intelligent lock according to claim 1, wherein the lock cylinder is provided with a lock tongue, the microswitch comprises a prying-resistant alarm microswitch connected with the signal transmitter, the prying-resistant alarm microswitch is linked with the lock tongue or the lock cylinder, and the lock cylinder is connected with the signal transmitter through the prying-resistant alarm microswitch.

7. The real-time management and control intelligent lock according to claim 6, wherein the lock body is provided with a key hole communicated with the lock cylinder, the microswitch comprises a key detection microswitch connected with the signal transmitter, and a detection end of the key detection microswitch is positioned on an outer wall part of the key hole.

8. The real-time management and control intelligent lock according to claim 6, wherein the handle comprises an inner handle, the micro switch comprises an inner handle detection micro switch connected with the signal transmitter, and the inner handle detection micro switch is linked with the inner handle.

9. The real-time management and control intelligent lock according to claim 6, wherein the handle comprises an outer handle, the micro switch comprises a lifting detection micro switch connected with the signal transmitter, and the lifting detection micro switch is linked with the outer handle.

10. The real-time management and control intelligent lock according to any one of claims 1 to 9, wherein the microswitch is provided with a stroke structure and a trigger structure;

the stroke structure is provided with a fixed part and an elastic part, and the trigger structure is provided with a trigger part connected with the signal transmitter;

the fixing part is fixed in the accommodating cavity, the first end of the elastic part is fixed on the fixing part, the second end of the elastic part is vacant, a gap exists between the elastic part and the triggering part, and the elastic part presses and touches the triggering part under a stressed state to trigger the signal transmitter to transmit a signal and restores to the original position under a free state to be separated from the triggering part.