CN110262468B - Intelligent lock testing equipment and testing method - Google Patents
Intelligent lock testing equipment and testing method Download PDFInfo
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- CN110262468B CN110262468B CN201910681729.2A CN201910681729A CN110262468B CN 110262468 B CN110262468 B CN 110262468B CN 201910681729 A CN201910681729 A CN 201910681729A CN 110262468 B CN110262468 B CN 110262468B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/50—Testing of electric apparatus, lines, cables or components for short-circuits, continuity, leakage current or incorrect line connections
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B23/00—Testing or monitoring of control systems or parts thereof
- G05B23/02—Electric testing or monitoring
- G05B23/0205—Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults
- G05B23/0208—Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults characterized by the configuration of the monitoring system
- G05B23/0213—Modular or universal configuration of the monitoring system, e.g. monitoring system having modules that may be combined to build monitoring program; monitoring system that can be applied to legacy systems; adaptable monitoring system; using different communication protocols
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
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- G05B2219/24065—Real time diagnostics
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- Automation & Control Theory (AREA)
- Lock And Its Accessories (AREA)
Abstract
The application discloses intelligent lock testing equipment and a testing method, and relates to the technical field of electronic testing equipment. Opening a datamation operation end of the intelligent lock test equipment and logging in; opening a power switch of a testing tool of the intelligent lock testing equipment, and testing whether the testing tool is normally powered on; testing whether the unlocking function of the intelligent lock body is normal or not: testing whether the sleep function of the intelligent lock body is normal; testing whether the wake-up function of the intelligent lock body is normal or not; and pasting a qualification mark on the intelligent lock passing the test, and powering off the test tool. The function of the intelligent lock body is subjected to data and electronic detection, so that the reliability of the result of the detection of the function of the intelligent lock body is guaranteed, errors caused by manual detection are avoided, and the efficiency and accuracy of the detection of the intelligent lock are improved.
Description
Technical Field
The application relates to the technical field of electronic test equipment, in particular to intelligent lock test equipment and a test method.
Background
Along with the progress and development of technology, the intelligent locks are increasingly widely applied in daily life, and common intelligent locks generally comprise device modules such as passwords, internal linkage mechanisms and the like, and because the intelligent locks belong to security and protection facilities, the intelligent locks are required to be subjected to strict tests and experiments when leaving factories so as to ensure that the intelligent locks in each batch can be stably and reliably put into use. The existing intelligent lock testing process is usually to test the intelligent lock by manually using corresponding tools, and the manual testing has poor accuracy and low reliability, so that the intelligent lock testing equipment capable of comprehensively testing the functions of the intelligent lock product is lacking in the prior art.
Disclosure of Invention
In view of this, the application provides an intelligent lock test equipment and test method, through opening intelligent lock test equipment's data operation end and logging in, utilize test fixture and intelligent lock facility equipment to detect whether the function of unblanking of intelligent lock body is normal, detect whether the sleep function of intelligent lock body is normal, detect whether the wake-up function of intelligent lock body is normal to paste qualified sign to the intelligent lock that passes the test. So, through the cooperation of test fixture and corresponding intelligent lock test equipment, use the mode of datamation to carry out comprehensive detection to the intelligent lock, be favorable to improving intelligent lock function detection's efficiency and accuracy, further improve intelligent lock's excellent productivity.
In order to solve the technical problems, the application has the following technical scheme:
in a first aspect, a testing method of an intelligent lock testing device is characterized by comprising:
opening a datamation operation end of the intelligent lock test equipment and logging in;
opening a power switch of a testing tool of the intelligent lock testing equipment, if a power indicator lamp of the testing tool is lightened, the testing tool is normally powered on, and information required by testing is keyed in at the datamation operation end; if the power indicator of the test tool is not lightened, the test tool fails to be connected with electricity, a power supply module of the test tool is checked, and whether the test tool is connected with electricity normally is tested again;
After the test fixture is powered on normally, writing the intelligent lock controller number corresponding to the intelligent lock body to be tested on the data operation end, clicking an unlocking button, and judging whether the unlocking function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not:
if the intelligent lock body does not receive the signal and the lock tongue does not rotate, the intelligent lock is not opened, the data operation end prompts unlocking failure and unqualified unlocking function, the intelligent lock body and a signal connection terminal connected with the intelligent lock controller and the testing tool are checked and trimmed, and whether the unlocking function of the intelligent lock body is normal is tested again;
if the lock tongue rotates to be opened and drives the entrance guard switch to be opened, the data operation end prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
Judging whether the sleep function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within a preset time, clicking a sleep button at the data operation end, and enabling the detected intelligent lock to enter a sleep state, wherein the sleep function of the detected intelligent lock is normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
judging whether the awakening function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not: turning off a test switch on the test tool, turning on a wake-up signal, turning on the test switch, and waking up the tested intelligent lock, wherein if the wake-up function is normal, checking and trimming the wake-up function and the test switch, and detecting whether the wake-up function is normal again;
And pasting a qualification mark on the intelligent lock passing the test, and powering off the test tool.
Optionally, wherein:
the information required by the test is keyed in the datamation operation end, specifically:
selecting a serial port at the datamation operation end, clicking to open the serial port, clicking to read an address, inputting an address number which is required to be written currently into a writing address column, clicking to write the address;
clicking and reading the version number, wherein the datamation operation terminal displays the program version number, compares the program version number with the set version number stored in the datamation operation terminal, and has no alarm prompt if the version is correct, and sends out the alarm prompt if the version is incorrect;
when the datamation operation end sends out an alarm prompt, checking and correcting the version number and reading the version number again;
when no alarm prompt exists, clicking basic parameters, selecting all, defaulting data and issuing configuration in sequence, clicking reading configuration, if the information is correct, no alarm prompt exists, and if the information is incorrect, the datamation operation end sends out the alarm prompt;
when the datamation operation end sends out an alarm prompt, checking and correcting the information, clicking basic parameters, full selection, default data and issuing configuration in sequence again, and clicking and reading configuration;
And when no alarm prompt exists, judging whether the unlocking function of the intelligent lock is normal.
Optionally, wherein:
the alarm prompt comprises that the datamation operation end pops up an alarm prompt window or a screen of the datamation operation end emits red flash.
Optionally, wherein:
the method for judging whether the intelligent lock is awakened comprises the following steps: if the function indicator lamp of the intelligent lock controller is lightened, the intelligent lock is awakened; and if the function indicator lamp of the intelligent lock controller is not lightened, the intelligent lock is not awakened.
In a second aspect, an intelligent lock testing apparatus, comprising: the intelligent lock comprises a test tool, a data operation end and an intelligent lock body; the test tool is respectively connected with the data operation end and the intelligent lock body;
the test tool comprises a power indicator lamp, a power switch, a test switch and an intelligent lock controller, wherein the power indicator lamp is used for judging whether the test tool is powered on or not; opening a power switch of a testing tool of the intelligent lock testing equipment, if a power indicator lamp of the testing tool is lightened, the testing tool is normally powered on, and information required by testing is keyed in at the datamation operation end; if the power indicator of the test tool is not lightened, the test tool fails to be connected with electricity, a power supply module of the test tool is checked, and whether the test tool is connected with electricity normally is tested again;
The data operation end is used for typing in information required by the test and is connected with the test tool to judge whether the unlocking function of the intelligent lock body is normal or not; after the test fixture is powered on normally, writing an intelligent lock controller number to be tested on the data operation end, clicking an unlocking button, if the intelligent lock body does not receive an unlocking signal and the lock tongue does not rotate, prompting unlocking failure and unqualified unlocking functions on the data operation end, checking and trimming the intelligent lock body and a signal connection terminal connected with the intelligent lock controller and the test fixture, and testing whether the unlocking functions of the intelligent lock body are normal again; if the lock tongue rotates to be opened and drives the entrance guard switch to be opened, the data operation end prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
The test fixture is used for testing whether the sleep function of the intelligent lock body is normal or not under the control of the data operation end: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within a preset time, clicking a sleep button at the data operation end, and enabling the detected intelligent lock to enter a sleep state, wherein the sleep function of the detected intelligent lock is normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
the test switch on the test fixture is used for judging whether the awakening function of the intelligent lock body is normal or not: and turning off the test switch on the test tool, turning on the wake-up signal, turning on the test switch, and waking up the tested intelligent lock, wherein if the wake-up function is normal, otherwise, checking and trimming the wake-up function and the test switch, and detecting whether the wake-up function is normal again.
Optionally, wherein:
the testing tool comprises an outer box body, wherein the power indicator, the power switch and the testing switch are arranged on the outer box body, the intelligent lock controller is connected with the outer box body through the signal connection terminal, and the functional indicator of the intelligent lock controller is arranged on the intelligent lock controller.
Optionally, wherein:
the data operation end comprises a computer and test tool software.
Optionally, wherein:
the intelligent lock body comprises a lock tongue and an access switch, the lock tongue and the access switch are in rolling contact through a linkage device, and the intelligent lock controller is connected with the access switch.
Compared with the prior art, the intelligent lock testing equipment and the intelligent lock testing method have the following effects:
(1) According to the intelligent lock testing equipment and the intelligent lock testing method, the functions of the intelligent lock body are detected by utilizing the intelligent lock testing equipment and the testing tool, the data operation end of the intelligent lock testing equipment is opened and logged in, and then the power switch of the testing tool is opened to detect the power connection condition of the testing tool; the test fixture is normally powered on, and then the intelligent lock controller numbers corresponding to the intelligent lock bodies to be tested are written in the data operation end, so that the unlocking function of the corresponding intelligent lock bodies is detected; the unlocking function is normal, and then the sleep function of the corresponding intelligent lock body is detected; the sleep function is normal, and then the wake-up function of the corresponding intelligent lock body is detected; when the wake-up function is normal, a qualification mark can be stuck on the corresponding intelligent lock; the function of the intelligent lock body is subjected to data and electronic detection through the cooperation of equipment such as a test tool and a data operation end, so that the reliability of the result of the function detection of the intelligent lock body is guaranteed, errors caused by manual detection are avoided, and the efficiency and accuracy of the intelligent lock detection are improved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiments of the application and together with the description serve to explain the application and do not constitute an undue limitation to the application. In the drawings:
FIG. 1 is a flowchart of a method for testing an intelligent lock according to an embodiment of the present disclosure;
fig. 2 is a schematic diagram of a test tool of the intelligent lock test device according to the embodiment of the present application;
FIG. 3 is a schematic diagram of an intelligent lock body of an intelligent lock testing apparatus according to an embodiment of the present disclosure;
FIG. 4 is a block diagram of an intelligent lock testing apparatus according to an embodiment of the present application;
fig. 5 is a block diagram of a test tool of the smart lock test device according to an embodiment of the present application.
Detailed Description
Certain terms are used throughout the description and claims to refer to particular components. Those of skill in the art will appreciate that a hardware manufacturer may refer to the same component by different names. The description and claims do not take the form of an element differentiated by name, but rather by functionality. As used throughout the specification and claims, the word "comprise" is an open-ended term, and thus should be interpreted to mean "include, but not limited to. By "substantially" is meant that within an acceptable error range, a person skilled in the art is able to solve the technical problem within a certain error range, substantially achieving the technical effect. The description hereinafter sets forth the preferred embodiment for carrying out the present application, but is not intended to limit the scope of the present application in general, for the purpose of illustrating the general principles of the present application. The scope of the present application is defined by the appended claims.
Along with the progress and development of technology, the intelligent locks are increasingly widely applied in daily life, and common intelligent locks generally comprise device modules such as passwords, internal linkage mechanisms and the like, and because the intelligent locks belong to security and protection facilities, the intelligent locks are required to be subjected to strict tests and experiments when leaving factories so as to ensure that the intelligent locks in each batch can be stably and reliably put into use. The existing intelligent lock testing process is usually to test the intelligent lock by manually using corresponding tools, and the manual testing has poor accuracy and low reliability, so that the intelligent lock testing equipment capable of comprehensively testing the functions of the intelligent lock product is lacking in the prior art.
In view of this, the application provides an intelligent lock test equipment and test method, through opening intelligent lock test equipment's data operation end and logging in, utilize test fixture and intelligent lock facility equipment to detect whether the function of unblanking of intelligent lock body is normal, detect whether the sleep function of intelligent lock body is normal, detect whether the wake-up function of intelligent lock body is normal to paste qualified sign to the intelligent lock that passes the test. So, through the cooperation of test fixture and corresponding intelligent lock test equipment, use the mode of datamation to carry out comprehensive detection to the intelligent lock, be favorable to improving intelligent lock function detection's efficiency and accuracy, further improve intelligent lock's excellent productivity.
The following detailed description refers to the accompanying drawings and specific embodiments.
Fig. 1 is a flowchart of an intelligent lock testing method provided by an embodiment of the present application, fig. 2 is a schematic diagram of a testing tool of an intelligent lock testing device provided by an embodiment of the present application, fig. 3 is a schematic diagram of an intelligent lock body of an intelligent lock testing device provided by an embodiment of the present application, and referring to fig. 1 to 3, a testing method of an intelligent lock testing device includes:
step 101, opening a datamation operation end of intelligent lock test equipment and logging in;
step 102, turning on a power switch 12 of a test tool 10 of the intelligent lock test equipment, if a power indicator 11 of the test tool 10 is lighted, the test tool 10 is powered on normally, and information required by a test is keyed in at a data operation end; if the power indicator lamp 11 of the test tool 10 is not lighted, the test tool 10 fails to be powered on, a power supply module of the test tool 10 is checked, and whether the test tool 10 is powered on normally is tested again;
step 103, after the test fixture 10 is powered on normally, writing the number of the intelligent lock controller 14 corresponding to the intelligent lock body 30 to be tested on the data operation end, clicking the unlocking button, and judging whether the unlocking function of the intelligent lock body 30 corresponding to the number of the intelligent lock controller 14 is normal or not:
If the intelligent lock body 30 does not receive the signal and the lock tongue 32 does not rotate, the intelligent lock is not opened, the data operation end prompts unlocking failure and unqualified unlocking function, the intelligent lock body 30 and the signal connection terminal 142 connected with the intelligent lock controller 14 and the test tool 10 are checked and trimmed, and whether the unlocking function of the intelligent lock body 30 is normal is tested again;
if the lock tongue 32 rotates to be opened and drives the access switch 31 to be opened, the data operation end prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
step 104, judging whether the sleep function of the intelligent lock body 30 corresponding to the number of the intelligent lock controller 14 is normal: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within the preset time, clicking a sleep button at the data operation end, enabling the detected intelligent lock to enter a sleep state, enabling the sleep function of the detected intelligent lock to be normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
Step 105, judging whether the wake-up function of the intelligent lock body 30 corresponding to the number of the intelligent lock controller 14 is normal: turning off the test switch 13 on the test tool 10, turning on the wake-up signal, turning on the test switch 13, and waking up the tested intelligent lock, wherein the wake-up function is normal, otherwise, checking and trimming the wake-up function and the test switch 13, and detecting whether the wake-up function is normal again;
and 106, pasting a qualification mark on the intelligent lock passing the test, and powering off the test tool 10.
Specifically, referring to fig. 1 to 3, in step 102 after step 101, before testing the function of the smart lock, the power connection condition of the test tool 10 needs to be tested, that is, when the power switch 12 of the test tool 10 is turned on, the power connection is normal if the power indicator 11 on the test tool 10 is normally turned on, otherwise, the power supply module and the power indicator 11 of the test tool 10 need to be checked until the power connection of the test tool 10 is normal, and the next operation can be performed; through the detection to the test fixture 10 condition of receiving electricity, confirm that it receives electricity and begin the detection to the intelligent lock again after normal, be favorable to avoiding the condition that can't carry out the test to the intelligent lock because of test fixture 10 receives electricity the problem that the problem leads to, be favorable to cutting off at the root and be unfavorable for intelligent lock functional test's problem, save operating time, can improve work efficiency and the accuracy of detection simultaneously.
In step 103, when detecting the unlocking function of the smart lock body 30, the number of the smart lock controller 14 corresponding to the smart lock body 30 to be detected needs to be input into the data operation end (generally, the PC end), after the unlocking button is clicked on the data operation end, the smart lock is not opened, the data operation end prompts unlocking failure and the unlocking function is not qualified, and then the detected smart lock body 30 and the signal connection terminal 142 connected with the connected smart lock controller 14 and the test tool 10 are checked, so that the unlocking function of the smart lock body 30 is tested again after the problems in the components are eliminated; only the factors causing unlocking failure and unqualified unlocking function are eliminated, the accurate detection of the unlocking function can be realized, and if the unlocking function of the intelligent lock body 30 does have a problem, the intelligent lock body is returned to a production workshop for deep detection or reloading, so that the qualification rate of the intelligent lock is guaranteed.
When the unlocking function of the intelligent lock body 30 is detected, after the data operation end clicks the unlocking button, the lock tongue 32 rotates to drive the access control switch 31 to be opened, and the data operation end prompts that the unlocking is successful, so that the unlocking function is qualified; when the detected unlocking function of the intelligent lock body 30 is not problematic, the relevant save information stored in the data operation terminal needs to be checked, if there is an error, the correction is needed, and if there is no error, the relevant save information is stored.
It should be noted that, after the tested intelligent lock is detected and maintained for many times, the intelligent lock still cannot have a normal unlocking function, and if the intelligent lock is in a functional problem, the intelligent lock is abandoned for further detection, and is returned to a production workshop for deep detection or reinstallation; therefore, the practicality and the qualification rate of the produced intelligent lock are guaranteed.
In addition, it should be noted that, the remark column IP refers to a remark column IP address, where the IP address is a unified address format provided by an IP protocol, and allocates a logical address to each network and each host on the internet, so as to mask the difference of physical addresses; the NEID number refers to an IMEI international mobile equipment identity, which is a network module number for accessing mobile or connected, the IMSI number refers to an international mobile subscriber identity corresponding to a SIM (subscriber identity module) number of each device, and the IMEI and IMSI are simultaneously stored in the same intelligent lock controller 14, so as to uniquely identify the intelligent lock controller 14 used by the user.
In step 104, when the sleep function of the smart lock body 30 is detected, if the detected smart lock is not operated within the preset time or the sleep button is clicked at the data operation end, the sleep function of the detected smart lock is normal, otherwise, the hardware device related to the sleep function of the detected smart lock needs to be checked and maintained until the sleep function of the detected smart lock is normal.
It should be noted that, after the tested intelligent lock is maintained and detected for many times, the tested intelligent lock still cannot have a normal sleep function, and the intelligent lock is proved to have a functional problem, so that the intelligent lock is abandoned for further detection and is returned to a production workshop for deep detection or reloading.
In the step 105, the test switch 13 on the test tool 10 is turned off, the wake-up signal is turned on, and then the test switch 13 is turned on to detect the wake-up function of the intelligent lock body 30, if the test switch 13 is turned off and then turned on, the tested intelligent lock is woken up, and the wake-up function is normal; if the device cannot wake up normally, the device related to the wake-up function needs to be detected and maintained until the wake-up function is normal.
It should be noted that, after the tested intelligent lock is maintained and detected for many times, the tested intelligent lock still cannot have a normal wake-up function, and if the intelligent lock is described to have a functional problem, the factory opportunity is abandoned, and the intelligent lock is returned to a production workshop for deep detection or reinstallation; therefore, the practicality and the qualification rate of the produced intelligent lock are guaranteed.
In step 106, a qualification flag is attached to the smart lock through the unlock function detection, the sleep function detection, and the wake function detection.
Through utilizing devices such as test fixture 10, data operation end to carry out the function detection of digitization, electron to the intelligent lock, can effectively avoid the inaccuracy and the inefficiency of manual detection result, be favorable to improving the efficiency and the accuracy of intelligent lock function detection, further improve the excellent productivity of intelligent lock.
Optionally, the information required by the test is keyed in the datamation operation end, specifically:
selecting a serial port at a data operation end, clicking to open the serial port, clicking to read an address, inputting an address number to be written currently into a writing address column, and clicking to write the address;
clicking to read the version number, displaying the program version number by the datamation operation end, comparing the program version number with the set version number stored in the datamation operation end, and if the version is correct, giving out an alarm prompt by the datamation operation end if the version is incorrect;
when the datamation operation end sends out an alarm prompt, checking and correcting the version number, and reading the version number again;
when no alarm prompt is given, clicking basic parameters, full selection, default data and issuing configuration in sequence, clicking reading configuration, if the information is correct, no alarm prompt is given, and if the information is incorrect, the datamation operation end sends out the alarm prompt;
When the data operation end sends out an alarm prompt, checking and correcting the information, clicking basic parameters, full selection, default data and issuing configuration again in sequence, and clicking and reading the configuration;
and when no alarm prompt exists, judging whether the unlocking function of the intelligent lock is normal.
Optionally, the alarm prompt comprises popping up an alarm prompt window at the data operation end or flashing red on a screen of the data operation end; the intelligent lock detection device is beneficial to obviously prompting the problems in the intelligent lock detection process of the staff, and is beneficial to avoiding the problems in the intelligent lock detection process which are ignored because of carelessness of the staff.
The mode of the alarm prompt is not limited to the mode of popping up the alarm prompt window or flashing red on the screen, and for example, the alarm prompt can be set to beep or the designated indicator lights flash, so long as the striking prompt function can be achieved.
Optionally, please continue to refer to fig. 1-3, the method for determining whether the smart lock is awakened is as follows: if the function indicator 141 of the smart lock controller 14 is on, the smart lock has been awakened; if the function indicator 141 of the smart lock controller 14 is not illuminated, the smart lock is not awakened.
Specifically, when detecting the wake-up function of the intelligent lock, turning off the test switch 13 on the test tool 10 and turning on again, if the function indicator lamp 141 of the intelligent lock controller 14 is turned on, it is indicated that the detected intelligent lock is waken up; if the function indicator 141 of the smart lock controller 14 is not illuminated, indicating that the smart lock under test is not awakened, the equipment and components associated with the awakening function of the smart lock under test are further inspected and trimmed.
The function of the intelligent lock body 30 is subjected to data and electronic detection through the cooperation of the test fixture 10, the data operation end and other equipment, so that the reliability of the result of the function detection of the intelligent lock body 30 is guaranteed, errors caused by manual detection are avoided, and the efficiency and accuracy of the intelligent lock detection are improved.
Fig. 4 is a block diagram of an intelligent lock testing apparatus according to an embodiment of the present application, fig. 5 is a block diagram of a testing tool of the intelligent lock testing apparatus according to an embodiment of the present application, please refer to fig. 2-5, and based on the same inventive concept, the present application further provides an intelligent lock testing apparatus 200, including: the intelligent lock comprises a test tool 10, a data operation end 20 and an intelligent lock body 30; the test fixture 10 is respectively connected with the datamation operation end 20 and the intelligent lock body 30;
The test fixture 10 comprises a power indicator lamp 11, a power switch 12, a test switch 13 and an intelligent lock controller 14, wherein the power indicator lamp 11 is used for judging whether the test fixture 10 is powered on or not; opening a power switch 12 of a test tool 10 of the intelligent lock test equipment 200, if a power indicator lamp 11 of the test tool 10 is lightened, the test tool 10 is normally powered on, and information required by a test is input into a data operation end 20; if the power indicator lamp 11 of the test tool 10 is not lighted, the test tool 10 fails to be powered on, a power supply module of the test tool 10 is checked, and whether the test tool 10 is powered on normally is tested again;
the data operation end 20 is used for typing in information required by the test and is connected with the test tool 10 to judge whether the unlocking function of the intelligent lock body 30 is normal or not; after the test fixture 10 is powered on normally, the number of the intelligent lock controller 14 to be tested is written in the data operation end 20, and an unlocking button is clicked, if the intelligent lock body 30 does not receive an unlocking signal and the lock tongue 32 does not rotate, the intelligent lock is not opened, the data operation end 20 prompts unlocking failure and unqualified unlocking functions, the intelligent lock body 30 and a signal connection terminal 142 connected with the intelligent lock controller 14 and the test fixture 10 are checked and trimmed, and whether the unlocking functions of the intelligent lock body 30 are normal is tested again; if the lock tongue 32 rotates to be opened and drives the access switch 31 to be opened, the data operation end 20 prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal 20, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
The test fixture 10 is used for testing whether the sleep function of the intelligent lock body 30 is normal under the control of the data operation end 20: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within the preset time, clicking a sleep button at the data operation end 20, enabling the detected intelligent lock to enter a sleep state, enabling the sleep function of the detected intelligent lock to be normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
the test switch 13 on the test fixture 10 is used for judging whether the wake-up function of the intelligent lock body 30 is normal or not: the test switch 13 on the test fixture 10 is turned off, the test switch 13 is turned on after the wake-up signal is turned on, the tested intelligent lock is waken, the wake-up function is normal, otherwise, the wake-up function and the test switch 13 are checked and trimmed, and whether the wake-up function is normal is detected again.
Specifically, please continue to refer to fig. 2-5, the smart lock testing apparatus 200 provided in the present application includes: the intelligent lock comprises a test tool 10, a data operation end 20 and an intelligent lock body 30, wherein the test tool 10 is respectively connected with the data operation end 20 and the intelligent lock body 30; the test fixture 10 comprises a power indicator lamp 11, a power switch 12, a test switch 13 and an intelligent lock controller 14, and can also comprise a plurality of reserved switches for subsequent system upgrade and test function increase; the power indicator lamp 11 is used for showing whether the test fixture 10 is powered on or not to a worker, and when the power indicator lamp 11 is lighted, the test fixture 10 is powered on; through the detection to the test fixture 10 condition of receiving electricity, confirm that it receives electricity and begin the detection to the intelligent lock again after normal, be favorable to avoiding the condition that can't carry out the test to the intelligent lock because of test fixture 10 receives electricity the problem leads to, be favorable to cutting off the problem that is unfavorable for intelligent lock functional test at the root cause, practice thrift operating time, can improve work efficiency simultaneously.
The data operation end 20 is used for typing in information required by testing the intelligent lock, which is equivalent to a system for controlling the intelligent lock during detection on the PC end, and the data operation end 20 can be positioned on intelligent equipment ends such as a mobile phone; the data operation end 20 is connected with the test fixture 10 and is used for judging whether the unlocking function of the intelligent lock body 30 is normal, and when the unlocking function of the tested intelligent lock is normal, corresponding storage information which is corrected through inspection is stored.
The test fixture 10 is further used for detecting the sleep function of the intelligent lock body 30 under the control of the datamation operation end 20; the test switch 13 on the test fixture 10 is used for detecting the wake-up function of the intelligent lock body 30.
Through utilizing devices such as test fixture 10, data operation end 20 to carry out the function detection of digitization, electron to the intelligent lock, can effectively avoid the inaccuracy and the inefficiency of manual detection result, be favorable to improving the efficiency and the accuracy of intelligent lock function detection, further improve the excellent productivity of intelligent lock.
Optionally, referring to fig. 2, the test fixture 10 includes an outer box 15, a power indicator 11, a power switch 12 and a test switch 13 are disposed on the outer box 15, the intelligent lock controller 14 is connected with the outer box 15 through a signal connection terminal 142, and a function indicator 141 of the intelligent lock controller 14 is disposed on the intelligent lock controller 14.
Specifically, including an outer box 15, its power indicator 11 that contains, switch 12, test switch 13 and reservation switch all set up in the outside of outer box 15, this application is not specifically limited to the mode of arranging of its each part and the shape of outer box 15, can carry out corresponding adjustment according to specific demand to make things convenient for the staff to use. The power indicator 11, the power switch 12, the test switch 13, the reservation switch and the like are arranged in the outer box 15, so that the use of a tester is facilitated, the related circuit can be hidden in the outer box 15, and the attractiveness of the test tool 10 is guaranteed.
It should be noted that, in the embodiment of the present application, the intelligent lock controller 14 is located outside the outer box 15 of the test fixture 10; in practical application, on the premise of not influencing the use effect of the test tool 10, the intelligent lock controller 14 shown in the application can be integrated in the outer box 15, so that the whole intelligent lock test equipment 200 is simplified, and meanwhile, the intelligent lock test equipment 200 is convenient to move.
Optionally, the databased operator 20 includes computer and test tool software.
Specifically, the datamation operation terminal 20 in the present application is corresponding testing tool software on the computer terminal, that is, it is equivalent to loading a software system for assisting in detecting the smart lock function on the smart device.
Alternatively, referring to fig. 3, the smart lock body 30 includes a lock tongue 32 and an entrance guard switch 31, where the lock tongue 32 and the entrance guard switch 31 are in rolling contact through a linkage 33, and the smart lock controller 14 is connected to the entrance guard switch 31.
The manufacturing process of the test fixture will be briefly described as follows:
the functions of products to be tested, including appearance, power supply, output control, input control function, communication mode and the like, are fully familiar;
manufacturing a test tool schematic diagram by matching with technicians;
preparing necessary tools such as an electric hand drill, an electric screwdriver, a diagonal pliers, an electric soldering iron, tweezers, a hole puncher, a file and the like; the auxiliary materials comprise: 704 auxiliary materials such as silica gel, hot melt adhesive, soldering wires, connecting cables and the like;
purchasing necessary parts according to a product test tool schematic diagram; the shell of the test fixture must be selected to have proper dimensions according to the sizes of the parts in advance;
wherein: testing the material requirement of the tool shell: PC material with flame retardance; testing the color requirement of the tool shell: white; testing the size requirement of the tool shell: typically, dimensions 315×240×110 (mm) (length, width, height); testing tool material requirements: USB-RS485 data line, DC5V-12V power module, single pole single throw ship switch, double pole double throw power switch, access switch, lockset, etc.;
And (3) designing an open hole layout: the method has the advantages that the method needs to comprehensively consider and communicate with related personnel, such as testing habits, safety factors, anti-interference factors and the like, the hole opening positions and the component placement are attractive, the factors such as the testing habits are considered, the operation is convenient during testing, and the testing efficiency is improved to the greatest extent possible; such as: the ship-shaped switch is arranged on the top or the right side surface of the shell, and the tool can be stacked when the ship-shaped switch is not used and can be operated by a right hand; the indicator lamp is arranged at the top shell of the tool, so that the observation can be clear at a glance, and the convenience and the rapidness of the observation during the test are ensured;
specific hole opening method and requirements: after the hole opening position is fixed, a hole opening device is used for opening holes; when the large hole is drilled, the large hole can be drilled by using a hole drilling device, if the size is unsuitable, the large hole is repaired by using a file, the proper size of the large hole is ensured, the hole wall is smooth and attractive, the adjacent holes are ensured to be horizontal and vertical, and the layout is reasonable;
the parts are placed and fixed inside: the power module is firmly fixed to the positioning hole of the bottom shell by screws, and is fixed by 704 glue for a plurality of points to prevent vibration loosening;
internal signal wire connection welding: the power line is selected to have a wire diameter of more than 1.0 square meter and the signal wire has a wire diameter of 0.5 square meter; when welding, the soldering points are ensured to be full in soldering tin, no tin slag is left, the wiring direction is as straight as possible, a distance is reserved when the power line crosses the signal line, and the power line can be wound by a heat shrinkage tube or isolated by an insulating material; the potential interference hazard from a strong electric power supply can be avoided on the signal line;
External connector connection: after the power line and each signal line are fixed from inside, wiring is needed to be conducted according to a schematic diagram from outside, the wiring length is cut according to the placement position of a test tool, the placement position of a power socket and the placement position of a notebook (PC end), wire heads are subjected to insulation stripping and tinning treatment, the length of the wire heads is generally about 5 mm, and when a terminal is pressed, the inspection is carried out, the wire heads are not pressed onto the insulation stripping, so that signals are not communicated;
and (3) power-on inspection: before the formal power-on test, the wiring is checked for one time according to the schematic drawing, so that the wiring is accurate; after the problem is solved, the test tool can be connected by a prototype, the test is performed once according to the test process requirement, all the functional tests are ensured to be error-free, and then the power can be cut off and the test tool can be delivered to an operator for use.
According to the embodiments, the beneficial effects of the application are as follows:
(1) According to the intelligent lock testing equipment and the intelligent lock testing method, the functions of the intelligent lock body are detected by utilizing the intelligent lock testing equipment and the testing tool, the data operation end of the intelligent lock testing equipment is opened and logged in, and then the power switch of the testing tool is opened to detect the power connection condition of the testing tool; the test fixture is normally powered on, and then the intelligent lock controller numbers corresponding to the intelligent lock bodies to be tested are written in the data operation end, so that the unlocking function of the corresponding intelligent lock bodies is detected; the unlocking function is normal, and then the sleep function of the corresponding intelligent lock body is detected; the sleep function is normal, and then the wake-up function of the corresponding intelligent lock body is detected; when the wake-up function is normal, a qualification mark can be stuck on the corresponding intelligent lock; the function of the intelligent lock body is subjected to data and electronic detection through the cooperation of equipment such as a test tool and a data operation end, so that the reliability of the result of the function detection of the intelligent lock body is guaranteed, errors caused by manual detection are avoided, and the efficiency and accuracy of the intelligent lock detection are improved.
It will be apparent to those skilled in the art that embodiments of the present application may be provided as a method, apparatus, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
While the foregoing description illustrates and describes the preferred embodiments of the present application, it is to be understood that this application is not limited to the forms disclosed herein, but is not to be construed as an exclusive use of other embodiments, and is capable of many other combinations, modifications and environments, and adaptations within the scope of the inventive concept described herein, through the foregoing teachings or through the skill or knowledge of the relevant arts. And that modifications and variations which do not depart from the spirit and scope of the present invention are intended to be within the scope of the appended claims.
Claims (8)
1. The testing method of the intelligent lock testing equipment is characterized by comprising the following steps of:
Opening a datamation operation end of the intelligent lock test equipment and logging in;
opening a power switch of a testing tool of the intelligent lock testing equipment, if a power indicator lamp of the testing tool is lightened, the testing tool is normally powered on, and information required by testing is keyed in at the datamation operation end; if the power indicator of the test tool is not lightened, the test tool fails to be connected with electricity, a power supply module of the test tool is checked, and whether the test tool is connected with electricity normally is tested again;
after the test fixture is powered on normally, writing the intelligent lock controller number corresponding to the intelligent lock body to be tested on the data operation end, clicking an unlocking button, and judging whether the unlocking function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not:
if the intelligent lock body does not receive the signal and the lock tongue does not rotate, the intelligent lock is not opened, the data operation end prompts unlocking failure and unqualified unlocking function, the intelligent lock body and a signal connection terminal connected with the intelligent lock controller and the testing tool are checked and trimmed, and whether the unlocking function of the intelligent lock body is normal is tested again;
If the lock tongue rotates to be opened and drives the entrance guard switch to be opened, the data operation end prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
judging whether the sleep function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within a preset time, clicking a sleep button at the data operation end, and enabling the detected intelligent lock to enter a sleep state, wherein the sleep function of the detected intelligent lock is normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
Judging whether the awakening function of the intelligent lock body corresponding to the intelligent lock controller number is normal or not: turning off a test switch on the test tool, turning on a wake-up signal, turning on the test switch, and waking up the tested intelligent lock, wherein if the wake-up function is normal, checking and trimming the wake-up function and the test switch, and detecting whether the wake-up function is normal again;
and pasting a qualification mark on the intelligent lock passing the test, and powering off the test tool.
2. The method for testing the intelligent lock testing device according to claim 1, wherein the information required for the test is keyed in at the datamation operation end, specifically:
selecting a serial port at the datamation operation end, clicking to open the serial port, clicking to read an address, inputting an address number which is required to be written currently into a writing address column, clicking to write the address;
clicking and reading the version number, wherein the datamation operation terminal displays the program version number, compares the program version number with the set version number stored in the datamation operation terminal, and has no alarm prompt if the version is correct, and sends out the alarm prompt if the version is incorrect;
When the datamation operation end sends out an alarm prompt, checking and correcting the version number and reading the version number again;
when no alarm prompt exists, clicking basic parameters, selecting all, defaulting data and issuing configuration in sequence, clicking reading configuration, if the information is correct, no alarm prompt exists, and if the information is incorrect, the datamation operation end sends out the alarm prompt;
when the datamation operation end sends out an alarm prompt, checking and correcting the information, clicking basic parameters, full selection, default data and issuing configuration in sequence again, and clicking and reading configuration;
and when no alarm prompt exists, judging whether the unlocking function of the intelligent lock is normal.
3. The method for testing the intelligent lock testing equipment according to claim 2, wherein the alarm prompt comprises that the datamation operation end pops up an alarm prompt window or a screen of the datamation operation end emits red flash.
4. The method for testing an intelligent lock testing apparatus according to claim 1, wherein the method for judging whether the intelligent lock is awakened is as follows: if the function indicator lamp of the intelligent lock controller is lightened, the intelligent lock is awakened; and if the function indicator lamp of the intelligent lock controller is not lightened, the intelligent lock is not awakened.
5. An intelligent lock test apparatus, comprising: the intelligent lock comprises a test tool, a data operation end and an intelligent lock body; the test tool is respectively connected with the data operation end and the intelligent lock body;
the test tool comprises a power indicator lamp, a power switch, a test switch and an intelligent lock controller, wherein the power indicator lamp is used for judging whether the test tool is powered on or not; opening a power switch of a testing tool of the intelligent lock testing equipment, if a power indicator lamp of the testing tool is lightened, the testing tool is normally powered on, and information required by testing is keyed in at the datamation operation end; if the power indicator of the test tool is not lightened, the test tool fails to be connected with electricity, a power supply module of the test tool is checked, and whether the test tool is connected with electricity normally is tested again;
the data operation end is used for typing in information required by the test and is connected with the test tool to judge whether the unlocking function of the intelligent lock body is normal or not; after the test fixture is powered on normally, writing an intelligent lock controller number to be tested on the data operation end, clicking an unlocking button, if the intelligent lock body does not receive an unlocking signal and the lock tongue does not rotate, prompting unlocking failure and unqualified unlocking functions on the data operation end, checking and trimming the intelligent lock body and a signal connection terminal connected with the intelligent lock controller and the test fixture, and testing whether the unlocking functions of the intelligent lock body are normal again; if the lock tongue rotates to be opened and drives the entrance guard switch to be opened, the data operation end prompts that the unlocking is successful and the unlocking function is qualified; checking the production number, NEID number, version number, remark column IP and IMSI number of the intelligent lock to be tested in the stored information on the datamation operation terminal, and correcting the stored information when the stored information has errors; clicking a qualified button when the stored information is error-free, and storing the stored information;
The test fixture is used for testing whether the sleep function of the intelligent lock body is normal or not under the control of the data operation end: if the detected intelligent lock is not operated within the preset time, the detected intelligent lock enters a sleep state, the sleep function of the detected intelligent lock is normal, otherwise, the sleep function of the detected intelligent lock is checked and trimmed, and whether the sleep function of the detected intelligent lock is normal is detected again; or when the detected intelligent lock is not required to be operated within a preset time, clicking a sleep button at the data operation end, and enabling the detected intelligent lock to enter a sleep state, wherein the sleep function of the detected intelligent lock is normal, otherwise, checking and trimming the sleep function of the detected intelligent lock, and detecting whether the sleep function of the detected intelligent lock is normal again;
the test switch on the test fixture is used for judging whether the awakening function of the intelligent lock body is normal or not: and turning off the test switch on the test tool, turning on the wake-up signal, turning on the test switch, and waking up the tested intelligent lock, wherein if the wake-up function is normal, otherwise, checking and trimming the wake-up function and the test switch, and detecting whether the wake-up function is normal again.
6. The intelligent lock test apparatus of claim 5, wherein the test fixture comprises an outer box, the power indicator, the power switch and the test switch are disposed on the outer box, the intelligent lock controller is connected with the outer box through the signal connection terminal, and the function indicator of the intelligent lock controller is disposed on the intelligent lock controller.
7. The smart lock testing device of claim 5, wherein the datamation operations terminal includes a computer and test tool software.
8. The intelligent lock test apparatus according to claim 5, wherein the intelligent lock body comprises a lock tongue and an access switch, the lock tongue and the access switch are in rolling contact through a linkage device, and the intelligent lock controller is connected with the access switch.
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| CN111739187A (en) * | 2020-07-17 | 2020-10-02 | 广东樱花智能科技有限公司 | Automatic testing equipment and testing method for intelligent lock |
| CN112180248B (en) * | 2020-09-11 | 2024-04-26 | 北京影智科技有限公司 | Method and device for testing intelligent switch |
| CN112511602B (en) * | 2020-11-16 | 2023-08-04 | 谢奕成 | NB-IOT equipment detection method, intelligent terminal and storage medium |
| CN112995208B (en) * | 2021-04-16 | 2023-04-07 | 佛山职业技术学院 | Fault early warning test method and system for intelligent lock and storage medium |
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