CN208171567U - A kind of lockset test macro - Google Patents
A kind of lockset test macro Download PDFInfo
- Publication number
- CN208171567U CN208171567U CN201721888847.3U CN201721888847U CN208171567U CN 208171567 U CN208171567 U CN 208171567U CN 201721888847 U CN201721888847 U CN 201721888847U CN 208171567 U CN208171567 U CN 208171567U
- Authority
- CN
- China
- Prior art keywords
- test
- test device
- handle
- lockset
- knob
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Lock And Its Accessories (AREA)
Abstract
The utility model provides a kind of lockset test macro, the performance test for handle, knob, crypto module to electronic lock, which is characterized in that the first test device and the second test device including being located at the panel of lock two sides when test；Wherein, first test device includes for testing the crypto module test device of the crypto module performance and testing the first handle test device of handle performance, and the first handle test device and the crypto module test device are located at different height；Second test device includes the knob test unit for testing the knob performance.A kind of lockset test macro provided by the utility model, it is directed to the test operation of electronic lock, first test device and second test device is arranged in its two sides for corresponding to the lockset, and can multiple components to the lockset test simultaneously, time and the difficulty for saving operation, improve testing efficiency.
Description
Technical field
The utility model relates to lockset testing field more particularly to a kind of lockset test macros.
Background technique
In lockset testing field, usually the single mechanism of lockset or function are tested.But lock used today
Tool usually all have the function of multiple mechanisms and, when being unlocked, it is sometimes desirable to multiple mechanisms be used cooperatively could complete to lock on/off
Operation.Therefore, in existing lockset mechanism for testing, multiple mechanisms of lockset or function can not be surveyed simultaneously simultaneously
Examination, or the operation that simulation locks on/off.
Utility model content
The purpose of the utility model is to provide a kind of lockset test macros, can survey to the two sides of the lockset
Examination improves testing efficiency.
To achieve the goals above, the utility model provides following technical scheme：
A kind of lockset test macro, for the handle to electronic lock, knob, crypto module, fingerprint module, module of swiping the card
Performance test, the lockset test macro include that the first test device and the of the panel of lock two sides is located at when test
Two test devices；Wherein, first test device includes testing dress for testing the crypto module of the crypto module performance
It sets, the module testing of swiping the card of the fingerprint module test device of testing the fingerprint module performance, module performance of swiping the card described in test
First handle test device of device and test handle performance, the first handle test device are surveyed with the crypto module respectively
Trial assembly is set, fingerprint module test device and module test device of swiping the card are located at different height；
Second test device includes the knob test unit for testing the knob performance.
Preferably, first test device further includes that the crypto module test device is driven to be parallel to the lockset face
The first movement device of plate, the first movement device include the reciprocating mechanism being arranged in a mutually vertical manner and move left and right machine
Structure；
The reciprocating mechanism include drive upside down motor, with it is described drive upside down first connecting rod that motor connect,
It is connected to the driving wheel at the first connecting rod both ends, driven wheel corresponding with the driving wheel, is correspondingly connected with the active
The synchronous belt of wheel and the driven wheel and the synchronous belt the first guide rail disposed in parallel, and be arranged in first guide rail
On the first skid, first skid is fixedly connected with the synchronous belt；
The left/right movement device include be set to first skid on and with the synchronous belt vertically disposed first
The left and right driving electricity of screw rod, the first sliding block for being arranged and being slidably connected to first screw rod and driving the first sliding block movement
Machine；
Motor and the left and right driving motor of driving upside down is servo motor；
The crypto module test device is fixed on the top of first sliding block；
The crypto module test device includes the cryptographic key the of the first cylinder, the second cylinder and the pressing crypto module
One press section, second cylinder drive the direction of the vertical panel of lock to move by first cylinder, and described first presses
Splenium drives the direction of the vertical panel of lock to move by second cylinder.
Preferably, reduction gearbox is arranged close to the side of the first connecting rod in the left and right driving motor.
Preferably, the top that fingerprint module test device is fixed on first sliding block, the fingerprint module test dress are stated
It sets including fingerprint tested cylinder and fingerprint tested cylinder driving fingerprint head.
Preferably, the module test device of swiping the card includes swipe the card tested cylinder and induction card, the induction card company
The tested cylinder of swiping the card is connect, the card that induction card can be sent to the module of swiping the card by the tested cylinder of swiping the card incudes
Region.
Preferably, first test device further includes testing the lock core test device of lock core, the lock core test device
Including the key rotating mechanism that lock core tested cylinder and the lock core tested cylinder drive, the key rotating mechanism includes key
The key fixture gripping member of turn motor and the key turn motor driven turn；
The lock core test device is fixed on first sliding block, positioned at the lower part of first sliding block.
Preferably, the first handle test device includes the first handle turn motor and the first handle turn electricity
The first connecting shaft that the shaft of machine axially connects, connection the first connecting shaft other end the first rocker arm and shaken with described first
Arm connects and clamps the first handle claw of first handle.
Preferably, the knob test unit is fixedly connected on a bottom plate, and the knob test unit includes that knob is surveyed
Gas testing cylinder, the knob tested cylinder driving knob rotating mechanism, the knob rotating mechanism include knob turn motor and
The knob clamping piece of the knob turn motor driven turn.
Preferably, second test device further includes the second handle test device for testing the handle, described
Second handle test device includes the second handle turn motor, axially connect with the shaft of the second handle turn motor
It two connecting shafts, the second rocker arm being connect with the second connecting shaft other end and connect with second rocker arm and holds described in clamping
Second handle claw of hand.
Preferably, second test device further includes the second mobile device, and second mobile device includes being fixed on
First guide rod of the bottom plate, the second sliding block for being arranged and being slidably connected on first guide rod；First guide rod is fixed
On the bottom plate；The second handle test device is fixed on second sliding block.
Preferably, the lockset includes slip lid, and the lockset test macro includes for performance to the slip lid and tired
The third test device of labor test；
The third test device includes the sliding control machine that clamping device and the traction clamping device do straight-line displacement
Structure.
Preferably, the shape of the clamping device be in face of the slip lid U-shaped framework, the U-shaped framework it is corresponding
Clamp structure is arranged in two blocks of side plates.
Preferably, the slide control mechanism includes the second guide rail slided for the clamping device, the connection clamping
Mechanism is in the third sliding block on second guide rail and the slip lid driving mechanism for driving the clamping device to slide；
Second guide rail is linear guide, and parallel with the guide rail of the slip lid itself.
Preferably, the slip lid driving mechanism includes slip lid cylinder, the floating junction of the connection slip lid cylinder and connection
The link block of the floating junction, the link block are connect with the third sliding block.
Compared with prior art, the embodiment of the utility model has the following advantages that：
A kind of lockset test macro provided by the utility model, is directed to the test operation of mechanical lock, correspond to described in
The two sides of lockset are arranged first test device and second test device, and can to multiple components of the lockset,
It such as the handle of electronic lock, knob, crypto module, fingerprint module, module of swiping the card, while being tested, saves the time of operation
And difficulty, improve testing efficiency.The lockset test macro also adds the third tested accessory structure slip lid
Test device makes the test function of the test macro more fully.
The additional aspect of the utility model and advantage will be set forth in part in the description, these will be from following description
In become obvious, or recognized by the practice of the utility model.
Detailed description of the invention
The utility model is above-mentioned and/or additional aspect and advantage from the following description of the accompanying drawings of embodiments will
Become obvious and is readily appreciated that, wherein：
Fig. 1 is the stereoscopic schematic diagram of lockset test macro provided by the utility model；
Fig. 2 is the rearview of first test device in Fig. 1；
Fig. 3 is the front view of first test device in Fig. 2；
Fig. 4 is the stereoscopic schematic diagram of the crypto module test device and the fingerprint module test device in Fig. 2；
Fig. 5 is the rearview of second test device in Fig. 1；
Fig. 6 is the left view of second test device in Fig. 4；
Fig. 7 is the stereoscopic schematic diagram of the third test device in Fig. 1.
Specific embodiment
The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning
Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng
The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and cannot be construed to the utility model
Limitation.
The utility model provides a kind of lockset test macro, the test suitable for electronic lock main component performance.Wherein, institute
Stating main component includes but is not limited to crypto module, fingerprint module, module of swiping the card, lock core, handle, knob, lock tongue, slip lid.Institute
Stating lockset includes front and back panels, and each panel is equipped with a handle, and two handles are fixed to each other to rotate synchronously, described
The typing region of crypto module, the fingerprint module and the module of swiping the card is set to front panel, and the knob is set to rear panel.
Thus, the test that handle performance can be completed can be only arranged in the test device of handle performance, and corresponding test crypto module refers to
Crypto module test device, fingerprint module test device and the module test device of swiping the card of the performance of line module and module of swiping the card
One or more test devices are located at the side of the lockset front panel, and the knob for testing the knob performance is tested
Device is set to the side of the lockset rear panel.
As shown in Figure 1, the lockset test macro includes first be correspondingly arranged with the panel two sides of the lockset 4000
Test device 1000 and the second test device 2000, two test devices can be fixed on the fixed frame of the corresponding lockset
Or on guide rail.
As shown in Figure 1, first test device 1000 includes testing for testing the crypto module of crypto module performance
Device 1200 and the first handle test device 1600 for testing the handle performance, the first handle test device 1600 and institute
Crypto module test device 1200 is stated to be located at different height；Further include drive 1200 front and back of the crypto module test device and
The first movement device 1100 moved up and down.
As Figure 2-3, the first movement device 1100 is arranged in parallel in the front panel side of the lockset.Described
One mobile device 1100 includes reciprocating mechanism 1110 and left/right movement device 1120.
The reciprocating mechanism 1110 includes driving upside down motor 1111, driving upside down the driving rotation of motor 1111 by described
Dynamic first connecting rod 1112, the driving wheel 1113 for being connected to 1112 both ends of first connecting rod, with the driving wheel 1113
Corresponding driven wheel 1114, the synchronous belt 1115 for being correspondingly connected with the driving wheel 1113 and the driven wheel 1114, with it is described
First guide rail 1116 disposed in parallel of synchronous belt 1115, and the first skid being arranged on first guide rail 1116
1117.Wherein, motor 1111 and the first connecting rod 1112 of driving upside down is connect by the way that first shaft coupling 1118 is axial.
In order to reduce the revolving speed of the first connecting rod 1112, increase torque, described drive upside down installs reduction gearbox additional on motor 1111
1119.The first connecting rod 1112 and the driving wheel 1113 respectively with the relative position for driving upside down motor 1111 by
Bearing block 11131 positioned at 1112 both ends of first connecting rod is fixed.The driven wheel 1114 is fixed by fixing seat 11141
With the relative position of the driving wheel 1113.Tensioning block 11142, the tensioning are also correspondingly arranged close to the fixing seat 11141
The position of the fixing seat 11141 in the up-down direction is adjusted in block 11142, to reach the elastic of the adjustment synchronous belt 1115
The effect of degree.Under the driving for driving upside down motor 1111, the driving wheel 1113 drives 1114 turns of the driven wheel
It is dynamic, and the synchronous belt 1115 respectively with 1114 engaged transmission of the driving wheel 1113 and the driven wheel.
Synchronous belt compact heap 11151, first skid 1117 and the synchronous belt are set on the synchronous belt 1115
Compact heap 11151 is fixedly connected, and first skid 1117 is enable to follow the synchronous belt 1115 mobile and slide.By
This, first skid 1117 can exist under the driving for driving upside down motor 1111 along first guide rail 1116
Upper and lower moves upwards.
The left/right movement device 1120 include be arranged on first skid 1117 and with the synchronous belt 1115
Vertically disposed first screw rod 1121, the first sliding block 1122 for being arranged and being slidably connected to first screw rod 1121 and driving
The mobile left and right driving motor 1123 of first sliding block 1122.First screw rod 1121 is fixed on the first screw rod fixing seat
On 1125, the left and right driving motor 1123 is axially connect by second shaft coupling 1124 with first screw rod 1121.It is described
First screw rod 1121 is fixed on first skid 1117 by the first screw rod fixing seat 1125.It drives the left and right
Dynamic motor 1123 drives first sliding block 1122 along first screw rod by driving first screw rod 1121 to rotate
1121 side-to-side movements.The crypto module test device 1200 is connected to the top of the first sliding block 1122.
Motor and the left and right driving motor of driving upside down is according to the accuracy of the process and control required when working
Motor is selected, if wherein one or two selects servo motor, to guarantee the accuracy controlled first test device.
In the present embodiment, motor and the left and right driving motor of driving upside down is servo motor.
As shown in figure 4, the crypto module test device 1200 includes the first cylinder 1210,1220 and of the second cylinder
For pressing the first press section 1230 of the cryptographic key of the crypto module.Second cylinder 1220 is fixedly connected on described
The end of the piston rod of one cylinder 1210, first press section 1230 are fixedly connected on the piston rod of second cylinder 1220
End, therefore first cylinder 1210 can control first press section 1230 close to the cryptographic key of the crypto module,
Second cylinder 1220 drives first press section 1230 to press the cryptographic key again.
When need to be implemented crypto module is tested when, first cylinder 1210 and second cylinder 1220 cooperation
Reciprocating mechanism 1110 and left/right movement device 1120 on the first movement device 1100 is to first press section
1230 when adjusting to the position of the corresponding cryptographic key in first press section 1230, and then first cylinder 1210 drives
First press section 1230 is moved perpendicular to the direction of the code keyboard of the lockset close to corresponding cryptographic key, then is driven
Second cylinder 1220 controls first press section 1230 and clicks perpendicular to the direction movement of the code keyboard of the lockset
Corresponding cryptographic key, simulation people press the movement of cryptographic key, realize the test to crypto module.
The lockset test macro can also be used in the performance test to the fingerprint module of electronic lock, specifically, described first
Test device further includes the fingerprint module test device for testing the fingerprint module.
As shown in figure 4, the fingerprint module test device 1300 can be fixed on the fingerprint typing region of the fingerprint module
Corresponding position, can also be controlled by mobile device and be moved to suitable position and carry out test operation.
In the present embodiment, the fingerprint module test device 1300 is fixed on the top of first sliding block 1122.Institute
Fingerprint module test device 1300 is stated to include fingerprint tested cylinder 1310 and drive front and back to move by the fingerprint tested cylinder 1310
Dynamic fingerprint head 1320, the fingerprint head 1320 press the fingerprint typing region of the fingerprint module, the fingerprint tested cylinder
1310 are connected to the fingerprint head 1320 by the control of its piston rod, wherein the fingerprint head 1320 is equipped with simulation fingerprint.It is described
Fingerprint head 1320 can be used electric silica gel and is made by way of wax-pattern reverse mould.
When need to be implemented fingerprint module is tested when, cooperate and move up and down machine on the first movement device 1100
Structure 1110 and left/right movement device 1120 adjust to the front of the fingerprint module fingerprint head 1320, restart the finger
Line tested cylinder 1310 drives its piston rod to control second cylinder 1220 and clicks fingerprint module corresponding fingerprint typing region,
It simulates people and presses fingerprint action, realize the test to fingerprint module.
The lockset test macro can also be used in the performance test to the fingerprint module of electronic lock, first test device
It further include the fingerprint module test device for testing the fingerprint module.
As shown in Figure 1, it is described swipe the card module test device 1400 include swipe the card tested cylinder 1410 and for clamp induction
The fixture (not shown) of card, the end of the piston rod for tested cylinder 1410 of swiping the card described in fixture connection, the survey of swiping the card
Gas testing cylinder 1410 drives the fixture to be sent to the card induction region of the module of swiping the card, to the performance of the module of swiping the card into
Row test operation.In the present embodiment, the tested cylinder 1410 of swiping the card is arranged close in the module of swiping the card, it is therefore not necessary to
The module test device 1400 of swiping the card is relocated.
When needing to test the module of swiping the card, tested cylinder 1410 of swiping the card described in driving, the fixture clamping
Induction card enters the card sense of the module of swiping the card along the direction that the piston rod of the tested cylinder 1410 of swiping the card extends
Answer region.
As Figure 2-3, corresponding if the keyhole of the lock core of the lockset is located at the same side of the crypto module
Ground, first test device 1000 further include the lock core test device 1500 for testing the lock core, the lock core test
Device 1500 includes the key rotating mechanism of lock core tested cylinder 1510 and the lock core tested cylinder 1510 driving linear movement
1520, the key rotating mechanism 1520 includes key turn motor 1521 and the key turn motor 1521 driving turn
Key fixture gripping member 1522.For the driving distance for reducing the lock core tested cylinder 1510, the key turn motor 1521 and institute
State settable first extension arm between key fixture gripping member 1522, turn of first extension arm and the key turn motor 1521
Axis axially connects.In the present embodiment, the lock core test device 1500 is located at the lower part of first sliding block 1122, i.e., along institute
It is mobile to state the first sliding block 1122.
When need to be implemented the lock core is tested when, first adjusting the first movement device 1100 makes the key
Clamping piece 1522 is directed at the lock core, and then driving the lock core turn motor to adjust the key fixture gripping member 1522 makes its clamping
Key alignment described in lock core key mouth, then the lock core tested cylinder 1510 is driven to be fully inserted into the key to described
In the insert port of lock core, the lock core turn motor 1310 is driven to twist the key fixture gripping member 1522, simulation manpower reverses key
Spoon realizes the test to the lock core.
As shown in figure 3, the first handle test device 1600 includes the first handle turn motor 1610, with described the
The first of the first connecting shaft, connection the first connecting shaft other end that the shaft of one handle turn motor 1610 axially connects shakes
Arm 1620 and the first handle claw 1630 that the handle is connect and clamped with first rocker arm 1620.
The first handle turn motor 1610 can drive first rocker arm by the first connecting shaft (not shown)
1620 around its axial circular-rotation.Waist-shaped hole is provided on first rocker arm 1620, the first handle claw 1630 can
To adjust the position on its first rocker arm 1620 of place according to the position of the handle.The first handle claw 1630 includes straight
Connect the connector being fixed on first rocker arm 1620 and two limit spiral shells for being fixed on connector (not shown) both ends
(not shown) is followed closely, described two stop screws clamp the handle, can implement the movement of pushing and upper lift to the handle.?
In the present embodiment, the first handle test device 1600 is positioned close on the position frame of the handle, without again fixed
Position.
When needing to test the handle, the first handle claw 1630 is adjusted on first rocker arm 1620
Position makes the first handle claw 1630 just block the handle, then drives the first handle turn motor 1610, drives institute
It states the pressing of the first handle claw 1630 or is lifted the handle, simulation manpower pulls the movement of the handle, realizes to described
The test of handle.
As seen in figs. 5-6, the knob test unit 2100 is fixedly connected on a bottom plate 2200, the knob test dress
Set the 2100 knob rotating mechanisms 2120 driven including knob tested cylinder 2110, the knob tested cylinder 2110, the rotation
Button rotating mechanism 2120 includes the knob clamping piece of knob turn motor 2121 and the knob turn motor 2121 driving turn
2122.It in the present embodiment, is the driving distance for reducing knob tested cylinder 2110, it can be in the knob turn motor 2121
The second extension arm 2123, second extension arm 2123 and the knob turn motor are added with the knob clamping piece 2122
2121 shaft axially connects.
When needing to test the knob, the knob turn motor 2121 is driven to make the knob clamping piece
2122 can clamp the knob, and the knob tested cylinder 2110 is then driven to make the knob clamping piece 2122 to the rotation
Button, which is moved to, just clamps the knob, drives the knob turn motor 2121 again, twists the knob, realizes to described
The test of knob.If being twisted repeatedly to the knob within a certain period of time, achieve the purpose that its testing fatigue.
Second test device 2000 further includes the second handle test device 2300 for testing handle.Many institute's weeks
Know, the lockset includes front and back panels, and each panel is equipped with a handle, and two handles are fixed to each other and are turned with synchronous
It is dynamic, thus the test that handle performance can be completed only is arranged in the test device of handle.So the second handle test dress
Setting 2300 can replace the first handle test device 1600 to test the handle.Meanwhile the first handle test
Device 1600 is as the structure phase Sihe working principle of the second handle test device 2300.
The second handle test device 2300 includes the second handle turn motor 2310 and the second handle turn electricity
The second connecting shaft 2320 that the shaft of machine 2310 axially connects, the second rocker arm being connect with 2320 other end of the second connecting shaft
2330 and the second handle claw 2340 of second handle is connect and clamped with second rocker arm 2330.
The second handle turn motor 2310 can drive second rocker arm 2330 by second connecting shaft 2320
Around its axial circular-rotation.Waist-shaped hole is provided on second rocker arm 2330, the second handle claw 2340 can root
Position where adjusting it according to the position of the handle on second rocker arm 2330.The second handle claw 2340 includes straight
Connect the connector being fixed on second rocker arm 2330 and two stop screws for being fixed on 2341 both ends of connector
2342, described two stop screws 2342 clamp the handle, can implement the movement of pushing and upper lift to the handle.In this reality
It applies in example, on the mobile device, the position of the corresponding handle adjusts itself for the installation of the second handle test device 2300
Position.
Second test device 2000 further includes the second mobile device 2400, and second mobile device 2400 includes solid
The first guide rod 2410, the second sliding block for being arranged and being slidably connected on first guide rod 2410 due to the bottom plate 2200
2420.First guide rod 2410 is fixed on the bottom plate 2110, and the second handle test device 2300 is fixed on described
On second sliding block 2420.
Wherein, first guide rod 2410 includes two guide rods being parallel to each other and at least one guide rod is screw-rod structure,
Nut 2412 is arranged with 2420 junction of the second sliding block in the screw rod 2411.In the present embodiment, first guide rod
2410 guide rail is screw rod 2411, and nut 2412 is arranged with 2420 junction of the second sliding block in the screw rod 2411, separately
An outer guide rail is orientation guide rail.Correspondingly, driving mechanism is arranged in the end of the screw rod 2411, makes second sliding block 2420
It can be moved along first guide rod 2410, realize that the position of the second handle test device 2300 is adjusted.The driving
Mechanism can be motor or handwheel.
The lockset includes sliding closure structure, and the sliding closure structure includes slip lid, the slip lid slidably overlay at including but not
It is limited on the electronic induction region of the crypto module, the fingerprint module and described module of swiping the card etc..Accordingly, the lockset
Test macro includes the third test device 3000 for being tested for the property to the sliding closure structure.The third test device
3000 include the slide control mechanism 3200 that clamping device 3100 and the traction clamping device 3100 do straight-line displacement.
The clamping device 3100 includes U-shaped framework 3110, and corresponding two blocks of side plates of the U-shaped framework 3110, which are arranged, to be used
In clamping the slip lid of the sliding closure structure in clamp assemblies 3120 in the U-shaped framework.The clamp assemblies 3120 include clamping
The adjustment portion 3122 in portion 3121 and corresponding 3121 distance of clamping part of adjustment two.The clamping part 3121 can be flexible material
Cushion block, such as rubber cushion blocks, to include the slip lid from damage.The adjustment portion 3122 can be bolt and nut component, cylinder
Or motor.In the present embodiment, corresponding each adjustment portion 3122 has used clamping part cylinder, to reach the effect for clamping the slip lid
Fruit.
The slide control mechanism 3200 includes the second guide rail 3210 slided for the clamping device 3100, connection institute
Clamping device 3100 is stated in the third sliding block 3220 on second guide rail 3210 and the clamping device 3100 is driven to slide
Slip lid driving mechanism 3230；Second guide rail 3210 is linear guide, and parallel with the guide rail of the slip lid itself.It is described
Slip lid driving mechanism 3230 includes slip lid cylinder 3231, the floating junction 3232 of the connection slip lid cylinder and the connection floating
The link block 3233 of connector 3232, the link block 3233 are connect with the third sliding block 3220.
When that need to test the slip lid, first drive the slip lid cylinder 3231 along second guide rail 3210 to described
The corresponding position of slip lid；Then starting 3121 cylinder 3121 of clamping part drives the clamping part 3121 to clamp the slip lid；
The slip lid cylinder 3231 is driven again, drives the clamping device 3100 along second guide rail by the link block 3233
3210 move in a straight line, and open and close the slip lid along the guide rail of itself.
The side that the position of the third test device 3000 and first test device 1000 is opened according to the slip lid
To setting.In the present embodiment, the direction that the slip lid is opened is upward, then the third test device 3000 is positioned at described
The top of first test device 1000；Similarly, described if if the mode that the corresponding slip lid is opened is downwards, to the left or to the right
Third test device 3000 is corresponding to adjust its opposite side between first test device 1000, the clamping device 3100
Close to the side of first test device 1000, the slip lid cylinder 3231 is located remotely from first test device 1000
Side.
The above-mentioned key turn motor 1521, the knob turn motor 2121, the first handle turn motor 1610
It is stepper motor with the second handle turn motor 2310.
A kind of lockset test macro provided by the utility model, is directed to the test operation of electronic lock, correspond to described in
First test device 1000 and second test device 2000 is arranged in the two sides of lockset, and can be to the lockset
Multiple components are tested simultaneously, are saved time and the difficulty of operation, are improved testing efficiency.The lockset test macro also increases
The third test device 3000 tested the slip lid of accessory structure is added, has made the test function of the test macro
More fully.
The above is only some embodiments of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (14)
1. a kind of lockset test macro, the performance test for handle, knob, crypto module to electronic lock, which is characterized in that
The first test device and the second test device including being located at the panel of lock two sides when test；Wherein, described first
Test device includes holding for testing the crypto module test device of the crypto module performance and testing the first of handle performance
Hand test device, the first handle test device and the crypto module test device are located at different height；
Second test device includes the knob test unit for testing the knob performance.
2. lockset test macro according to claim 1, which is characterized in that first test device further includes driving institute
The first movement device that crypto module test device is parallel to the panel of lock movement is stated, the first movement device includes upper
Lower mobile mechanism and left/right movement device；
The reciprocating mechanism includes driving upside down motor, driving upside down first connecting rod, the connection that motor is connect with described
In the driving wheel at the first connecting rod both ends, driven wheel corresponding with the driving wheel, be correspondingly connected with the driving wheel and
The synchronous belt of the driven wheel, first guide rail parallel with the synchronous belt, and be arranged on first guide rail first
Skid, first skid are fixedly connected with the synchronous belt；
The left/right movement device include be set to first skid on and with vertically disposed first screw rod of the synchronous belt,
It is arranged and is slidably connected to the first sliding block of first screw rod and the left and right driving motor that driving first sliding block is mobile；
The crypto module test device is fixed on the top of first sliding block, including the first cylinder, the second cylinder and is used for
The first press section of the cryptographic key of the crypto module is pressed, second cylinder is by the first cylinder drives edge perpendicular to institute
The direction movement of lockset code keyboard is stated, first press section is by the second cylinder drives edge perpendicular to the lockset password
The direction of keyboard moves.
3. lockset test macro according to claim 2, which is characterized in that
Reduction gearbox is arranged close to the side of the first connecting rod in the left and right driving motor.
4. lockset test macro according to claim 1, which is characterized in that be also used to the property to the module of swiping the card of electronic lock
Can test, first test device includes the module test device of swiping the card of module of swiping the card described in test；
It is described swipe the card module test device include swipe the card tested cylinder and connect with the tested cylinder of swiping the card and be used for clamping feel
The fixture of card is answered, the fixture is used to that induction card to be sent to the module of swiping the card under the tested cylinder effect of swiping the card
Card induction region.
5. lockset test macro according to claim 2, which is characterized in that be also used to the property to the fingerprint module of electronic lock
It can test, first test device includes testing the fingerprint module test device of the fingerprint module；
The fingerprint module test device is fixed on the top of first sliding block, and the fingerprint module test device includes fingerprint
Tested cylinder and the fingerprint head being moved forward and backward by fingerprint tested cylinder driving.
6. lockset test macro according to claim 5, which is characterized in that first test device further includes test lock
The lock core test device of core, the lock core test device include lock core tested cylinder and drive front and back by the lock core tested cylinder
Mobile key rotating mechanism, the key rotating mechanism include key turn motor and the key turn motor driven turn
Key fixture gripping member；
The lock core test device is fixed on first sliding block, positioned at the lower part of first sliding block.
7. lockset test macro according to claim 1, which is characterized in that the first handle test device includes first
Handle turn motor, the first connecting shaft axially connecting with the shaft of the first handle turn motor, connection described first connect
First rocker arm of the spindle other end and the first handle claw that the handle is connect and clamped with first rocker arm.
8. lockset test macro according to claim 1, which is characterized in that the knob test unit is fixedly connected on one
On bottom plate, the knob test unit includes knob tested cylinder, by the knob tested cylinder drives the knob that moves forward and backward
Rotating mechanism, the knob rotating mechanism include knob turn motor and are pressed from both sides by the knob of the knob turn motor driven turn
Gripping member.
9. lockset test macro according to claim 8, which is characterized in that second test device further includes for surveying
Try the second handle test device of the handle, the second handle test device include the second handle turn motor, with it is described
The second connecting shaft that the shaft of second handle turn motor axially connects, second connect with the second connecting shaft other end shake
Arm and the second handle claw that the handle is connect and clamped with second rocker arm.
10. lockset test macro according to claim 9, which is characterized in that second test device further includes second
Mobile device, second mobile device include the first guide rod for being erected in the bottom plate, are arranged and be slidably connected to described
The second sliding block on one guide rod；The second handle test device is fixed on second sliding block.
11. lockset test macro according to claim 1, which is characterized in that further include for the slip lid to the lockset
The third test device of mechanism performance test；
The third test device includes that clamping device and the traction clamping device do the slide control mechanism to move linearly.
12. lockset test macro according to claim 11, it is characterised in that：The clamping device includes U-shaped framework, institute
State the clamping group being arranged on two blocks of side plates of U-shaped framework for being held on the slip lid of the sliding closure structure in the U-shaped framework
Part.
13. lockset test macro according to claim 12, it is characterised in that：The slide control mechanism includes described in confession
The second guide rail that clamping device slides, the connection clamping device are in third sliding block and the driving folder on second guide rail
Hold the slip lid driving mechanism that mechanism is slided along second guide rail.
14. lockset test macro according to claim 13, it is characterised in that：The slip lid driving mechanism includes slip lid gas
The link block of cylinder, the floating junction of the connection slip lid cylinder and the connection floating junction, the link block and the third
Sliding block connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721888847.3U CN208171567U (en) | 2017-12-27 | 2017-12-27 | A kind of lockset test macro |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721888847.3U CN208171567U (en) | 2017-12-27 | 2017-12-27 | A kind of lockset test macro |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208171567U true CN208171567U (en) | 2018-11-30 |
Family
ID=64386975
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721888847.3U Active CN208171567U (en) | 2017-12-27 | 2017-12-27 | A kind of lockset test macro |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208171567U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108254165A (en) * | 2017-12-27 | 2018-07-06 | 广东顶固集创家居股份有限公司 | A kind of lockset tests system |
-
2017
- 2017-12-27 CN CN201721888847.3U patent/CN208171567U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108254165A (en) * | 2017-12-27 | 2018-07-06 | 广东顶固集创家居股份有限公司 | A kind of lockset tests system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108254165A (en) | A kind of lockset tests system | |
| CN108007682B (en) | Durability test device for main switch lock of motorcycle | |
| CN107576243A (en) | The tenon tooth clamping and positioning device of aero-engine power turbine working-blade | |
| CN105773120B (en) | Equipment for rotor shaft for alternator press fitting collector ring | |
| CN208171567U (en) | A kind of lockset test macro | |
| CN108535008A (en) | A kind of smart lock equipment for testing service life and test method | |
| CN106956117A (en) | A kind of convenient device for installing bright panel | |
| CN107015141A (en) | The test device and method of equipment multifunctional testing unification | |
| CN201497639U (en) | Service life testing machine for lock cylinder | |
| CN208254792U (en) | A kind of smart lock equipment for testing service life | |
| CN109184222A (en) | A kind of operation control method of multi-functional bar binding device | |
| CN102319168A (en) | Massaging device with multiple massaging manipulations | |
| CN109991448B (en) | Precision testing jig for display screen module | |
| CN209055336U (en) | A kind of automobile door handle durability degree test macro | |
| CN204602914U (en) | A kind of bender | |
| CN209681253U (en) | Gear opens side device | |
| CN208171568U (en) | A kind of lockset fatigue test device | |
| CN107884219A (en) | Umbrella paulin folding durability tester | |
| CN207355964U (en) | A kind of reinforced glass pot lid taping machine | |
| CN209716219U (en) | A kind of arc plate forming mold | |
| CN208171569U (en) | A kind of lockset test macro | |
| CN109514466A (en) | A kind of compression tooling | |
| CN103909483B (en) | Fixing device for assembling swing rod assembly | |
| CN208333821U (en) | Door closer automatic detecting machine | |
| CN208408157U (en) | A kind of easy-to-dismount stamping device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |