CN209541694U - A kind of testing agency for more specification tile magnetic material symmetry detection devices - Google Patents
A kind of testing agency for more specification tile magnetic material symmetry detection devices Download PDFInfo
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- CN209541694U CN209541694U CN201920616721.3U CN201920616721U CN209541694U CN 209541694 U CN209541694 U CN 209541694U CN 201920616721 U CN201920616721 U CN 201920616721U CN 209541694 U CN209541694 U CN 209541694U
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Abstract
The utility model relates to a kind of testing agencies for more specification tile magnetic material symmetry detection devices, it is characterized in that, the testing agency includes the pan feeding belt unit being mounted in detection platform, with pan feeding belt unit pusher mould group disposed in parallel, with the vertically arranged pan feeding mould group of pan feeding belt unit and to clamping group, pan feeding belt unit discharge end installation detection mould group, detection mould group include a pair of of laser sensor.The testing agency of the utility model quickly can be conveyed and be arranged to magnetic material, convenient for detecting to magnetic material size.
Description
Technical field
The utility model relates to a kind of testing agency for more specification tile magnetic material symmetry detection devices, especially one
Kind belongs to magnetic material detection device technology field for the testing agency on more specification tile magnetic material symmetry detection devices.
Background technique
1, equipment at present on the market uses the symmetry of fixed Air conduct measurement single size product, can not meet
More specifications of tile magnetic material product, the detection demand of more sizes.
2, existing detection scheme is that indexing sub-material enters sense channel detection at present, and drawback: low efficiency often occurs different
Often, it is desirable that the problems such as movement parts machining precision is high；
3, original equipment can not all be detected for every kind of product, and since equipment investment is excessive, some products are just not
Symmetry detection is carried out, product quality not can be carried out detection monitoring, directly affect the quality that client uses.
The operation disadvantage that artificial pick-up part is produced:
1) existing detection scheme is that indexing sub-material enters sense channel detection at present, and drawback: low efficiency often occurs different
Often, it is desirable that the problems such as movement parts machining precision is high；
2) original equipment can not all be detected for every kind of product, since equipment investment fund is excessive, some products
With regard to not carrying out symmetry detection, product quality not can be carried out detection monitoring, directly affect the quality that client uses.
3) it is detected using other equipment, input cost is excessively high, and testing result is undesirable, such as 3 coordinate measurements (effect
Rate is low, product easy to pollute, and error is big), vision-based detection (testing requirements that each point on curved surface is not achieved).
Utility model content
The utility model provides a kind of use aiming at the problem that tile magnetic material symmetry detection device can only detect single product
In the testing agency of more specification tile magnetic material symmetry detection devices.
The technical solution that the utility model solves above-mentioned technical problem is as follows: one kind being used for more specification tile magnetic material symmetries
Detection device, including feeding area, control detection zone and sub-material memory block, are characterized in that, the detection control zone packet
Include the control mechanism being mounted in a rack, testing agency and main electric cabinet；The control mechanism includes that industrial personal computer is shown
Device, control button and the keyboard and mouse being mounted in key mouse storehouse；The testing agency includes being mounted in detection platform
Pan feeding belt unit, and pan feeding belt unit pusher mould group disposed in parallel, with the vertically arranged pan feeding mould of pan feeding belt unit
Group and to clamping group, pan feeding belt unit discharge end installation detection mould group, detection mould group includes a pair of of laser sensor.
Based on the above technical solution, the utility model is to reach the stability of the convenience and equipment that use,
Following improvement can also be made to above-mentioned technical solution:
Further, the testing agency includes the pusher mould group being mounted in detection fixed plate by bracket, pan feeding skin
With unit, pan feeding mould group, to clamping group, detection mould group and material table；
Further, the pan feeding belt unit includes feed belt, and feed belt is sleeved in feed belt rack
On belt pulley, the output end of servo motor A is connect with a belt pulley of feed belt Frame end by belt or gear.
Further, [material platform is located at feed belt unit to the installation material table of the pan feeding belt unit front
Side], the opposite side of feed belt is located on material table, baffle is installed.
Further, pan feeding mould group is installed in the other side of the pan feeding belt unit front；Pan feeding mould group includes track A,
Track A is square tube type, track A it is closed at both ends and in top surface there are notch, a screw rod, a sliding block are installed inside track A
It is set in together by screw thread and screw rod, a slide plate is fixedly installed on sliding block, slide plate passes through the end of notch on track A
Push plate mounting plate is fixedly mounted in portion, and the end that screw rod is pierced by track A is connect with servo motor B by belt or gear；Push plate
One guide pad is installed, [front and back herein is to be subject to the direction of motion, is along the direction of motion for the front side of guide pad on mounting plate
Before, conversely, being rear] a pair of of round wires helical spring is installed, spring block is installed in the front end of round wires helical spring, before spring block
End pusher jacking block is installed by flexible axle sleeve fixture block.
Further, a pair of of guiding block is installed, a pair of of guiding block is clamped in the two sides of track A on the pusher jacking block.
Further, described includes notch being provided at square tube type and top to folder slideway, to folder to folder slideway to clamping group
Screw rod is equipped in slideway, a sliding block is set in together by screw thread and screw rod, a slide plate is fixedly installed on sliding block, is led
Slide plate, which is passed through, installs sliding block mounting plate to the end of notch on folder slideway, and installation is to folder slim slide block, material table on sliding block mounting plate
Upper installation to pressing from both sides short sliding block, screw rod pass through the end of folder slideway connect with to clamping group motor [by shaft coupling, belt or
Gear connection].
Further, the pusher mould group includes pusher slideway, and pusher slideway is provided with notch, pusher at square tube type and top
Screw rod is equipped in slideway, a sliding block is set in together by screw thread and screw rod, a slide plate is fixedly installed on sliding block, is led
Mounting base mounting plate is installed in the end that slide plate passes through notch on pusher slideway, is fixedly mounted at the connecting pin of the mounting base of zigzag
On mounting base mounting plate, the other end of mounting base installs charging ram.
Further, it is mounted in detection fixed plate below the pusher slideway by column.
Further, safety sensor is installed in the mounting base.
Further, the detection mould group includes the detection support of a doorframe shape, and a pair of of laser sensor is corresponding up and down
Be mounted in detection support [laser sensor is mounted in detection support by fine motion adjusting seat, fine motion adjusting seat include one
Block fixed plate and one piece and fixed plate are slidably connected sliding panel, and fine motion adjusting seat can be using conventional structure].
Further, the sub-material memory block includes rack-mounted speed regulating belt feeder, collection box, air nozzle, vibration
Motivation, discharging slideway and sub-material sensor；The speed regulating belt feeder two sides are installed by multiple collection boxes；Each collection box is equipped with
One end of one discharging slideway, inclined discharging slideway is located at the side of speed regulating belt feeder, and the other end is extend into collection box；Vibration
Motivation is mounted in the shock platforms below speed regulating belt feeder；Sub-material sensor is mounted on the upper of speed regulating belt feeder by bracket
Side；Each discharging slideway opposite and one air nozzle of side installation for being located at speed regulating belt feeder.
Further, the tail end of the speed regulating belt feeder installs a tailing box.
Further, the air nozzle passes through piping connection air pump.
Equipment workflow:
The product that need to be detected is through storage bin > area Li Liao > directly shakes conveyer > belt feeder > pan feeding mould group > pusher mould group > through examining
Survey slideway > detection zone > discharging point storage is deposited and rejected product is collected.
The pan feeding mould group includes mould group mounting bracket, expeller, material blocking block, guide rod, security protection sensor, cunning
Pedestal.
The product arranged to being pushed forward, is pushed on the long slideway of split slideway by pan feeding mould group, and pan feeding sliding block is retracted, pusher
The movement of mould group pushes permutation product to pass through after sensor detection zone detects into split slideway, once and discharges.Pusher mould group pushes away
Rod rear end is equipped with security protection sensor, and when getting stuck or colliding, trigger sensor shuts down, alarms, and prevents equipment damage.
It vibrates the product mixing occurred in production or has the abnormal conditions such as remaining impurity material, mould group safety device meeting
There is certain crash function, alarm can be triggered extremely, mould group receives signal and shuts down in time, and protection mould group is impacted less, rushes
The injury such as hit.
The product detected in column, which is successively skidded off by slideway, to be flowed on belt feeder, and sensor, identification are carried in belt feeder top
Information, the product that will test different size are blown into collection box material by transfer passage in place；
Product in magazine can be piled into the convex closure of hill shape, and at regular intervals, vibrating motor is opened, by collection box
In the vibration of product heap dissipate, time of vibration and frequency are adjustable.
Utility model has the advantages that 1, solve original single equipment and can only detect the product office of single size specification
Limit realizes the function of the more sized products symmetries of a machine testing.
2, this equipment carries out laser line scanning for tile magnetic material product and takes the thickness for surveying part, and point by point scanning takes part
Symmetrical dot thickness carries out sequential operation comparison, realizes the rejecting of product defective products, and non-defective unit symmetry classification storage, data are real-time
It has been shown that, the functions such as report upload.
The equipment of the application realizes:
1) realize that an equipment detects the detection of the tile magnetic material product of the more sizes of more specifications；
2) classification of qualified product is realized, a point storage is deposited；
3) whole-course automation detects, and improves product quality, does not pollute and destroy product, will not be to product in detection process
Generate any damage；
4) most of tile magnetic material symmetry detection demand is met.
Detailed description of the invention
Fig. 1 is that the application one kind is used for more specification tile magnetic material symmetry detection device complete machine structure schematic diagrames；
Fig. 2 is the schematic perspective view of testing agency in the application；
Fig. 3 is the overlooking structure diagram of testing agency in the application；
Fig. 4 is the schematic perspective view of pan feeding mould group in the application；
Fig. 5 is pusher mould group and the positional structure schematic diagram to clamping group in the application；
Fig. 6 is enlarged drawing at A in Fig. 5；
Fig. 7 is the structural schematic diagram of pan feeding belt unit in the application；
Fig. 8 is structural schematic diagram of the application to clamping group；
Fig. 9 is the structural schematic diagram of the sub-material storage device of sub-material storage area in the application；
Figure 10 is enlarged drawing at B in Fig. 9；
Figure 11 is the overlooking structure diagram of the sub-material storage device of sub-material storage area in application
Figure 12 is Figure 11 by tailing box direction structure schematic diagram；
Figure 13 is the schematic diagram of internal structure of Fig. 1；
Figure 14 is the overlooking structure diagram of pan feeding belt unit.
Appended drawing reference record is as follows:
The feeding area 1-；2- controls detection zone；2.1- testing agency, 2.1.1- pusher mould group, 2.1.2- pan feeding belt unit,
2.1.2.1- feed belt, 2.1.2.2- feed belt rack, 2.1.2.3- servo motor A；2.1.3- pan feeding mould group,
2.1.3.1- track A, 2.1.3.2- push plate mounting plate, 2.1.3.3- servo motor B, 2.1.3.4- guide pad, 2.1.3.5- circle
Line helical spring, 2.1.3.6- spring block, 2.1.3.7- stretch axle sleeve fixture block, 2.1.3.8- pusher jacking block, and 2.1.3.9- is led
Positive block；2.1.4- to clamping group, 2.1.4.1- is to folder slideway, and 2.1.4.2- is to clamping group motor, 2.1.4.3- sliding block mounting plate,
2.1.4.4- to folder slim slide block, 2.1.4.5 is to the short sliding block of folder；2.1.5- mould group, 2.1.5.1- detection support, 2.1.5.2- are detected
Laser sensor；2.1.6- material table, 2.1.7 detect fixed plate；3- sub-material memory block, 3.1- speed regulating belt feeder, 3.2 collect
Box, 3.3- air nozzle, 3.4- bobbing machine, 3.5- discharging slideway, 3.6- sub-material sensor, 3.7- tailing box, 3.8- shock platforms,
3.9- support platform.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
One kind being used for more specification tile magnetic material symmetry detection devices (referring to Fig. 1-13), including feeding area 1, control inspection
Area 2 and sub-material memory block 3 are surveyed, the detection control zone 2 includes the control mechanism being mounted in a rack, testing agency
2.1 and main electric cabinet；The control mechanism include industrial personal computer display, control button and the keyboard being mounted in key mouse storehouse and
Mouse；The testing agency 2.1 (referring to Fig. 3) includes the pan feeding belt unit 2.1.2 being mounted in detection platform, with pan feeding
Belt unit 2.1.2 pusher mould group 2.1.1 disposed in parallel, with the vertically arranged pan feeding mould group of pan feeding belt unit 2.1.2
2.1.3 and to clamping group 2.1.4, pan feeding belt unit 2.1.2 discharge end installation detection mould group 2.1.5 mould group 2.1.5 packet is detected
Include a pair of of laser sensor 2.1.5.2.
On the basis of the above embodiments, specific structure is done described below:
The testing agency 2.1 (referring to Fig. 3) includes the pusher being mounted on detection fixed plate 2.1.7 by bracket
Mould group 2.1.1, pan feeding belt unit 2.1.2, pan feeding mould group 2.1.3, to clamping group 2.1.4, detection mould group 2.1.5 and material table
2.1.6；
The pan feeding belt unit 2.1.2 (referring to Fig. 7,14) includes feed belt 2.1.2.1, feed belt
2.1.2.1 it is sleeved on the belt pulley on feed belt rack 2.1.2.2, the output end of servo motor A2.1.2.3 and transmission
One belt pulley of the end belt frame 2.1.2.2 is connected by belt or gear.The bottom setting of pan feeding belt unit can
Adjust the bracket of height
The installation material table 2.1.6[material platform part of the front pan feeding belt unit 2.1.2 is located at and transmission skin
On feed belt with unit], the opposite side feed belt 2.1.2.1 is located on material table 2.1.6, baffle is installed.
Pan feeding mould group 2.1.3 is installed the other side of the front pan feeding belt unit 2.1.2；Pan feeding mould group 2.1.3 (ginseng
See Fig. 4) include track A2.1.3.1, track A2.1.3.1 is square tube type, track A2.1.3.1 it is closed at both ends and top surface there are
Notch is equipped with a screw rod inside track A2.1.3.1, and a sliding block is set in together by screw thread and screw rod, solid on sliding block
Dingan County is equipped with a slide plate, and push plate mounting plate is fixedly mounted in the end that slide plate passes through notch on track A2.1.3.1
2.1.3.2, the end that screw rod is pierced by track A2.1.3.1 is connect with servo motor B 2.1.3.3 by belt or gear；Push plate
One guide pad 2.1.3.4 is installed, [front and back herein is with the side of moving for the front side of guide pad 2.1.3.4 on mounting plate 2.1.3.2
Subject to, before being along the direction of motion, conversely, being rear] a pair of of round wires helical spring 2.1.3.5, round wires helical spring are installed
2.1.3.5 spring block 2.1.3.6 is installed in front end, and the front end of spring block 2.1.3.6 passes through the axle sleeve fixture block 2.1.3.7 that stretches
Pusher jacking block 2.1.3.8 is installed.
A pair of of guiding block 2.1.3.9 is installed, a pair of of guiding block 2.1.3.9 is clamped on the pusher jacking block 2.1.3.8
The two sides of track A2.1.3.1.
Described includes to folder slideway 2.1.4.1, to folder slideway 2.1.4.1 at side to clamping group 2.1.4 (referring to Fig. 8)
Tubulose and top is provided with notch, to screw rod is equipped in folder slideway 2.1.4.1, a sliding block is sleeved on one with screw rod by screw thread
It rises, a slide plate is fixedly installed on sliding block, slide plate passes through the end installation sliding block peace to notch on folder slideway 2.1.4.1
Installation is short to pressing from both sides to installation on folder slim slide block 2.1.4.4, material table 2.1.6 on loading board 2.1.4.3, sliding block mounting plate 2.1.4.3
Sliding block 2.1.4.5, screw rod, which is passed through, [passes through shaft coupling with connecting to clamping group motor 2.1.4.2 to the end of folder slideway 2.1.4.1
Device, belt or gear connection].
The pusher mould group 2.1.1 (referring to Fig. 6) includes pusher slideway 2.1.1.1, and pusher slideway 2.1.1.1 is at side
Tubulose and top are provided with notch, and screw rod is equipped in pusher slideway 2.1.1.1, and a sliding block is sleeved on one by screw thread and screw rod
It rises, a slide plate is fixedly installed on sliding block, mounting base is installed in the end that slide plate passes through notch on pusher slideway 2.1.1.1
Mounting plate is fixedly mounted on mounting base mounting plate, mounting base 2.1.1.3 at the connecting pin of the mounting base 2.1.1.3 of zigzag
The other end install charging ram 2.1.1.4.
It is mounted on detection fixed plate 2.1.7 below the pusher slideway 2.1.1.1 by column.
Safety sensor 2.1.1.6 is installed on the mounting base 2.1.1.3.
The detection mould group 2.1.5 (referring to Fig. 5) includes the detection support 2.1.5.1 of a doorframe shape, a pair of of laser
Sensor 2.1.5.2 or more is corresponding to be mounted on detection support 2.1.5.1, and [laser sensor 2.1.5.2 passes through fine motion and adjusts
Seat is mounted in detection support, and fine motion adjusting seat includes one piece of fixed plate and one piece and fixed plate is slidably connected sliding panel, fine motion
Adjusting seat can be using conventional structure].
1. two ultrahigh speed profile measurers scan the upper and lower profile of product to installation is penetrated respectively.
Type selecting and principle: detection section uses ultrahigh speed profile measurer, and upper and lower two sensors need to edit good position,
The upper and lower profile of laser scanning product, the reason of because of product characteristic, product width is generally in 15mm hereinafter, so selected base
Grace scholar's LJ-V series laser sensor carries out profile scan detection, detection width 15mm.
When detection, the product length value that need to be detected is inputted on the touchscreen, and pusher servo, which can confirm, pushes whole product
Starting point pushes product to pass sequentially through along sense channel, and when product ray after testing, sensor grabs on arc-shaped product
The thickness value of 6 physical points, then uploads data, carries out at left and right sides of slideway numeric ratio to come the symmetrical feelings that judge product
Condition.
2. splitting around slideway to be mounted in high-precision ball screw mould group, accurate slideway folding control is realized, fit
The product of different more specification width is answered to pass through.
Adapt to more specification products: various for the product category to be detected, product width, length and radian change,
In order to adapt to the product of different bottom radians, the boss two sides Precision Machining for supporting product is supported into product at symmetrical circular arc
Bottom surface, in order to reduce the asymmetric offset problem that product is generated by chute width, use the split precise ball of SERVO CONTROL
Screw rod mould group come drive left and right sliding block open and close, both ensure that the smooth of product passed through, in turn ensure by gap will not be to inspection
It surveys result and generates big influence, meanwhile, the folding of accurate SERVO CONTROL split cavity group facilitates the calibration of gauge block and fast quick change
It produces.
The sub-material memory block 3 (referring to 9-12) include rack-mounted speed regulating belt feeder 3.1, collection box 3.2,
Air nozzle 3.3, bobbing machine 3.4, discharging slideway 3.5 and sub-material sensor 3.6；3.1 two sides of the speed regulating belt feeder installation is more
A collection box 3.2；Each collection box 3.2 is equipped with a discharging slideway 3.5, and one end of inclined discharging slideway 3.5, which is located at, adjusts
The side of fast belt feeder 3.1, the other end are extend into collection box 3.2；Bobbing machine is mounted on the vibration of 3.1 lower section of speed regulating belt feeder
On platform 3.8；Sub-material sensor 3.6 is mounted on the top of speed regulating belt feeder 3.1 by bracket；Each discharging slideway 3.5 is right
Face and one air nozzle 3.3 of side installation for being located at speed regulating belt feeder 3.1.
Shock platforms 3.8 are mounted in support platform 3.9 by rubber block, when bobbing machine 3.4 starts, drive vibration
Platform 3.8 shakes, so that magnetic material shakeouts in collection box 3.2.
The tail end of the speed regulating belt feeder 3.1 installs a tailing box 3.7.
The air nozzle 3.3 passes through piping connection air pump.
Feeding area 1 includes installation shell, the storage bin 1.1 of the interior material of the place of being provided in vivo, at the feed opening of storage bin 1.1
Vibrating disc, the straight vibration machine of exit installation of vibrating disk is arranged in installation vibration dustpan, vibration dustpan lower section.Manually tile material is produced
Product be added in vibratory storage bin (volume of vibratory storage bin can accommodate a part of material, reduce artificial filling number) > when
Material is lacked under open state, in vibrating disk or without material, scarce material information can be passed to storage bin, storage bin vibration passes through storage bin
Material is delivered on straight vibration machine by dustpan by material to vibrating disk conveying > vibration disc vibration > and material is delivered to pan feeding by straight vibration machine
On belt feeder > pan feeding belt feeder drive material movement to mechanical position limitation at stop, after stopping a certain number of products on belt
Full sensor is expected in triggering, the operation of pan feeding pusher mould group, material is pushed at product quantitative arrangement platform > product in place after, inspection
Survey pusher mould group movement, pushes product successively to pass through along detection slideway, while detecting slideway or more side senser by setting journey
The product skidded off is entered on the belt feeder of discharging point storehouse by afterflow, by skin for sort run detection > product after detection is skidded off through discharging slideway >
Band machine drives product to progress through below sensor, process control, is blown into product by compressed air according to testing result logical
It is fallen into behind road in bevelled collection box, realization material is collected by grade into box.
The purpose of this equipment is:
1) demand of multiple product cannot be detected by realizing single equipment, and the machine of realization meets the inspection of more specifications, more sizes
It surveys, and realizes qualified product graduation, the function of dividing storehouse to store.
2) function of previous non-detectable product testing is realized.
3) more specification products, the function of sense channel adjustment.
4) testing result uploads in real time, forms journaling, increases the functions such as rights management.
Feeding is provided in storage area
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (9)
1. a kind of testing agency for more specification tile magnetic material symmetry detection devices, which is characterized in that the detection machine
Structure (2.1) includes the pan feeding belt unit (2.1.2) being mounted in detection platform, parallel with pan feeding belt unit (2.1.2) to set
The pusher mould group (2.1.1) set, with the vertically arranged pan feeding mould group (2.1.3) of pan feeding belt unit (2.1.2) and to clamping group
(2.1.4), pan feeding belt unit (2.1.2) discharge end installation detection mould group (2.1.5), detection mould group (2.1.5) include a pair
Laser sensor (2.1.5.2)；The pusher mould group (2.1.1) detected on fixed plate (2.1.7), pan feeding skin are mounted on by bracket
Band unit (2.1.2), pan feeding mould group (2.1.3), to clamping group (2.1.4), detection mould group (2.1.5) and material table (2.1.6)；
The pan feeding belt unit (2.1.2) includes feed belt (2.1.2.1), and feed belt (2.1.2.1) is sleeved on biography
It send on the belt pulley on belt frame (2.1.2.2), the output end and feed belt rack of servo motor A (2.1.2.3)
One belt pulley of the end (2.1.2.2) is connected by belt or gear.
2. the testing agency according to claim 1 for more specification tile magnetic material symmetry detection devices, feature exist
In being located at transmission skin on, the installation material table (2.1.6) of described front pan feeding belt unit (2.1.2), material table (2.1.6)
Band (2.1.2.1) opposite side is installed by baffle.
3. the testing agency according to claim 2 for more specification tile magnetic material symmetry detection devices, feature exist
In pan feeding mould group (2.1.3) is installed in the other side of described front pan feeding belt unit (2.1.2)；Pan feeding mould group (2.1.3) packet
It includes track A (2.1.3.1), track A (2.1.3.1) is square tube type, and track A (2.1.3.1) is closed at both ends and there are slots in top surface
Mouthful, a screw rod is installed inside track A (2.1.3.1), a sliding block is set in together by screw thread and screw rod, solid on sliding block
Dingan County is equipped with a slide plate, and push plate mounting plate is fixedly mounted in the end that slide plate passes through notch on track A (2.1.3.1)
(2.1.3.2), screw rod is pierced by the end of track A (2.1.3.1) and servo motor B (2.1.3.3) is connected by belt or gear
It connects；One guide pad (2.1.3.4) is installed, the installed in front of guide pad (2.1.3.4) is a pair of on push plate mounting plate (2.1.3.2)
Spring block (2.1.3.6) is installed in the front end of round wires helical spring (2.1.3.5), round wires helical spring (2.1.3.5), spring catch
The front end of block (2.1.3.6) pusher jacking block (2.1.3.8) is installed by flexible axle sleeve fixture block (2.1.3.7).
4. the testing agency according to claim 3 for more specification tile magnetic material symmetry detection devices, feature exist
In a pair of of guiding block (2.1.3.9) of installation, a pair of of guiding block (2.1.3.9) are clamped on the pusher jacking block (2.1.3.8)
The two sides of track A (2.1.3.1).
5. the testing agency according to claim 1 for more specification tile magnetic material symmetry detection devices, feature exist
In described includes to folder slideway (2.1.4.1), to folder slideway (2.1.4.1) at square tube type and top to clamping group (2.1.4)
It is provided with notch, to screw rod is equipped in folder slideway (2.1.4.1), a sliding block is set in together by screw thread and screw rod, on sliding block
It is fixedly installed with a slide plate, slide plate, which is passed through, installs sliding block mounting plate to the end of notch on folder slideway (2.1.4.1)
(2.1.4.3), installation is to folder slim slide block (2.1.4.4) on sliding block mounting plate (2.1.4.3), installation pair on material table (2.1.6)
It presss from both sides short sliding block (2.1.4.5), screw rod, which is passed through, connect the end of folder slideway (2.1.4.1) with to clamping group motor (2.1.4.2).
6. the testing agency according to claim 1 for more specification tile magnetic material symmetry detection devices, feature exist
In the pusher mould group (2.1.1) includes pusher slideway (2.1.1.1), and pusher slideway (2.1.1.1) is at square tube type and top
It is provided with notch, is equipped with screw rod in pusher slideway (2.1.1.1), a sliding block is set in together by screw thread and screw rod, on sliding block
It is fixedly installed with a slide plate, mounting base mounting plate is installed in the end that slide plate passes through notch on pusher slideway (2.1.1.1),
Be fixedly mounted on mounting base mounting plate at the connecting pin of the mounting base (2.1.1.3) of zigzag, mounting base (2.1.1.3) it is another
Charging ram (2.1.1.4) is installed one end.
7. the testing agency according to claim 6 for more specification tile magnetic material symmetry detection devices, feature exist
In pusher slideway (2.1.1.1) lower section is mounted in detection fixed plate (2.1.7) by column.
8. the testing agency according to claim 6 for more specification tile magnetic material symmetry detection devices, feature exist
In being equipped with safety sensor (2.1.1.6) in the mounting base (2.1.1.3).
9. the testing agency according to claim 1 for more specification tile magnetic material symmetry detection devices, feature exist
In the detection mould group (2.1.5) includes the detection support (2.1.5.1) of a doorframe shape, a pair of of laser sensor
(2.1.5.2) is corresponding up and down to be mounted on detection support (2.1.5.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920616721.3U CN209541694U (en) | 2019-04-30 | 2019-04-30 | A kind of testing agency for more specification tile magnetic material symmetry detection devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111672768A (en) * | 2020-06-24 | 2020-09-18 | 南通金泰科技有限公司 | Material distribution device and material distribution method thereof |
| CN117102073A (en) * | 2023-10-23 | 2023-11-24 | 烟台古河智能装备有限公司 | Automatic testing equipment for delivery test of electromagnetic reversing valve |
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2019
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111672768A (en) * | 2020-06-24 | 2020-09-18 | 南通金泰科技有限公司 | Material distribution device and material distribution method thereof |
| CN117102073A (en) * | 2023-10-23 | 2023-11-24 | 烟台古河智能装备有限公司 | Automatic testing equipment for delivery test of electromagnetic reversing valve |
| CN117102073B (en) * | 2023-10-23 | 2024-01-02 | 烟台古河智能装备有限公司 | Automatic testing equipment for delivery test of electromagnetic reversing valve |
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