CN208879104U - A kind of fuse test equipment - Google Patents
A kind of fuse test equipment Download PDFInfo
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- CN208879104U CN208879104U CN201821419595.4U CN201821419595U CN208879104U CN 208879104 U CN208879104 U CN 208879104U CN 201821419595 U CN201821419595 U CN 201821419595U CN 208879104 U CN208879104 U CN 208879104U
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Abstract
The utility model provides a kind of fuse test equipment, including rack, it is set to transmission mechanism in rack, the pin and visual inspection machine structure that set gradually along the transmission direction of transmission mechanism, resistance detection mechanism, laser mechanism, laser detection mechanism and qualified cutting agency are provided with rejected product box unit on the outside of laser mechanism.Transmission mechanism is by fuse onwards transmission, whether the pin angle of pin and visual inspection machine structure detection fuse is correct, whether two pins are parallel, and whether within the set range to detect apparent size, resistance detection mechanism tests resistance, laser mechanism carries out radium-shine mark to the end cap of one end, then laser detection mechanism detects mark, detection it is qualified by qualified cutting agency blanking, it detects unqualified then into rejected product box unit, automation is realized to fuse pin, appearance detection, radium-shine mark simultaneously detects mark, realize the intelligent test of fuse, convenient test is efficient, save manpower.
Description
Technical field
The utility model relates to fuse production technical field more particularly to a kind of fuse test equipments.
Background technique
Fuse is to guarantee the electric elements of circuit safety operation for installing in circuit, when circuit malfunctions or
When person's exception, is constantly increased along with electric current, the electric elements in circuit may be damaged.It is correctly mounted with to insure in circuit
Silk, fuse can be when current anomaly be increased to certain height, itself fusing cutting electric current, to play protection circuit
The effect of safe operation.
In order to guarantee that cartridge fuse factory is qualified, detection and mark are generally carried out to fuse before fuse factory,
Whether detection includes outer dimension, whether parallel and fuse the resistance value of two pins in range, after detection is qualified, is needed
It mark to carve characters on fuse end cap, be then placed on product load plate again.Tradition is needed using the mode manually tested
Worker is wanted to be tested cartridge fuse one by one, heavy workload, testing efficiency is low, it is difficult to meet production requirement.
Utility model content
The technical issues of the utility model is solved is to provide a kind of high degree of automation, the efficient fuse of test is surveyed
Try equipment.
In order to solve the above technical problems, the utility model provides a kind of fuse test equipment, including rack, it is set to institute
The transmission mechanism in rack is stated, the pin and visual inspection machine structure, resistance set gradually along the transmission direction of the transmission mechanism
Testing agency, laser mechanism, laser detection mechanism and qualified cutting agency are provided on the outside of the laser mechanism unqualified
Product box unit.
Further, the transmission mechanism includes transmitting rack, the transmission rail being set in the transmission rack, setting
Several carrier blocks for being placed on the transmission rail, the driving transmission rail transmission electrical machine and be set to the conveyer
The track that frame both ends adjust the transmission rail width adjusts unit, and it includes being installed on the conveyer that the track, which adjusts unit,
On frame described in the adjusting sliding rail vertical with the transmission rail, two sliding blocks being slidably matched with the adjusting sliding rail and adjusting
The adjusting knob that two sliding blocks are opened and closed along the adjusting sliding rail, each carrier block are respectively arranged with V-groove.
Further, the pin and visual inspection machine structure include the first industry for being set to the transmission mechanism side
CCD camera, is set to the conveyer at the first adjusting unit for adjusting the first industrial CCD camera front and back and moving left and right
Second industrial CCD camera of the structure other side, second for adjusting the second industrial CCD camera front and back and moving left and right adjust list
Member, the first mounting rack for being set to the transmission mechanism side, the third industrial CCD phase being installed on first mounting rack
Machine adjusts third adjusting unit and be installed on the third adjusting that the third industrial CCD camera is moved left and right and gone up and down
Lighting unit below unit.
Further, the lighting unit includes adjusting the connecting rod and the connection that unit is connected with the third
The connected connecting shaft of bar, two illumination mounting plates for being installed on the connecting shaft both ends, be installed on the illumination mounting plate and
The swivel plate of the illumination mounting plate rotation connection and several headlamps being installed on the swivel plate.
Further, the resistance detection mechanism includes the second mounting rack, is vertically arranged on second mounting rack
The first lifting sliding rail, be slidably matched with first lifting sliding rail the first lifter plate, be set on first lifter plate
The second lifting sliding rail, be slidably matched with second lifting sliding rail the second lifter plate, be installed under second lifter plate
The resistance detection cylinder that two detection probes of side, driving second lifter plate are slided along second lifting sliding rail；It is described
The output end of resistance detection cylinder is connected with the driving plate being slidably matched with second lifting sliding rail, and the driving plate is located at institute
State the top of the second lifter plate.
Further, the laser mechanism include radium-shine mounting rack, the laser head being installed on the radium-shine mounting rack,
Drive the radium-shine adjustment unit before and after the laser head and moved left and right, be set to the laser head side cleaner unit and
It is set to two radium-shine fixed cylinders of the transmission mechanism two sides.
Further, the laser detection mechanism includes the turntable unit for being set to the transmission mechanism output end, peace
What radium-shine detection CCD camera, the adjusting radium-shine detection CCD camera loaded on the turntable unit side were retreated and were moved left and right
Radium-shine detection adjusts unit, the mounting plate being installed on above the turntable unit, is installed on the mounting plate bottom surface for by institute
The product for stating transmission mechanism is carried to the first clamping jaw unit of the turntable unit, is installed on the mounting plate side for that will produce
Second roll-over unit of product overturning is installed on the mounting plate other side substandard product is carried to the rejected product case
Second clamping jaw unit and the mounting plate bottom surface is installed on for qualified products to be carried to the of the qualified cutting agency
Three clamping jaw units.
Further, the qualified cutting agency includes the discharging arrangement for being set to the laser detection mechanism discharge end
What unit, the discharging transmission belt for being set to the discharging finishing unit output end, the driving discharging transmission belt opened and closed opens
It closes piston-cylinder unit, the multiple load plates being set on the discharging transmission belt, clamp the product of the discharging finishing unit simultaneously
It puts to the discharging manipulator unit on the load plate.
Further, the discharging finishing unit includes the fixation tooth for arranging rack, being set in the arrangement rack
Item and lifter rack drive the arrangement end cylinder of the lifter rack lifting and are set to the light of the stationary rack output end
Electric transducer, the lifter rack are located at the middle part of the stationary rack.
Further, the output end of the discharging manipulator unit is equipped with discharging clamping jaw and the driving feed collet out
The discharging cylinder that claw clip is held is provided with multiple product fixing grooves on the discharging clamping jaw.
The fuse test equipment of the utility model, the transmission mechanism is by fuse onwards transmission, the pin and outer
Whether the pin angle for seeing testing agency's detection fuse is correct, and whether two pins are parallel, and detect the appearance ruler of fuse
It is very little whether within the set range, after detection is qualified, the resistance detection mechanism tests the resistance of fuse, test passes
Afterwards, the laser mechanism carries out radium-shine mark to the end cap of fuse one end, and then the laser detection mechanism carries out mark
Detection, detection is qualified, and for fuse by the qualified cutting agency blanking, detection is unqualified, then enters the rejected product packing list
Member, the fuse test equipment realize the detection automated to fuse pin, appearance, automate radium-shine mark and fight each other
Mark label is detected, and is automated blanking after detection is qualified, is realized the intelligent test of fuse, and convenient test is efficient, section
Human-saving.
Detailed description of the invention
Fig. 1 is the schematic diagram of the fuse test equipment of the utility model；
Fig. 2 is that the portion chassis of the fuse test equipment of the utility model removes the schematic diagram of state；
Fig. 3 is that the portion chassis of the fuse test equipment of the utility model removes the schematic diagram of state other direction；
Fig. 4 is the partial enlarged view in Fig. 3 at A；
Fig. 5 is the third industrial CCD camera of the fuse test equipment of the utility model and the schematic diagram of lighting unit；
Fig. 6 is the schematic diagram of the resistance detection mechanism of the fuse test equipment of the utility model；
Fig. 7 is the schematic diagram of the laser mechanism of the fuse test equipment of the utility model；
Fig. 8 is the schematic diagram of the part laser detection mechanism of the fuse test equipment of the utility model；
Fig. 9 is the schematic diagram of the discharging finishing unit of the fuse test equipment of the utility model；
In the figure, it is marked as rack 1, transmission mechanism 2, transmit rack 21, transmission rail 22, carrier block 23, track adjusts single
Member 24, pin and visual inspection machine structure 3, the first industrial CCD camera 31, the first adjusting unit 32, the second industrial CCD camera 33,
Second adjusts unit 34, the first mounting rack 35, third industrial CCD camera 36, third adjusting unit 37, lighting unit 38, connection
Bar 381, connecting shaft 382, illumination mounting plate 383, swivel plate 384, headlamp 385, resistance detection mechanism 4, the second mounting rack 41,
First lifting sliding rail 42, the first lifter plate 43, the second lifting sliding rail 44, the second lifter plate 45, detection probe 46, resistance detection gas
Cylinder 47, driving plate 48, laser mechanism 5, radium-shine mounting rack 51, laser head 52, radium-shine adjustment unit 53, laser detection mechanism 6 turn
Disk unit 61, radium-shine detection CCD camera 62, radium-shine detection adjust unit 63, and mounting plate 64, the first clamping jaw unit 65, second turns over
Turn unit 66, the second clamping jaw unit 67, third clamping jaw unit 68, qualified cutting agency 7, discharge finishing unit 71, arranges rack
711, stationary rack 712, lifter rack 713 arranges end cylinder 714, photoelectric sensor 715, and the discharging transmission belt 72 is opened
Piston-cylinder unit 73 is closed, load plate 74, discharge manipulator unit 75, and discharge clamping jaw 76, discharging cylinder 77, and product fixing groove 78 does not conform to
Lattice product box unit 8, rejected product sliding rail 81, rejected product discharging machine 82.
Specific embodiment
The embodiments of the present invention is described below in detail, the example of the embodiment is shown in the accompanying drawings, wherein
Same or similar label indicates same or similar element or element with the same or similar functions from beginning to end.Lead to below
It crosses the embodiment being described with reference to the drawings to be exemplary, it is intended to for explaining the utility model, and should not be understood as practical to this
Novel limitation.
In the following description, the structure and working method of the utility model in order to clearly demonstrate, will be by all multidirectionals
Word is described, but should by "upper", "lower", "left", "right", "front", "rear", "inner", "outside", " upward ", " downward ",
" to the left ", " to the right ", " forward ", " backward ", " inside ", the Word Understandings such as " outside " are not construed as convenience of term
Word of limitation.
As shown in Figure 1 to Figure 3, the utility model provides a kind of fuse test equipment, including rack 1, is set to described
Transmission mechanism 2 in rack 1, the pin and visual inspection machine structure 3, resistance set gradually along the transmission direction of the transmission mechanism 2
Testing agency 4, laser mechanism 5, laser detection mechanism 6 and qualified cutting agency 7, the outside of the laser mechanism 5 is provided with
Rejected product box unit 8.The transmission mechanism 2 insures fuse onwards transmission, the pin and the detection of visual inspection machine structure 3
Whether the pin angle of silk is correct, and whether two pins are parallel, and whether within the set range to detect the apparent size of fuse,
After detection is qualified, the resistance detection mechanism 4 tests the resistance of fuse, and after test passes, the laser mechanism 5 is right
The end cap of fuse one end carries out radium-shine mark, and then the laser detection mechanism 6 detects mark, and detection is qualified, protects
For dangerous silk by 7 blanking of the qualified cutting agency, detection is unqualified, then enters the rejected product box unit 8, and the fuse is surveyed
Examination equipment realizes the detection automated to fuse pin, appearance, automates radium-shine mark and detects to mark label,
Automatic blanking after detection is qualified, realizes the intelligent test of fuse, and convenient test is efficient, saves manpower.
As shown in Figures 3 and 4, the transmission mechanism 2 includes transmission rack 21, is set to the biography transmitted in rack 21
Defeated track 22, several carrier blocks 23 being set on the transmission rail 22, the driving transmission rail 22 transmission electrical machine with
And be set to the track that transmission 21 both ends of rack adjust 22 width of transmission rail and adjust unit 24, the track is adjusted
Unit 24 includes being installed on adjusting sliding rail and the adjusting sliding rail vertical with the transmission rail 22 in the transmission rack 21
The adjusting knob that two sliding blocks and the described two sliding blocks of adjusting being slidably matched are opened and closed along the adjusting sliding rail, it is each described to hold
It carries block 23 and is respectively arranged with V-groove.Survey product to be tested, i.e. fuse are placed in the V-groove of several carrier blocks 23, institute
Stating transmission electrical machine drives the transmission rail 22 to transmit；It can also be adjusted according to the fuse of different size by the track
Unit 24 adjusts the width of the transmission rail 22, meets the testing requirement of various sizes of fuse, and applicability is stronger.
As shown in Figures 3 and 4, the pin and visual inspection machine structure 3 include be set to 2 side of transmission mechanism the
One industrial CCD camera 31, first for adjusting 31 front and back of the first industrial CCD camera and moving left and right adjust unit 32, setting
In the second industrial CCD camera 33 of 2 other side of transmission mechanism, adjusting 33 front and back of the second industrial CCD camera and left and right
Mobile second adjusting unit 34, is installed on first installation at the first mounting rack 35 for being set to 2 side of transmission mechanism
The third that third industrial CCD camera 36, the adjusting third industrial CCD camera 36 on frame 35 are moved left and right and gone up and down adjusts single
Member 37 and the lighting unit 38 for being installed on 37 lower section of third adjusting unit.The detection of first industrial CCD camera 31 is protected
The angle of dangerous one pin of silk, the second industrial CCD camera 33 detect the angle of another pin of fuse, and according to described
The angle testing result of first industrial CCD camera 31 judges whether two pins are parallel, after the completion of detection, the third industry
The apparent size of the detection fuse of CCD camera 36；Described first adjusts unit 32, described second adjusts unit 34 and described the
Three adjust unit 37 respectively to the first industrial CCD camera 31, the second industrial CCD camera 33 and third industry
The position of CCD camera 36 is adjusted, and after being adjusted to accurate position, then is tested, improves measuring accuracy；It can be with root
According to various sizes of product, the first industrial CCD camera 31, the second industrial CCD camera 33 and the third are adjusted
The position of industrial CCD camera 36, meets the testing requirement of different product, and applicability is stronger.
As shown in Figures 4 and 5, the lighting unit 38 include with the third adjust unit 34 be connected connecting rod 381,
The connecting shaft 382 that is connected with the connecting rod 381, two illumination mounting plates 383 for being installed on 382 both ends of connecting shaft, peace
Loaded on the swivel plate 384 being rotatablely connected on the illumination mounting plate 383 with the illumination mounting plate 383 and it is installed on the rotation
Several headlamps 385 on rotating plate 384.When detecting, several headlamps 385 play illumination, improve described first
The detection effect of taking pictures of industrial CCD camera 31, the second industrial CCD camera 33 and the third industrial CCD camera 36, mentions
The accuracy of high detection.
As shown in Figure 3 and Figure 6, the resistance detection mechanism 4 includes the second mounting rack 41, is vertically arranged to second peace
It shelves the first lifting sliding rail 42 on 41, the first lifter plate 43 being slidably matched with first lifting sliding rail 42, be set to institute
State the second lifting sliding rail 44 on the first lifter plate 43, the second lifter plate 45 being slidably matched with second lifting sliding rail 44,
It is installed on two detection probes 46 of 45 lower section of the second lifter plate, driving second lifter plate 45 is gone up and down along described second
The resistance detection cylinder 47 that sliding rail 44 slides；The output end of the resistance detection cylinder 47 is connected with and second lifting sliding rail
44 driving plates 48 being slidably matched, the driving plate 48 are located at the top of second lifter plate 44.The resistance detection cylinder
The 47 driving driving plates 48 decline, and the driving plate 48 drives the second lifter plate 45 and first lifter plate 43 decline, band
It moves described two detection probes 46 to decline, two end in contact with fuse detect the resistance of fuse；During decline, institute
It states the second lifter plate 45 to fall before, after dropping to bottom, drives first lifter plate 43 to decline, two lifter plates are set, rise
To the effect of buffering, it can prevent the unexpected stress of fuse is excessive to damage.
As shown in Fig. 3 and Fig. 7, the laser mechanism 5 includes radium-shine mounting rack 51, is installed on the radium-shine mounting rack 51
Laser head 52, the radium-shine adjustment unit 53 driving laser head 52 front and back and move left and right, be set to the laser head 52
The cleaner unit of side and two radium-shine fixed cylinders for being set to 2 two sides of transmission mechanism.Two radium-shine fixations
Cylinder is for fixing fuse, and the radium-shine adjustment unit 53 is used to adjust the position of the laser head 52, thus to insurance
The different location progress of silk is radium-shine, easy to adjust；As the preferred embodiment of the utility model, the side of the laser head 52 is set
It is equipped with cleaner unit, in time adsorbs the dust under engraving during radium-shine, avoids influencing product quality.
As shown in Fig. 2, Fig. 3 and Fig. 8, the laser detection mechanism 6 includes being set to turning for 2 output end of transmission mechanism
Disk unit 61, adjusts the radium-shine detection CCD camera at the radium-shine detection CCD camera 62 for being installed on 61 side of turntable unit
The 62 radium-shine detections retreated and moved left and right adjust unit 63, the mounting plate 64 for being installed on 61 top of turntable unit, installation
In 64 bottom surface of mounting plate for the product of the transmission mechanism 2 to be carried to the first clamping jaw unit of the turntable unit 61
65, be installed on 64 side of mounting plate for by the second roll-over unit 66 that product overturn, be installed on the mounting plate 64 separately
Substandard product is carried to the second clamping jaw unit 67 of the rejected product case 8 and is installed on 64 bottom of mounting plate by side
Face is used to for qualified products being carried to the third clamping jaw unit 68 of the qualified cutting agency 7.It is uniformly distributed in the turntable unit 61
Setting there are four carrier block, for carry it is radium-shine after fuse, fuse clamping is placed by the first clamping jaw unit 65
On one of carrier block of the turntable unit 61, the turntable unit 61 is rotated, and product is turned to the radium-shine detection
The lower section of CCD camera 62, the radium-shine detection CCD camera 62 detect product, and detection is qualified, then product are turned to institute
The lower section for stating the second clamping jaw unit 67 is carried to the qualified cutting agency 7 by the second clamping jaw unit 67 and carries out blanking, inspection
It surveys unqualified, then product is turned to the lower section of the third clamping jaw unit 68, clamped and carried by the third clamping jaw unit 68
To the rejected product box unit 8.
As shown in Figures 2 and 3, the qualified cutting agency 7 includes being set to going out for 6 discharge end of laser detection mechanism
Material finishing unit 71, the discharging transmission belt 72 for being set to discharging 71 output end of finishing unit, the driving discharging transmission
Folding piston-cylinder unit 73 that belt 72 opens and closes is set to the multiple load plates 74 to discharge on transmission belt 72, by the discharging
The product of finishing unit 71 is clamped and is put to the discharging manipulator unit 75 on the load plate 74.The discharging finishing unit 71 is right
After detecting qualified Product organization, the fuse in the discharging finishing unit 71 is clamped by the discharging manipulator unit 75
Placement obtains realizing automation blanking on the load plate 74；It can be opened according to the load plate 74 of different size by described
Closing piston-cylinder unit 73 drives the discharging transmission belt 72 to open and close, and meets the use demand of the various sizes of load plate 74.
As shown in Fig. 3 and Fig. 9, the discharging finishing unit 71 includes arranging rack 711, being set to the arrangement rack
The arrangement end cylinder 714 and set that stationary rack 712 and lifter rack 713, the driving lifter rack 713 on 711 are gone up and down
It is placed in the photoelectric sensor 715 of 713 output end of stationary rack, the lifter rack 713 is located at the stationary rack 712
Middle part；The output end of the discharging manipulator unit 75 is equipped with discharging clamping jaw 76 and the discharging clamping jaw 76 is driven to clamp
Discharging cylinder 77 is provided with multiple product fixing grooves 78 on the discharging clamping jaw 76.The second clamping jaw unit 67 is by fuse
Clamping is placed in the stationary rack 712 of the discharging finishing unit 71 and the sawtooth of lifter rack 713, the discharging cylinder 77
Rising, the stationary rack 712 and lifter rack 713 generate difference in height, fuse be delivered in previous sawtooth automatically, this
Sample is successively conveyed；Multiple product fixing grooves 78 are set on the discharging clamping jaw 76, can once clamp multiple products,
Blanking is carried out to multiple products, improves production efficiency.
As shown in Fig. 2, being provided with rejected product sliding rail 81 in the rack 1, the rejected product box unit 8 includes discharging
Slideway and the multiple rejected product casees being set to below the discharging slideway, the discharging slideway and sliding 81 rails of the rejected product
It is slidably matched, one end of the rejected product sliding rail 81 is provided with the driving discharging slideway and moves along the rejected product sliding rail 81
Dynamic rejected product discharging machine 82.Multiple rejected product casees are provided with below the discharging slideway, including radium-shine unqualified
Product case, resistance rejected product case, appearance rejected product case and off-dimension product case, the rejected product discharging machine 82 are used
In driving the rejected product case 8 to move along the rejected product sliding rail 81, facilitate the third clamping jaw unit 68 will be unqualified
Product is put into corresponding rejected product case.
The course of work of the fuse test equipment 100 of the utility model is as follows: the transmission mechanism 2 protects product
One pin of the first industrial CCD camera 31 detection fuse of dangerous silk onwards transmission, the pin and visual inspection machine structure 3
The angle of another pin of fuse is surveyed in angle, the second industrial CCD phase machine examination 33, and according to the first industrial CCD phase
The testing result of machine 31 judges whether two pins are parallel, after the completion of detection, the detection of third industrial CCD camera 36 insurance
The apparent size of silk；After detection is qualified, the resistance detection cylinder 47 of the resistance detection mechanism 4 is driven under the driving plate 48
Drop, the driving plate 48 drive the second lifter plate 45 and first lifter plate 43 decline, drive described two detection probes 46
Decline, two end in contact with fuse detect the resistance of fuse；The one end of the laser head 52 of the laser mechanism 5 to product
After carrying out laser engraving, the laser detection mechanism 6 detects the product after radium-shine, and the turntable unit 61 rotates, will
Product turns to the lower section of the radium-shine detection CCD camera 62, and the radium-shine detection CCD camera 62 detects product, examines
It is qualified to survey, then product is turned to the lower section of the second clamping jaw unit 67, is carried to by the second clamping jaw unit 67 described
Qualified cutting agency 7 carries out blanking, and detection is unqualified, then product is turned to the lower section of the third clamping jaw unit 68, by institute
It states the clamping of third clamping jaw unit 68 and is carried to the rejected product box unit 8；71 pairs of finishing unit detection qualifications of the discharging
After Product organization, it is used to for the fuse clamping in the discharging finishing unit 71 being positioned to by the discharging manipulator unit 75
Onto the load plate 74；Detect underproof product, then by the third clamping jaw unit 68 clamping place with it is corresponding it is radium-shine not
Qualified product case, resistance rejected product case, appearance rejected product case or off-dimension product case；The fuse test equipment is real
The automatic detection to fuse pin, appearance is showed, automate radium-shine mark and mark has been detected, after detection is qualified certainly
Dynamicization blanking realizes the intelligent test of fuse, and convenient test is efficient, saves manpower.
The above is only the most preferred embodiment of the utility model, is not made in any form to the utility model
Limitation, anyone skilled in the art, in the case where not departing from technical solutions of the utility model ambit, utilization is above-mentioned
The method content of announcement makes many possible changes and modifications to technical solutions of the utility model, belongs to claim protection
Range.
Claims (10)
1. a kind of fuse test equipment, it is characterised in that: including rack, the transmission mechanism being set in the rack, along institute
State the pin and visual inspection machine structure, resistance detection mechanism, laser mechanism, radium-shine inspection that the transmission direction of transmission mechanism is set gradually
Mechanism and qualified cutting agency are surveyed, is provided with rejected product box unit on the outside of the laser mechanism.
2. fuse test equipment as described in claim 1, it is characterised in that: the transmission mechanism includes transmission rack, sets
The transmission rail being placed in the transmission rack, several carrier blocks, the driving transmission rail that are set on the transmission rail
The transmission electrical machine in road and be set to it is described transmission rack both ends adjust the transmission rail width track adjust unit, it is described
It includes being installed on adjusting sliding rail vertical with the transmission rail in the transmission rack, sliding with the adjusting that track, which adjusts unit,
Two sliding blocks and adjust the adjusting knob that described two sliding blocks are opened and closed along the adjusting sliding rail that rail is slidably matched, it is each described
Carrier block is respectively arranged with V-groove.
3. fuse test equipment as described in claim 1, it is characterised in that: the pin and visual inspection machine structure are including setting
Before and after being placed in the first industrial CCD camera of the transmission mechanism side, adjusting the first industrial CCD camera and move left and right
First adjusting unit, adjusts the second industrial CCD phase at the second industrial CCD camera for being set to the transmission mechanism other side
Before and after machine and move left and right the second adjusting unit, be set to the transmission mechanism side the first mounting rack, be installed on it is described
The third that third industrial CCD camera, the adjusting third industrial CCD camera on first mounting rack are moved left and right and gone up and down is adjusted
Unit and the lighting unit being installed below the third adjusting unit.
4. fuse test equipment as claimed in claim 3, it is characterised in that: the lighting unit includes and the third tune
The connected connecting rod of section unit, the connecting shaft being connected with the connecting rod, the two illuminations peace for being installed on the connecting shaft both ends
Loading board is installed on the swivel plate being rotatablely connected on the illumination mounting plate with the illumination mounting plate and is installed on the rotation
Several headlamps on plate.
5. fuse test equipment as described in claim 1, it is characterised in that: the resistance detection mechanism includes the second installation
Frame, the first lifting sliding rail being vertically arranged on second mounting rack, with first lifting sliding rail be slidably matched first
Lifter plate, the second lifting sliding rail being set on first lifter plate, with second lifting sliding rail be slidably matched second
Lifter plate, two detection probes being installed below second lifter plate, driving second lifter plate are along described second liter
The resistance detection cylinder of sliding rail sliding drops；The output end of the resistance detection cylinder is connected with to be slided with second lifting sliding rail
The driving plate of cooperation, the driving plate are located at the top of second lifter plate.
6. fuse test equipment as described in claim 1, it is characterised in that: the laser mechanism include radium-shine mounting rack,
Before and after the laser head that is installed on the radium-shine mounting rack, the driving laser head and move left and right radium-shine adjustment unit, set
It is placed in the cleaner unit of the laser head side and is set to two radium-shine fixed cylinders of the transmission mechanism two sides.
7. fuse test equipment as described in claim 1, it is characterised in that: the laser detection mechanism includes being set to institute
It states the turntable unit of transmission mechanism output end, the radium-shine detection CCD camera for being installed on the turntable unit side, adjust the radium
Penetrate detection CCD camera retreat and the radium-shine detection that moves left and right adjust unit, the mounting plate being installed on above the turntable unit,
Be installed on the mounting plate bottom surface for by the product of the transmission mechanism be carried to the turntable unit the first clamping jaw unit,
Be installed on the mounting plate side for by the second roll-over unit that product is overturn, be installed on the mounting plate other side and will not conform to
Lattice product is carried to the second clamping jaw unit of the rejected product case and is installed on the mounting plate bottom surface for producing qualification
Product are carried to the third clamping jaw unit of the qualified cutting agency.
8. fuse test equipment as described in claim 1, it is characterised in that: the qualification cutting agency includes being set to institute
The discharging transmission skin stated the discharging finishing unit of laser detection mechanism discharge end, be set to the discharging finishing unit output end
Band, driving it is described discharging transmission belt folding folding piston-cylinder unit, be set to it is described discharge transmission belt on multiple load plates,
The product of the discharging finishing unit is clamped and is put to the discharging manipulator unit on the load plate.
9. fuse test equipment as claimed in claim 8, it is characterised in that: the discharging finishing unit includes collator
The arrangement end cylinder that frame, the stationary rack being set in the arrangement rack and lifter rack, the driving lifter rack are gone up and down
And it is set to the photoelectric sensor of the stationary rack output end, the lifter rack is located at the middle part of the stationary rack.
10. fuse test equipment as claimed in claim 8, it is characterised in that: the output end of the discharging manipulator unit
The discharging cylinder of discharging clamping jaw and the driving discharging clamping jaw clamping is installed, is provided with multiple products on the discharging clamping jaw
Fixing groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821419595.4U CN208879104U (en) | 2018-08-31 | 2018-08-31 | A kind of fuse test equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821419595.4U CN208879104U (en) | 2018-08-31 | 2018-08-31 | A kind of fuse test equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208879104U true CN208879104U (en) | 2019-05-21 |
Family
ID=66510650
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821419595.4U Active CN208879104U (en) | 2018-08-31 | 2018-08-31 | A kind of fuse test equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208879104U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108971013A (en) * | 2018-08-31 | 2018-12-11 | 江苏创源电子有限公司 | A kind of fuse test equipment |
| CN111366827A (en) * | 2020-04-21 | 2020-07-03 | 安徽麦特电子股份有限公司 | Full-automatic silk screen printing production line of condenser |
-
2018
- 2018-08-31 CN CN201821419595.4U patent/CN208879104U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108971013A (en) * | 2018-08-31 | 2018-12-11 | 江苏创源电子有限公司 | A kind of fuse test equipment |
| CN108971013B (en) * | 2018-08-31 | 2024-04-26 | 江苏创源电子有限公司 | Fuse test equipment |
| CN111366827A (en) * | 2020-04-21 | 2020-07-03 | 安徽麦特电子股份有限公司 | Full-automatic silk screen printing production line of condenser |
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