CN105381963B - Fuse detection system - Google Patents
Fuse detection system Download PDFInfo
- Publication number
- CN105381963B CN105381963B CN201510752256.2A CN201510752256A CN105381963B CN 105381963 B CN105381963 B CN 105381963B CN 201510752256 A CN201510752256 A CN 201510752256A CN 105381963 B CN105381963 B CN 105381963B
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- Prior art keywords
- fuse
- detection
- hole
- undetermined
- flow arrangement
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/34—Sorting according to other particular properties
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/02—Measures preceding sorting, e.g. arranging articles in a stream orientating
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/36—Sorting apparatus characterised by the means used for distribution
- B07C5/361—Processing or control devices therefor, e.g. escort memory
- B07C5/362—Separating or distributor mechanisms
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/36—Sorting apparatus characterised by the means used for distribution
- B07C5/38—Collecting or arranging articles in groups
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- Fuses (AREA)
- Automatic Assembly (AREA)
Abstract
The present invention relates to a kind of fuse detection systems, including feeding device, the material-pulling device of feeding device rear end is set, the rectangular-ambulatory-plane driving means of opposite material-pulling device setting, monitor station between material-pulling device and rectangular-ambulatory-plane driving means, detection monitor station insure silk whether He Ge the first detection device, the first part flow arrangement positioned at monitor station rear end, positioned at the first part flow arrangement rear end the second part flow arrangement and detection the second part flow arrangement on fuse whether He Ge second detection device, fuse is delivered on material-pulling device by feeding device, fuse is pushed to monitor station by material-pulling device, first detection device detects whether the fuse on monitor station is qualified, then fuse is pushed on the first part flow arrangement by rectangular-ambulatory-plane driving means, first part flow arrangement will be qualified according to the testing result of the first detection device Fuse is delivered to the second part flow arrangement, and the second part flow arrangement shunts qualified product and rejected product according to the testing result of second detection device.
Description
Technical field
The present invention relates to a kind of fuse detection systems.
Background technique
Fuse (fuse) is also referred to as current insurance silk, it is defined as " fuse-link (fuse- by IEC127 standard
It link) ", has been mainly overload protective function.When circuit malfunctions or exception, constantly increased along with electric current, and
Raised electric current is possible to certain important devices or valuable device in damage circuit, it is also possible to burn circuit or even cause fire
Calamity.If correctly having disposed fuse in circuit, then, fuse will be increased to certain height and temperature in current anomaly
When, itself fusing cutting electric current, to play the role of protecting circuit safety operation.
At present in fuse production process, need to detect fuse before factory, but at present to fuse
Detection is generally by manually being detected, so error rate is higher, and low efficiency.
Summary of the invention
The object of the present invention is to provide a kind of achievable intellectualized detection fuses, and help to improve working efficiency and drop
The fuse detection system of low defective products.
To achieve the goals above, the present invention adopts the following technical scheme: a kind of fuse detection system, is protected to detect
Dangerous silk, including feeding device, material-pulling device that the feeding device rear end is set, the relatively described material-pulling device setting Back Word
Whether shape driving means, the monitor station between the material-pulling device and rectangular-ambulatory-plane driving means have guarantor on detection monitor station
Dangerous silk and detect the first whether qualified detection device of fuse, positioned at the monitor station rear end the first part flow arrangement, be located at
Fuse on the second part flow arrangement of second part flow arrangement of first part flow arrangement rear end and detection whether He Ge second
Detection device, the fuse are delivered on the material-pulling device by the feeding device, and the material-pulling device pushes away fuse
It send to monitor station, first detection device detects whether the fuse on monitor station is qualified, is then pushed away by the rectangular-ambulatory-plane
Device is sent to push to fuse on first part flow arrangement, first part flow arrangement is according to the detection of the first detection device
As a result qualified fuse is delivered to second part flow arrangement, second part flow arrangement is according to the inspection of second detection device
It surveys result and shunts qualified product and rejected product.
Further, the feeding device includes vibrating disk and the feeding belt for connecting the vibrating disk and material-pulling device, institute
It states vibrating disk to include disk body and enclose the rewinding chamber for setting and being formed by the disk body, from bottom upwards along disk body inner sidewall in the disk body
It is formed with spiral helicine helicla flute, the vibration material mouth being connected to the end of the helicla flute, the vibration are offered on the disk body
Dynamic material mouth and feeding band connection.
Further, the vibrating disk further includes extending outwardly from the disk body with the extension docked with the feeding belt
Band, the vibration material mouth are connected with the extension band.
Further, the extension takes the first chute feeder for being recessed and docking with the vibration material mouth.
Further, the second chute feeder docked with first chute feeder is recessed on the feeding belt.
Further, the rectangular-ambulatory-plane driving means includes the first rail assembly, is arranged on first rail assembly
The second rail assembly and the push plate that is arranged on second rail assembly.
Further, first rail assembly includes the cross slide way extended transversely, is fixed on the cross slide way
The transverse direction that cross slide and the driving cross slide upper and can move on the cross slide way move on cross slide way
Actuator, second rail assembly include vertically extending vertical guide, are fixed in the vertical guide and can be in institute
The vertical actuator stated the vertical slide moved in vertical guide and move the vertical slide in the vertical guide, institute
It states push plate to be fixed on vertical slide, and mobile with vertical slide.
According to the above aspect of the present invention, the present invention has at least the following advantages: fuse detection system of the invention can realize intelligence
Change detection fuse, and helps to improve working efficiency and reduce defective products.
The above description is only an overview of the technical scheme of the present invention, in order to better understand the technical means of the present invention,
And can be implemented in accordance with the contents of the specification, the following is a detailed description of the preferred embodiments of the present invention and the accompanying drawings.
Detailed description of the invention
Fig. 1 is the partial structure diagram of fuse detection system of the present invention；
Fig. 2 is the partial structure diagram in Fig. 1；
Fig. 3 is the partial structure diagram in Fig. 2；
Fig. 4 is the structural schematic diagram of scraping wings in Fig. 3；
Fig. 5 is the structural schematic diagram of positioning mechanism in Fig. 3；
Fig. 6 is the structural schematic diagram that pedestal is shunted in Fig. 3；
Fig. 7 is the partial structure diagram in Fig. 2；
Fig. 8 is the structural schematic diagram of the second part flow arrangement in Fig. 7；
Fig. 9 is the structural schematic diagram that pedestal is shunted in Fig. 8.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiments of the present invention will be described in further detail.Implement below
Example is not intended to limit the scope of the invention for illustrating the present invention.
Referring to Fig. 1 to Fig. 9, a kind of fuse detection system described in a preferred embodiment of the present invention is to detect fuse
Whether (not shown) be qualified, and shunts qualified fuse and underproof fuse.The fuse detection system includes charging
The rectangular-ambulatory-plane that device 10, the material-pulling device 20 that 10 rear end of feeding device is arranged in, the relatively described material-pulling device 20 are arranged pushes away
It send device 30, the monitor station 40 between the material-pulling device 20 and rectangular-ambulatory-plane driving means 30, be on detection monitor station 40
It is no to have fuse and detect the first whether qualified detection device 50 of fuse, shunted positioned at the first of 40 rear end of monitor station
Insurance on the second part flow arrangement 70 of device 60, the second part flow arrangement 70 positioned at 60 rear end of the first part flow arrangement and detection
Silk whether He Ge second detection device 80.The fuse is delivered on the material-pulling device 20 by the feeding device 10,
Fuse is pushed to monitor station 40 by the material-pulling device 20, and first detection device 50 detects the insurance on monitor station 40
Whether silk is qualified, is then pushed to fuse on first part flow arrangement 60 by the rectangular-ambulatory-plane driving means 30, first
Qualified fuse is delivered to second part flow arrangement 70 according to the testing result of the first detection device 50 by part flow arrangement 60,
Second part flow arrangement 70 shunts qualified product and rejected product according to the testing result of second detection device 80.
The feeding device 10 includes vibrating disk 11 and the feeding belt 12 for connecting the vibrating disk 11 and material-pulling device 20.Institute
Vibrating disk 11 is stated to include disk body 111 and enclose the rewinding chamber 112 for setting and being formed by the disk body 111, in the disk body 111 from bottom to
On along the inner sidewall of disk body 111 be formed with spiral helicine helicla flute 113, offered on the disk body 111 and the helicla flute 113
End connection vibration material mouth 114, the vibration material mouth 114 connect with feeding belt 12.In the present embodiment, the vibrating disk
11 further include extending outwardly from the disk body 111 with the extension band 115 docked with the feeding belt 12, the extension band 115
One end is connected with vibration material mouth 114, and the other end is docked with feeding belt 12, and the feeding belt 12 is set close to the side for extending band 115
It is equipped on detection feeding belt 12 inductor 91 for whether having fuse, passes through connection between the feeding belt 12 and extension band 115
Lid 116 is fixed.The first chute feeder 117 docked with the vibration material mouth 114 is recessed on the extension band 115, it is described
The second chute feeder 121 docked with first chute feeder 117 is recessed on feeding belt 12.
The material-pulling device 20 includes the mobile scraping wings 21 of promotion fuse and drives the scraping wings 21 is mobile to move
Power source 22.The scraping wings 21 has the longitudinally extension along scraping wings 21 and the first side 211 being oppositely arranged and second
Side 212, the top surface 213 being oppositely arranged and bottom surface 214 offer the fixing slot 215 of fuse-positioning on the scraping wings 21,
The fixing slot 215 runs through the first side 211, and the fixing slot 215 runs through the bottom surface 214, in the present embodiment,
The fixing slot 215 also extends through the top surface 213.The monitor station 40 is lower than the scraping wings 21.In the present embodiment, described
Material-pulling device 20 further includes the positioning mechanism 23 for positioning 215 position of fixing slot, and the positioning mechanism 23 includes fixing pusher
What the claw 231 of plate 21, the locating piece 232 of the fixed claw 231 and the driving 231 relative positioning part 232 of claw rotated
Rotary drive 233.Locating slot 216 is offered on the scraping wings 21, the claw 231 of the positioning mechanism 23 may be stuck in institute
It states in locating slot 216.The top surface 213 of the locating slot 216 from the scraping wings 21, which extends downwardly, to be formed, and the locating slot
216 run through the first side 211 and bottom surface 214, and the locating slot 216 is located at the inside of the fixing slot 215.The claw
231 are located at 21 top of scraping wings.It is provided on the scraping wings 21 to detect in fixing slot 215 whether have fuse
Inductor 91.
The monitor station 40 includes fixing seat 41 and the roller 42 being arranged in the fixing seat 41, and the roller 42 turns
Dynamic direction is to rotate from material-pulling device 20 towards the direction of rectangular-ambulatory-plane driving means 30.In the present embodiment, the roller 42 is flat
Two of row setting are formed with the holding tank 43 for position fuse between two rollers 42, and the fixing seat 41 is with position
Front shoe 411 and rear fixed plate 412 in 42 front and rear sides of roller, it is close that the rear fixed plate 412 compares front shoe 411
First part flow arrangement 60 offers escape groove (not labeled) on the front shoe 411, and the extension line of the holding tank 43 is located at
In escape groove.
The rectangular-ambulatory-plane driving means 30 includes the first rail assembly 31, be arranged on first rail assembly 31 the
Two rail assemblies 32 and the push plate 33 being arranged on second rail assembly 32, the monitor station 40 are lower than the push plate 33.
First rail assembly 31 includes the cross slide way 311 extended transversely, is fixed on the cross slide way 311 and can be in institute
State the cross that the cross slide 312 moved on cross slide way 311 and the driving cross slide 312 move on cross slide way 311
To actuator 313, second rail assembly 32 includes vertically extending vertical guide 321, is fixed on the vertical guide
On 321 and the vertical slide 322 that can move in the vertical guide 321 and lead the vertical slide 322 vertically described
The vertical actuator 323 moved on rail 321, the push plate 33 are fixed on vertical slide 322, and mobile with vertical slide 322.
First part flow arrangement 60 includes shunting pedestal 61, the flow distribution plate 62 being arranged on the shunting pedestal 61 and position
In the shunting driving device 63 for shunting 61 two sides of pedestal.Diversion channel 611, the shunting are provided in the shunting pedestal 61
Plate 62 can move on the shunting pedestal 61 and the fuse on the shunting pedestal 61 is pushed into diversion channel 611, described
Flow distribution plate 62 drives it to move on shunting pedestal 61 by shunting driving device 63.Induction is provided on the flow distribution plate 62 to protect
The inductor 91 of dangerous silk.The diversion channel 611 includes the first diversion channel 612 and the second diversion channel 613, first diversion channel
612 and second are provided with mobile station 614 between diversion channel 613, and first diversion channel 612 has through shunting the upper of pedestal 61
The vertical component effect 615 on surface and rake 616 that is outside from the vertical component effect 615 and extending downwardly, 613 He of the second diversion channel
First diversion channel 612 is in mirror settings.The flow distribution plate 62 includes that the first flow distribution plate (not labeled) and the second flow distribution plate (are not marked
Number), first flow distribution plate and the second flow distribution plate shift position are on the contrary, the bottom surface of first flow distribution plate has been recessed storage
The first of fuse pushes slot (not shown), and the bottom surface of second flow distribution plate is recessed the second promotion of storage fuse
Slot (not shown).It is described shunt driving device 63 include positioned at shunt pedestal two sides first shunt driving device (not labeled) and
Second shunts driving device (not labeled), which drives the first flow distribution plate mobile, and second shunting is driven
Dynamic device drives the second flow distribution plate mobile.First part flow arrangement 60 further includes upward convex from the rear end for shunting pedestal 61
The boss 616 to be formed is stretched, the opening 617 of the corresponding mobile station 614, the opening 617 and movement are formed in the boss 616
Platform 614 docks.Cover 617 is covered on the boss 616, whether be provided in induction opening 617 on the cover 617 has guarantor
The inductor 91 of dangerous silk.Connecting tube 92, the connecting tube are connected between first monitor station 40 and the second part flow arrangement 70
92 be hollow type, and one end of the connecting tube 92 is docked with opening 617.The monitor station 40 is located at same water with mobile station 614
Plane, and the mobile station 614 is docked with monitor station 40.The corresponding holding tank 43 of the monitor station 40 is arranged, the monitor station 40 with
Holding tank 43 docks.
Second part flow arrangement 70 includes shunting pedestal 71, is arranged above the shunting pedestal 71 and can be at described point
It flows the mobile driven in translation part 73 of the isocon 72 moved on pedestal 71, the driving isocon 72 and is located at the isocon 72
On detection part 74 undetermined.The first tap hole 711 and the second tap hole 712, the detection are through on the shunting pedestal 71
Detection hole 741 undetermined, first tap hole 711, the second tap hole 712, detection 741 and of hole undetermined are through on part 74 undetermined
Isocon 72 is arranged in parallel, the isocon 72 by the driven in translation part 73 push selectively with detect hole 741 undetermined
Or first tap hole 711 or the docking of the second tap hole 712, the second detection device 80 is towards detecting hole 741 undetermined simultaneously
Whether the fuse detected in the detection hole 741 undetermined is qualified.The connecting tube 92 connects the opening of the first part flow arrangement 60
617 dock with the detection part 74 undetermined, the connecting tube 92 with the detection hole 741 undetermined.The detection part 74 undetermined
Side, which is provided with, concentrates plate 75, described that plate 75 is concentrated to have an arcwall face 751 towards detection hole 741 undetermined, and described second
Detection device 80 has two of mirror settings, and two second detection devices 80 towards arcwall face 751 and detect undetermined
Hole 741.The second detection device 80 has the pulling plate 76 of the fixed isocon 72, the pulling plate 76 and the driven in translation
Part 73 is connected and is pushed by the driven in translation part 73, is also through with location hole 713, the location hole on the shunting pedestal 71
713 between first tap hole 711 and the second tap hole 712, and the center line of the location hole 713 and detection are undetermined
The center line in hole 741 is overlapped.
The fuse detection system further includes material collecting device 100, the first workbench 200, the second workbench 300, third
Workbench 400 and controller 500.The material collecting device 100 is located at 712 lower section of the second tap hole.The material collecting device 100
Including rewinding pipe (not shown) and rewinding band 101, one end of the rewinding pipe is docked with the second tap hole 712, other end direction
The band mouth of rewinding band 101.The material collecting device 100 is located at the lower section of the third workbench 400, second part flow arrangement 70
It is fixed on the top of the third workbench 400 with second detection device 80, and offers on the third workbench 400 logical
Hole (not shown), the through-hole dock the second tap hole 712 and rewinding pipe.The fixed vibrating disk 11 of first workbench 200, it is described
Second workbench 300 is higher than the first workbench 200 and third work between the first workbench 200 and third workbench 400
Make platform 400, the fixed material-pulling device 20 of second workbench 300, rectangular-ambulatory-plane driving means 30, monitor station 40, first shunt dress
Set 60, second detection device 80 and controller 500.The fixed concentration plate 75 is further fixed on second workbench 300
Second positioning seat 94 of the first positioning seat 93 and fixed feeding belt 12.
Above-mentioned fuse detection system working method is as follows: all fuses being put into vibrating disk 11 first, so
After start the fuse detection system；After the starting of fuse detection system, the disk body 111 of vibrating disk 11, which starts vibration, makes disk body
Fuse in 111 is successively arranged in helicla flute 113, and the fuse positioned at front in helicla flute 113 is by subsequent guarantor
Dangerous silk, which is pushed, to be moved forward, and is entered back into entering to the first chute feeder 117 out of vibration material mouth 114 to the second chute feeder 121, most
Material-pulling device 20 is reached afterwards；At this point, fuse is fixed by the fixing slot 215 of material-pulling device 20, the power source 22 of material-pulling device 20
It drives scraping wings 21 mobile, the fuse in fixing slot 215 is pushed on monitor station 40, when fuse is pushed to monitor station 40
When upper, the claw 231 of positioning mechanism 23 fixes locating slot 216 to position scraping wings, to prevent thrust flitch 21 by fuse transition
It releases, when positioning terminates, the claw 231 of positioning mechanism 23 is withdrawn from out of locating slot 216, and power source 22 is again started up, scraping wings
21 reset；When fuse enters to monitor station 40, the first detection device 50 is detected the fuse to analyze the insurance
Whether silk is qualified, simultaneously as the roller 42 of fuse bottom is ceaselessly rotating, so that fuse be made to be moved to two rollers
(enter in holding tank 43) between 42；After the first detection device 50 has judged, the vertical driving of rectangular-ambulatory-plane driving means 30
Part 323 starts, and pushes push plate 33 mobile to fuse, to reach push position, and then starts laterally driven part 313, laterally sliding
Seat 312 moves on cross slide way 311, mobile to drive the second rail assembly 32, and then makes push plate 33 that fuse be pushed to pass through
Escape groove enters the first part flow arrangement 60, after having pushed, is again started up vertical actuator 323, push plate 33 resets, then again
Start laterally driven part 313, cross slide 312 resets, which forms one and return in pusher and reset
Zigzag motion track；After fuse enters to the first part flow arrangement 60, the first part flow arrangement 60 is according to the first detection device 50
Detection structure rejected product is shunted, motion mode is as follows: if judging the fuse for rejected product, start shunting drive
Dynamic device 63, pulls flow distribution plate 62, enters to the fuse in flow distribution plate 62 in diversion channel 611, in the present embodiment, setting
The purpose of two flow distribution plates 62 is: can accelerate to shunt speed, if judging the fuse for qualified product, flow distribution plate 62 is not transported
It is dynamic, connecting tube 92 is entered to from opening 617 under the pushing of fuse fuse below；Fuse is since gravity is from connection
Pipe 92 enters in detection hole 741 undetermined, and then detecting the fuse in detection hole 741 undetermined by second detection device 80 is
No qualification is first docked with detection hole 741 undetermined by isocon 72 if qualified, makes to detect the fuse in hole 741 undetermined and enter
To isocon 72, then, isocon 72 is docked with the second tap hole 712, and fuse is made to enter to the second tap hole 712 with most
It is entered in rewinding band 101 by rewinding pipe, if detection is unqualified, is first docked with detection hole 741 undetermined by isocon 72 afterwards,
Enter to the fuse detected in hole 741 undetermined in isocon 72, then, isocon 72 is docked with the first tap hole 711, into
And it shunts away.In the present embodiment, first detection device 50 and second detection device 80 are to detect different characteristics.
In conclusion above-mentioned fuse detection system can realize intellectualized detection fuse, and help to improve work effect
Rate and reduction defective products.It can will not be to insurance when pushing fuse by the material-pulling device 20 in the fuse detection system
Silk damages, and avoids the phenomenon that fuse stacks；It can prevent fuse from falling by the rectangular-ambulatory-plane driving means 30,
The problem of preventing detection from omitting；By first part flow arrangement 60 and the second part flow arrangement 70 can realize automatic shunt qualified product and
Rejected product prevents classification error.
The above is only a preferred embodiment of the present invention, it is not intended to restrict the invention, it is noted that for this skill
For the those of ordinary skill in art field, without departing from the technical principles of the invention, can also make it is several improvement and
Modification, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (1)
1. a kind of fuse detection system, to detect fuse, it is characterised in that: including feeding device, setting it is described into
Expect the material-pulling device of device rear end, the rectangular-ambulatory-plane driving means of material-pulling device setting relatively, be located at the material-pulling device and
Monitor station between rectangular-ambulatory-plane driving means, whether have on detection monitor station fuse and detection fuse whether He Ge first
Detection device, the first part flow arrangement positioned at the monitor station rear end, second positioned at first part flow arrangement rear end shunt
Fuse on the second part flow arrangement of device and detection whether He Ge second detection device, the fuse fills by the charging
It sets and is delivered on the material-pulling device, fuse is pushed to monitor station, the first detection device detection by the material-pulling device
Whether the fuse on to monitor station is qualified, and fuse is then pushed to described first by the rectangular-ambulatory-plane driving means and is shunted
On device, qualified fuse is delivered to described second according to the testing result of the first detection device by first part flow arrangement
Part flow arrangement, second part flow arrangement shunt qualified product and rejected product according to the testing result of second detection device；
The monitor station includes fixing seat and roller arranged on the fixing seat, and the rotation direction of the roller is from pusher
Device is rotated towards the direction of rectangular-ambulatory-plane driving means；The roller is two disposed in parallel, and it is fixed to be formed between two rollers
The holding tank of the position fuse, the fixing seat has the front shoe and rear fixed plate positioned at roller front and rear sides, described
Rear fixed plate compares front shoe and offers escape groove on the first part flow arrangement, the front shoe, the holding tank
Extension line is located in escape groove；
The feeding device includes vibrating disk and the feeding belt for connecting the vibrating disk and material-pulling device, and the vibrating disk includes disk
Body and the rewinding chamber for setting and being formed is enclosed by the disk body, be formed with upwards along disk body inner sidewall in the disk body from bottom spiral helicine
Helicla flute offers the vibration material mouth being connected to the end of the helicla flute, the vibration material mouth and feeding belt on the disk body
Connection；
The vibrating disk further includes the extension band to be extended outwardly from the disk body to dock with the feeding belt, the vibration material mouth
It is connected with the extension band；
The extension takes the first chute feeder for being recessed and docking with the vibration material mouth；
The second chute feeder docked with first chute feeder is recessed on the feeding belt；
The second rail assembly that the rectangular-ambulatory-plane driving means includes the first rail assembly, is arranged on first rail assembly
And the push plate on second rail assembly is set；
First rail assembly includes the cross slide way extended transversely, is fixed on the cross slide way and can be in the cross
The laterally driven part that the cross slide and the driving cross slide moved on direction guiding rail moves on cross slide way, described second
Rail assembly includes vertically extending vertical guide, is fixed in the vertical guide and can move in the vertical guide
Vertical slide and the vertical actuator that moves the vertical slide in the vertical guide, the push plate be fixed on vertically
On slide, and it is mobile with vertical slide；
The material-pulling device includes the scraping wings for pushing fuse mobile and the power source for driving the scraping wings movement；It is described to push away
Flitch have the longitudinally along scraping wings extend and the first side and second side that are oppositely arranged, the top surface that is oppositely arranged and
Bottom surface, the fixing slot of fuse-positioning is offered on the scraping wings, and the fixing slot runs through the first side, and the card
Gu slot runs through the bottom surface, the fixing slot also extends through the top surface；The monitor station is lower than the scraping wings；The pusher dress
Setting further includes positioning the positioning mechanism for fixing groove location, and the positioning mechanism includes the claw for fixing scraping wings, fixed institute
It states the locating piece of claw and drives the rotary drive of the claw relative positioning part rotation；Positioning is offered on the scraping wings
Slot, the claw of the positioning mechanism may be stuck in the locating slot；The locating slot is from the top surface of the scraping wings to downward
It stretches to be formed, and the locating slot runs through the first side and bottom surface, the locating slot is located at the inside of the fixing slot；Institute
Claw is stated to be located above the scraping wings；It is provided on the scraping wings to detect the induction for whether having fuse in fixing slot
Device；
First part flow arrangement includes shunting pedestal, the flow distribution plate being arranged on the shunting pedestal and being located at the shunting bottom
The shunting driving device of seat two sides；Diversion channel is provided in the shunting pedestal, the flow distribution plate can be on the shunting pedestal
The mobile fuse by the shunting pedestal is pushed into diversion channel, the flow distribution plate by shunting driving device drive its
It shunts and is moved on pedestal；The inductor of induction fuse is provided on the flow distribution plate；The diversion channel includes the first diversion channel
With the second diversion channel, mobile station is provided between first diversion channel and the second diversion channel, first diversion channel, which has, to be passed through
Wear the vertical component effect for shunting the upper surface of pedestal and rake that is outside from the vertical component effect and extending downwardly, second diversion channel
It is in mirror settings with the first diversion channel；The flow distribution plate include the first flow distribution plate and the second flow distribution plate, first flow distribution plate and
Second flow distribution plate shift position on the contrary, the bottom surface of first flow distribution plate be recessed storage fuse first push slot,
The bottom surface of second flow distribution plate is recessed the second promotion slot of storage fuse；The shunting driving device includes being located at
It shunts the first of pedestal two sides and shunts driving device and the second shunting driving device, which drives first point
Flowing plate is mobile, and described second, which shunts driving device, drives the second flow distribution plate mobile；First part flow arrangement further includes described in
The rear end for shunting pedestal protrudes upward the boss to be formed, and the opening of the corresponding mobile station, the opening are formed in the boss
It is docked with mobile station；Cover is covered on the boss, whether be provided in induction opening on the cover has the sense of fuse
Answer device；Connecting tube is connected between the monitor station and the second part flow arrangement, the connecting tube is hollow type, the connecting tube
One end and open butt joint；The monitor station and mobile station are located at same level, and the mobile station is docked with monitor station；It is described
Monitor station corresponds to holding tank setting, which docks with holding tank；
Second part flow arrangement includes shunting pedestal, being arranged above the shunting pedestal and can move up in the shunting pedestal
The driven in translation part and the detection part undetermined on the isocon of dynamic isocon, the driving isocon movement；It is described
It shunts and is through with the first tap hole and the second tap hole on pedestal, detection hole undetermined is through on the detection part undetermined, it is described
First tap hole, the second tap hole, detection hole undetermined and isocon are arranged in parallel, and the isocon is by the driven in translation part
It pushes and is selectively docked with detection hole undetermined or first tap hole or the second tap hole, the second detection device direction
It detects hole undetermined and whether the fuse detected in the detection hole undetermined is qualified；The connecting tube connects the first part flow arrangement
Opening and the detection part undetermined, the connecting tube are docked with the detection hole undetermined；The side setting of the detection part undetermined
There is concentration plate, described that plate is concentrated to have the arcwall face towards the detection hole undetermined, the second detection device is set with mirror image
Two set, and two second detection devices towards arcwall face and detect hole undetermined；The second detection device has solid
The pulling plate of the fixed isocon, the pulling plate connect with the driven in translation part and are pushed by the driven in translation part, described point
It is also through with location hole on stream pedestal, the location hole is and described fixed between first tap hole and the second tap hole
The center line in position hole is overlapped with the center line for detecting hole undetermined；
The fuse detection system further includes material collecting device, the first workbench, the second workbench, third workbench and control
Device；The material collecting device is located at below second tap hole；The material collecting device includes rewinding pipe and rewinding band, the rewinding
One end of pipe is docked with the second tap hole, band mouth of the other end towards rewinding band；The material collecting device is located at third work
The lower section of platform, second part flow arrangement and second detection device are fixed on the top of the third workbench, and described
Through-hole is offered on three workbench, which docks the second tap hole and rewinding pipe；The fixed vibrating disk of first workbench, institute
The second workbench is stated between the first workbench and third workbench, and is higher than the first workbench and third workbench, it is described
Second workbench fixes material-pulling device, rectangular-ambulatory-plane driving means, monitor station, the first part flow arrangement, second detection device and control
Device；The second positioning of fixed first positioning seat for concentrating plate and fixed feeding belt is further fixed on second workbench
Seat；
First detection device and second detection device are to detect different characteristics；
Above-mentioned fuse detection system working method is as follows: all fuses being put into vibrating disk first, are then started
The fuse detection system；After the starting of fuse detection system, the disk body of vibrating disk, which starts vibration, makes the intracorporal fuse of disk
It is successively arranged in helicla flute, and the fuse positioned at front in helicla flute is pushed by subsequent fuse and moved forward, with
The first chute feeder is entered to out of vibration material mouth to enter back into the second chute feeder, finally reaches material-pulling device；At this point, fuse by
The fixing slot of material-pulling device fixes, and the power source drive scraping wings of material-pulling device is mobile, and the fuse in fixing slot is pushed to
On monitor station, when fuse is pushed on monitor station, the claw of positioning mechanism fixes locating slot to position scraping wings, to prevent
Scraping wings releases fuse transition, and when positioning terminates, the claw of positioning mechanism is withdrawn from out of locating slot, and power source opens again
It is dynamic, pusher sheet reset；When fuse enters to monitor station, the first detection device is detected the fuse to analyze the guarantor
Whether dangerous silk is qualified, simultaneously as the roller of fuse bottom is ceaselessly rotating, so that fuse be made to be moved to two rollers
Between；After the first detection device has judged, the vertical actuator of rectangular-ambulatory-plane driving means starts, and push plate is pushed to move to fuse
It is dynamic, to reach push position, and then start laterally driven part, cross slide moves on cross slide way, to drive the second track
Component is mobile, and then makes push plate that fuse be pushed to enter the first part flow arrangement by escape groove and be again started up perpendicular after having pushed
To actuator, push plate resets, and is then again started up laterally driven part, and cross slide resets, and the rectangular-ambulatory-plane driving means is in pusher
When with resetting, a rectangular-ambulatory-plane motion profile is formed；After fuse enters to the first part flow arrangement, the first part flow arrangement according to
The testing result of first detection device shunts rejected product, and motion mode is as follows: if judge the fuse for rejected product,
Then start shunting driving device, pulls flow distribution plate, enter to the fuse in flow distribution plate in diversion channel, if judging the fuse
For qualified product, then flow distribution plate is not taken exercises, and enters to connecting tube from opening under the pushing of fuse fuse below；Fuse
Since gravity enters in detection hole undetermined from connecting tube, then detected in detection hole undetermined by second detection device
Whether fuse is qualified, if qualified, first docked with detection hole undetermined by isocon, makes to detect the fuse in hole undetermined and enter
To isocon, then, isocon is docked with the second tap hole, and fuse is made to enter to the second tap hole finally by rewinding
Pipe enters in rewinding band, if detection is unqualified, is first docked with detection hole undetermined by isocon, makes to detect the guarantor in hole undetermined
Dangerous silk enters in isocon, and then, isocon is docked with the first tap hole, and then is shunted away.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510752256.2A CN105381963B (en) | 2015-11-06 | 2015-11-06 | Fuse detection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510752256.2A CN105381963B (en) | 2015-11-06 | 2015-11-06 | Fuse detection system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105381963A CN105381963A (en) | 2016-03-09 |
| CN105381963B true CN105381963B (en) | 2019-01-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510752256.2A Active CN105381963B (en) | 2015-11-06 | 2015-11-06 | Fuse detection system |
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Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07227579A (en) * | 1994-02-17 | 1995-08-29 | Sony Corp | Method for classifying and conveying parts and device therefor |
| CN101474685B (en) * | 2009-01-16 | 2011-01-26 | 江苏格尔顿传动有限公司 | Equipment for automatically processing vehicle steering universal-joint fork ear punch |
| CN103706578B (en) * | 2013-12-19 | 2015-12-09 | 苏州方林科技股份有限公司 | Automatic checkout equipment |
| CN104198880B (en) * | 2014-08-13 | 2016-10-26 | 常州常利来电子有限公司 | Cartridge fuse test machine |
| CN204341476U (en) * | 2014-12-23 | 2015-05-20 | 苏州亿利特电子科技有限公司 | Wire fuse detects packaging facilities |
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| CN105381963A (en) | 2016-03-09 |
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