CN207138314U - Batch mixing exception feeding-distribution device - Google Patents
Batch mixing exception feeding-distribution device Download PDFInfo
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- CN207138314U CN207138314U CN201721034992.5U CN201721034992U CN207138314U CN 207138314 U CN207138314 U CN 207138314U CN 201721034992 U CN201721034992 U CN 201721034992U CN 207138314 U CN207138314 U CN 207138314U
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- module
- exception
- distribution device
- pedestal
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- 239000000463 material Substances 0.000 claims abstract description 48
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims abstract description 36
- 238000007664 blowing Methods 0.000 claims abstract description 28
- 238000001514 detection method Methods 0.000 claims abstract description 25
- 230000009514 concussion Effects 0.000 claims description 25
- 210000002683 foot Anatomy 0.000 claims description 7
- 238000007373 indentation Methods 0.000 claims description 4
- 230000002093 peripheral effect Effects 0.000 claims description 3
- 230000001105 regulatory effect Effects 0.000 claims description 3
- 238000007689 inspection Methods 0.000 claims description 2
- 230000002950 deficient Effects 0.000 abstract description 39
- 230000000694 effects Effects 0.000 description 6
- 238000000034 method Methods 0.000 description 6
- 230000002159 abnormal effect Effects 0.000 description 3
- 239000012141 concentrate Substances 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000010355 oscillation Effects 0.000 description 2
- 230000008878 coupling Effects 0.000 description 1
- 238000010168 coupling process Methods 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000002474 experimental method Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 230000008447 perception Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
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- Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)
Abstract
It is a kind of batch mixing exception feeding-distribution device that this is new,Provided with a vibrations module,One feeding module,One sub-material module and a detection module,The vibrations module is provided with a pedestal,One vibrations oscillator and a vibrating disc,The feeding module is combined with the vibrations module and is provided with a feed appliance,One feeding track and a material collecting box,The sub-material module is combined with the vibrations module and feeding module and is provided with an air-breathing group and an air blowing group,The air-breathing group can be provided in a suction to the feeding track,The air blowing group can be provided in a blowing force to the feeding track,Module is detected in the placement platform and positioned at the side of the vibrations module and towards the feeding module,The detection module is provided with a detector towards the feeding track,Non-defective unit and defective products can be precisely separated and can save the batch mixing exception feeding-distribution device of time and cost by providing one.
Description
Technical field
It is on a kind of batch mixing exception feeding-distribution device, espespecially a kind of batch mixing for being precisely separated non-defective unit and defective products that this is new
Abnormal feeding-distribution device.
Background technology
In general, such as nail, screw, nut or bolt locking part, it is necessary to right after a large amount of manufactures are completed
Testing process one by one is carried out in each locking part, so as to being distinguished and being separated non-defective unit therein and defective products, and then really
The problem of protecting the crudy of product and avoiding causing client's perception bad to client defective products shipment.
The existing mode that sub-material is carried out for locking part, the locking part after manufacture is mainly first arranged, made
It then carries out outward appearance and size by a detection module towards same direction and in one arranged in a straight line for each locking part
Detection, when the outward appearance or size of the locking part of detection are not inconsistent standardization or regulation, it can be determined as via the detection module
Defective products, and notify a blowning installation to blow out the defective products, so as to reaching a sub-material effect.
However, the abnormal feeding-distribution device of existing batch mixing is during use, though defective products can be blown by blowing method
Go out classification, but because each locking part is that linear arranged adjacent is detected, therefore work as and blown defective products by blowing method
When going out, it will easily be blown out simultaneously with the forward and backward adjacent non-defective unit of the defective products during air blowing so that blow out afterwards after testing
Locking part in, be still mingled with non-defective unit and need to be detected again with defective products, accurate sub-material effect can not be provided, relative increase
Time and cost needed for subsequent detection, really there is it to be subject to improvements.
New content
Therefore, in view of the abnormal feeding-distribution device of existing batch mixing in missing and deficiency in the upper and structure of use, Wu Fada
To accurate sub-material and the puzzlement of time and cost is saved, spy passes through continuous research and experiment, and developing one kind finally can improve
The sheet of existing missing is new.
It is a kind of batch mixing exception feeding-distribution device that this is new, and it is by the structure configuration mode simplified, there is provided one can be accurate
Sub-material and the batch mixing exception feeding-distribution device for saving time and cost.
To reach above-mentioned purpose, originally new to be to provide a kind of batch mixing exception feeding-distribution device, it is provided with：
One vibrations module, the vibrations module are arranged at the vibrations oscillator and one on the pedestal provided with a pedestal, one
Located at it is described vibrations oscillator on and opening up concussion disk；
One feeding module, the feeding module are combined and provided with a feed appliance, a feeding track with the vibrations module
And a material collecting box, the feed appliance is on the pedestal and positioned at the side of the vibrations oscillator and the concussion disk, institute
Feeding track is stated on the feed appliance and is communicated with the concussion disk, the material collecting box is combined and position with the pedestal
At the lower section of described feeding track one end；
One sub-material module, the sub-material module be combined with the vibrations module and feeding module and provided with an air-breathing group and
One air blowing group, the air-breathing are mounted on the pedestal and are connected with the feeding track, and it is to provide a suction to institute
State in feeding track, and the air blowing group is connected on the pedestal and with the feeding track, it is to provide a blowing force
In to the feeding track；And
One detection module, the detection module is in the placement platform and positioned at the side of the vibrations module and towards described
Feeding module, and the detection module is mutually electrically connected with the sub-material module, so as to allowing the sub-material module can be according to described in
The testing result for detecting module carries out start, wherein the detection module is provided with a detector towards the feeding track.
Further, foregoing batch mixing exception feeding-distribution device, the concussion disk offer a breach at outer peripheral edge, and
The concussion disk is arranged with a groove communicated with the breach, the feeding track at the top surface of the corresponding indentation, there
Provided with a rail bed, the rail bed is combined and position located at the top of the feed appliance and its one end with the concussion disk
In the indentation, there, the rail bed is arranged with a rail groove, length direction of the rail groove along the rail bed
Both ends, two lateral walls and a respectively entrance and the outlet of the rail bed are extended through, wherein the rail groove
Entrance communicates with the groove.
Further, foregoing batch mixing exception feeding-distribution device, the rail bed go out the neighbouring rail groove
Two perforation for being arranged at intervals and being communicated with the rail groove are provided with mouthful, and the feeding track is further provided with a cover plate and one
Guide seat, the cover plate be covered on the rail bed top surface and the front side edge of the cover plate alongst extend to
The top of the rail groove, the front side edge of the cover plate is set to cover the part range of the rail groove, and the cover plate is neighbouring
Longitudinally through provided with a port communicated with the rail groove at two perforation of the rail bed, and the guide seat is located at institute
State the passage port of cover plate and be provided with a leadout hole communicated with the port, and the material collecting box is located at the export of the guide seat
At below hole.
It is preferred that foregoing batch mixing exception feeding-distribution device, the air-breathing group is provided with a vacuum generator and a suction
Tracheae, the vacuum generator are combined with the pedestal, and one end of the air intake duct is connected with the vacuum generator, and
The other end of the air intake duct is connected with wherein one perforation of the rail bed away from rail groove outlet.
It is preferred that foregoing batch mixing exception feeding-distribution device, the air blowing group are provided with a valve seat and gas blow pipe institute
State valve seat to be combined with the pedestal and be located at the side of the vacuum generator, one end of the gas blow pipe and the valve seat phase
Connection, and the other end of the gas blow pipe is connected with wherein one perforation of the rail bed close to rail groove outlet
Connect, make gas caused by the valve seat, can be via the gas blow pipe through the rail groove and the port and towards the guide
The leadout hole blowout of seat.
It is preferred that foregoing batch mixing exception feeding-distribution device, the air-breathing group is in the regulation of setting one on the valve seat
Valve, the gas flow of the gas blow pipe is entered so as to adjusting the valve seat.
It is preferred that foregoing batch mixing exception feeding-distribution device, the material collecting box, the vacuum generator and described
Valve seat, be respectively by a L shaped plate and with the mutually fixed combination of the pedestal, and each L shaped plate is provided with an at least strip hole and one
With the locking part that at least a strip hole is combined, so as to adjusting the vacuum generator, the valve seat and described gathering materials
The position of the relatively described pedestal of box and the feeding track.
It is preferred that foregoing batch mixing exception feeding-distribution device, the detection module is provided with a body, one first adjustment
Group, one second adjustment group and a detector, the body are arranged in the placement platform and are located at the side of the feeding track,
The first adjustment group is combined with the body and provided with a sliding shoe that can be moved relative to the body, second adjustment
It is mounted on the sliding shoe of the first adjustment group and is provided with least one accurate slide unit, the detector and the second adjustment group
Accurate slide unit be combined and positioned at the feeding track top at.
It is preferred that foregoing batch mixing exception feeding-distribution device, the body are provided with a lower fixed seat, two guide rods and one
Upper fixed seat, two guide rod are combined with the lower fixed seat and fixed seat and form a rectangular framework, institute
The first adjustment group is stated provided with an adjustment bar and an adjustment wheel, the adjustment bar can rotationally with the lower fixed seat and described solid
Reservation is combined and between two guide rod, and the sliding shoe is mutually arranged with reference to and with the adjustment with two guide rod
Bar, which mutually blocks, sets combination, and the adjustment wheel is combined with one end that the adjustment bar stretches out fixed seat, makes the adjustment wheel
Via the adjustment bar sliding shoe can be driven to be moved along two guide rod between two fixed seat during rotation, and
The detector is provided with a combination arm with the described at least one accurate mutually fixed combination of slide unit.
It is preferred that foregoing batch mixing exception feeding-distribution device, the pedestal are provided with several support feets, each support feet is
Cylinder made by one quality of rubber materials, so as to enabling the pedestal to be firmly arranged in a plane.
By above-mentioned technological means, this novel mixing exception feeding-distribution device when in use, not only can inhale one by one and blow
Mode, blowing method of the locking part to be measured of non-defective unit through the air blowing group will be detected as, by the leadout hole of the guide seat
Depart from the feeding track and fall in the material collecting box and concentrate, and for adjacent and without institute during air blowing
Another locking part to be measured of guide seat is stated, the suction attracted is provided via the air-breathing group, can effectively avoid described adjacent
Locking part to be measured, depart from the feeding track because of the blowing gas of air blowing group, described gather materials be collected in so as to allowing
Locking part to be measured in box is all non-defective unit, and the situation of defective products is mixed without producing, and is detected as the to be measured of defective products
Locking part is to depart from the feeding track by the outlet of the rail groove, effectively avoids producing non-defective unit and defective products after detection
The situation mutually mixed, non-defective unit and defective products can not only be accurately separated, and be not required to detect again again after sub-material, when relative can save
Between and cost, and then provide one and accurately sub-material and the batch mixing exception feeding-distribution device of time and cost can be saved.
Brief description of the drawings
Fig. 1 is the stereo appearance figure of this novel mixing exception feeding-distribution device.
Fig. 2 is the sectional perspective outside drawing of this novel mixing exception feeding-distribution device.
Fig. 3 is another sectional perspective outside drawing of this novel mixing exception feeding-distribution device.
Fig. 4 is the sectional perspective exploded view of this novel mixing exception feeding-distribution device.
Fig. 5 is that the fore side of the partial enlargement of this novel mixing exception feeding-distribution device regards diagrammatic cross-section.
Reference is as follows with the corresponding pass of part：
Shake module 10；Pedestal 11；Support feet 111；Shake oscillator 12；Shake disk 13；Breach 131；Groove 132；Send
Expect module 20；Feed appliance 21；Feeding track 22；Material collecting box 23；Rail bed 24；Rail groove 241；Perforate 242S；Perforate 242B；
Cover plate 25；Port 251；Guide seat 26；Leadout hole 261；L shaped plate 27；Strip hole 271；Locking part 272；Sub-material module 30；Air-breathing
Group 31；Vacuum generator 311；Air intake duct 312；Air blowing group 32；Valve seat 321；Gas blow pipe 322；Regulating valve 323；Detect module 40；
Body 41；Lower fixed seat 411；Guide rod 412；Upper fixed seat 413；First adjustment group 42；Adjust bar 421；Sliding shoe 422；Adjustment
Wheel 423；Second adjustment group 43；Accurate slide unit 431；Detector 44；Combination arm 441；Placement platform 50；Locking part 60 to be measured；It is good
Product 60G；Defective products 60B.
Embodiment
This is new mainly to provide a kind of batch mixing exception feeding-distribution device, please refer to as shown in Figures 1 to 4, by can in figure
Find out this novel mixing exception feeding-distribution device, it is provided with a vibrations module 10, a feeding module 20, a sub-material module 30 and an inspection
Module 40 is surveyed, wherein：
The vibrations module 10 shakes disk in a placement platform 50 and provided with a pedestal 11, one vibrations oscillator 12 and one
13, the pedestal 11 is arranged in the placement platform 50 and is provided with several support feets 111, it is preferable that each support feet 111 is one
Cylinder made by quality of rubber materials, so as to enabling the pedestal 11 to be firmly arranged in the placement platform 50, the vibrations shake
Swing device 12 to be arranged on the pedestal 11, the vibrations oscillator 12 can produce a concussion effect, and concussion effect is produced due to described
The structure and principle of fruit, known to those of ordinary skill in the art, therefore it is not illustrated by herein, the concussion
Disk 13 be for one located at it is described vibrations oscillator 12 on and opening up disk body, and it is described concussion disk 13 by it is described vibrations shake
The vibrations of device 12 and produce a concussion effect, it is described concussion disk 13 breach 131, and the concussion disk are offered at outer peripheral edge
A groove 132 communicated with the breach 131 is arranged with 13 top surface at the corresponding breach 131.
The feeding module 20 is combined and provided with a feed appliance 21, a feeding track 22 and one with the vibrations module 10
Material collecting box 23, the feed appliance 21 is on the pedestal 11 of the vibrations module 10 and positioned at the vibrations oscillator 12 and described
Shake the side of disk 13, it is preferable that the feed appliance 21 is put down for a high frequency that can produce high frequency oscillation and send device, the feeding rail
Road 22 communicates on the feed appliance 21 and with the concussion disk 13, please refer to as shown in Fig. 2 and 4, the feeding rail
Road 22 is provided with a rail bed 24, a cover plate 25 and a guide seat 26, wherein the rail bed 24 is located at the feed appliance 21
Top and its one end be combined and at the breach 131 with the concussion disk 13, the rail bed 24 is arranged with one
Rail groove 241, the both ends of length direction of the rail groove 241 along the rail bed 24, extends through the track bottom
Two lateral walls and a respectively entrance of seat 24 and an outlet, wherein the entrance of the rail groove 241 and the phase of groove 132
It is logical, further, the rail bed 24 be provided with the exit of the neighbouring rail groove 241 two be arranged at intervals and with the track
Perforation 242S, 242B that groove 241 communicates.
The cover plate 25 is top surface and the front side of the cover plate 25 alongst for being covered on the rail bed 24
While extending to the top of the rail groove 241, the front side edge of the cover plate 25 is set to cover the part range of the rail groove 241,
Further, the cover plate 25 at two perforation 242S, 242B of the neighbouring rail bed 24 longitudinally through provided with one with it is described
The port 251 that rail groove 241 communicates；And the guide seat 26 is combined with the cover plate 25 and with the two of the rail bed 24
Perforating, 242S, 242B position are corresponding, and further, the guide seat 26 is at the port 251 of the cover plate 25 and provided with one
The leadout hole 261 communicated with the port 251, it is preferable that the leadout hole 261 be for one tilt set upward it is oblique
Hole；The material collecting box 23 is to be combined and be located at the lower section of leadout hole 261 of the guide seat 26 with the pedestal 11, the collection
Magazine 23 is an opening up box body, it is preferable that the material collecting box 23 be by a L shaped plate 27 and with the phase of pedestal 11
Fixed combination.
The sub-material module 30 is combined with the vibrations module 10 and feeding module 20 and is provided with an air-breathing group 31 and one
Air blowing group 32, the air-breathing group 31 is provided with a vacuum generator 311 and an air intake duct 312, wherein the vacuum generator 311 is
It is combined by a L shaped plate 33 with the pedestal 11, one end of the air intake duct 312 is connected with the vacuum generator 311,
And the other end of the air intake duct 312 and wherein one perforation of the rail bed 24 away from the rail groove 241 outlet
242S is connected, and the air blowing group 32 is provided with a valve seat 321, a gas blow pipe 322 and a regulating valve 323, and the valve seat 321 is
It is combined by a L shaped plate 27 with the pedestal 11 to be located at the side of the vacuum generator 311, the gas blow pipe 322
One end is connected with the valve seat 321, and the other end of the gas blow pipe 322 is described with being exported close to the rail groove 241
Wherein one perforation 242B of rail bed 24 is connected, and makes gas caused by the valve seat 321, can be via the gas blow pipe
322 through the rail groove 241 and the port 251 and the leadout hole 261 towards the guide seat 26 is blown out, further, the tune
Valve 323 is saved on the valve seat 321, the gas flow of the gas blow pipe 322 is entered so as to adjusting the valve seat 321；Enter one
Step, foregoing each L shaped plate 27 are provided with least a strip hole 271 and a locking part 272 being combined with the strip hole 271, borrowed
To adjust the relatively described pedestal 11 of the vacuum generator 311, the valve seat 321 and the material collecting box 23 and the feeding rail
The position in road 22.
The detection module 40 is in the placement platform 50 and positioned at the side of the vibrations module 10 and towards described
Feeding module 20, and the detection module 50 is electrically connected with the phase of sub-material module 30 and (mutually electrically connected such as through a circuit board
Connect), so as to allowing the sub-material module 30 to carry out start according to the testing result of the detection module 40, wherein the detection mould
Group is provided with a body 41, one first adjustment group 42, one second adjustment group 43 and a detector 44, and the body 41 is arranged at described
In placement platform 50 and positioned at the side of the feeding track 22, it is preferable that the body 41 is provided with a lower fixed seat 411, two
The upper fixed seat 413 of guide rod 412 and one, wherein two guide rod 412 and the lower fixed seat 411 and the phase of fixed seat 413
With reference to and formed a rectangular framework, the first adjustment group 42 with the body 41 be combined and provided with one adjust bar 421,
One sliding shoe 422 and an adjustment wheel 423, the adjustment bar 421 can rotationally with the lower fixed seat 411 and fixed seat
413 are combined and between two guide rod 412, and the sliding shoe 422 is arranged with reference to and with institute with the phase of two guide rod 412
State the adjustment phase card of bar 421 and set combination, and the adjustment wheel 423 stretches out one end of fixed seat 413 with the adjustment bar 421
It is combined, enables to drive the sliding shoe 422 to lead along described two via the adjustment bar 421 during 423 rotation of adjustment wheel
Bar 412 and moved between two fixed seat 411,413.
The second adjustment group 43 is located on the sliding shoe 422 of the first adjustment group 42 and is provided with least one accurate slide unit
431, the detector 44 is combined with described at least one accurate slide unit 431 of the second adjustment group 43 and is located at the feeding
At the top of track 22, it is preferable that the detector 44 is provided with one and described at least one accurate 431 mutually fixed combination of slide unit
Combination arm 441, and the detector 44 is a photosensitive coupling component camera lens (Charge-coupled Device camera；CCD
camera)。
This novel mixing exception feeding-distribution device is in use, please refer to as shown in Fig. 1 and 2, when such as screw, bolt, spiral shell
The locking part 60 to be measured is placed in the concussion disk 13 by the locking part 60 to be measured such as cap or nail after the completion of manufacture,
Start the vibrations oscillator 12 of the vibrations module 10 and the feed appliance 21 of the feeding module 20, make positioned at the concussion disk 13
In locking part 60 to be measured via concussion effect and be moved to one by one it is described concussion disk 13 groove 132 at, wherein described recessed
The width of groove 132 is related to the size of the locking part 60 to be measured, such as the bar portion of bolt etc. is entered in the groove, and
Allow the head of bolt to cannot be introduced into groove 132 and at the top surface of the rail bed 24, so as to allowing each locking part to be measured
60 can enter in the rail groove 241 of the rail bed 24 sequentially and with entrance of the equidirectional through the rail groove 241, and
By the high frequency oscillation of feed appliance 21, each locking part 60 to be measured for allowing into the rail groove 241 is towards the rail groove 241
Export direction movement, therefore, when that need to be detected for the locking part 60 to be measured of different sizes or pattern, need more commutation
Corresponding feeding track 22 is used.
As shown in Fig. 1,3 and 5, enter the rail groove 241 and towards the track after each locking part 60 to be measured shakes
During the outlet movement of groove 241, the detector 44 at place above the feeding track 22 can be to hiding without the cover plate 25
Each locking part 60 to be measured carries out the detection such as outward appearance, size, structure and profile, so as to confirming that each locking part 60 to be measured belongs to symbol
Standardization or defined non-defective unit 60G or incongruent defective products 60B, wherein when the locking part 60 to be measured for confirming as non-defective unit 60G
When being moved at the guide seat 26, the meeting start of vacuum generator 311 of the air-breathing group 31 of the feeding-distribution device 30, and via institute
State air intake duct 312 and the perforation 242S aspirates to the air in the rail groove 241, make on the position of guide seat 26
Non-defective unit 60G adjacent and not yet by the guide seat 26 locking part 60 to be measured by the air intake duct 312 suction
Attract, now, the non-defective unit 60G on the position of guide seat 26 then makees flowing mode by the valve seat of the air blowing group 32, through described
Gas blow pipe 322, perforation 242B and the port 251, and gas is blowed into the non-defective unit on the position of guide seat 26
60G, non-defective unit 60G leadout holes 261 through the guide seat 26 after the blowing of the gas are made to depart from the feeding track
22, and fall in the material collecting box 23 and concentrated.
Further, when the locking part 60 to be measured for being detected as confirming as defective products 60B is moved at the guide seat 26
When, the air blowing group 32 of the feeding-distribution device 30 will not start, make the defective products 60B towards the export direction of the rail groove 241
It is mobile, finally depart from the feeding track 22 via the outlet of the rail groove 241, and drop out to the placement platform 50 or ground
Face, or further disposed below the outlet of the rail groove 241 and put a disposable box, so as to will be detected as defective products 60B's
Locking part 60 to be measured is collected.
By above-mentioned technological means, this novel mixing exception feeding-distribution device when in use, not only can inhale one by one and blow
Mode, blowing method of the non-defective unit 60G locking part 60 to be measured through the air blowing group 32 will be detected as, by the guide seat 26
Leadout hole 261 depart from the feeding track 22 and fall in the material collecting box 23 and concentrate, it is and right during air blowing
In another locking part 60 to be measured adjacent and without the guide seat 26, a suction attracted is provided via the air-breathing group 31
Power, can effectively avoid the adjacent locking part 60 to be measured, because the air blowing group 32 blow gas depart from the feeding
Track 22, so as to allowing the locking part 60 to be measured being collected in the material collecting box 23 to be all non-defective unit 60G, mix not without producing
Non-defective unit 60B situation, and the locking part 60 to be measured for being detected as defective products 60B is the outlet disengaging by the rail groove 241
The feeding track 22, effectively avoid producing the situation that non-defective unit 60G mixes with defective products 60B phases after detection, can not only be accurate
Ground separates non-defective unit 60G and defective products 60B, and is not required to detect again again after sub-material, relative can save time and cost, and then provide
One accurately sub-material and can save the batch mixing exception feeding-distribution device of time and cost.
It is described above, only it is this new preferred embodiment, not makees any formal limitation, Ren Hesuo to originally new
Have usually intellectual in category technical field, if in the range of this new put forward technical scheme is not departed from, utilize this new institute
Disclose the equivalent embodiment that locally changes or modify made by technology contents, and without departing from this new technical scheme content,
In the range of still falling within this new technique scheme.
Claims (10)
1. a kind of batch mixing exception feeding-distribution device, it is characterised in that it is provided with：
One vibrations module, the vibrations module are located at provided with a pedestal, a vibrations oscillator being arranged on the pedestal and one
On the vibrations oscillator and opening up concussion disk；
One feeding module, the feeding module are combined and provided with a feed appliance, a feeding track and one with the vibrations module
Material collecting box, the feed appliance is on the pedestal and positioned at feeding described in the side of the vibrations oscillator and the concussion disk
Track communicates on the feed appliance and with the concussion disk, and the material collecting box is to be combined and be located at described with the pedestal
At the lower section of feeding track one end；
One sub-material module, the sub-material module are combined with the vibrations module and feeding module and blown provided with an air-breathing group and one
Gas group, the air-breathing are mounted on the pedestal and are connected with the feeding track, and it is to provide a suction to send to described
Expect in track, and the air blowing group is connected on the pedestal and with the feeding track, it is to provide a blowing force to institute
State in feeding track；And
One detection module, the detection module is in the placement platform and positioned at the side of the vibrations module and towards the feeding
Module, the detection module is mutually electrically connected with the sub-material module, so as to allowing the sub-material module according to the detection module
Testing result carry out start, it is described detection module be provided with a detector towards the feeding track.
2. batch mixing exception feeding-distribution device as claimed in claim 1, it is characterised in that the concussion disk offers at outer peripheral edge
One breach, and the concussion disk is arranged with a groove communicated with the breach, institute at the top surface of the corresponding indentation, there
State feeding track and be provided with a rail bed, the rail bed is located at the top of the feed appliance and its one end and the concussion disk
It is combined and is located at the indentation, there, the rail bed is arranged with a rail groove, and the rail groove is along the rail bed
Length direction both ends, extend through two lateral walls and a respectively entrance and the outlet of the rail bed, wherein institute
The entrance for stating rail groove communicates with the groove.
3. batch mixing exception feeding-distribution device as claimed in claim 2, it is characterised in that the rail bed is in the neighbouring track
The exit of groove is provided with two perforation for being arranged at intervals and being communicated with the rail groove, and the feeding track is further provided with a lid
Plate and a guide seat, the cover plate are the top surface and the front side edge of the cover plate alongst for being covered on the rail bed
The top of the rail groove is extended to, the front side edge of the cover plate is covered the part range of the rail groove, and the cover plate
Longitudinally through provided with a port communicated with the rail groove at two perforation of the neighbouring rail bed, and the guide seat
Located at the cover plate passage port and be provided with a leadout hole communicated with the port, and the material collecting box is located at the guide seat
Leadout hole below at.
4. batch mixing exception feeding-distribution device as claimed in claim 3, it is characterised in that the air-breathing group is provided with a vacuum generator
And an air intake duct, the vacuum generator are combined with the pedestal, one end of the air intake duct and the vacuum generator phase
Connection, and the other end of the air intake duct is connected with wherein one perforation of the rail bed away from rail groove outlet
Connect.
5. batch mixing exception feeding-distribution device as claimed in claim 4, it is characterised in that the air blowing group is blown provided with a valve seat and one
Valve seat described in tracheae with the pedestal be combined and positioned at the vacuum generator side, one end of the gas blow pipe with it is described
Valve seat is connected, and the other end of the gas blow pipe and wherein one perforation of the rail bed close to rail groove outlet
It is connected, makes gas caused by the valve seat, can be via the gas blow pipe through the rail groove and the port and towards described
The leadout hole blowout of guide seat.
6. batch mixing exception feeding-distribution device as claimed in claim 5, it is characterised in that the air-breathing group is set on the valve seat
One regulating valve, the gas flow of the gas blow pipe is entered so as to adjusting the valve seat.
7. batch mixing exception feeding-distribution device as claimed in claim 6, it is characterised in that the material collecting box, the vacuum generator
And the valve seat, be respectively by a L shaped plate and with the mutually fixed combination of the pedestal, and each L shaped plate be provided with least one length
Bar hole and one with the locking part that at least a strip hole is combined, so as to adjust the vacuum generator, the valve seat and
The position of the relatively described pedestal of the material collecting box and the feeding track.
8. the batch mixing exception feeding-distribution device as any one of claim 1 to 7, it is characterised in that the detection module is set
There are a body, one first adjustment group, one second adjustment group and a detector, the body to be arranged in the placement platform and be located at
The side of the feeding track, the first adjustment group are combined with the body and can be relative to body movements provided with one
Sliding shoe, second adjustment are mounted on the sliding shoe of the first adjustment group and are provided with least one accurate slide unit, the inspection
Gauge head is combined with the accurate slide unit of the second adjustment group and at the top of the feeding track.
9. batch mixing exception feeding-distribution device as claimed in claim 8, it is characterised in that the body is provided with a lower fixed seat, two
Guide rod and a upper fixed seat, two guide rod is combined with the lower fixed seat and fixed seat and to form one rectangular
Framework, the first adjustment group be provided with one adjustment bar and one adjustment wheel, it is described adjustment bar can rotationally with the lower fixed seat and
Fixed seat is combined and between two guide rod, and the sliding shoe with two guide rod mutually be arranged with reference to and with
The adjustment bar, which mutually blocks, sets combination, and the adjustment wheel is combined with one end that the adjustment bar stretches out fixed seat, makes institute
State can be driven when adjustment wheel rotates via the adjustment bar sliding shoe along two guide rod and in two fixed seat it
Between move, and the detector is provided with one and the combination arm of the described at least one accurate mutually fixed combination of slide unit.
10. batch mixing exception feeding-distribution device as claimed in claim 9, it is characterised in that the pedestal is provided with several support feets, respectively
Support feet is the cylinder made by a quality of rubber materials, so as to enabling the pedestal to be firmly arranged in a plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721034992.5U CN207138314U (en) | 2017-08-18 | 2017-08-18 | Batch mixing exception feeding-distribution device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721034992.5U CN207138314U (en) | 2017-08-18 | 2017-08-18 | Batch mixing exception feeding-distribution device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207138314U true CN207138314U (en) | 2018-03-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721034992.5U Expired - Fee Related CN207138314U (en) | 2017-08-18 | 2017-08-18 | Batch mixing exception feeding-distribution device |
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| Country | Link |
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| CN (1) | CN207138314U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396057A (en) * | 2017-08-18 | 2019-03-01 | 东莞倍力扣金属制品有限公司 | Mixing exception feeding-distribution device |
-
2017
- 2017-08-18 CN CN201721034992.5U patent/CN207138314U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396057A (en) * | 2017-08-18 | 2019-03-01 | 东莞倍力扣金属制品有限公司 | Mixing exception feeding-distribution device |
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