CN207925294U - The molding machine of integral type chip inductor - Google Patents
The molding machine of integral type chip inductor Download PDFInfo
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- CN207925294U CN207925294U CN201721702066.0U CN201721702066U CN207925294U CN 207925294 U CN207925294 U CN 207925294U CN 201721702066 U CN201721702066 U CN 201721702066U CN 207925294 U CN207925294 U CN 207925294U
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Abstract
The utility model discloses the molding machines of integral type chip inductor, belong to inductance production technical field.The utility model includes feed mechanism, Cu Cai mechanisms, conveying mechanism, straightening angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, hold-down mechanism, turning mechanism, base pressure flattening mechanism, switching mechanism and discharging mechanism, the high degree of automation of the utility model, inductance production efficiency are high.
Description
Technical field
The utility model is related to inductance production technical field, more particularly to a kind of molding machine of integral type chip inductor.
Background technology
Since present mainboard CPU frequency is higher and higher, to there is very high requirement in terms of stable power-supplying and filtering, one
Body formed inductance solves the problems, such as this, it can long-term work under conditions of high current, and can be CPU stable power-supplyings.Certainly
It the most important effect of inductance or filters, in this regard, integrated inductance is also in no way inferior, good material property and special
Design, keeps induction structure more stable, impedance is lower, therefore just has higher efficiency.Integral type chip inductor is needed in the market
The amount of asking is very big, and dependence is high, so integral type chip inductor has relatively high requirement in the demand in market, to molding production
Product will have accurately size and appearance requirement.The demand that cannot be satisfied market for artificial molding inductance, to ensure one
Formula chip inductor Forming Quality and yield are badly in need of the production that a kind of equipment applies to this product in the market.
Utility model content
The purpose of this utility model is to propose the molding machine of integral type chip inductor, the degree of automation of the utility model
Height, inductance production efficiency are high.
A kind of molding machine of integral type chip inductor is provided according to the one side of the utility model embodiment, including：
Feed mechanism, Cu Cai mechanisms, conveying mechanism, straightening angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, hold-down mechanism, turning mechanism,
Base pressure flattening mechanism, switching mechanism；Feed mechanism is moved in the horizontal direction inductance item is delivered to Cu Cai mechanisms；Cu Cai mechanisms,
It is acted vertically downwards inductance item is cut into single inductance；Conveying mechanism, setting are defeated by inductance in Cu Cai mechanisms rear end
It send to straightening angle mechanism；Straightening angle mechanism, vertically doing vertical motion with the both ends electricity foot for squeezing inductance makes its bending shape
Angle in 90 °；Side pressure flattening mechanism is arranged in straightening angle mechanism rear end, is moved toward one another in the horizontal direction with by the both ends of inductance
Electric foot is pressed into vertical and parallel both ends electricity foot from 90 ° of angles of bending；Jing Cai mechanisms are arranged in side pressure flattening mechanism rear end, along water
Square to moving toward one another so that the vertical and parallel both ends electricity foot of inductance is cut into predetermined length；Turning mechanism is arranged in essence
Mechanism rear end is cut out, is moved toward one another in the horizontal direction with the inside bending shape angle at 45 ° of inductance both ends electricity foot after cutting；Bottom
Flatten unit is arranged in the rear end of turning mechanism, vertically moves up will roll over two of the inductance after angle at 45 °
The electric foot press in end is flat；Hold-down mechanism is arranged in straightening angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, turning mechanism, base pressure flattening mechanism
Top, can straightening angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, turning mechanism and base pressure flattening mechanism execute corresponding operating when,
Coordinate to limit the movement of inductance with corresponding mechanism；Inductance can be moved to from current facility next by switching mechanism successively
Mechanism.
The high degree of automation of the utility model, inductance production efficiency are high.
Description of the drawings
Fig. 1 is the overall structure diagram of the molding machine of integral type chip inductor；
Fig. 2 a are the feed mechanism 2 for not completing assembly and the structural schematic diagram of template 26；
Fig. 2 b are the structural schematic diagrams of the feed mechanism 2 after the completion of assembly；
Fig. 3 a are the structural schematic diagrams for the Cu Cai mechanisms 4 for not completing assembly；
Fig. 3 b are the structural schematic diagram of Cu Cai mechanisms 4 and inductance item when not cutting after the completion of assembly；
Fig. 3 c are the structural schematic diagrams of the Cu Cai mechanisms 4 after the completion of assembly and the inductance after cutting；
Fig. 4 a are the structural schematic diagrams for the conveying mechanism 5 for not completing assembly；
Fig. 4 b are the structural schematic diagrams of the conveying mechanism 5 after the completion of assembly；
Fig. 5 a are the side views of straightening angle mechanism 7 and switching mechanism 6；
Fig. 5 b are the close-up schematic views of region A in Fig. 5 a (straightening angle mechanism 7)；
Fig. 5 c are the close-up schematic views of region B (switching mechanism 6) in Fig. 5 a；
Fig. 6 a are the side views of the side pressure flattening mechanism 13 after the completion of assembly；
Fig. 6 b are the close-up schematic views of region C in Fig. 6 a (side pressure flattening mechanism 13) unassembled completion；
Fig. 6 c are the close-up schematic views that Fig. 6 b assembly is completed；
Fig. 7 a are the side views of the Jing Cai mechanisms 12 after the completion of assembly；
Fig. 7 b are the close-up schematic views of region D in Fig. 7 a (Jing Cai mechanisms 12) unassembled completion；
Fig. 7 c are the structural schematic diagrams that essence cuts out supporting block 121；
Fig. 8 a are the side views of the turning mechanism 11 after the completion of assembly；
Fig. 8 b are the close-up schematic views of region E (turning mechanism 11) unassembled completion in Fig. 8 a；
Fig. 8 c are the close-up schematic views after the completion of Fig. 8 b assembly；
Fig. 9 a are the side views of the base pressure flattening mechanism 9 after the completion of assembly；
Fig. 9 b are the part-structure schematic diagrams for the base pressure flattening mechanism 9 that assembly is not completed in Fig. 9 a；
Figure 10 is the structural schematic diagram of the hold-down mechanism 8 after the completion of assembly；
Figure 11 a are the schematic diagrames of inductance item 100；
Figure 11 b are the inductance schematic diagrames after thick cut out；
Figure 11 c are the inductance schematic diagrames after 90 ° of angles of bending；
Figure 11 d be both ends electricity foot it is vertical it is parallel after inductance schematic diagram；
Figure 11 e are the inductance schematic diagrames after essence is cut out；
Figure 11 f are the inductance schematic diagrames after both ends electricity foot bending angle at 45 °；
Figure 11 g, 11h are the inductance schematic diagrames after both ends electricity foot bottom flattens.
Specific implementation mode
To make the objectives, technical solutions and advantages of the present invention clearer, With reference to embodiment
And with reference to attached drawing, the utility model is further described.It should be understood that these descriptions are merely illustrative, and do not really want
Limit the scope of the utility model.In addition, in the following description, descriptions of well-known structures and technologies are omitted, to avoid not
Necessarily obscure the concept of the utility model.
Refering to fig. 1, the molding machine of integral type chip inductor includes cabinet 1, be provided with above the cabinet 1 feed mechanism 2,
Man machine operation interface 3, Cu Cai mechanisms 4, conveying mechanism 5, straightening angle mechanism 7, side pressure flattening mechanism 13, Jing Cai mechanisms 12, compacting machine
Structure 8, turning mechanism 11, base pressure flattening mechanism 9, switching mechanism 6 and discharging mechanism 14, the man machine operation interface 3 is for passing through touch screen
Mode send out control instruction, cabinet 1 is internally provided with control system and the control for driving above-mentioned each mechanism to execute corresponding operating
The various switch buttons that the control system starts, suspends, closes are made, for example, scram button 110, operating personnel pass through man-machine behaviour
Make interface 3 and send out manipulation instruction to control system, control system sends out corresponding execute instruction and executes phase to control each mechanism
The action answered.At least one electric eye is both provided in each mechanism, the execution action that electric eye is used to record current facility will record
As a result control system is issued, makes convenient for control system and acting in next step.
Refering to Fig. 2 a-2b, feed mechanism 2 is moved in the horizontal direction inductance item 100 is delivered to Cu Cai mechanisms 4.Specifically
Ground, the feed mechanism 2 include：The guide post driving device 21 being fixed on cabinet 1, level are fixed at guide post driving dress
The guide post fixed plate 22 on 21 is set, the hole passed through for the first guide post 23 is provided in guide post fixed plate 22, the first guide post 23 is by leading
The driving of column driving device 21 moves up and down in the vertical direction, is fixedly installed on the first guide post 23 and is useful for load level line rail 24
Line rail fixed plate 25, be provided with template 26 on horizontal line rail 24,26 side of template is provided with template-driven device 27, template 26
It is driven and can in the horizontal direction be moved left and right along horizontal line rail 24 by template-driven device 27,26 inside of template forms one and puts
The groove 261 and a holding tank 264 of inductance item 100 are set, which is used to move to the interior of Cu Cai mechanisms 4 when template 26
The inner cutter 411 of Cu Cai mechanisms 4, the size of the holding tank 264, the inscribe of shape and Cu Cai mechanisms 4 are accommodated when 411 top of cutter
Size, the shape of knife 411 match, 26 inner horizontal of template, one scraping wings 262 of insertion, opposite with groove 261 on scraping wings 262
A notch 263 is formed at the position answered, which coordinates with groove 261 for placing inductance item 100, the length of notch 263
Degree, the length of groove 261 are identical as the length of inductance item 100.
The quantity of inductance 200 is multiple in each inductance item 100, such as can be 8,10 etc..
Refering to Fig. 2 a-2b, which is used to accommodate in Cu Cai mechanisms 4 when template 26 moves to Cu Cai mechanisms 4
Cutter.When feeding, inductance item 100 is automatically placed in groove 261 manually or using machine, when feed mechanism 2 starts, mould
Plate 26 moves in the horizontal direction from feed mechanism 2 from initial position under the driving effect of guide post driving device 21 and moves to thick sanction
Mechanism 4, at this time the inner cutter of Cu Cai mechanisms 4 be placed exactly in the holding tank 264 of template 26, template-driven device 27 is dynamic later
Make, the downward actuation in the vertical direction of template 26 is driven, when 26 downward actuation of template until the electricity in the groove 261 of template 26
Sense item 100 is placed to 411 top of inner cutter of Liao Cucai mechanisms 4, and template 26 is located at the lower section of inner cutter 411 at this time, later
Guide post driving device 21 acts, and driving template 26 moves to feeder from Cu Cai mechanisms 4 in the horizontal direction from the lower section of inner cutter
The initial position of structure 2.
Refering to Fig. 3 a, 3b and 3c, Cu Cai mechanisms 4 are acted vertically downwards inductance item 100 is cut into single inductance
200, as shown in Figure 11 a, 11b.Specifically, Cu Cai mechanisms 4 include：Level is fixed at the lower template 41 on cabinet 1, lower die
Plate 41 is symmetrical arranged by two plates and is formed, vertical between two symmetrically arranged plates to be symmetrically arranged with two inner cutters 411.Pass through branch
Support column 42 is fixed on cabinet 1 and positioned at the thick sanction fixed plate 43 of 41 top of lower template, and thick 43 lower section of fixed plate of cutting out is set
It is equipped with cutter actuating device 44, being horizontally disposed on cutter actuating device 44 has cope plate 45, is provided with for second on cope plate 45
The guide pillar hole 47 that guide post 46 passes through, cope plate 45 are upper and lower in the vertical direction by 44 the second guide post of drives edge 46 of cutter actuating device
Mobile, the side of the close lower template 41 of cope plate 45 is provided with cutter latch segment 471, the close lower die of cutter latch segment 471
The side elasticity of plate 41 is provided with the auxiliary compact heap 472 that certain altitude is spaced with cutter latch segment 471, assists compact heap 472
Both sides are symmetrically arranged with outer cut 473, and the height between compact heap 472 and cutter latch segment 471 is assisted to be less than inner cutter 411
Highly.When thick sanction, cope plate 45 is driven to be moved down in the vertical direction along the second guide post 46 by cutter actuating device 44, in turn
It drives outer cut 473 close to inner cutter 411, finally dismisses the corner material in 100 outside of inductance item in lower template 41, to
Inductance item 100 is cut into multiple single inductance 200.
The side elasticity of the close lower template 41 of cutter latch segment 471 is provided with is spaced certain height with cutter latch segment 471
The auxiliary compact heap 472 of degree.Specifically, auxiliary compact heap 472 is resiliently arranged in by spring 4721 under cutter latch segment 471
Side, for after auxiliary compact heap 472 and outer cut 473 touch inductance item 100 simultaneously, refering to Fig. 3 b, due to auxiliary pressure
Tight there are certain distances between block 472 and cutter latch segment 471 so that outer cut 473 is remained able to relative to auxiliary compact heap
472 continue to move down, and when assisting the distance between compact heap 472 and cutter latch segment 471 to be approximately equal to 0, outer cut 473 stops
It only moves down, inductance item 100 is cut into multiple single inductance 200 by outer cut 473 at this time, refering to Fig. 3 c.
Refering to Fig. 3 a to 3c, in one embodiment, the lower section of lower template 41 is provided with recycling box 48, for recycling thick sanction
The corner material that mechanism 4 is cut.
Refering to Fig. 3 a, in one embodiment, the shield 49 being fixed on support post 42, for preventing operator
Member, which accidentallys run into machine, to be prevented from accidentally injuring.
Refering to Fig. 4 a-4b, conveying mechanism 5 is arranged in 4 rear end of Cu Cai mechanisms, inductance 200 is delivered to straightening angle mechanism 7.
Specifically, conveying mechanism 5 includes：It is fixed at the conveying fixed plate 55 for installing feed drive device 51 on cabinet 1, it is defeated
Send one end of driving device 51 that driving wheel 52 is installed, the both sides of driving wheel 52 are provided with driven wheel 53, driving wheel 52, driven wheel
Conveyer belt 54 is cased on 53, the both sides of conveyer belt 54 are provided with symmetrically arranged two panels 57, between two panels 57 away from
Remove the width (as shown in Figure 4 b) of 200 ontology of inductance after the electricity foot of both ends from approximately equal to inductance 200, driving wheel 52 and from
Tensioning wheel 56 is provided between driving wheel 53, driving wheel 52 is driven by feed drive device 51, drives tensioning wheel 56 to rotate, and then band
Dynamic conveyer belt 54 rotates, final that driven wheel 53 is driven to rotate.
Refering to Fig. 5 a-5b, straightening angle mechanism 7, vertically do vertical motion is made with the both ends electricity foot for squeezing inductance 200
Its bending shape angle in 90 °, as shown in fig. 11c.Specifically, straightening angle mechanism 7 includes：The liftout being fixed on cabinet 1
Driving device 71, the ejector beam 72 being arranged in liftout driving device 71 are fixed at fixed bottom plate 131 as shown in figure 9b
On bearing fixed seat 140, by bearing fixed seat 140 be installed on 72 both sides of ejector beam and can surround axis rotation bearing
73.When liftout, moved up on vertically by 71 driving ejector beam 72 of liftout driving device driving ejector beam will be located at
The inductance 200 of 72 tops jacks up upwards, the both ends electricity foot of inductance 200 by the squeezing action positioned at 72 liang of side bearings of ejector beam to
Lower bending shape angle in 90 °.
Refering to Fig. 6 a, 6b and 6c, side pressure flattening mechanism 13 is arranged in 7 rear end of straightening angle mechanism, does opposite fortune in the horizontal direction
It moves the both ends electricity foot of inductance 200 is pressed into vertical and parallel both ends electricity foot from 90 ° of angles of bending, as illustrated in fig. 11d.Specifically
Ground, side pressure flattening mechanism 13 include：Two fixed bottom plates 131 being fixed at by column 150 on cabinet 1 are (such as Fig. 9 b institutes
Show), it is provided with the flat supporting block 132 (as shown in Fig. 6 a, 9b) of side pressure of a carrying inductance 200 between two fixed bottom plates 131, two
131 liang of outsides of a fixed bottom plate are provided with side hydraulic driver 133, and each 131 top of fixed bottom plate is provided with is driven by side pressure
The side pressure power pushing block 134 that device 133 drives is moved, is provided with a side pressing block 135 on each side pressure power pushing block 134, each
The end face of that one end of the separate side pressure power pushing block 134 of side pressing block 135 forms plane；When side pressure, by side pressure driving device 133
Two side pressure power pushing blocks 134 of driving move toward one another, and then side pressing block 135 is driven to move toward one another, in the auxiliary of hold-down mechanism 8
It helps under pressuring action, finally by the both ends electricity foot press of the inductance 200 above the flat supporting block of side pressure 132 at vertical and parallel
Both ends electricity foot.
Refering to Fig. 7 a, 7b, Jing Cai mechanisms 12 are arranged in 13 rear end of side pressure flattening mechanism, move toward one another in the horizontal direction with
The vertical and parallel both ends electricity foot of inductance 200 is cut into predetermined length, as illustrated in fig. 11e.Specifically, Jing Cai mechanisms 12 are wrapped
It includes：It is arranged between two fixed bottom plates 131 and cuts out supporting block 121, two fixed 131 liang of bottom plates for carrying the essence of inductance 200
Outside is provided with essence sanction driving device 122, and each 131 top of fixed bottom plate is provided with one driven by essence sanction driving device 122
A essence cuts out power pushing block 123, and each there are one essence cut-off knives 124 for setting on smart sanction power pushing block 123, and each smart cut-off knife 124 is remote
The end face of that one end from side pressure power pushing block 123 forms inclined-plane, and the cross-sectional shape of the end face of two smart cut-off knives 124 is " eight "
Font；When essence is cut out, drives two essences to cut out power pushing block 123 by essence sanction driving device 122 and move toward one another, and then drive essence cut-off knife
124 move toward one another, and the both ends electricity foot that the inductance 200 above supporting block 121 is cut out positioned at essence is finally cut into predetermined size.In order to
The both ends electricity foot that inductance 200 is cut convenient for smart cut-off knife 124 is cut out in essence and is provided with one and the smart cooperation of cut-off knife 124 in supporting block 121
Notch 1211, as shown in Figure 7 c.
Shown in Fig. 8 a, 8b, 8c, turning mechanism 11 is arranged in 12 rear end of Jing Cai mechanisms, does opposite fortune in the horizontal direction
The dynamic inside bending shape angle at 45 ° of 200 both ends electricity foot of inductance with after cutting, as shown in figure 11f.Specifically, turning mechanism
11 include：Dog-ear supporting block 111 for carrying inductance 200, two fixed bottom plates are set between two fixed bottom plates 131
131 liang of outsides are provided with dog-ear driving device 112, and each 131 top of fixed bottom plate is provided with one and is driven by dog-ear driving device 112
Dynamic dog-ear power pushing block 113, is provided with a dog-ear knife 114 on each dog-ear power pushing block 113, each dog-ear knife 114 it is remote
The end face of that one end from side pressure power pushing block 113 forms inclined-plane, and the cross-sectional shape of the end face of two dog-ear knives 114 is to fall
"eight" shape.When dog-ear, dog-ear power pushing block 113 is driven to move toward one another by dog-ear driving device 112, and then drive dog-ear knife
114 move toward one another, finally by the both ends electricity foot bending angle at 45 ° of the inductance above dog-ear supporting block 111.
Refering to Fig. 9 a, 9b, base pressure flattening mechanism 9 is arranged in the rear end of turning mechanism 11, vertically move up with
The both ends electricity foot press for rolling over the inductance 200 after angle at 45 ° is put down, as shown in Figure 11 g, 11h.Specifically, base pressure flattening mechanism 9 wraps
It includes：The flat supporting block 91 of base pressure for carrying inductance 200, two fixed 131 liang of bottom plates are set between two fixed bottom plates 131
Outside is provided with side and flattens driving device 92, and each 131 top of fixed bottom plate is provided with one and flattens driving device 92 by side
The side of driving flattens power pushing block 93, and each side, which flattens, is provided with side pressing block 94, each side on power pushing block 93
The end face that portion flattens that one end of the separate side pressing power pushing block 93 of block 94 forms plane；It is fixed on cabinet 1
Bottom flattens driving device 95, and the bottom flattened in driving device 95 in bottom, which is arranged, by pull rod 96 flattens block 97；It presses bottom
Usually, flattening driving device 92 by side drives side pressing power pushing block 93 to move toward one another, and then side is driven to flatten block
94 move toward one another to compress inductance 200 from side, meanwhile, driving device 95 is flattened by bottom, bottom is driven to flatten 97 edge of block
Vertical direction moves up, and the both ends electricity foot press in 45 ° of angles of inductance 200 is put down.
Refering to fig. 10, hold-down mechanism 8 is arranged in straightening angle mechanism 7, side pressure flattening mechanism 13, Jing Cai mechanisms 12, turning mechanism
11 and base pressure flattening mechanism 9 top, can straightening angle mechanism 7, side pressure flattening mechanism 13, Jing Cai mechanisms 12, turning mechanism 11 and
When base pressure flattening mechanism 9 executes corresponding operating, coordinate to limit the movement of inductance 200 with corresponding mechanism.Specifically, hold-down mechanism
8 include：It is fixed at the compression driving device fixed plate 81 of 131 top of fixed bottom plate, is compressed in driving device fixed plate 81
It is provided with and compresses driving device 82, compress 81 lower section of driving device fixed plate and be provided with horizontally-guided block 83, set on guide pad 83
It is equipped with the hole passed through for compression bar 84, the end face that compression bar 84 coordinates with inductance 200 is provided with buffer pressure pad 85.At straightening angle mechanism 7,
Side pressure flattening mechanism 13, Jing Cai mechanisms 12, hold-down mechanism 8, turning mechanism 11, base pressure flattening mechanism 9 and switching mechanism 6 are accordingly grasped
When making, compression bar 84 is driven to move vertically downwards to compress inductance from the top of inductance 200 by compression driving device 82
200。
Refering to Fig. 5 a and 5c, switching mechanism 6 is arranged in straightening angle mechanism 7, side pressure flattening mechanism 13, Jing Cai mechanisms 12, dog-ear
Inductance 200 can be moved to next mechanism by the side of mechanism 11, base pressure flattening mechanism 9 from current facility successively.In order to incite somebody to action
Inductance 200 is transmitted to side pressure flattening mechanism 13, Jing Cai mechanisms 12, turning mechanism 11, base pressure flattening mechanism 9 from straightening angle mechanism 7 successively
Finally it is transported to discharging mechanism 14.Specifically, switching mechanism 6 includes：Front and back driving device 61, one end are fixed at cabinet 1
On, the other end is connect with horizontal drive apparatus 62, and horizontal drive apparatus 62 is provided at both ends with power rail 63, and power rail is by level
The driving of driving device 62 moves left and right in the horizontal direction, is sleeved on power rail 63 and the centering block 64 of fixed setting, on centering block 64
With the hole 66 passed through for power rail.In order to reduce friction, the fluency of power rail 63 moved horizontally is improved, in each hole 66
Two wheels 67 up and down are inside provided with, two-wheeled middle section is passed through for power rail 63.It is provided with displaced block on horizontal drive apparatus 62
65, displaced block 65 is the intermediate arc-like sheet for forming opening.When displacement, horizontal drive apparatus 62 is driven to move by front and back driving device 61
Make, centering block 64 is driven to move to the second position from initial position, later, the action of horizontal drive apparatus 62 drives power rail 63 from first
Beginning position moves to the second horizontal position, to which displaced block 65 rotate in place from initial position in first of 200 both sides of inductance
Set, at this point, by horizontal drive apparatus 62 drive displaced block 65 in the horizontal direction horizontal balance with by inductance 200 from current facility move
Move next mechanism.After the completion of displacement, front and back driving device 61 drives centering block 63 to be moved to initial position from the second position, simultaneously
Horizontal drive apparatus 62 drives displaced block 65 to move to initial position from first position, this completes by inductance 200 from working as
Preceding mechanism is moved to next mechanism.
It should be noted that：Guide post driving device 21, template-driven device 27, cutter actuating device 44 in this application,
Feed drive device 51, liftout driving device 71, side pressure driving device 133, essence cut out driving device 122, dog-ear driving device
112, side flattens driving device 92, bottom flattens driving device 95, compresses driving device 82, front and back driving device 61, level
Driving device 62 can be cylinder or other drivings.
It should be understood that the above-mentioned specific implementation mode of the utility model is used only for exemplary illustration or explains this reality
With novel principle, without constituting limitations of the present invention.Therefore, in the spirit and scope without departing from the utility model
In the case of any modification, equivalent substitution, improvement and etc. done, should be included within the scope of protection of this utility model.In addition,
The appended claims for the utility model are intended to cover to fall into attached claim scope and boundary or this range and boundary
Whole change and modification examples in equivalent form.
Claims (10)
1. the molding machine of integral type chip inductor, which is characterized in that including:Feed mechanism, Cu Cai mechanisms, conveying mechanism, straightening
Angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, hold-down mechanism, turning mechanism, base pressure flattening mechanism, switching mechanism；
The feed mechanism is moved in the horizontal direction inductance item is delivered to the Cu Cai mechanisms；
The Cu Cai mechanisms are acted vertically downwards the inductance item is cut into single inductance；
The conveying mechanism is arranged in Cu Cai mechanisms rear end, the inductance is delivered to the straightening angle mechanism；
The straightening angle mechanism, vertically doing vertical motion to squeeze the both ends electricity foot of inductance makes its bending shape folder in 90 °
Angle；
The side pressure flattening mechanism is arranged in the straightening angle mechanism rear end, is moved toward one another in the horizontal direction with by the inductance
Both ends electricity foot vertical and parallel both ends electricity foot is pressed into from 90 ° of angles of bending；
The Jing Cai mechanisms are arranged in side pressure flattening mechanism rear end, are moved toward one another in the horizontal direction with by the inductance
Vertical and parallel both ends electricity foot is cut into predetermined length；
The turning mechanism is arranged in Jing Cai mechanisms rear end, is moved toward one another in the horizontal direction with by the inductance after cutting
The inside bending shape angle at 45 ° of both ends electricity foot；
The base pressure flattening mechanism is arranged in the rear end of the turning mechanism, vertically moves up will roll over folder at 45 °
The both ends electricity foot press of inductance behind angle is flat；
The hold-down mechanism is arranged in the straightening angle mechanism, the side pressure flattening mechanism, the Jing Cai mechanisms, the angle folding machine
The top of structure and the base pressure flattening mechanism, can be in the straightening angle mechanism, the side pressure flattening mechanism, the Jing Cai mechanisms, institute
When stating turning mechanism and base pressure flattening mechanism execution corresponding operating, coordinate to limit the movement of inductance with corresponding mechanism；
The switching mechanism is arranged in the straightening angle mechanism, the side pressure flattening mechanism, the Jing Cai mechanisms, the angle folding machine
The inductance can be moved to next mechanism by the side of structure, base pressure flattening mechanism from current facility successively.
2. molding machine as described in claim 1, which is characterized in that the feed mechanism includes：
The guide post driving device of fixed setting, level is fixed at the guide post fixed plate in the guide post driving device, described
The hole passed through for the first guide post is provided in guide post fixed plate, first guide post is driven by the guide post driving device vertical
It is moved up and down on direction, the line rail fixed plate for being useful for load level line rail, the level is fixedly installed on first guide post
Template is provided on line rail, the template side is provided with template-driven device, and the template is driven by the template-driven device
It is dynamic and a placement inductance item can be formed inside horizontal line rail horizontal balance in the horizontal direction, the template
Groove, the template inner horizontal are embedded in a scraping wings, and one is formed at position corresponding with the groove on the scraping wings
Notch, the length of the notch, the length of the groove are identical as the length of inductance item.
3. molding machine as claimed in claim 2, which is characterized in that the Cu Cai mechanisms include：
The lower template of fixed setting is provided with two inner cutters in the lower template；
The thick sanction fixed plate being fixed above the lower template is fixedly installed cutter driving dress in the thick sanction fixed plate
It sets, being horizontally disposed on the cutter actuating device has cope plate, and the guide post passed through for the second guide post is provided on the cope plate
Hole, the cope plate second guide post described in the cutter actuating device drives edge move up and down in the vertical direction, it is described on
Template is provided with cutter latch segment close to the side of the lower template, the cutter latch segment close to the one of the lower template
Side elasticity is provided with the auxiliary compact heap that block gap certain altitude is locked with the cutter, and the auxiliary compact heap both sides are symmetrically set
It is equipped with outer cut, the height of the inner cutter is more than the height between the cutter latch segment and the auxiliary compact heap；
When thick sanction, the cope plate is driven to be moved down in the vertical direction along the second guide post by the cutter actuating device, into
And drive the outer cut close to inner cutter, finally dismiss the corner material on the outside of the inductance item so that the inductance item is cut out
At multiple inductance；
The holding tank of the receiving inner cutter is also formed inside the template；When inductance item is moved in described by the template
When above cutter, the holding tank size, shape are matched with the size of the inner cutter, shape.
4. molding machine as described in claim 1, which is characterized in that the conveying mechanism includes：
The feed drive device of fixed setting is provided with driving wheel on the feed drive device, and the both sides of the driving wheel are set
It is equipped with driven wheel, conveyer belt is cased on the driving wheel, the driven wheel, the driving wheel is driven by the feed drive device
It is dynamic, and then conveyer belt rotation is driven, it is final to drive driven wheel rotation.
5. molding machine as described in claim 1, which is characterized in that the straightening angle mechanism includes：
The liftout driving device of fixed setting is arranged the ejector beam in the liftout driving device, is fixed at the top
Expect bar both sides and the bearing of axis rotation can be surrounded；
When liftout, moved up on vertically by liftout driving device driving ejector beam will be located above the ejector beam
The inductance jack up upwards, the both ends electricity foot of the inductance by the bearing positioned at the inductance both ends squeezing action bending
Shape angle in 90 °.
6. molding machine as described in claim 1, which is characterized in that the side pressure flattening mechanism includes：
Two fixed bottom plates of fixed setting, the side pressure that the carrying inductance is provided between described two fixed bottom plates flat are propped up
Bracer, two fixed bottom plates, two outside are provided with side hydraulic driver, be provided with above each fixed bottom plate by
The side pressure power pushing block of the side pressure driving device driving, is each provided with a side pressing block, often on the side pressure power pushing block
The end face of that one end far from the side pressure power pushing block of a side pressing block forms plane；
When side pressure, described two side pressure power pushing blocks are driven to move toward one another by the side pressure driving device, and then described in drive
Side pressing block moves toward one another, finally by the both ends electricity foot press of the inductance above the flat supporting block of the side pressure at vertical and
Parallel both ends electricity foot.
7. molding machine as claimed in claim 6, which is characterized in that the Jing Cai mechanisms include：
It is arranged between described two fixed bottom plates and cuts out supporting block, two fixed bottom plates two for carrying the essence of the inductance
Outside is provided with essence and cuts out driving device, and one that driving device driving is cut out by the essence is provided with above each fixed bottom plate
Essence cuts out power pushing block, and each essence cuts out on power pushing block setting there are one smart cut-off knife, each smart cut-off knife far from described
The end face of that one end of side pressure power pushing block forms inclined-plane, and the cross-sectional shape of the end face of two smart cut-off knives is " eight " word
Shape；
When essence is cut out, drives two essences to cut out power pushing block by the smart sanction driving device and move toward one another, and then described in drive
Smart cut-off knife moves toward one another, and the both ends electricity foot for cutting out the inductance above supporting block positioned at the essence is finally cut into pre- scale
It is very little.
8. molding machine as claimed in claim 6, which is characterized in that the turning mechanism includes：
Dog-ear supporting block for carrying the inductance, two fixed bottom plates two are set between described two fixed bottom plates
Outside is provided with dog-ear driving device, and a folding driven by the dog-ear driving device is provided with above each fixed bottom plate
Corner power pushing block is each provided with a dog-ear knife on the dog-ear power pushing block, the separate side pressure of each dog-ear knife
The end face of that one end of power pushing block forms inclined-plane, and the cross-sectional shape of the end face of two dog-ear knives is inverted "eight" shape；
When dog-ear, the dog-ear power pushing block is driven to move toward one another by the dog-ear driving device, and then drive the dog-ear
Knife moves toward one another, finally by the both ends electricity foot bending angle at 45 ° of the inductance above the dog-ear supporting block.
9. molding machine as claimed in claim 6, which is characterized in that the base pressure flattening mechanism includes：
The flat supporting block of base pressure for carrying the inductance, two fixed bottom plates are set between described two fixed bottom plates
Two outsides are provided with side and flatten driving device, and be provided with one above each fixed bottom plate flattens driving dress by the side
The side for setting driving flattens power pushing block, and each side, which flattens, is provided with side pressing block, Mei Gesuo on power pushing block
The end face for stating that one end for flattening power pushing block far from the side that side flattens block forms plane；
The bottom of fixed setting flattens driving device, and the bottom flattened in driving device in the bottom, which is arranged, by pull rod flattens
Block；
When bottom flattens, driving device is flattened by the side, the side pressing power pushing block is driven to move toward one another, in turn
It drives the side to flatten block to move toward one another to compress the inductance from side, meanwhile, driving device is flattened by bottom and is driven
The dynamic bottom flattens block and vertically moves up, and the electric foot press in 45 ° of angles at the inductance both ends is put down.
10. such as claim 6-9 any one of them molding machines, which is characterized in that the switching mechanism includes：
Front and back driving device, one end fixed setting, the other end are connect with horizontal drive apparatus, the both ends of the horizontal drive apparatus
It is provided with centering block, displaced block is provided on the horizontal drive apparatus, the displaced block is the intermediate arc-like sheet for forming opening；
When displacement, is acted by the front and back driving device driving horizontal drive apparatus and then drive the displaced block from initial position
It rotate in place in the first position of inductance both sides, at this point, driving the displaced block horizontal in the horizontal direction by horizontal drive apparatus
Action from current facility by the inductance to be moved to next mechanism；
The hold-down mechanism includes：
The compression driving device fixed plate being fixed above the fixed bottom plate is set in the compression driving device fixed plate
It is equipped with compression driving device, horizontally-guided block is provided with below the compression driving device fixed plate, is arranged on the guide pad
There are the hole passed through for compression bar, the compression bar and the end face of inductance cooperation to be provided with buffer pressure pad；
In the straightening angle mechanism, side pressure flattening mechanism, Jing Cai mechanisms, hold-down mechanism, turning mechanism, base pressure flattening mechanism and tipper
When structure carries out corresponding operating, by the compressions driving device drive the compression bar vertically downwards movement with from the inductance
Top compress the inductance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721702066.0U CN207925294U (en) | 2017-12-08 | 2017-12-08 | The molding machine of integral type chip inductor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721702066.0U CN207925294U (en) | 2017-12-08 | 2017-12-08 | The molding machine of integral type chip inductor |
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| Publication Number | Publication Date |
|---|---|
| CN207925294U true CN207925294U (en) | 2018-09-28 |
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ID=63606564
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712794A (en) * | 2018-12-29 | 2019-05-03 | 广东昭信智能装备有限公司 | A kind of reactor bucket paint removing device |
-
2017
- 2017-12-08 CN CN201721702066.0U patent/CN207925294U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712794A (en) * | 2018-12-29 | 2019-05-03 | 广东昭信智能装备有限公司 | A kind of reactor bucket paint removing device |
| CN109712794B (en) * | 2018-12-29 | 2021-08-13 | 广东昭信智能装备有限公司 | Paint removing device for reactor |
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