CN204884899U - Shell machine is inserted to electric capacity - Google Patents
Shell machine is inserted to electric capacity Download PDFInfo
- Publication number
- CN204884899U CN204884899U CN201520475077.4U CN201520475077U CN204884899U CN 204884899 U CN204884899 U CN 204884899U CN 201520475077 U CN201520475077 U CN 201520475077U CN 204884899 U CN204884899 U CN 204884899U
- Authority
- CN
- China
- Prior art keywords
- electric capacity
- arm
- carrier
- shell
- stopping means
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Fixed Capacitors And Capacitor Manufacturing Machines (AREA)
Abstract
The utility model relates to a condenser production technology field, specifically be a shell machine is inserted to electric capacity, can adopt the mechanical automation formula to insert the shell encapsulation many granules electric capacity, it is extremely low to need not manual operation and defective percentage, it includes the organism, the guide rail, the vibrations feed table, if notched carrier, the cover shell that shakes feed table discharge gate department can transport the first conveying arm to the carrier on, a plurality of first point gum machines, a stop device for prescribing a limit to interval and position when many granules electric capacity falls into the carrier, with electric capacity and the tight press device of cover hull pressure, drying device, a plurality of second point gum machines, second conveying arm and well accuse platform that the good condenser that will be overlap the shell removed, the guide rail is installed on the organism, the carrier be arranged in the guide rail and with guide rail sliding fit, first conveying arm, a plurality of first point gum machine, stop device, press device, drying device, second point gum machine and second conveying arm are installed on the organism in proper order.
Description
Technical field
The utility model relates to capacitor production technology field, is specially a kind of electric capacity and inserts shell machine.
Background technology
In traditional capacitor production technology, electric capacity core body and the assembling of moulding shell, the mode of the manual sheath body of general employing, i.e. operating personnel's handwork, one by one for shell moulded by electric capacity core body suit, such operation is not only wasted time and energy, and sheath body can be caused to be set with crooked, that core body does not insert the unfavorable conditions such as sheath body completely generation.
For solving above technical problem, some equipment adopting the automatic sheath body of mechanical system has been there is in prior art, the utility model patent of China Patent Publication No. 203444991 discloses a kind of electric capacity welding injecting glue of energizing and inserts shell kludge, in its specification, about the process of moulding shell for electric capacity core body suit be: " assembling rotary disk clamping mouth mould after shell is injected into primer (injecting glue), sub-prime loading station is gone to again with assembling rotary disk, now, the sub-prime gripper jaw that guide pin pinches dish unclamps, the sub-prime having welded guide pin fall into assembling rotary disk noted glue mould shell after, the binder station of slotting shell assembling is turned to assembling rotary disk, assembling rotary disk is other is provided with feeding pressure mechanism, feeding pressure mechanism is driven by the cam driving gear being arranged on assembling rotary disk side, the fork driven by the cam driving gear rotated swings, and be with the depression bar that is dynamically connected and pressure head to move down, and through pressure head sub-prime inserted to mould in shell completely and complete assembling.”
As can be seen from foregoing description, for electric capacity core body (namely having welded the sub-prime of guide pin described in foregoing description) although be set with the automatic suit mode that the process of moulding shell have employed mechanization, but electric capacity sheath body is divided into two classes: a kind of is the electric capacity sheath body of individual particle, and another kind is granose electric capacity sheath body; The former electric capacity core body volume is comparatively large, the small volume of the electric capacity core body of the latter and establishing on the printed board in the structure of a row.The structure of granose electric capacity when buying just as shown in Figure 1, comprises multiple capacitance inner core particle 0.1, U.S. line paper braid 0.2 and epoxy glass-fiber-fabric printed board 0.3; Described multiple capacitance inner core particle 0.1 is arranged in epoxy glass-fiber-fabric printed board 0.3 by U.S. line paper braid 0.2.
And the electric capacity of prior art welding injecting glue of energizing is inserted shell kludge and can only be applicable to the electric capacity core body of individual particle and the volume of core body is comparatively large, and still for be set with one by one, the not raising of sheath body efficiency; And the mode to adopt for single core body sheath body is: moulding shell transmission is positioned at below sub-prime, sub-prime gripper jaw unclamps, sub-prime falls into moulds shell, what sub-prime adopted in this process is freely falling body mode, if there is the interference of other factors, such as gripper jaw has shake, and the position that sub-prime falls just has deviation, cause sheath body baulk, still there is technological deficiency.
For many particles electric capacity core body, its electric capacity is generally small size electric capacity, sub-prime also can be very little with the size of moulding shell, at this moment, to sub-prime lowering position and mould the requirement of shell position alignment precision will be very high, this device cannot be accomplished to carry out slotting shell to many particles electric capacity, thus the slotting shell of many particles capacitor in currently available technology still adopt insert shell manually, operating efficiency is extremely low, and defect rate is high.
Utility model content
To the problems of the prior art, the utility model provides one many particles electric capacity can be adopted mechanical automation formula insert shell encapsulation, without the need to manual operation and the extremely low electric capacity of defect rate inserts shell machine.
According to above-mentioned purpose, the technical solution of the utility model is: a kind of electric capacity inserts shell machine, comprises body, guide rail, vibrations feed table, if reeded carrier, the sheath body of vibrations feed table discharge outlet can be transported to first on carrier and transmit arm, multiple first point gum machine, for limiting the stopping means of spacing when many particles electric capacity falls into carrier and position, by the press device that electric capacity and sheath body compress, drying unit, multiple second point gum machine, removed by capacitor good for sheath body second transmits arm and console, and described guide rails assembling is on body, and described carrier is arranged in guide rail and coordinates with slide, and described first transmits arm, multiple first point gum machine, stopping means, press device, drying unit, second point gum machine and second transmits arm and is arranged on successively on body, and the gum outlet of described first point gum machine and the second point gum machine is towards guide rail, and described console is also arranged on body and transmits arm with described first, multiple first point gum machine, stopping means, press device, drying unit, second point gum machine and second transmits arm electrical connection.
According to the technical solution of the utility model, can find out that the utility model has the following advantages: the technical program has transferred the mode that the craft of original electric capacity sheath body is installed to automation, the technical difficulty overcome in the middle of it is unthinkable.
The first step, guide rail places in advance and establishes reeded carrier, this carrier will be used for placing electric capacity sheath body, and because the groove on carrier is fixing, so when sheath body is mounted in the groove of carrier, its spacing is namely fixing.
Second step, by vibrations feed table sheath body to be formed side by side by vibrations material loading form by sheath body and the form of opening upwards moves to and shakes feed table discharging opening.
Second step, transmit arm by first the sheath body of vibrations feed table discharge outlet is progressively assigned in the groove of carrier.
4th step, the carrier filling sheath body in groove is transported to multiple first point gum machine place by guide rail, multiple first point gum machine carries out a glue in sheath body.
5th step, be transported on guide rail in stopping means by the carrier after a glue, its stopping means is for limiting the position fallen when electric capacity falls into sheath body again.
After 6th step, capacitor enter sheath body, by press device by electric capacity compacting in sheath body.
7th step, the electric capacity of the band sheath body after compacting sent in drying unit and dries.
The electric capacity of the band sheath body after the 8th step, oven dry is sent in the second point gum machine by carrier the point glue carried out again again and is sealed.
9th step, send into last second by carrier transmit arm by completing assembled electric capacity, transmit than the electric capacity be arranged in carrier is taken out with sheath body by second, and carrier still rests in guide rail, proceed electric capacity installation next time.
Unified restriction has been done in the position of electric capacity sheath body by the utility model in this way, and spacing when electric capacity being fallen into sheath body by stopping means have also been made unified restriction, the parameters of these two kinds unified restrictions is set as identical, at this moment electric capacity just can fall in sheath body in less error condition, thus the automation realizing many particles small capacitances is installed.
As preferably, described carrier comprises runner take-up housing, moulds shell aluminium block and two back-up blocks containing groove side by side, describedly mould shell aluminium block and two back-up blocks are all arranged on runner take-up housing, and two back-up blocks are arranged on the both sides of moulding shell aluminium block, the top of described two back-up blocks is equipped with the gap for placing printed board.
The epoxy glass-fiber-fabric printed board of many particles of prior art electric capacity can effectively be fixed on the gap of two back-up blocks by this carrier, and electric capacity particle can be settled in a groove, the whole printed board with electric capacity particle can be remained stable transfer by such design.
As preferably, the bottom of described runner take-up housing is provided with through hole in the bottom of each groove moulding shell aluminium block.
When such design is convenient in the end be taken out from carrier by electric capacity, can by upwards the electric capacity with sheath body being ejected from carrier from the through hole of bottom.
As preferably, described in mould on shell aluminium block side by side between groove interval be at least 2.5 millimeters.
As preferably, described two back-up blocks are removable connection with runner take-up housing.
Like this for the cleaning of carrier, installation and maintenance all and convenience.
As preferably, described first transmits arm comprises the first transmission arm pedestal, some mechanical arms, slide bar, swing arm, described slide bar, swing arm to be arranged on the first transmission arm pedestal and to be driven by motor, mechanical arm is provided with vacuum cups, also comprise some turntables, revolving cylinder, described turntable and revolving cylinder to be arranged on the first transmission arm pedestal and to keep interlock, and described turntable is provided with the groove for placing sheath body, and described mechanical arm is corresponding with turntable quantity.
This transferring arm adopts by swing arm band moving slide-bar, the generation movement of sending mechanical arm can carry out up and down further, simultaneously owing to adopting the suction of air that sheath body is sucked up transport, so such structure is comparatively stable in transport process, not easily occur that sheath body drops and is out of shape.
As preferably, described mechanical arm is divided into forearm group and postbrachium group, and forearm group is to postbrachium group distance and turntable to the distance of guide rail and to shake feed table discharging opening all identical to the distance of turntable.
Such design in the course of the work time; sheath body can be carried out simultaneous operation from vibrations feed table discharging opening to the transport of turntable and turntable to the transport of guide rail; namely when postbrachium group sheath body transports from vibrations feed table discharging opening to turntable; sheath body on turntable also can be transported in the carrier on guide rail by forearm group; further improve production capacity; simultaneously by rotation platform keeping in sheath body; when discovery sheath body can not carried out during air-breathing shutdowns debugging, and then can not directly occur not putting into sheath body in carrier and make to compress into carrier electric capacity calcellation.
As preferably, the size of described vacuum cups is slightly less than or equals the size of sheath body, and the vacuum cups of forearm group is vertical with the vacuum cups direction of postbrachium group.
Such design is convenient to vacuum cups and is inserted in sheath body and can keep good suction, if the less meeting that suction nozzle does makes the absorption affinity of sheath body less and makes sheath body easily drop.
As preferably, described stopping means comprises the limiting bracket for placing electric capacity, fixture, stopping means body, the first positive stop and the second positive stop for clamp capacitance; Described limiting bracket is arranged on stopping means body, described fixture to be arranged on stopping means body and can be moved up and down at stopping means body by driven by motor and be slidably matched, described first positive stop is fixedly mounted on stopping means body, described second positive stop to be also arranged on stopping means body and to be slidably matched with stopping means body, and described first positive stop or the second positive stop are provided with groove.
Stopping means and important, the epoxy glass-fiber-fabric printed board that limiting bracket has been well placed, the printed board of described epoxy glass-fiber-fabric is provided with multiple electric capacity, the printed board of epoxy glass-fiber-fabric can pick up by the fixture in stopping means, now the second positive stop slides to the first positive stop and thinks contact, because the first positive stop or the second positive stop are provided with groove, fixture has to pass through groove when being put down by the electric capacity in the printed board of epoxy glass-fiber-fabric, if when between electric capacity, spacing has a various error, the spacing of groove is certain, electric capacity can be adjusted in the scope of specifying by spacing after groove, and then be convenient to fall into sheath body.
As preferably, the sectional area of described groove is identical with electric capacity sectional area.
When requiring higher for permissible error, the channel section of employing is long-pending identical with electric capacity, can spacing be close to identical after making electric capacity pass groove.
As preferably, the sectional area of described groove is slightly larger than the sectional area of electric capacity.
Be applicable to permissible error requirement lower time.
As preferably, the shape of described groove is that upper opening is large, the inversed taper platform shape that lower openings is little, and the sectional area of lower openings is identical with electric capacity sectional area.
Such structure makes electric capacity can due to the effect of inversed taper platform after probeing into groove, electric capacity can slowly have the opening on top to put the opening of bottom under gradually, finally make from lower openings out time electric capacity between spacing identical, when such design is larger for the interval error between the electric capacity just entering positive stop, result of use is better.
As preferably, also comprise belt pulley, described belt pulley to be arranged on limiting bracket and to be driven by motor.
Such design makes completely without the need to manual operation, and after the printed board of epoxy glass-fiber-fabric picks up by carrying jig, epoxy glass-fiber-fabric printed board below can continue to send to the below of fixture by belt pulley, reaches fully automatic working.
As preferably, described press device comprises press device body described in press device body and block and is arranged on body, and described block is driven by motor and can to move up and down and then by electric capacity compacting in sheath body.
Reduce further the possibility producing substandard products in installation process because not having interior compacting between electric capacity and sheath body.
As preferably, described part guide rails is located in drying unit, is provided with cylinder and block in drying unit import department, and the cylinder body of described cylinder is arranged on body, and the telescopic end of cylinder is provided with the block for carrier being pushed drying unit.
Drying unit is also integrated in slotting shell machine, the electric capacity obtained after can making finally to insert shell machine transplanting of rice shell through drying forming, without the need to drying separately again; Thus production efficiency is improved.
As preferably, described second transmits arm comprises and transmits arm fixture, second for second of clamp capacitance and transmit arm body, and described second transmits arm fixture to be arranged on the second transmission arm body and can to transmit arm body second by driven by motor and move up and down and be slidably matched.
As preferably, also comprise the second transmission arm fixture mount for receiving the complete electric capacity of sheath body, described second transmission arm fixture mount is also arranged on two transmission arm bodies.
As preferably, also comprise the second belt pulley, described belt pulley to be arranged in the second transmission arm fixture mount and to be driven by motor.
The structure of same employing belt pulley makes the printed board of epoxy glass-fiber-fabric be placed on the position of sound production that can be transported to after on support away from fixture, and automation integrated level is higher.
As preferably, described jacking device comprises multiple jacking block, and the position of described jacking block to be limited on body by retractor device and to be positioned at the below of guide rail, and described jacking block is arranged on the telescopic end of retractor device.
Owing to adopting point gum machine point glue, if may occur between sheath body with carrier bonding when gel quantity is more, if only by the situation that the second transmission arm may go out a little to pull out to get off by the mode that clamping is outwards pulled out, if sheath body is also ejected by the through hole of carrier bottom by jacking device from carrier while fixture carries out clamp operation to the printed board of epoxy glass-fiber-fabric, and then ensure further to be unloaded by the electric capacity of sheath body safety from carrier.
As improvement, described multiple jacking block is formed in one structure; Easy to assembly and use time also more for convenience.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of many particles electric capacity core body of prior art.
Accompanying drawing 2 inserts shell machine structural representation for electric capacity of the present utility model.
Accompanying drawing 3 inserts shell machine structural representation for electric capacity of the present utility model.
Accompanying drawing 4 inserts shell machine structural representation for electric capacity of the present utility model.
Accompanying drawing 5 is the structural representation that electric capacity of the present utility model inserts the vibrations feed table of shell machine.
Accompanying drawing 6 is the structural representation that electric capacity of the present utility model inserts the guide rail of shell machine.
Accompanying drawing 7 is the structural representation that electric capacity of the present utility model inserts that first of shell machine transmits arm.
Accompanying drawing 8 is the structural representation that electric capacity of the present utility model inserts the first point gum machine of shell machine.
Accompanying drawing 9 is the vertical view that electric capacity of the present utility model plugs in the stopping means of shell machine.
Accompanying drawing 10 is the structural representation that electric capacity of the present utility model plugs in the stopping means of shell machine.
Accompanying drawing 11 is that electric capacity of the present utility model inserts the cylinder of shell machine structure and the mounting structure schematic diagram of block.
Accompanying drawing 12 is the structural representation that electric capacity of the present utility model plugs in the drying unit of shell machine structure.
Accompanying drawing 13 is the structural representation that electric capacity of the present utility model inserts that second of shell machine transmits arm.
Accompanying drawing 14 is the structural representation that electric capacity of the present utility model inserts the press device of shell machine.
Accompanying drawing 15 is the structural representation that electric capacity of the present utility model inserts the jacking device of shell machine.
Accompanying drawing 16 is the structural representation of the first positive stop of the present utility model and the second positive stop.
Accompanying drawing 17 is the structural representation of carrier of the present utility model.
Accompanying drawing 18 is the structural representation of carrier of the present utility model.
Accompanying drawing illustrates: prior art: 0.1, capacitance inner core particle, 0.2, the braid of U.S. line paper, 0.3, the printed board of epoxy glass-fiber-fabric.
The utility model: 1, body, 2, guide rail, 3, vibrations feed table, 4, carrier, 4.1, back-up block, 4.2, mould shell aluminium block, 4.3, runner take-up housing, 4.4, through hole, 5, first transmits arm, 5.1, first transmits arm pedestal, 5.2, mechanical arm, 5.2.1, forearm group, 5.2.2, postbrachium group, 5.3, slide bar, 5.4, swing arm, 5.5, vacuum cups, 5.6, turntable, 5.7, revolving cylinder, 6, first point gum machine, 7, stopping means, 7.1, limiting bracket, 7.2, for the fixture of clamp capacitance, 7.3, stopping means body, 7.4, first positive stop, 7.5, second positive stop, 7.6, belt pulley, 8, press device, 8.1, press device body, 8.2, block, 9, drying unit, 10, second point gum machine, 11, jacking device, 11.1, jacking block, 12, second transmits arm, 12.2, second transmits arm fixture, 12.3, two transmit arm body, 12.4, second transmits arm block, 12.5, second transmits arm fixture mount, 12.6, belt pulley, 13, console, 14, cylinder, 15, block.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
A kind of electric capacity inserts shell machine, it is characterized in that: comprise body 1, guide rail 2, vibrations feed table 3, if reeded carrier 4, the sheath body of vibrations feed table 3 discharge outlet can be transported to first on carrier 4 and transmit arm 5, multiple first point gum machine 6, for limiting the stopping means 7 of spacing when many particles electric capacity falls into carrier 4 and position, by the press device 8 that electric capacity and sheath body compress, drying unit 9, multiple second point gum machine 10, the jacking device 11 that sheath body in carrier 4 is ejected, removed by capacitor good for sheath body second transmits arm 12 and console 13, and described guide rail 2 is arranged on body 1, and described carrier 4 is arranged in guide rail 2 and is slidably matched with guide rail 2, and described first transmits arm 5, multiple first point gum machine 6, stopping means 7, press device 8, drying unit 9, second point gum machine 10, jacking device 11 and the second transmission arm 12 are arranged on body 1 successively, and the gum outlet of described first point gum machine 6 and the second point gum machine 10 is towards guide rail 2, and described console 13 is also arranged on body 1 and transmits arm 5 with described first, multiple first point gum machine 6, stopping means 7, press device 8, drying unit 9, second point gum machine 10, jacking device 11 and the second transmission arm 12 are electrically connected.
Can find out that the utility model tool has the following advantages according to technique scheme:
Described carrier 4 comprises runner take-up housing 4.3, moulds shell aluminium block 4.2 and two back-up blocks 4.1 containing groove side by side, describedly mould shell aluminium block 4.2 and two back-up blocks 4.1 are all arranged on runner take-up housing 4.3, and two back-up blocks 4.1 are arranged on the both sides of moulding shell aluminium block 4.2, the top of described two back-up blocks 4.1 is equipped with the gap for placing printed board.
The bottom of described runner take-up housing 4.3 is provided with through hole 4.4 in the bottom of each groove moulding shell aluminium block 4.2.
Described mould on shell aluminium block 4.2 side by side between groove interval be at least 2.5 millimeters.
Described two back-up blocks 4.1 are connected for removable with runner take-up housing 4.3.
Described first transmits arm 5 comprises the first transmission arm pedestal 5.1, some mechanical arms 5.2, slide bar 5.3, swing arm 5.4, described slide bar 5.3, swing arm 5.4 to be arranged on the first transmission arm pedestal 5.1 and to be driven by motor, mechanical arm 5.2 is provided with vacuum cups 5.5, also comprise some turntables 5.6, revolving cylinder 5.7, described turntable 5.6 and revolving cylinder 5.7 to be arranged on the first transmission arm pedestal 5.3 and to keep interlock, described turntable 5.6 is provided with the groove for placing sheath body, and described mechanical arm 5.2 is corresponding with turntable 5.6 quantity.
Described mechanical arm 5.2 is divided into forearm group 5.2.1 and postbrachium group 5.2.2, forearm group 5.2.1 to postbrachium group 5.2.2 distance and turntable 5.6 to guide rail distance and to shake feed table 3 discharging opening all identical to the distance of turntable 5.6.
The size of described vacuum cups 5.5 is slightly less than or equals the size of sheath body, and the vacuum cups of forearm group 5.2.1 is vertical with the vacuum cups direction of postbrachium group 5.2.2.
Described stopping means 7 comprises the limiting bracket 7.1 for placing electric capacity, fixture 7.2, stopping means body 7.3, first positive stop 7.4 and the second positive stop 7.5 for clamp capacitance; Described limiting bracket 7.1 is arranged on stopping means body 7.3, described fixture 7.2 to be arranged on stopping means body 7.3 and can be moved up and down at stopping means body 7.3 by driven by motor and be slidably matched, described first positive stop 7.4 is fixedly mounted on stopping means body 7.3, described second positive stop 7.5 to be also arranged on stopping means body 7.3 and to be slidably matched with stopping means body 7.3, and described first positive stop 7.4 or the second positive stop 7.5 are provided with groove.
The sectional area of described groove is identical with electric capacity sectional area.
The sectional area of described groove is slightly larger than the sectional area of electric capacity.
The shape of described groove is that upper opening is large, the inversed taper platform shape that lower openings is little, and the sectional area of lower openings is identical with electric capacity sectional area.
Also comprise belt pulley 7.6, described belt pulley 7.6 to be arranged on limiting bracket 7.1 and to be driven by motor.
Described press device 8 comprises press device body 8.1 described in press device body 8.1 and block 8.2 and is arranged on body 1, and described block 8.2 is driven by motor and can to move up and down and then by electric capacity compacting in sheath body.
Described part guide rails 2 is located in drying unit 9, is provided with cylinder 14 and block 15 in drying unit 9 import department, and the cylinder body of described cylinder 14 is arranged on body 1, and the telescopic end of cylinder 14 is provided with the block 15 for carrier being pushed drying unit 9.
Described second transmits arm 12 comprises and transmits arm fixture 12.2, second for second of clamp capacitance and transmit arm body 12.3, and described second transmits arm fixture 12.2 to be arranged on the second transmission arm body 12.3 and can to transmit arm body 12.3 second by driven by motor and move up and down and be slidably matched.
The the second transmission arm fixture mount 12.5, described second also comprised for receiving the complete electric capacity of sheath body transmits arm fixture mount 12.5 and is also arranged on two transmission arm bodies 12.3.
Also comprise the second belt pulley 12.6, described belt pulley 12.6 to be arranged in the second transmission arm fixture mount 12.5 and to be driven by motor.
Described jacking device 11 comprises multiple jacking block 11.1, and the position of described jacking block 11.1 to be limited on body 1 by retractor device and to be positioned at the below of guide rail 2, and described jacking block 11.1 is arranged on the telescopic end of retractor device.
Described multiple jacking block 11.1 is formed in one structure.
Be understandable that, above about specific descriptions of the present utility model, the technical scheme described by the utility model embodiment is only not limited to for illustration of the utility model, those of ordinary skill in the art is to be understood that, still can modify to the utility model or equivalent replacement, to reach identical technique effect; Needs are used, all within protection range of the present utility model as long as meet.
Claims (10)
1. electric capacity inserts a shell machine, it is characterized in that: comprise body (1), guide rail (2), vibrations feed table (3), if reeded carrier (4), the sheath body of vibrations feed table (3) discharge outlet can be transported to first on carrier (4) and transmit arm (5), multiple first point gum machine (6), for limiting the stopping means (7) of spacing when many particles electric capacity falls into carrier (4) and position, the press device (8) that electric capacity and sheath body are compressed, drying unit (9), multiple second point gum machine (10), removed by capacitor good for sheath body second transmits arm (12) and console (13), described guide rail (2) is arranged on body (1), described carrier (4) is arranged in guide rail (2) and is slidably matched with guide rail (2), and described first transmits arm (5), multiple first point gum machine (6), stopping means (7), press device (8), drying unit (9), second point gum machine (10) and second transmits arm (12) and is arranged on body (1) successively, the gum outlet of described first point gum machine (6) and the second point gum machine (10) is towards guide rail (2), and described console (13) is also arranged on body (1) and transmits arm (5) with described first, multiple first point gum machine (6), stopping means (7), press device (8), drying unit (9), second point gum machine (10) and second transmits arm (12) electrical connection.
2. electric capacity inserts shell machine according to claim 1, it is characterized in that: described carrier (4) comprises runner take-up housing (4.3), moulds shell aluminium block (4.2) and two back-up blocks (4.1) containing groove side by side, describedly mould shell aluminium block (4.2) and two back-up blocks (4.1) are all arranged on runner take-up housing (4.3), and two back-up blocks (4.1) are arranged on the both sides of moulding shell aluminium block (4.2), the top of described two back-up blocks (4.1) is equipped with the gap for placing printed board.
3. electric capacity inserts shell machine according to claim 2, it is characterized in that: the bottom of described runner take-up housing (4.3) is provided with through hole (4.4) in the bottom of each groove moulding shell aluminium block (4.2).
4. electric capacity inserts shell machine according to claim 2, it is characterized in that: described in mould on shell aluminium block (4.2) side by side between groove interval be at least 2.5 millimeters.
5. electric capacity inserts shell machine according to claim 2, it is characterized in that: described two back-up blocks (4.1) are connected for removable with runner take-up housing (4.3).
6. electric capacity inserts shell machine according to claim 1, it is characterized in that: described first transmits arm (5) comprises the first transmission arm pedestal (5.1), some mechanical arms (5.2), slide bar (5.3), swing arm (5.4), described slide bar (5.3), swing arm (5.4) is arranged on the first transmission arm pedestal (5.1) and goes up and driven by motor, mechanical arm (5.2) is provided with vacuum cups (5.5), also comprise some turntables (5.6), revolving cylinder (5.7), described turntable (5.6) and revolving cylinder (5.7) are arranged on the first transmission arm pedestal (5.3) and go up and keep interlock, described turntable (5.6) is provided with the groove for placing sheath body, described mechanical arm (5.2) is corresponding with turntable (5.6) quantity.
7. electric capacity inserts shell machine according to claim 6, it is characterized in that: described mechanical arm (5.2) is divided into forearm group (5.2.1) and postbrachium group (5.2.2), forearm group (5.2.1) is to postbrachium group (5.2.2) distance and turntable (5.6) to the distance of guide rail and to shake feed table (3) discharging opening all identical to the distance of turntable (5.6).
8. electric capacity inserts shell machine according to claim 6, it is characterized in that: the size of described vacuum cups (5.5) is slightly less than or equals the size of sheath body, the vacuum cups of forearm group (5.2.1) is vertical with the vacuum cups direction of postbrachium group (5.2.2).
9. electric capacity inserts shell machine according to claim 1, it is characterized in that: described stopping means (7) comprises the limiting bracket (7.1) for placing electric capacity, fixture (7.2), stopping means body (7.3), the first positive stop (7.4) and the second positive stop (7.5) for clamp capacitance, described limiting bracket (7.1) is arranged on stopping means body (7.3), described fixture (7.2) is arranged on stopping means body (7.3) and goes up and can be moved up and down and be slidably matched in stopping means body (7.3) by driven by motor, described first positive stop (7.4) is fixedly mounted on stopping means body (7.3), described second positive stop (7.5) is also arranged on stopping means body (7.3) and goes up and be slidably matched with stopping means body (7.3), described first positive stop (7.4) or the second positive stop (7.5) are provided with groove.
10. electric capacity inserts shell machine according to claim 9, it is characterized in that: the sectional area of described groove is identical with electric capacity sectional area; The sectional area of described groove is slightly larger than the sectional area of electric capacity; The shape of described groove is that upper opening is large, the inversed taper platform shape that lower openings is little, and the sectional area of lower openings is identical with electric capacity sectional area; Also comprise belt pulley (7.6), described belt pulley (7.6) is arranged on limiting bracket (7.1) and goes up and driven by motor; Described press device (8) comprises press device body (8.1) and the described press device body (8.1) of block (8.2) is arranged on body (1), and described block (8.2) is driven by motor and can to move up and down and then by electric capacity compacting in sheath body; Described part guide rails (2) is located in drying unit (9), cylinder (14) and block (15) is provided with in drying unit (9) import department, the cylinder body of described cylinder (14) is arranged on body (1), and the telescopic end of cylinder (14) is provided with the block (15) for carrier being pushed drying unit (9); Described second transmits arm (12) comprises and transmits arm fixture (12.2), second for second of clamp capacitance and transmit arm body (12.3), and described second transmits arm fixture (12.2), and to be arranged on the second transmission arm body (12.3) upper and can transmit arm body (12.3) second by driven by motor and move up and down and be slidably matched; Also comprise the second transmission arm fixture mount (12.5) for receiving the complete electric capacity of sheath body, described second transmits arm fixture mount (12.5) is also arranged on two transmission arm bodies (12.3); Also comprise the second belt pulley (12.6), described belt pulley (12.6) is arranged on the second transmission arm fixture mount (12.5) and goes up and driven by motor; Also comprise the jacking device (11) for being ejected by the sheath body in carrier (4), described jacking device (11) is arranged on body (1) and goes up and the below being positioned at the second transmission arm (12); Described jacking device (11) comprises multiple jacking block (11.1), the position of described jacking block (11.1) is limited to body (1) by retractor device and goes up and the below being positioned at guide rail (2), and described jacking block (11.1) is arranged on the telescopic end of retractor device; Described multiple jacking block (11.1) is formed in one structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520475077.4U CN204884899U (en) | 2015-06-30 | 2015-06-30 | Shell machine is inserted to electric capacity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520475077.4U CN204884899U (en) | 2015-06-30 | 2015-06-30 | Shell machine is inserted to electric capacity |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204884899U true CN204884899U (en) | 2015-12-16 |
Family
ID=54829249
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520475077.4U Withdrawn - After Issue CN204884899U (en) | 2015-06-30 | 2015-06-30 | Shell machine is inserted to electric capacity |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204884899U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105321735A (en) * | 2015-06-30 | 2016-02-10 | 无锡远创科技有限公司 | Capacitor shell-inserting machine |
| CN107331539A (en) * | 2017-07-26 | 2017-11-07 | 杨旭 | Automated capacitive inserts shell machine |
| CN107470478A (en) * | 2017-08-18 | 2017-12-15 | 湖南军成科技有限公司 | A kind of rolling processing technology |
| CN111029178A (en) * | 2019-12-19 | 2020-04-17 | 荆门微田智能科技有限公司 | Linear capacitor packaging robot |
-
2015
- 2015-06-30 CN CN201520475077.4U patent/CN204884899U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105321735A (en) * | 2015-06-30 | 2016-02-10 | 无锡远创科技有限公司 | Capacitor shell-inserting machine |
| CN105321735B (en) * | 2015-06-30 | 2018-02-06 | 无锡远创科技有限公司 | Electric capacity inserts shell machine |
| CN107331539A (en) * | 2017-07-26 | 2017-11-07 | 杨旭 | Automated capacitive inserts shell machine |
| CN107331539B (en) * | 2017-07-26 | 2022-11-25 | 无锡容通电子有限公司 | Automatic capacitor shell inserting machine |
| CN107470478A (en) * | 2017-08-18 | 2017-12-15 | 湖南军成科技有限公司 | A kind of rolling processing technology |
| CN111029178A (en) * | 2019-12-19 | 2020-04-17 | 荆门微田智能科技有限公司 | Linear capacitor packaging robot |
| CN111029178B (en) * | 2019-12-19 | 2021-09-17 | 荆门微田智能科技有限公司 | Linear capacitor packaging robot |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105321735A (en) | Capacitor shell-inserting machine | |
| CN204884899U (en) | Shell machine is inserted to electric capacity | |
| CN206088340U (en) | Automatic unloading mechanism of going up of point gum machine | |
| CN209337651U (en) | A kind of glass back cover automatic loading and unloading device | |
| CN106736505B (en) | A kind of Full-automatic assembling machine of mechanical axis | |
| CN102295164B (en) | Multi-station full-automatic silicon wafer loading machine | |
| CN107017085B (en) | A kind of Full-automatic coiling equipment of microelectronic component | |
| CN108745780A (en) | Full-automatic spot gluing press equipment | |
| CN105053291A (en) | Automatic tea pressing equipment | |
| CN108494071A (en) | Mobile power mechanized production system | |
| CN206022865U (en) | A kind of multifrnction connector assembly platform | |
| CN107598563A (en) | Standby nail screw mechanism is installed for LED light group and LED light group installing is standby | |
| CN110316421A (en) | Oiling packaging facilities | |
| CN111331368B (en) | Automatic copper lid device is twisted in material loading | |
| CN205906289U (en) | A device that is used for automatic telephone packing carton of opening | |
| CN106828998A (en) | Plating medium auto-filling oscillating uniform device | |
| CN204735911U (en) | Silica gel cover automatic assembly device | |
| CN112605003B (en) | Multi-station lithium battery cap air tightness detection device and implementation method thereof | |
| CN206704584U (en) | Plating medium auto-filling oscillating uniform device | |
| CN208627698U (en) | Full-automatic spot gluing press equipment | |
| CN211102657U (en) | Automatic PIN inserting machine | |
| CN209424928U (en) | A kind of auto-buckled type pipe clamp, nut, screw automatic assembly equipment | |
| CN206226237U (en) | A kind of coil winding assembles all-in-one | |
| CN202796872U (en) | Ceramic outer shell and finished product packaging all-in-one machine | |
| CN204857473U (en) | Cover shell stop device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151216 Effective date of abandoning: 20180206 |
|
| AV01 | Patent right actively abandoned |