CN206798545U - A kind of ammeter Lead sealing machine feed mechanism - Google Patents
A kind of ammeter Lead sealing machine feed mechanism Download PDFInfo
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- CN206798545U CN206798545U CN201720256912.4U CN201720256912U CN206798545U CN 206798545 U CN206798545 U CN 206798545U CN 201720256912 U CN201720256912 U CN 201720256912U CN 206798545 U CN206798545 U CN 206798545U
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Abstract
It the utility model is related to the equipment to ammeter installation lead sealing.A kind of ammeter Lead sealing machine feed mechanism, including vibrating disk, vibrating disk is provided with material outlet, material outlet is to being connected to queuing chute, queuing chute bottom wall is provided with the gib block that can be located in the groove of lead sealing end face, queuing chute lower end is provided with lead sealing transfer device one by one, transfer device is included along the slide rail perpendicular to the extension of queuing chute bearing of trend one by one for lead sealing, the drive cylinder that the sliding block and driving sliding block being slidably connected on slide rail slide on slide rail, the edge of sliding block, which is provided with, can only accommodate a lead sealing and can accommodate breach with the lead sealing that queuing chute aligns, the bottom wall that lead sealing accommodates breach is provided with the anti-rotation block that can be plugged into the groove of lead sealing end face.The utility model has the advantages of lead sealing groove can be ranked in a manner of groove direction is consistent with transfer, solve the problems, such as existing vibrating disk cannot be guaranteed the queuing shift direction of lead sealing caused by lead sealing installation it is inconvenient.
Description
Technical field
It the utility model is related to the equipment to ammeter installation lead sealing, more particularly to a kind of ammeter Lead sealing machine feed mechanism.
Background technology
A lead sealing can be installed in order to identify whether ammeter is opened, on ammeter to be sealed, if lead sealing is removed
Represent that the ammeter is opened.For the structure of lead sealing as shown in figure 4, lead sealing 7 is cylinder, the end face of lead sealing 7 is provided with groove 71, lead
Be additionally provided with the threading hole 72 radially extended in envelope 7, lead sealing using when both ammeter cover plate and framework be set in by groove simultaneously
Flange on, be then fixed on by pin through threading hole on ammeter.Initial lead sealing is by manually being installed
Solve the problems, such as that manually installed lead sealing automaticity is low, research staff is attempted to install the machine of lead sealing（Hereinafter referred to as
For Lead sealing machine）, Lead sealing machine is realized is queued such that being transported to next mechanism one by one is finally to the lead sealing being packed together
Vibrating disk.A kind of existing vibrating disk is disclosed in the patent document that China Patent No. is 2016109235798.It is but existing
Some vibrating disks can not realize lead sealing ranked in a manner of groove bearing of trend is consistent output it is consistent with groove direction
Mode is shifted, so that whether also need to detect groove direction when being installed on ammeter correct, is needed if incorrect
Groove direction is corrected so that lead sealing is mountable on ammeter；When the location of brake disc is higher, then lead sealing is poured into
It is inconvenient when in chassis.
Utility model content
First purpose of the present utility model, which aims to provide a kind of lead sealing groove, to be entered in a manner of groove direction is consistent
Row is lined up the ammeter Lead sealing machine feed mechanism with transfer, solves the queuing transfer that existing vibrating disk cannot be guaranteed lead sealing
The problem of lead sealing installation is inconvenient caused by direction.
Second purpose of the present utility model is intended to further provide for a kind of be provided with lead sealing during the basis of first purpose
Expect the ammeter Lead sealing machine feed mechanism of mechanism, solve the problems, such as to pour into lead sealing inconvenience when brake disc is in high-order.
Above technical problem is that solved by following technical proposal：A kind of ammeter Lead sealing machine feed mechanism, including shake
Moving plate, the vibrating disk are provided with material outlet, it is characterised in that the material outlet is slided to being connected to queuing chute, described be lined up
Groove bottom wall is provided with the gib block that can be located in the groove of lead sealing end face, and the queuing chute lower end is provided with lead sealing transfer one by one
Structure, transfer device includes along the slide rail perpendicular to the extension of queuing chute bearing of trend, is slidably connected at slide rail one by one for the lead sealing
On sliding block and the drive cylinder that is slided on slide rail of driving sliding block, the edge of the sliding block be provided with can only accommodate a lead sealing and
Breach can be accommodated with the lead sealing that queuing chute aligns, the bottom wall of the lead sealing receiving breach, which is provided with, can be plugged into lead sealing end face
Anti-rotation block in groove.In use, lead sealing is poured into vibrating disk, then flow out from material outlet, flowed out from material outlet one by one
When only vibration is identical with the bearing of trend of gib block to the groove bearing of trend in lead sealing and when aliging, lead sealing can be with logical
The mode that groove is located on gib block moves ahead along queuing chute and ranked, when lead sealing, which accommodates breach, is alignd with queuing chute,
Then a lead sealing of front end is entered in lead sealing receiving breach and groove is set on anti-rotation block, and then drive cylinder driving is slided
Block is moved to the transfer that specified location realizes lead sealing, and in transfer process in the presence of anti-rotation block, lead sealing will not produce rotation, from
And transfer process middle groove direction is consistent.
The utility model also includes the lead sealing feed mechanism being transported to lead sealing in vibrating disk by vibrating disk, described
Lead sealing feed mechanism includes the arm that two connection seat assemblies and some sections are connected in turn, and the arm includes axis,
One end of the axis is rotatably connected to interior first bar and outer first bar, the other end and is rotatably connected to interior second bar and outer second
Bar；Two adjacent sections arm, one section arm interior first bar with it is another section arm outer first bar sphere it is hinged, one section hand
Interior second bar of arm with it is another section arm outer second bar sphere it is hinged, one section arm outer first bar with another section hand
The interior first bar sphere of arm is hinged, outer second bar of a section arm is hinged on the second bar sphere in another section arm
Together, in described the distance between two pin joints of first bar be less than in described between two pin joints of the second bar away from
From the connection seat assembly includes fixed seat, the slide rail being arranged in fixed seat and the sliding seat being slidably connected on slide rail；Institute
The fixed seat of a connection seat assembly in two connection seat assemblies is stated with the first bar in the first segment arm in the arm
Linked together with interior second bar, sliding seat is connected to outer first bar of the first segment arm in the arm and outer second bar
Together, the fixed seat of another connection seat assembly in described two connection seat assemblies is the same as the final section arm in the arm
Interior first bar and interior second bar links together, sliding seat is the same as outer first bar of the final section arm in the arm and outer
Second bar links together, and the fixed seat of the connection seat assembly to be linked together with final section arm is connected with hopper.Use
When, the fixed seat that lead sealing feed mechanism connects seat assembly by first section is fixed.Action process during feeding is：Pass through driving first
Mechanism driving sliding seat slip causes interior first bar of first section arm using axis as axle rotates and is separated relative to outer first bar, head
The other each section arms of section arm driving are linked and produce same action, and the result of effect is spliced together for each section manipulator,
So that hopper is in low level by charging aperture in a manner of upward, operating personnel pours into lead sealing in hopper, and then drive mechanism drives
Sliding seat reverse slide, the result of slip be interior first bar of the first section arm of driving rotated by axle of axis and relative to outer first
Bar closes up, and head section arm drivings are other respectively to be saved arm linkage and produce same action, and the result of action is each section arm generation
Rise upward towards the class arc-shaped recliner for taking over a business side so that hopper is above taking over a business and generation is toppled over, so as to which lead sealing be poured into
In taking over a business.
Preferably, the arm is also included positioned at two first limited blocks of described axis one end and another positioned at main shaft
Two second limited blocks at end, it is described in the first bar and outer first bar positioned at described two first limited blocks between, described interior the
Two bars and outer second bar are between described two second limited blocks.Being capable of the axial direction production of effective first bar and the second bar along axis
Raw displacement and it is stuck.
Preferably, one end of the axis is additionally provided with the first spacing block, the other end is provided with the second spacing block, described first
Spacing block is located in described between first bar and outer first bar, and second spacing block is positioned at interior second bar and outer second bar
Between.Resistance when first bar and outer first bar are rotated using axis as axle in can reducing, the second bar and outer second bar in reduction
Resistance when being rotated using axis as axle.
Preferably, both ends all spheres of outer first bar are hinged with connector, the connector is provided with thread head, institute
The both ends for stating outer first bar are threaded togather by the connector with the screwed hole of the first bar in adjacent arm, institute
The axis of the screwed hole of the first bar is the same as the diameter parallel of the axis where interior first bar, both ends all balls of outer second bar in stating
Face is hinged with connector, and the connector is provided with thread head, and the both ends of outer second bar are by the connector with adjacent
The screwed hole of interior second bar of arm is threaded in two, and the axis of the screwed hole of interior second bar is where with interior second bar
Axis diameter parallel.Each section arm is enabled to more compactly to collapse.
The utility model tool has the advantage that：Lead sealing can be made to rank and shift in a manner of direction is consistent；Can
Easily lead sealing is poured into vibrating disk；When lead sealing feed mechanism sets more piece arm, it is only necessary to a drive mechanism driving
Head section arm actions are that can realize the driving to other arms；Cause structure more so as to reduce the quantity of drive mechanism
Succinctly；Compactly each section arm can be close together.
Brief description of the drawings
Fig. 1 is the structural representation of embodiment one.
Fig. 2 is the lead sealing enlarged diagram of transfer device and chute one by one.
Fig. 3 is vibrating disk in embodiment two and structural representation when lead sealing feed mechanism is in elongation state.
Fig. 4 is the structural representation of lead sealing.
In figure：Connect seat assembly 1, first section connection seat assembly 1-1, latter end connection seat assembly 1-2, fixed seat 11, slide rail 12,
Sliding seat 13, arm 2, first section arm 2-1, middle node arm 2-2, minor details arm 2-3, axis 21, interior first bar 22, outer first
Bar 23, interior second bar 24, outer second bar 25, the first limited block 26, the first spacing block 27, the second limited block 28, the second spacing block
29th, drive mechanism 3, bearing block 31, screw mandrel 32, driven helical gear 322, motor 33, the power output shaft of motor
331st, active oblique gear 332, prism section 333, control unit 37, overload bit detection switch 38, overload bit setting spring 39, regulation
Block 391, connector 4, thread head 41, screwed hole 42, vibrating disk 5, material outlet 51, queuing chute 52, gib block 53, hopper
54th, support feet 56, lead sealing one by one transfer device 6, slide rail 61, sliding block 62, drive cylinder 63, raised line 64, lead sealing accommodate breach 65,
Anti-rotation block 66, lead sealing 7, groove 71, threading hole 72, the distance between two pin joints L1, the two of interior second bar of interior first bar
Individual pin joint L2.
Embodiment
The utility model is further described with embodiment below in conjunction with the accompanying drawings.
Embodiment one, referring to Fig. 1, a kind of ammeter Lead sealing machine feed mechanism, including vibrating disk 5 and lead sealing transfer one by one
Structure 6.
Vibrating disk 5 is provided with material outlet 51.Material outlet 51 is docking together with the upper end of queuing chute 52.
Transfer device 6 is located at the lower end of queuing chute 52 one by one for lead sealing.Transfer device 6 includes slide rail 61, slided one by one for lead sealing
Block 62 and drive cylinder 63.Slide rail 61 extends along perpendicular to queuing chute bearing of trend.Sliding block 62 is slidably connected on slide rail 61.
Drive cylinder 63 is used to drive sliding block 62 to slide on slide rail 61.Sliding block 62 is provided with raised line 64.
Referring to Fig. 2, the bottom wall of queuing chute 52 is provided with gib block 53.Gib block 53 extends along queuing chute bearing of trend.It is convex
Bar 64 is provided with towards the edge of the side of queuing chute 52 can only accommodate a lead sealing and can be accommodated with the lead sealing that queuing chute aligns
Breach 65.The depth along queuing chute bearing of trend that lead sealing accommodates breach 65 can only accommodate a lead sealing.Lead sealing accommodates breach
65 bottom wall is provided with the anti-rotation block 66 that can be plugged into the groove of lead sealing end face.
Referring to Fig. 1 and Fig. 2, in use, lead sealing is poured into vibrating disk, in the presence of vibrating disk lead sealing go out one by one from material
Mouth 51 flows out, only extension of the vibration to the bearing of trend of groove 71 in lead sealing 7 with gib block 53 when being flowed out from material outlet 51
Direction is identical and when aliging, lead sealing 7 moves ahead along queuing chute 52 in a manner of groove 71 is located on gib block 53 and ranked
Move ahead.When drive cylinder 63, which drives sliding block 62 to accommodate breach 65 to lead sealing, to be alignd with queuing chute 52, then queuing chute 52 is most
One lead sealing of front end enters in lead sealing receiving breach 65 and the lead sealing groove is set on anti-rotation block 66, then drive cylinder
63 driving sliding blocks 62 are moved to the transfer that specified location realizes lead sealing.Lead sealing accommodates breach 65 and moves and shift lead sealing to next
Raised line 64 keeps off the lower end for being connected on queuing chute 52 and plays a part of preventing lead sealing from dropping out during station.
Embodiment two, the difference with embodiment one are：
Referring to Fig. 3, vibrating disk 5 is supported by support feet 56.The side of vibrating disk 5 is provided with lead sealing feed mechanism.In lead sealing
Expect that mechanism includes connection seat assembly 1 and arm 2.
Connection seat assembly 1 has two.Two connection seat assemblies 1 are respectively first section connection seat assembly 1-1 and latter end connecting seat
Assembly 1-2.First section connection seat assembly 1-1, which connects seat assembly 1-2 with latter end, all includes fixed seat 11, the cunning being arranged in fixed seat
Rail 12 and the sliding seat 13 being slidably connected on slide rail.It is sliding on slide rail that first section connection seat assembly 1-1 also includes driving sliding seat
Dynamic drive mechanism（Drive mechanism is not drawn in figure）, drive mechanism is cylinder.First section connection seat assembly 1-1 is fixed on
Take over a business between 5 and raw material input pipe 52 and be less than raw material input pipe 52.Material is fixed with latter end connection seat assembly 1-2 fixed seat
Bucket 54.
Arm 2 has 3 sections.Arm 2-1, middle node arm 2-2 and minor details arm 2-3 are saved headed by the 3 section difference of arms 2.Arm 2
Including the first bar 22, outer first bar 23, interior second bar 24, outer second bar 25, the first limited block 26, the first spacing block in axis 21
27th, the second limited block 28 and the second spacing block 29.Interior first bar 22 and outer first bar 23 are rotatably connected on one end of axis 21.The
One limited block 26 and the first spacing block 27 are connected to one end of axis 21.First limited block 26 has two.Interior first bar 22 and outer
First bar 23 is positioned between two the first limited blocks 26.First spacing block 27 is located at interior first bar 22 and outer first bar
Together with the first bar 22 abuts with outer first bar 23 between 23 and in preventing.Interior second bar 24 and outer second bar 25 are rotatably connected on
The other end of axis 21.Second limited block 28 and the second spacing block 29 are connected to the other end of axis 21.Second limited block 28 has
Two.Interior second bar 24 and outer second bar 25 are positioned between two the second limited blocks 28.Second spacing block 29 is located at
Together with the second bar 24 abuts with outer second bar 25 between interior second bar 24 and outer second bar 25 and in preventing.Outer second bar 25,
Interior second bar 24, interior first bar 22 and outer first bar 23 are sequentially distributed along the axial direction of axis.Outer first bar 24 and outer second bar 25
Both ends all spheres be hinged with connector 4.Connector 4 is provided with thread head 41.
Connected mode between two adjacent sections arm is identical, and now just the specific connected mode of first section arm and middle arm is said
It is bright to be：Thread head 41 of head section arms 2-1 interior first bar 22 with the connector of outer first bar 23 of middle node arm 2-2 arms
Link together and realize be hinged, the first section arm 2-1 of sphere interior second bar 24 with middle node arm 2-2 outer second bar 25
The thread head 41 of connector is threaded togather and realizes the connector of be hinged, the first section arm 2-1 of sphere outer first bar 23
Thread head 41 be threaded togather with the first bar 22 in middle node arm 2-2 and realize that sphere is be hinged, first section arm 2-1
The thread head 41 of connector of outer second bar 25 be threaded togather and realize with the second bar 24 in middle node arm 2-2
Sphere is hinged.After connecting, the screwed hole 42 of interior second bar of same section arm（Namely the axle of adjacent thread head
Line）Axis with axis 21 diameter parallel.The axis of all arms is parallel to each other.
The distance between two pin joints of interior first bar L1 is less than the distance between two pin joint L2 of interior second bar.
Interior first bar is located at first section connection seat assembly 1-1 fixed seat namely arm is located at section close to the side for taking over a business 5, outer first bar
Connect seat assembly 1-1 fixed seat away from the side for taking over a business 5.
Latter end connects seat assembly 1-2 and linked together with one end of minor details arm 2-3 different other arms connections.Specifically
For：Minor details arm 2-3 interior first bar and interior second bar is fixed together with sliding seat 13, the company of outer first bar and outer second bar
The thread head of joint is fixed together with fixed seat 11.The bearing of trend of slide bar 12 is vertical with the bearing of trend of axis.
Head section arm 2-1 link together with first section connection seat assembly 1-1, and connected mode is the same as latter end connection seat assembly 1-2
It is identical with minor details arm 2-3 connected mode.
In use, it is that cylinder drives sliding seat 13 to be slided on slide rail 12 to realize by drive mechanism：Head section arms 2-1
Interior first bar 22 and outer first bar 23 using axis as axle rotate carry out division, interior second bar 24 and outer second bar 25 with axis
Rotated for axle and carry out division, if closing up, while causing each section arm 2 separately and extend in where the first bar
Side namely take over a business 5 place sides carry out arc-shaped bend rising, realize cause hopper 54 topple over and pour into object in material inlet 51；
If closing up, cause each section arm close up together, interior second bar 24 splice together, outer second bar 25 splice together, this
When hopper 54 be in import mode upward and less than taking over a business 5 so that lead sealing can easily pour into hopper.
Claims (5)
1. a kind of ammeter Lead sealing machine feed mechanism, including vibrating disk, the vibrating disk is provided with material outlet, it is characterised in that
The material outlet is provided with the guiding that can be located in the groove of lead sealing end face to being connected to queuing chute, the queuing chute bottom wall
Bar, the queuing chute lower end are provided with lead sealing transfer device one by one, and transfer device is included along perpendicular to queuing one by one for the lead sealing
The driving gas that the slide rail of chute bearing of trend extension, the sliding block being slidably connected on slide rail and driving sliding block slide on slide rail
Cylinder, the edge of the sliding block, which is provided with, can only accommodate a lead sealing and can accommodate breach, the lead with the lead sealing that queuing chute aligns
The bottom wall that envelope accommodates breach is provided with the anti-rotation block that can be plugged into the groove of lead sealing end face.
2. a kind of ammeter Lead sealing machine feed mechanism according to claim 1, it is characterised in that also include being located at vibrating disk
The other lead sealing feed mechanism being transported to lead sealing in vibrating disk, if the lead sealing feed mechanism include two connection seat assemblies and
Dry to save the arm that is connected in turn, the arm includes axis, one end of the axis be rotatably connected in the first bar with
Outer first bar, the other end are rotatably connected to interior second bar and outer second bar；Two adjacent sections arm, interior first bar of a section arm are same
It is another section arm outer first bar sphere it is hinged, one section arm interior second bar with it is another section arm outer second bar ball
Face is hinged, one section arm outer first bar with it is another section arm in the first bar sphere it is hinged, one section arm
Outer second bar with it is another section arm in the second bar sphere it is hinged, it is described in the first bar two pin joints between
Apart from the distance between two pin joints of the second bar in described are less than, the connection seat assembly includes fixed seat, is arranged on admittedly
Slide rail in reservation and the sliding seat being slidably connected on slide rail；One in described two connection seat assemblies connects seat assembly
Fixed seat links together with the first bar in the first segment arm in the arm and interior second bar, sliding seat is the same as the arm
In first segment arm outer first bar and outer second bar link together, it is described two connection seat assemblies in another connection
The fixed seat of seat assembly links together with the first bar in the final section arm in the arm and interior second bar, sliding seat
Link together with outer first bar of the final section arm in the arm and outer second bar, be connected to final section arm
The fixed seat of connection seat assembly together is connected with hopper.
3. a kind of ammeter Lead sealing machine feed mechanism according to claim 2, it is characterised in that the arm also includes position
Two the first limited blocks in described axis one end and two the second limited blocks positioned at the main shaft other end, it is described in the first bar and
For outer first bar between described two first limited blocks, interior second bar and outer second bar are spacing positioned at described two second
Between block.
4. a kind of ammeter Lead sealing machine feed mechanism according to claim 3, it is characterised in that one end of the axis is also
The second spacing block is provided with provided with the first spacing block, the other end, first spacing block is positioned at interior first bar and outer first bar
Between, second spacing block is located in described between second bar and outer second bar.
5. a kind of ammeter Lead sealing machine feed mechanism according to Claims 2 or 3 or 4, it is characterised in that described outer first
The both ends of bar all spheres are hinged with connector, and the connector is provided with thread head, and the both ends of outer first bar pass through the company
Joint is threaded togather with the screwed hole of the first bar in adjacent arm, and the axis of the screwed hole of interior first bar is same
The diameter parallel of axis where interior first bar, both ends all spheres of outer second bar are hinged with connector, the connector
Provided with thread head, the screwed hole screw thread of the both ends of outer second bar by the connector with the second bar in adjacent arm
Two are connected to, the diameter parallel of the axis where same interior second bar of axis of the screwed hole of interior second bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720256912.4U CN206798545U (en) | 2017-03-16 | 2017-03-16 | A kind of ammeter Lead sealing machine feed mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720256912.4U CN206798545U (en) | 2017-03-16 | 2017-03-16 | A kind of ammeter Lead sealing machine feed mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN206798545U true CN206798545U (en) | 2017-12-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720256912.4U Active CN206798545U (en) | 2017-03-16 | 2017-03-16 | A kind of ammeter Lead sealing machine feed mechanism |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106892255A (en) * | 2017-03-16 | 2017-06-27 | 浙江厚达智能科技股份有限公司 | Ammeter Lead sealing machine lead sealing feeding queueing mechanism |
| CN109051728A (en) * | 2018-08-20 | 2018-12-21 | 童双喜 | A kind of building panel washer covered device |
| CN112249621A (en) * | 2020-10-10 | 2021-01-22 | 杭州百富电子技术有限公司 | Lead seal feeding equipment and method for production of acquisition terminal |
-
2017
- 2017-03-16 CN CN201720256912.4U patent/CN206798545U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106892255A (en) * | 2017-03-16 | 2017-06-27 | 浙江厚达智能科技股份有限公司 | Ammeter Lead sealing machine lead sealing feeding queueing mechanism |
| CN106892255B (en) * | 2017-03-16 | 2019-05-14 | 浙江厚达智能科技股份有限公司 | Ammeter Lead sealing machine lead sealing feeding queueing mechanism |
| CN109051728A (en) * | 2018-08-20 | 2018-12-21 | 童双喜 | A kind of building panel washer covered device |
| CN112249621A (en) * | 2020-10-10 | 2021-01-22 | 杭州百富电子技术有限公司 | Lead seal feeding equipment and method for production of acquisition terminal |
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