CN104851556A - Transformer control system operation method - Google Patents
Transformer control system operation method Download PDFInfo
- Publication number
- CN104851556A CN104851556A CN201510294490.5A CN201510294490A CN104851556A CN 104851556 A CN104851556 A CN 104851556A CN 201510294490 A CN201510294490 A CN 201510294490A CN 104851556 A CN104851556 A CN 104851556A
- Authority
- CN
- China
- Prior art keywords
- pedestal
- device body
- transformer
- bar
- fastening
- 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.)
- Pending
Links
Abstract
The invention discloses a transformer control system operation method. According to the method, a transformer control system which comprises a DSP (digital signal processor) controller, a motor driving circuit and a transformer is used. The transformer comprises a transformer body (1), a transformer body base (2) and a mounting frame (3), wherein the transformer body (1) comprises an iron core coil component and leads. The bottom side face of the mounting frame (3) is used for being fixedly connected with a transformer holding building. The transformer body base (2) is fixedly connected to the bottom of the transformer body (1) and comprises at least two base strips (20). Each base strip (20) comprises an upper raised connection portion (24) and a width extension portion (241), wherein the width extension portion (241) is positioned below the raised connection portion (24) and extends outwardly in the width direction. An upper elastic pad (23) covers the upper side of each width extension portion (241), lateral elastic pads (22) cover the left side and the right side of each width extension portion (241), and two wheels (21) are arranged on the lower side of each width extension portion (241). An inverted-U-shaped groove (240) is formed in a position, between the two wheels (21), of the bottom of each base strip (20) to allow a driving screw (34) to penetrate.
Description
Technical field
The application relates to field transformer, is specially a kind of operation method of transformer control system.
Background technology
Transformer, due to its high-voltage operation characteristic, in use needs fastening installation.But, when needing the main transformation execution unit of transformer (the device body as transformer) demolition and maintenance, need manually to carry out; When transformer is in higher position, bring inconvenience to maintenance.
Summary of the invention
The object of this invention is to provide a kind of operation method of transformer control system, it can overcome above-mentioned defect.
According to the present invention, a kind of operation method of transformer control system, it uses a kind of transformer control system, described transformer control system comprises dsp controller, motor-drive circuit and transformer, described transformer comprises the device body containing core-coil assembly and lead-in wire, device body pedestal and installing rack, the bottom side of described installing rack is used for laying building body with transformer and is fixedly connected with, described device body pedestal is fixedly connected on the bottom of described device body, and comprise at least two pedestal bars, each pedestal bar has protrusion junction surface and below described protrusion junction surface and the in the direction of the width outward extending width extension on top, the upside of described width extension is covered with cushion, the left and right sides is covered with lateral elastic pad, downside is provided with two rollers, the bottom of described pedestal bar is provided with inverted U-channel and passes with for drive screw gap between described two rollers, the upper side at described protrusion junction surface be provided with fastening screw in order to engage bottom described device body and be fastenedly connected, both sides place on the longitudinally of each described pedestal bar is respectively arranged with the release slide block of described drive screw threaded engagement and advances slide block, drive screw each in described at least two pedestal bars is connected with by motor-driven shared transmission power and run-in synchronism, described dsp controller connects with described motor the rotation controlling described motor by motor-drive circuit,
The top side face of described installing rack is divided into demolition and maintenance portion and fastening operate portions, and be provided with two chutes running through described demolition and maintenance portion and fastening operate portions, the bottom surface of chute described in every bar in order to engage with described roller and two side wall surfaces for vertical direction is in order to coordinate with the lateral elastic pad that the left and right sides of described width extension is covered with, and described two side wall surfaces are parallel to each other in described demolition and maintenance portion, tilt toward each other in described fastening operate portions, in described fastening operate portions, the top of chute described in every bar is coated with symmetrically arranged two the fastening cover plates of the longitudinal axis of described chute with being all fixedly connected with, conduit on being formed between two fastening cover plates, the side wall surface of upper conduit is divided into trumpet-shaped boot segment in order to inwardly to advance to guide described pedestal bar with the engage sides at described protrusion junction surface, and the guide section of parallel interval is in order to lead inwardly to advance the continuation of described pedestal bar with the engage sides at described protrusion junction surface, wherein, each in described two fastening cover plates include level upper side and along the inside direction of propulsion of described pedestal bar and downward-sloping downside in order to engage with the upper cushion that the upside of described width extension is covered with, thus, along with the described propelling slide block driven by described motor is to the promotion of described pedestal bar, the lateral elastic pad utilizing the left and right sides of the described width extension of each pedestal bar to be covered with coordinate with the extruding of described two side wall surfaces tilted toward each other in described fastening operate portions and the upper cushion utilizing the upside of the described width extension of each pedestal bar to be covered with the described inside direction of propulsion along described pedestal bar and the extruding of downward-sloping downside coordinate, described device body and device body pedestal are fastened on described installing rack, and along with the described release slide block driven by described motor is to the promotion of described pedestal bar, described pedestal bar is pushed out to described demolition and maintenance portion, thus described device body and device body pedestal can be hung described installing rack by the vertical direction, described method comprises the steps:
When A. installing, with boom hoisting in the vertical directions such as cranes, device body is arranged on device body pedestal, and by fastening screw, device body and protrusion junction surface is fastenedly connected, then control electric machine rotation by dsp controller by motor-drive circuit and shared speed changer is rotated, share speed changer and drive drive screw turns, thus by propelling slide block, pedestal bar is slowly advanced fastening operate portions, the lateral elastic pad utilizing the left and right sides of the width extension of pedestal bar to be covered with coordinate with the extruding of two side wall surfaces tilted toward each other in fastening operate portions and the upper cushion utilizing the upside of the width extension of pedestal bar to be covered with the inside direction of propulsion along pedestal bar and the extruding of downward-sloping downside coordinate, device body and device body pedestal are fastened on installing rack,
When B. dismantling, control electric machine rotation by dsp controller by motor-drive circuit and shared speed changer is rotated, share speed changer and drive drive screw turns, thus making release slide block that pedestal bar is slowly released fastening operate portions to demolition and maintenance portion, device body and device body pedestal are hung by boom hoistings such as cranes by last in the vertical direction.
Pass through the present invention, owing to employing the installing rack with service portion and fastening part, the device body of transformer can be changed by power drive by between these two portions, thus is fixed by whole transformer body by the squeezing action of downward-sloping top surface and the sidewall surfaces of opposite tilt and the cushion at corresponding site place in fastening part; Owing to not having the fastening cover plate at top and sidewall to be vertical direction in service portion, therefore, it is possible to hung by boom hoistings such as cranes.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of transformer of the present invention.
Fig. 2 is the vertical view of Fig. 1, is removed by transformer body to illustrate convenient.
Fig. 3 is the cross sectional representation of the pedestal bar in Fig. 1.
Fig. 4 is the structural representation of control system of the present invention.
Embodiment
Below by composition graphs 1-4, by instantiation, the present invention is described in detail.
By with upper type, those skilled in the art can make various change according to mode of operation within the scope of the invention.
According to embodiment, a kind of operation method of transformer control system, it uses a kind of transformer control system, described transformer control system comprises dsp controller, motor-drive circuit and transformer, described transformer comprises containing core-coil assembly and the lead-in wire device body 1 of (not shown), device body pedestal 2 and installing rack 3, wherein, succinctly and be not described the concrete parts of transformer body 1 to describe, it is for means as known in the art or adopt these known approaches, the bottom side of described installing rack 3 is used for laying building body with transformer and is fixedly connected with, described device body pedestal 2 is fixedly connected on the bottom of described device body 1, and comprise at least two pedestal bars 20, each pedestal bar 20 has protrusion junction surface 24 and below described protrusion the junction surface 24 and in the direction of the width outward extending width extension 241 on top, the upside of described width extension 241 is covered with cushion 23, the left and right sides is covered with lateral elastic pad 22, downside is provided with two rollers 21, the bottom of described pedestal bar 20 is provided with inverted U-channel 240 and passes with for drive screw 34 gap between described two rollers 21, the upper side at described protrusion junction surface 24 be provided with fastening screw 25 in order to engage bottom described device body and be fastenedly connected, both sides place on the longitudinally of each described pedestal bar 20 is respectively arranged with the release slide block 342 of described drive screw 34 threaded engagement and advances slide block 341, drive screw 34 each in described at least two pedestal bars 20 is connected with shared speed changer 35 power driven by motor 351 and run-in synchronism, described dsp controller connects with described motor 351 rotation controlling described motor 351 by motor-drive circuit,
The top side face of described installing rack 3 is divided into demolition and maintenance portion and fastening operate portions, and be provided with two chutes 31 running through described demolition and maintenance portion and fastening operate portions, the bottom surface of chute 31 described in every bar in order to engage with described roller 21 and two side wall surfaces 311 for vertical direction is in order to coordinate with the lateral elastic pad 22 that the left and right sides of described width extension 241 is covered with, and described two side wall surfaces 311 are parallel to each other in described demolition and maintenance portion, tilt toward each other in described fastening operate portions, in described fastening operate portions, the top of chute 31 described in every bar is coated with symmetrically arranged two the fastening cover plates 330 of the longitudinal axis of described chute 31 with being all fixedly connected with, conduit 33 on being formed between two fastening cover plates 330, the side wall surface of upper conduit 33 is divided into trumpet-shaped boot segment 332 in order to inwardly to advance to guide described pedestal bar 20 with the engage sides at described protrusion junction surface 24, and the guide section 331 of parallel interval is in order to lead inwardly to advance the continuation of described pedestal bar 20 with the engage sides at described protrusion junction surface 24, wherein, each in described two fastening cover plates 330 include level upper side 336 and along the inside direction of propulsion of described pedestal bar 20 and downward-sloping downside 337 in order to engage with the upper cushion 23 that the upside of described width extension 241 is covered with, thus, along with the described propelling slide block 341 driven by described motor is to the promotion of described pedestal bar 20, the lateral elastic pad 22 utilizing the left and right sides of the described width extension 241 of each pedestal bar 20 to be covered with coordinate with the extruding of described two side wall surfaces 311 tilted toward each other in described fastening operate portions and the upper cushion 23 utilizing the upside of the described width extension 241 of each pedestal bar 20 to be covered with the described inside direction of propulsion along described pedestal bar 20 and the extruding of downward-sloping downside 337 coordinate, described device body 1 and device body pedestal 2 are fastened on described installing rack 3, and along with the described release slide block 342 driven by described motor is to the promotion of described pedestal bar 20, described pedestal bar 20 is pushed out to described demolition and maintenance portion, thus described device body 1 and device body pedestal 2 can be hung described installing rack 3 by the vertical direction, described method comprises the steps:
When A. installing, with boom hoisting in the vertical directions such as cranes, device body 1 is arranged on device body pedestal 2, and by fastening screw 25, device body 1 and protrusion junction surface 24 is fastenedly connected, then rotated by motor-drive circuit control motor 351 by dsp controller and shared speed changer 35 is rotated, sharing speed changer 35 drives drive screw 34 to rotate, thus by propelling slide block 341, pedestal bar 20 is slowly advanced fastening operate portions, the lateral elastic pad 22 utilizing the left and right sides of the width extension 241 of pedestal bar 20 to be covered with coordinate with the extruding of two side wall surfaces 311 tilted toward each other in fastening operate portions and the upper cushion 23 utilizing the upside of the width extension 241 of pedestal bar 20 to be covered with the inside direction of propulsion along pedestal bar 20 and the extruding of downward-sloping downside 337 coordinate, device body 1 and device body pedestal 2 are fastened on installing rack 3,
When B. dismantling, rotated by motor-drive circuit control motor 351 by dsp controller and shared speed changer 35 is rotated, sharing speed changer 35 drives drive screw 34 to rotate, thus making release slide block 342 that pedestal bar 20 is slowly released fastening operate portions to demolition and maintenance portion, device body 1 and device body pedestal 2 are hung by boom hoistings such as cranes by last in the vertical direction
Described speed changer at least can be divided into low speed and two grades at a high speed, in the secure stage of cushion generation strain, utilizes low or first gear slowly to be advanced by device body and fastening; In the initial stage needing device body to release, utilize low or first gear and it is slowly released, afterwards, can top gear be utilized and fast device body be released.
Wherein, alternatively, the bottom side of described installing rack 3 is provided with securing member 32 and is fixedly connected with for laying building body with transformer.
Protection scope of the present invention limits with claim, and those skilled in the art can carry out change within the scope of routine techniques means and amendment to it.
Claims (2)
1. the operation method of a transformer control system, it is characterized in that: it uses a kind of transformer control system, described transformer control system comprises dsp controller, motor-drive circuit and transformer, described transformer comprises the device body (1) containing core-coil assembly and lead-in wire, device body pedestal (2) and installing rack (3), the bottom side of described installing rack (3) is used for laying building body with transformer and is fixedly connected with, described device body pedestal (2) is fixedly connected on the bottom of described device body (1), and comprise at least two pedestal bars (20), each pedestal bar (20) has protrusion junction surface (24) and in described protrusion junction surface (24) below and the in the direction of the width outward extending width extension (241) on top, the upside of described width extension (241) is covered with cushion (23), the left and right sides is covered with lateral elastic pad (22), downside is provided with two rollers (21), the bottom of described pedestal bar (20) is provided with inverted U-channel (240) and passes with for drive screw (34) gap between described two rollers (21), the upper side of described protrusion junction surface (24) be provided with fastening screw (25) in order to engage bottom described device body and be fastenedly connected, both sides place on the longitudinally of each described pedestal bar (20) is respectively arranged with the release slide block (342) of described drive screw (34) threaded engagement and advances slide block (341), drive screw (34) each in described at least two pedestal bars (20) is connected with shared speed changer (35) power driven by motor (351) and run-in synchronism, described dsp controller connects with described motor (351) rotation controlling described motor (351) by motor-drive circuit,
The top side face of described installing rack (3) is divided into demolition and maintenance portion and fastening operate portions, and be provided with two chutes (31) of running through described demolition and maintenance portion and fastening operate portions, the bottom surface of chute (31) described in every bar in order to engage with described roller (21) and two side wall surfaces (311) for vertical direction is in order to coordinate with the lateral elastic pad (22) that the left and right sides of described width extension (241) is covered with, and described two side wall surfaces (311) are parallel to each other in described demolition and maintenance portion, tilt toward each other in described fastening operate portions, in described fastening operate portions, the top of chute (31) described in every bar is coated with symmetrically arranged two the fastening cover plates (330) of the longitudinal axis of described chute (31) with being all fixedly connected with, upper conduit (33) is formed between two fastening cover plates (330), the side wall surface of upper conduit (33) is divided into trumpet-shaped boot segment (332) in order to inwardly to advance to guide described pedestal bar (20) with the engage sides of described protrusion junction surface (24), and the guide section of parallel interval (331) is in order to lead inwardly to advance the continuation of described pedestal bar (20) with the engage sides of described protrusion junction surface (24), wherein, each in described two fastening cover plates (330) include level upper side (336) and along the inside direction of propulsion of described pedestal bar (20) and downward-sloping downside (337) in order to engage with the upper cushion (23) that the upside of described width extension (241) is covered with, thus, along with the described propelling slide block (341) driven by described motor is to the promotion of described pedestal bar (20), the lateral elastic pad (22) utilizing the left and right sides of the described width extension (241) of each pedestal bar (20) to be covered with coordinate with the extruding of described two side wall surfaces (311) tilted toward each other in described fastening operate portions and the upper cushion (23) utilizing the upside of the described width extension (241) of each pedestal bar (20) to be covered with described along the described inside direction of propulsion of pedestal bar (20), the extruding of downward-sloping downside (337) coordinates, described device body (1) and device body pedestal (2) are fastened on described installing rack (3), and along with the described release slide block (342) driven by described motor is to the promotion of described pedestal bar (20), described pedestal bar (20) is pushed out to described demolition and maintenance portion, thus described device body (1) and device body pedestal (2) can be hung described installing rack (3) by the vertical direction, described method comprises the steps:
When A. installing, with boom hoisting in the vertical directions such as cranes, device body (1) is arranged on device body pedestal (2), and by fastening screw (25), device body (1) and protrusion junction surface (24) is fastenedly connected, then control motor (351) rotation by dsp controller by motor-drive circuit and shared speed changer (35) is rotated, sharing speed changer (35) drives drive screw (34) to rotate, thus by propelling slide block (341), pedestal bar (20) is slowly advanced fastening operate portions, the lateral elastic pad (22) utilizing the left and right sides of the width extension (241) of pedestal bar (20) to be covered with coordinate with the extruding of two side wall surfaces (311) tilted toward each other in fastening operate portions and the upper cushion (23) utilizing the upside of the width extension (241) of pedestal bar (20) to be covered with the inside direction of propulsion along pedestal bar (20) and the extruding of downward-sloping downside (337) coordinate, device body (1) and device body pedestal (2) are fastened on installing rack (3),
When B. dismantling, control motor (351) rotation by dsp controller by motor-drive circuit and shared speed changer (35) is rotated, sharing speed changer (35) drives drive screw (34) to rotate, thus making release slide block (342) that pedestal bar (20) is slowly released fastening operate portions to demolition and maintenance portion, device body (1) and device body pedestal (2) are hung by boom hoistings such as cranes by last in the vertical direction.
2. the operation method of a kind of transformer control system as claimed in claim 1, wherein, the bottom side of described installing rack (3) is provided with securing member (32) and is fixedly connected with for laying building body with transformer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510294490.5A CN104851556A (en) | 2015-06-02 | 2015-06-02 | Transformer control system operation method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510294490.5A CN104851556A (en) | 2015-06-02 | 2015-06-02 | Transformer control system operation method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104851556A true CN104851556A (en) | 2015-08-19 |
Family
ID=53851138
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510294490.5A Pending CN104851556A (en) | 2015-06-02 | 2015-06-02 | Transformer control system operation method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104851556A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1235244C (en) * | 2003-10-10 | 2006-01-04 | 陈星� | Transformer core adhesive band verical bundling machine |
| CN102426900A (en) * | 2011-09-29 | 2012-04-25 | 天津中电华利电器科技集团有限公司 | Movable transformer mounting platform |
| US20130194059A1 (en) * | 2010-05-21 | 2013-08-01 | William R. Parr | Modular skid frame |
-
2015
- 2015-06-02 CN CN201510294490.5A patent/CN104851556A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1235244C (en) * | 2003-10-10 | 2006-01-04 | 陈星� | Transformer core adhesive band verical bundling machine |
| US20130194059A1 (en) * | 2010-05-21 | 2013-08-01 | William R. Parr | Modular skid frame |
| CN102426900A (en) * | 2011-09-29 | 2012-04-25 | 天津中电华利电器科技集团有限公司 | Movable transformer mounting platform |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104835625A (en) | Transformer provided with indicator light and convenient to dissemble and maintain | |
| CN101942916A (en) | One-machine-multiplate parking device | |
| CN204103371U (en) | A kind of movable type cable laying apparatu | |
| CN103273391A (en) | Pole plate edge brushing machine | |
| CN104835622A (en) | Transformer convenient to disassemble and maintain and provided with fan | |
| CN206874281U (en) | A kind of tunnel rescue device | |
| CN104851556A (en) | Transformer control system operation method | |
| CN104851557A (en) | Transformer control system convenient to disassemble and maintain | |
| CN104916394A (en) | Easy disassembling and maintaining transformer with roller groove | |
| CN104851559A (en) | Operating method of transformer convenient to disassemble and maintain | |
| CN104835623A (en) | Transformer convenient to disassemble and maintain and capable of reducing noise | |
| CN104835627A (en) | Transformer provided with guide sliding blocks and driven by chain | |
| CN104835624A (en) | Transformer convenient to disassemble and maintain and capable of damping | |
| CN104851560A (en) | Transformer convenient to disassemble and maintain and provided with contact sensors | |
| CN103078275A (en) | Rapidly-installed cable device | |
| CN104867657A (en) | Transformer convenient to dismantle and maintain and capable of dissipating heat | |
| CN104979075A (en) | Conveniently detached and maintained gear-driven transformer | |
| CN104835621A (en) | Transformer convenient to disassemble and maintain and adjustable in operating speed | |
| CN104851558A (en) | Transformer convenient to demount and maintain and with protection spacers | |
| CN104916393A (en) | Transformer convenient to disassemble and maintain and capable of preventing dust | |
| CN104835620A (en) | Transformer convenient to disassemble and maintain | |
| CN104867655A (en) | Transformer convenient to dismantle and maintain and with guiding sliding blocks | |
| CN104835619A (en) | Transformer using belt for transmission and convenient to detach and maintain | |
| CN104835626A (en) | Chain drive transformer convenient to dismount and maintain | |
| CN104867656A (en) | Operating-speed-adjustable transformer with protective pads |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| EXSB | Decision made by sipo to initiate substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20150819 |
|
| RJ01 | Rejection of invention patent application after publication |