CN205622430U - A fast switch over structure that is used for lift motor for activestandby - Google Patents
A fast switch over structure that is used for lift motor for activestandby Download PDFInfo
- Publication number
- CN205622430U CN205622430U CN201620279982.7U CN201620279982U CN205622430U CN 205622430 U CN205622430 U CN 205622430U CN 201620279982 U CN201620279982 U CN 201620279982U CN 205622430 U CN205622430 U CN 205622430U
- Authority
- CN
- China
- Prior art keywords
- motor
- standby
- encoder
- union joint
- converter
- 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.)
- Active
Links
Landscapes
- Motor Or Generator Frames (AREA)
Abstract
The utility model relates to a fast switch over structure that is used for lift motor for activestandby, it includes the articulate board set up main motor connector, main motor encoder connector, reserve motor connector and reserve motor encoder connector on the articulate board, main motor connector, main motor encoder connector, reserve motor connector and reserve motor encoder connector all are fixed in same one side of articulate board, be used for being connected and carrying out the plug with main motor connector, reserve motor connector with the converter matcing the electric converter motor connector of being connected in the opposite side setting of articulate board the opposite side of articulate board still sets up and is used for being connected and carrying out the plug with main motor encoder connector, reserve motor encoder connector with the converter matcing the converter encoder connector that the electricity is connected. The utility model discloses simple structure can realize the main motor of lift and the effective switching between the reserve motor, safe and reliable fast.
Description
Technical field
This utility model relates to a kind of quick switching structure, a kind of quick switching structure for elevator standby usage motor, belongs to the technical field of elevator standby usage motor switching.
Background technology
Along with the requirement of automobile industry is more and more higher, the elevator in present automobile industry is commonly used standby usage motor.The when of changing motor in industry at present mainly using the wiring of mair motor directly to remove changes on standby motor, and this mode replacement cycle is long, and easy wrong line causes potential safety hazard, has changed the shortcoming also needing to again debug.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that a kind of quick switching structure for elevator standby usage motor, its simple in construction, can quickly realize the effective switching between the mair motor of elevator and standby motor, safe and reliable.
The technical scheme provided according to this utility model, the described quick switching structure for elevator standby usage motor, including joint connecting plate, described joint connecting plate is provided for the mair motor union joint being connected with mair motor, for the mair motor encoder union joint being connected with mair motor encoder, for the standby motor connector being connected with standby motor and for the standby motor encoder union joint being connected with standby motor encoder, described mair motor union joint, mair motor encoder union joint, standby motor connector and standby motor encoder union joint are both secured to the same side of joint connecting plate；
Opposite side at joint connecting plate is provided for being connected with converter and can carry out with mair motor union joint, standby motor connector plug and mate the converter motor connector of electrical connection, and the opposite side at described joint connecting plate also sets up and mates the converter encoder union joint electrically connected for being connected with converter and can carry out with mair motor encoder union joint, standby motor encoder union joint plugging.
Described mair motor union joint is adjacent to mair motor encoder union joint, and mair motor union joint is positioned at same one end of joint connecting plate with mair motor encoder union joint, standby motor connector is adjacent to standby motor encoder union joint, and standby motor connector is positioned at the other end of joint connecting plate with standby motor encoder union joint.
Described mair motor is connected with mair motor union joint by mair motor joint connecting wire, and the mair motor encoder mated with described mair motor is connected with mair motor encoder union joint by mair motor encoder joint connecting wire.
Described standby motor is connected with standby motor connector with standby motor joint connecting wire by standby motor joint connecting wire；It is connected with standby motor encoder union joint by standby motor encoder joint connecting wire with the standby motor encoder of described standby motor coupling.
Described converter is connected with disconnecting switch by converter switch connecting line, and described disconnecting switch is connected with converter motor connector by switch contacts connecting line；Converter is connected with converter encoder union joint by converter joint connecting wire.
Advantage of the present utility model: coordinated by the connection between converter motor connector with mair motor union joint, standby motor connector, being switched fast between converter with mair motor or standby motor can be realized be connected, coordinated by the connection between converter encoder union joint with mair motor encoder union joint, standby motor encoder union joint, being switched fast between converter with mair motor encoder, standby motor encoder can be realized be connected, realize converter to coordinate with mair motor or converter and being switched fast that standby motor coordinates, safe and reliable.
Accompanying drawing explanation
Fig. 1 is the use state diagram that this utility model converter utilizes quick switching structure to be connected with mair motor.
Fig. 2 is the use state diagram that this utility model converter utilizes that the standby motor in quick switching structure territory connects.
Description of reference numerals: 1-converter, 2-disconnecting switch, 3-mair motor, 4-mair motor converter, the standby motor of 5-, the standby motor inverter of 6-, 7-converter switch connecting line, 8-converter joint connecting wire, 9-switch contacts connecting line, 10-converter motor connector, 11-converter encoder union joint, 12-mair motor union joint, 13-mair motor encoder union joint, the standby motor connector of 14-, 15-standby motor encoder union joint, 16-mair motor joint connecting wire, 17-mair motor encoder joint connecting wire, 18-standby motor joint connecting wire, 19-standby motor encoder joint connecting wire and 20-joint connecting plate.
Detailed description of the invention
Below in conjunction with concrete drawings and Examples, the utility model is described in further detail.
As shown in Figure 1: in order to enable the effective switching quickly realizing between the mair motor 3 of elevator and standby motor 5, this utility model includes joint connecting plate 20, described joint connecting plate 20 is provided for the mair motor union joint 12 being connected with mair motor 3, for the mair motor encoder union joint 13 being connected with mair motor encoder 4, for the standby motor connector 14 being connected with standby motor 5 and for the standby motor encoder union joint 15 being connected with standby motor encoder 6, described mair motor union joint 12, mair motor encoder union joint 13, standby motor connector 14 and standby motor encoder union joint 15 are both secured to the same side of joint connecting plate 20；
Opposite side at joint connecting plate 20 is provided for being connected with converter 1 and can carry out with mair motor union joint 12, standby motor connector 14 plug and mate the converter motor connector 10 of electrical connection, and the opposite side at described joint connecting plate 20 also sets up and mates the converter encoder union joint 11 electrically connected for being connected with converter 1 and can carry out plug with mair motor encoder union joint 13, standby motor encoder union joint 15.
Specifically, described mair motor union joint 12 is adjacent to mair motor encoder union joint 13, and mair motor union joint 12 is positioned at same one end of joint connecting plate 20 with mair motor encoder union joint 13, standby motor connector 14 is adjacent to standby motor encoder union joint 15, and standby motor connector 14 is positioned at the other end of joint connecting plate 20 with standby motor encoder union joint 15.Mair motor union joint 12, mair motor encoder union joint 13, standby motor connector 14 and standby motor encoder union joint 15 are each attached on joint connecting plate 20, and mutually insulated between mair motor union joint 12, mair motor encoder union joint 13, standby motor connector 14 and standby motor encoder union joint 15 and joint connecting plate 20.
Converter motor connector 10 can penetrate joint connecting plate 20, and coordinate with the connection carrying out plugging between mair motor union joint 12 or standby motor connector 14, and converter encoder union joint 11 can penetrate in joint connecting plate 20, and the connection carrying out plugging with mair motor encoder union joint 13 or standby motor encoder union joint 15 coordinates.It is connected by the plug between converter motor connector 10 with mair motor union joint 12 or standby motor connector 14, simultaneously, it is connected by the plug between converter encoder union joint 11 with mair motor encoder union joint 13 or standby motor encoder union joint 15, can quickly realize quickly connecting switching between mair motor 3 or standby motor 5, easy switching, the connection after switching is as shown in Figure 2.
Plug type of attachment between converter motor connector 10 and mair motor union joint 12 and standby motor connector 14 can use existing conventional version, in like manner, plug form between converter encoder union joint 11 and mair motor encoder union joint 13 and standby motor encoder union joint 15 can also use conventional version, being specially known to those skilled in the art, here is omitted.
Further, described mair motor 3 is connected with mair motor union joint 12 by mair motor joint connecting wire 16, is connected with mair motor encoder union joint 13 by mair motor encoder joint connecting wire 17 with the mair motor encoder 4 of described mair motor 3 coupling.
Described standby motor 5 is connected with standby motor connector 14 with standby motor joint connecting wire 18 by standby motor joint connecting wire 18；It is connected with standby motor encoder union joint 15 by standby motor encoder joint connecting wire 19 with the standby motor encoder 6 of described standby motor 5 coupling.
Described converter 1 is connected with disconnecting switch 2 by converter switch connecting line 7, and described disconnecting switch 2 is connected with converter motor connector 10 by switch contacts connecting line 9；Converter 1 is connected with converter encoder union joint 11 by converter joint connecting wire 8.
In this utility model embodiment, mair motor 3 is connected with mair motor union joint 12 by mair motor joint connecting wire 16, be connected with mair motor encoder union joint 13 by mair motor encoder joint connecting wire 17 with the mair motor encoder 4 of described mair motor 3 coupling, thus realize mair motor 3, mair motor encoder 4 respectively with mair motor union joint 12, the connection of mair motor encoder union joint 13.
Standby motor 5 is connected with standby motor connector 14 with standby motor joint connecting wire 18 by standby motor joint connecting wire 18；Be connected with standby motor encoder union joint 15 by standby motor encoder joint connecting wire 19 with the standby motor encoder 6 of described standby motor 5 coupling, it is achieved standby motor 5, standby motor encoder 6 respectively with standby motor connector 14, the connection of standby motor encoder union joint 15.
Converter 1 is connected with disconnecting switch 2 by converter switch connecting line 7, and described disconnecting switch 2 is connected with converter motor connector 10 by switch contacts connecting line 9；Converter 1 is connected with converter encoder union joint 11 by converter joint connecting wire 8, it is achieved the converter 1 connection respectively and between converter motor connector 10, converter encoder union joint 11.
When being connected between converter 1 with mair motor 3, mair motor converter 4, have only to converter motor connector 10 is inserted mair motor union joint 12, simultaneously, converter encoder union joint 11 inserts mair motor encoder union joint 13, thus realizes converter 1 and realize coordinating with the connection between mair motor 3, mair motor converter 4.And when needs realize being connected between converter 1 with standby motor 5, standby motor encoder 6, have only to extract converter motor connector 10 to reach to separate with mair motor union joint 12, meanwhile, extract converter encoder union joint 11 to reach to separate with mair motor encoder union joint 13；Hereafter, converter motor connector 10 inserting standby motor connector 14, meanwhile, converter encoder union joint 11 inserts in standby motor encoder union joint 15, thus the connection realized between converter 1 with standby motor 5, standby motor encoder 6 coordinates.
This utility model is by converter motor connector 10 and mair motor union joint 12, connection between standby motor connector 14 coordinates, being switched fast between converter 1 with mair motor 3 or standby motor 5 can be realized be connected, by converter encoder union joint 11 and mair motor encoder union joint 13, connection between standby motor encoder union joint 15 coordinates, converter 1 and mair motor encoder 4 can be realized, it is switched fast connection between standby motor encoder 6, realize converter 1 to coordinate with mair motor 3 or converter 1 and being switched fast that standby motor 5 coordinates, safe and reliable.
Claims (5)
1. the quick switching structure for elevator standby usage motor, it is characterized in that: include joint connecting plate (20), described joint connecting plate (20) is provided for the mair motor union joint (12) being connected with mair motor (3), for mair motor encoder union joint (13) being connected with mair motor encoder (4), for the standby motor connector (14) being connected with standby motor (5) and for the standby motor encoder union joint (15) being connected with standby motor encoder (6), described mair motor union joint (12), mair motor encoder union joint (13), standby motor connector (14) and standby motor encoder union joint (15) are both secured to the same side of joint connecting plate (20)；
Opposite side at joint connecting plate (20) is provided for being connected with converter (1) and can carry out with mair motor union joint (12), standby motor connector (14) plug and mate the converter motor connector (10) of electrical connection, and the opposite side described joint connecting plate (20) also sets up and mates converter encoder union joint (11) electrically connected for being connected with converter (1) and can carry out with mair motor encoder union joint (13), standby motor encoder union joint (15) plugging.
Quick switching structure for elevator standby usage motor the most according to claim 1, it is characterized in that: neighbouring mair motor encoder union joint (13) of described mair motor union joint (12), and mair motor union joint (12) is positioned at same one end of joint connecting plate (20) with mair motor encoder union joint (13), standby motor connector (14) is adjacent to standby motor encoder union joint (15), and standby motor connector (14) is positioned at the other end of joint connecting plate (20) with standby motor encoder union joint (15).
Quick switching structure for elevator standby usage motor the most according to claim 1, it is characterized in that: described mair motor (3) is connected with mair motor union joint (12) by mair motor joint connecting wire (16), the mair motor encoder (4) mated with described mair motor (3) is connected with mair motor encoder union joint (13) by mair motor encoder joint connecting wire (17).
Quick switching structure for elevator standby usage motor the most according to claim 1, is characterized in that: described standby motor (5) is connected with standby motor connector (14) with standby motor joint connecting wire (18) by standby motor joint connecting wire (18)；The standby motor encoder (6) mated with described standby motor (5) is connected with standby motor encoder union joint (15) by standby motor encoder joint connecting wire (19).
Quick switching structure for elevator standby usage motor the most according to claim 1, it is characterized in that: described converter (1) is connected with disconnecting switch (2) by converter switch connecting line (7), described disconnecting switch (2) is connected with converter motor connector (10) by switch contacts connecting line (9)；Converter (1) is connected with converter encoder union joint (11) by converter joint connecting wire (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620279982.7U CN205622430U (en) | 2016-04-06 | 2016-04-06 | A fast switch over structure that is used for lift motor for activestandby |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620279982.7U CN205622430U (en) | 2016-04-06 | 2016-04-06 | A fast switch over structure that is used for lift motor for activestandby |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205622430U true CN205622430U (en) | 2016-10-05 |
Family
ID=57030006
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620279982.7U Active CN205622430U (en) | 2016-04-06 | 2016-04-06 | A fast switch over structure that is used for lift motor for activestandby |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205622430U (en) |
-
2016
- 2016-04-06 CN CN201620279982.7U patent/CN205622430U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205029050U (en) | Binding post branch connection ware | |
| CN104993310A (en) | Wie Wiring terminal branched connector | |
| CN204760654U (en) | Electricity connection ware convenient to pull out and insert | |
| CN204179354U (en) | Connector and be connected with the mobile terminal of this connector | |
| CN202662893U (en) | Dustproof socket | |
| CN206148684U (en) | Socket | |
| CN205811089U (en) | A kind of attachment means of cable accessory | |
| CN103700976A (en) | Socket | |
| CN205622430U (en) | A fast switch over structure that is used for lift motor for activestandby | |
| CN105226419A (en) | A kind of binding post branch connector | |
| CN205429293U (en) | Telescopic plug | |
| CN204651505U (en) | The wedge fastening-type of building hoist slip continues connector | |
| CN205194982U (en) | Socket with USB interface | |
| CN201904469U (en) | Plug bush component and bus bar | |
| CN203722188U (en) | Cable T-connection terminal | |
| CN203481598U (en) | Miniature portable conductive coupling device | |
| CN208014940U (en) | A kind of power cord plug convenient for plug | |
| CN205921332U (en) | Busway shell body, bus duct convenient to assembly | |
| CN201805157U (en) | Plug-type bus structure | |
| CN204376140U (en) | A kind of multifunctional wire device | |
| CN205194967U (en) | Changeover plug fixed establishment | |
| CN203826613U (en) | Copper strip conductive socket | |
| CN204884715U (en) | Modular ground connection dead end insulator | |
| CN204464705U (en) | the charging connecting device of electric automobile | |
| CN204012066U (en) | Three two oblate inserting and three full conjuncted structures of five hole socket/switch sleeves |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |