CN2051602U - Straight line type electric switching machine - Google Patents
Straight line type electric switching machine Download PDFInfo
- Publication number
- CN2051602U CN2051602U CN 88217411 CN88217411U CN2051602U CN 2051602 U CN2051602 U CN 2051602U CN 88217411 CN88217411 CN 88217411 CN 88217411 U CN88217411 U CN 88217411U CN 2051602 U CN2051602 U CN 2051602U
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- China
- Prior art keywords
- ground connection
- node
- relay
- electrical equipment
- normally closed
- Prior art date
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Abstract
The utility model discloses a new straight line type electric switching machine, comprising a new straight line type electric machine and a control circuit. The utility model comprises a mover, a stator winding, a mover pole block, a round iron sheet, a positioner winding and a contactor. The magnetic field drawing force generated between a stator magnetic pole and a corresponding mover induction pole block impels the mover pole block to move, and thus the mover is driven to move. The new straight line type electric switching machine not only has big driving force and favorable performance but also has the advantages of simple structure, light weight and small size, and the utility model is suitable for the railway transportation in various situations and for the wrench of the rail switch for railway transportation under the mine.
Description
The utility model is to belong to the motor technology field that is used to pull railway transportation track switch.
Be used for pulling the electric switch machine of railway switch, especially mine railway transportation electric switch machine fails to obtain fine solution for a long time, and this transports railway security and makes troubles.With regard to existing electric switch machine, if adopt rotary asynchronous motor to constitute, it not only needs the rotation motion motion that be in line, and rotating speed height, output torque is little, increase moment, and promptly adding slows down increases the device of moment, will make big, the Heavy Weight of electric switch machine volume, and complex structure.If adopt the straight line asynchronous motor to constitute, equally also have the little shortcoming of output torque.
The purpose of this utility model is to provide a kind of novel linear formula electric switch machine, and it is to adopt a kind of novel linear electrical motor, has overcome by asynchronous motor and has constituted the little shortcoming of the existing output torque of electric switch machine.
The core of novel linear formula electric switch machine is exactly the novel linear electrical motor, mixes control path again.This novel linear electrical motor comprises stator winding, runner pole block (rotor that is equivalent to rotary electromotor) and mover (being equivalent to the rotating shaft of rotary electromotor).Runner pole block is fixed on the mover, does not have winding on the runner pole block, and stator winding electrifying produces magnetic field.When the magnetic pole of magnetic pole of the stator and runner pole block (being produced by fixed induction) when position of center line is inconsistent, the magnetic field that the stator winding electric current is produced produces tensile force by the magnetic line of force of runner pole block, makes the runner pole block motion, moves thereby drive mover.For the ease of remote handing, the utility model has been equipped with the remote operated control setup.
The utility model not only thrust is big, performance is good, and simple structure, in light weight, volume is little, be applicable to the railway transportation track switch of various occasions, especially concerning limited place, mine underworkings locus, pull its railway transportation track switch, this novel linear formula electric switch machine will be more suitable.
Accompanying drawing 1 expression runner pole block moves stressed in magnetic field and situation magnetic line of force.
The variation of the magnetic field tensile force under three kinds of situations when the accompanying drawing 2 expression magnetic pole of the stator lengths of pole arc are compared with the runner pole block induction magnetic pole length of pole arc.Fig. 2-a represents that both equate that Fig. 2-b represents the former greater than the latter, and Fig. 2-c represents that the former is less than the latter.
Accompanying drawing 3 is constructional drawings of novel linear electrical motor.
Final position when accompanying drawing 4 expression movers move right guarantees that mover is moved to the left optimum position when starting.
Accompanying drawing 5, accompanying drawing 6, accompanying drawing 7, accompanying drawing 8 are straight line electric switch machine control path figure.
Embodiment of the present utility model further is illustrated according to accompanying drawing.
Press four stator winding of fixed interval of certain distance in novel linear electrical motor machine frame 18, these four stator winding electrifyings (by contactor control) produce magnetic field, are respectively N
1, S
1, N
2, S
2, N
3, S
3, N
4, S
4, the frame of living on machine frame 18 position of center line mover 9, is fixing runner pole block 1,2,3,4,5,6,7 and garden iron plate 8,17 on mover 9, the distribution of runner pole block as shown in Figure 3, stretch out outside machine frame at two of mover.Magnetic pole of the stator N
2, S
2, N
4, S
4, by the magnetic field tensile force that runner pole block produced, mover is moved right, magnetic pole of the stator N
1, S
2, N
3, S
3By the magnetic field tensile force that runner pole block produced, mover is moved to the left.The optimum position when position at runner pole block place is for startup in the accompanying drawing 3.Steady arm is equipped with in both sides on machine frame 18 tops, and winding 14,10 is arranged on steady arm, normally closed node 11,15, and fastening screw 12,16, fastening screw is used for blocking the garden iron plate, and the mover location can not be moved.Four garden sheets 13 between moving utmost point piece 1,2,3,4,5 are non-magnetic material.
Scheme circuit shown in the accompanying drawing 5 is the control path figure that straight line electric switch machine mover moves right.The connection of its circuit is: the 12V vdc is leaded up to start button S
1Succeed electrical equipment J respectively
10Normally closed node J
10With single throw switch S
3, another road meets normally closed node S
1' (normally closed node 11 on the steady arm just) and relay J
1often open node J
1, merge then and succeed electrical equipment J
1, ground connection again.The 36V vdc is succeeded Dian Octopus
1often open node J
1, connect the winding 4 on the steady arm then, again ground connection.The 20V vdc is succeeded electrical equipment J
1often open node J
1, then via resistance R
1, R
2, R
3, capacitor C
1, field effect transistor G
1The short time time delay circuit that constitutes is connected to relay J
2, ground connection again.The 36V alternating-current voltage/AC voltage is succeeded electrical equipment J
2often open node J
2, meet contactless switch K then
1, ground connection again.Here, contactless switch K
1Be control linear motor rotor winding N
2S
2, N
4, S
4Voltage.The 12V vdc is met contactless switch K respectively
1often open node K
1With normally closed button S
4, relay J
3often open node J
3, merging connects capacitor C then
2Ground connection, and meet contactless switch K after merging
1Normally closed contact K
1, relay J
3Ground connection again.The 6.3V alternating-current voltage/AC voltage is succeeded electrical equipment J
3often open node J
3, connect indicator lamp then, again ground connection.
Scheme circuit shown in the accompanying drawing 6 is the control path figure that straight line electric switch machine mover is moved to the left, and its route connects and is: the 12V vdc is leaded up to start button S
2Succeed electrical equipment J respectively
10Normally closed node J
10With single throw switch S
3', another road meets normally closed node S
2' (normally closed node 15 on the steady arm just), relay J
1' often open node J
1', merge then and succeed electrical equipment J
1', ground connection again.The 36V vdc is succeeded electrical equipment J
1' often open node J
1', connect steady arm winding 10 then, again ground connection.The 20V vdc is succeeded electrical equipment J
1' often open node J
1', then via resistance R
1', R
2', R
3', capacitor C
1', field effect transistor G
2The short time time delay circuit that constitutes is connected to relay J
2', ground connection again.The 36V alternating-current voltage/AC voltage is succeeded electrical equipment J
2' often open node J
2', meet contactless switch K then
1', ground connection again.Here, contactless switch K
1' be control linear motor rotor winding N
1, S
1, N
3, S
3Voltage.The 12V vdc is met contactless switch K respectively
1' often open node K
1' and normally closed button S
5, relay J
3' often open node J
3', merging connects capacitor C then
2' ground connection, and meet contactless switch K after merging
1' normally closed node K
1', relay J
3', ground connection again.The 6.3V alternating-current voltage/AC voltage is succeeded electrical equipment J
3' often open node J
3', connect indicator lamp then, again ground connection.
Accompanying drawing 7, accompanying drawing 8 are the interlocked control scheme circuit, and its circuit connection is: the 12V vdc is received relay J respectively
1often open node J
1, relay J
1' often open node J
1' and relay J
11Normally closed node J
11, relay J
10often open node J
10Merge then and succeed electrical equipment J together
10, ground connection again.The 20V vdc is succeeded electrical equipment J
10often open node J
10, then via resistance R
4, R
5, capacitor C
3, field effect transistor G
3The long-time time delay circuit of being formed connects relay J
11, ground connection again.Whole relays among the control path figure all and meet a diode D.
When mover begins to move right, press start button S
1, relay J
1Node J is often opened in action
1Closure, winding 14 energisings on the steady arm, fastening screw 16 rises, and runner pole block can move, through short time time-delay, relay J
2Node J is often opened in action
2Closure, contactless switch K
1Node K is often opened in action
1Closure, stator winding N
2, S
2, N
4, S
4Energising produces magnetic field, and runner pole block moves right under the tensile force effect of magnetic field, when stator poles piece 5 moves to N
2, S
2During A point position extremely, runner pole block 7 fronts and magnetic pole of the stator N
4, S
4B position, one side overlap, at this moment, N
4S
4The magnetic field tensile force that produces by runner pole block 7 is maximum, the preceding slightly more to the right beginning in runner pole block position, and the magnetic field tensile force that acts on mover is N
2, S
2With runner pole block 3,4,5 magnetic field tensile force and N
4, S
4With runner pole block 7 magnetic field tensile force sums, guaranteed the thrust of mover like this, it is little not only to pulse, and the nadir numerical value of thrust is also bigger.When garden iron plate 8 on the mover moves right and runs into fastening screw 12, normally closed node S
1' disconnect.Stator winding N
2, S
2, N
4, S
4Supply disconnecton, fastening screw 12 blocks garden iron plate 8, and the mover location can not be moved.
As contactless switch K
1When closed, capacitor C
2Charging is as contactless switch K
1During disconnection, cond C
2Discharge, relay J
3Adhesive, indicator lamp is bright, Ji Jin Octopus
3Be subjected to button S
4Control.
When mover is moved to the left, control path figure such as accompanying drawing 6-a, b, c, d, e, f, maneuvering sequence is the same.
Four garden sheets between the runner pole block 1,2,3,4,5 on the mover are non-magnetic materials, like this, and N
2, S
2Magnetic line of force can be by runner pole block 1,2,3,4,5 by N
1, S
1Institute's short circuit.Adjust runner pole block 1,2,3,4,5 numbers on the mover, can adjust the distance that moves around about mover, corresponding runner pole block 6,7 and garden iron plate 8,17 distances also will be adjusted.Adjust external voltage on the stator winding, not only can adjust the thrust size of mover, and the speed that can mover moves.
Accompanying drawing 7, accompanying drawing 8 are interlocked control, when handling the circuit that the control mover moves right, and relay J
1Closure, J
10Action, J
10Normally closed node disconnects, before relay J is moved, and single throw switch S
3' when disconnecting, press the button S
2, relay J
1' akinesia, mover can not be moved to the left.Through long-time time-delay, after, the action of relay time delay circuit, relay J
10End, at this moment, handle the circuit that mover is moved to the left, relay J
1' could move.Just at single throw switch S
3, S
3' when disconnecting, after the control path work, without the considerable time time-delay, another control path can not be worked, and like this, has played a kind of reciprocal interlocking.
Claims (3)
1, a kind of novel linear formula electric switch machine, constituted by novel linear electrical motor and control path, it comprises stator winding, mover (being equivalent to the rotating shaft of rotary electromotor), runner pole block (rotor that is equivalent to rotary electromotor), contactless switch, steady arm, relay, it is characterized in that:
A. by contactless switch K
1, K
1The stator winding N of ' control
1, S
1, N
2, S
2N
3, S
3, N
4, S
4About being fixed in the linear motor machine frame 18 at regular intervals, mover 9 is to live frame on the machine frame position of center line, and stretch out outside machine frame at two, fixing the runner pole block 1,2,3,4,56,7 and the garden iron plate 8,17 that do not have winding on mover 9, is the both sides that 13, two steady arms of four garden sheets of non-magnetic material are fixed on the machine frame internal upper part between the runner pole block 1,2,3,4,5, winding 10,14 is arranged on steady arm, normally closed node 11,15, fastening screw 12,16
B. the 12V vdc is leaded up to start button S
1Succeed electrical equipment J respectively
10Normally closed node J
10With single throw switch S
3, another road meets normally closed node S
1' (normally closed node 11 on the steady arm just) and relay J
1often open node J
1, merge then and succeed electrical equipment J
1, ground connection again; The 36V vdc is succeeded electrical equipment J
1often open node J
1, connect the winding 14 on the steady arm then, again ground connection; The 20V vdc is succeeded electrical equipment J
1often open node J
1, then via resistance R
1, R
2, R
3, electric C
1, field effect transistor G
1The short time time delay circuit that constitutes is connected to relay J
2, ground connection again; The 36V alternating-current voltage/AC voltage is succeeded electrical equipment J
2often open node J
2, meet contactless switch K then
1, ground connection again; The 12V vdc is met contactless switch K respectively
1often open node K
1With normally closed button S
4, relay J
3often open node J
3, merging connects capacitor C then
2Ground connection, and meet contactless switch K after merging
1Normally closed contact K
1, relay J
3, ground connection again; The 6.3V alternating-current voltage/AC voltage is succeeded electrical equipment J
3often open node J
3, connect indicator lamp then, ground connection again,
C. the 12V vdc is leaded up to start button S
2Succeed electrical equipment J respectively
10Normally closed node J
10With single throw switch S
3', another road meets normally closed contact S
2' (normally closed node 15 on the steady arm just), relay J
1' often open node J
1', merge then and succeed electrical equipment J
1', ground connection again; The 36V vdc is succeeded electrical equipment J
1' often open node J
1', connect steady arm winding 10 then, again ground connection; The 20V vdc is succeeded electrical equipment J
1' often open node J
1', then via resistance R
1', R
2', R
3', capacitor C
1', field effect transistor G
2The short time time delay circuit that constitutes is connected to relay J
2', ground connection again; The 36V alternating-current voltage/AC voltage is succeeded electrical equipment J
2' often open node J
2', meet contactless switch K then
1', ground connection again; The 12V vdc is connect contact potential respectively to socket respectively and touches K
1' often open node K
1' and normally closed button S
5' relay J
3' normal shape node J
3' merging connects capacitor C then
2' ground connection, and meet contactless switch K after merging
1' normally closed contact K
1, relay J
3' ground connection again; The 6.3V alternating-current voltage/AC voltage is succeeded electrical equipment J
3' often open node J
3' connect indicator lamp, ground connection more then.
2, by the described straight line electric switch machine of claim 1, it is characterized in that: the straight voltage of 12V is received relay J respectively
1often open node J
1, relay J
1' often open node J
1' and relay J
10Normally closed node J
11, relay J
10often open node J
10, merged then and succeeded electrical equipment J
10, ground connection again.The 20V vdc is succeeded electrical equipment J
10often open node J
10, then via resistance R
4, R
5, capacitor C
3, field effect transistor G
3The long-time time delay circuit of being formed connects relay J
11, ground connection again.
3, straight line electric switch machine according to claim 1 and 2 is characterized in that: when runner pole block 5 at N
2, S
2During A point position extremely, the front of runner pole block 7 and magnetic pole of the stator N
4, S
4B position, one side overlap.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 88217411 CN2051602U (en) | 1988-08-05 | 1988-08-05 | Straight line type electric switching machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 88217411 CN2051602U (en) | 1988-08-05 | 1988-08-05 | Straight line type electric switching machine |
Publications (1)
Publication Number | Publication Date |
---|---|
CN2051602U true CN2051602U (en) | 1990-01-24 |
Family
ID=4849954
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN 88217411 Withdrawn CN2051602U (en) | 1988-08-05 | 1988-08-05 | Straight line type electric switching machine |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN2051602U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2020078107A1 (en) * | 2018-10-17 | 2020-04-23 | 西安铁路信号有限责任公司 | Linear motor variable-frequency drive-based switch system and working method therefor |
-
1988
- 1988-08-05 CN CN 88217411 patent/CN2051602U/en not_active Withdrawn
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2020078107A1 (en) * | 2018-10-17 | 2020-04-23 | 西安铁路信号有限责任公司 | Linear motor variable-frequency drive-based switch system and working method therefor |
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C06 | Publication | ||
PB01 | Publication | ||
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C19 | Lapse of patent right due to non-payment of the annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |