CN104851674A - Remote control power switch used for switchgear - Google Patents
Remote control power switch used for switchgear Download PDFInfo
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- CN104851674A CN104851674A CN201510201955.8A CN201510201955A CN104851674A CN 104851674 A CN104851674 A CN 104851674A CN 201510201955 A CN201510201955 A CN 201510201955A CN 104851674 A CN104851674 A CN 104851674A
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- pole
- drive
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- button
- rod
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H9/00—Details of switching devices, not covered by groups H01H1/00 - H01H7/00
- H01H9/20—Interlocking, locking, or latching mechanisms
- H01H9/26—Interlocking, locking, or latching mechanisms for interlocking two or more switches
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- Electromagnetism (AREA)
- Tumbler Switches (AREA)
Abstract
The invention discloses a remote control power switch used for a switchgear. The remote control power switch comprises a connecting seat, a switch module and a remote operation mechanism. A dual-way-in and one-way-out dual-supply circuit and two power-in on-off mechanisms used for turning on and turning off corresponding power-in circuits are arranged inside the switch module. The remote operation mechanism includes a front stand and two electromagnetic drive mechanisms. Each electromagnetic drive mechanism includes a mounting support, an electromagnetic driver and a drive rod. Each drive rod includes a first supporting rod, a second supporting rod and a transmission connecting rod, wherein the transmission connecting rod is arranged just under the second supporting rod and extends horizontally in a forward and backward direction, the rear end of the transmission connecting rod is connected with the tail end, far away from a shaft hole, of the second supporting rod to be a whole body, and the front end of the transmission connecting rod is equipped with a joint gap penetrating in a plumb line direction and a kidney-shaped connecting hole penetrating leftward and rightward. Each electromagnetic drive mechanism drives a corresponding rocker plate button through the corresponding first and second supporting rods to enable a circuit controlled thereby to be on and off. The remote control power switch is compact and reasonable in structure.
Description
Technical field
The invention belongs to power switch structure-design technique field, be specifically related to a kind of Long-distance Control power switch for switch cubicle.
Background technology
Many industries and the department reliability to power supply has had very high requirement, in order to ensure the continuity of powering, many important occasions all adopt dual power supply, as the indispensable device that electric energy switches, the application demand of double power supply automatic switching switch is more and more extensive, and technical property requirements is also more and more higher.
Summary of the invention
The object of this invention is to provide the Long-distance Control power switch for switch cubicle of a kind of structure comparatively compact and reasonable.
The technical scheme realizing the object of the invention is: a kind of Long-distance Control power switch for switch cubicle, comprises Connection Block and clamps the switch module being arranged on Connection Block rear end; It is characterized in that: also comprise the remote operating mechanisms clamping and be arranged on Connection Block front end; Establish in switch module two enter a removing from mould two-supply circuit and two for break-make corresponding one enter circuit enter electric on off mechanism; Described two enter a removing from mould two-supply circuit comprise one go out electric connecting terminals, two enter electric connecting terminals and two U-shaped movable contact springs; Respectively enter electric on off mechanism and comprise a seesaw button, a button base and an elastic top needle assemblies; Seesaw button is fixedly installed in button base; Each button base comprises two the convex axles being positioned at the left and right sides in the middle part of pedestal, and the rear wall in the middle part of pedestal is provided with the projection as thimble pedestal protruding backward and formed, and the center of thimble pedestal is provided with the spacing blind hole arranged along the longitudinal direction; The upper and lower of pedestal is respectively provided with the hole clipping that runs through pedestal along the longitudinal direction; The antetheca of protecgulum is provided with the rotating junction with the convex axle adaptation of button base, and each button base is rotated and is arranged on the antetheca of protecgulum, each button base back and forth can be shaken in certain angle around convex axle together with seesaw button; Protecgulum is provided with the open-work with each thimble pedestal adaptation, and each open-work runs through protecgulum along the longitudinal direction, and each thimble pedestal extends in containing cavity through a corresponding open-work; Seesaw button and button base synchronously do reciprocal shake under external force, and in the process of back and forth shake, drive a corresponding elastic top needle assemblies back and forth to stir a corresponding U-shaped movable contact spring, this U-shaped movable contact spring is back and forth shaken; Each U-shaped movable contact spring and go out electric connecting terminals electrical connection, each U-shaped movable contact spring in the process of back and forth shake, break-make self and a corresponding circuit entered between electric connecting terminals; Remote operating mechanisms comprises the front stall clamping and be arranged on Connection Block front end and two electromagnetic drive mechanisms be arranged in front stall; Each electromagnetic drive mechanism comprises mounting bracket, be arranged on electromagnetic driver on mounting bracket and rotation is arranged on drive rod on mounting bracket; Mounting bracket is provided with horizontally disposed rotating shaft in left-right direction; Electromagnetic driver comprises the dynamic iron core moved back and forth along the longitudinal direction, and the rear end of dynamic iron core is provided with drive plate portion; Drive rod comprises the first pole, the second pole and driving connecting rod, and the first pole is positioned at directly over the second pole, and the first pole and the second pole are combined into V-shaped, and the opening of this V-shaped is towards rear; The connecting place of the first pole and the second pole is provided with the spacing axis hole for being set in mounting bracket rotating shaft; First pole is connected to the top of a corresponding seesaw button, and the second pole is connected to the bottom of a corresponding seesaw button; Driving connecting rod is positioned at immediately below the second pole, and driving connecting rod is horizontal-extending along the longitudinal direction, and its rear end is connected with the one of the end away from axis hole of the second pole, and its front end is connected with the drive plate portion of dynamic iron core; When each dynamic iron core moves back and forth, drive drive rod back and forth to shake around the shaft on vertical guide along the longitudinal direction by corresponding driving connecting rod, and then drive a corresponding seesaw button to do back and forth shake and its control circuit of break-make by the first pole of this drive rod and the second pole.
The present invention has following positive technique effect: the comparatively compact simplification of (1) structure of the present invention, manufacturing cost is comparatively cheap, can meet the automatic switchover of two-supply circuit in most cases.(2) the present invention can replace conventional wall wall type power switch to use, the automatic switchover or the remote control that realize two-supply circuit switch, thus realize the intellectuality manipulation of household electric appliances and stable Energy control, be particularly useful for changing existing important department electric circuit.
Accompanying drawing explanation
Fig. 1 is a kind of perspective view of the first structure of the present invention;
Fig. 2 is that switch shown in Fig. 1 is from a kind of perspective view during another angle views;
Fig. 3 is a kind of cutaway view of switch shown in Fig. 1;
Fig. 4 is a kind of explosive view of switch shown in Fig. 1;
Fig. 5 is that switch shown in Fig. 1 is from a kind of explosive view during another angle views;
Fig. 6 is a kind of perspective view of the medium-long range of switch shown in Fig. 1 operating mechanism;
Fig. 7 is a kind of cutaway view of remote operating mechanisms shown in Fig. 6;
Fig. 8 is a kind of perspective view of the electromagnetic drive mechanism in remote operating mechanisms shown in Fig. 6;
Fig. 9 is a kind of end view of electromagnetic drive mechanism shown in Fig. 8;
Figure 10 is a kind of cutaway view of electromagnetic drive mechanism shown in Fig. 8;
Figure 11 is a kind of explosive view of electromagnetic drive mechanism shown in Fig. 8;
Figure 12 is a kind of explosive view of the breaker in middle module of switch shown in Fig. 1 and Connection Block;
Figure 13 is that switch module shown in Figure 12 and Connection Block are from a kind of explosive view during another angle views;
Figure 14 is a kind of close-up schematic view at B place in Figure 13;
Figure 15 is a kind of perspective view of button base in switch shown in Fig. 1;
Figure 16 is a kind of perspective view of two-supply circuit in switch shown in Fig. 1;
Figure 17 is a kind of end view of two-supply circuit shown in Figure 16;
Figure 18 is a kind of perspective view going out electric connecting terminals in two-supply circuit shown in Figure 16;
Figure 19 is a kind of cutaway view of electric connecting terminals shown by Figure 18;
Figure 20 is a kind of perspective view entering electric connecting terminals in two-supply circuit shown in Figure 16;
Figure 21 is a kind of cutaway view entering electric connecting terminals shown in Figure 20;
Figure 22 is a kind of cutaway view of the second structure of the present invention;
Figure 23 is a kind of explosive view of the medium-long range of switch shown in Figure 22 operating mechanism;
Figure 24 is the close-up schematic view at C place in Figure 23;
Figure 25 is that remote operating mechanisms shown in Figure 23 is from explosive view during another angle views;
Figure 26 is the close-up schematic view at D place in Figure 25;
Figure 27 is a kind of cutaway view of remote operating mechanisms shown in Figure 23.
Embodiment
(embodiment 1)
Fig. 1 to Figure 21 shows the first embodiment of the present invention.
The present embodiment is a kind of Long-distance Control power switch for switch cubicle, sees shown in Fig. 1 to Fig. 5, comprises Connection Block 1, clamp the switch module 2 that is arranged on Connection Block rear end and clamp the remote operating mechanisms A being arranged on Connection Block front end.
Establish in switch module 2 two enter a removing from mould two-supply circuit and two for break-make corresponding one enter circuit enter electric on off mechanism; Described two enter a removing from mould two-supply circuit comprise one and go out electric connecting terminals 23, two and enter electric connecting terminals 24 and two U-shaped movable contact springs 25.
Respectively enter electric on off mechanism and comprise a seesaw button 3, button base 27 and an elastic top needle assemblies 26; Seesaw button 3 is fixedly installed in button base 27; Seesaw button and button base synchronously do reciprocal shake under external force, and in the process of back and forth shake, drive a corresponding elastic top needle assemblies back and forth to stir a corresponding U-shaped movable contact spring, this U-shaped movable contact spring is back and forth shaken.Each U-shaped movable contact spring 25 and go out electric connecting terminals 23 and be electrically connected, each U-shaped movable contact spring 25 does reciprocal shake under entering electric on off mechanism effect at corresponding one, and in the process of back and forth shake, break-make self and a corresponding circuit entered between electric connecting terminals 24.
Remote operating mechanisms A in the present embodiment comprise clamp be arranged on Connection Block 1 front end front stall 4, be arranged on two electromagnetic drive mechanisms 5 in front stall and be electrically connected with electromagnetic drive mechanism 5 there is control circuit module and power supply (figure does not draw) in the intelligence of radio receiving transmitting module.
Each electromagnetic drive mechanism drives a corresponding seesaw button to do reciprocal shake, and in the process of back and forth shake its control circuit of break-make.
In the present embodiment, each electromagnetic drive mechanism is arranged on the dead ahead of a corresponding seesaw button.
See shown in Fig. 3 to Figure 11, each electromagnetic drive mechanism 5 comprises mounting bracket 51, is arranged on the electromagnetic driver 56 on mounting bracket and rotates the drive rod 54 be arranged on mounting bracket.
Electromagnetic driver 56 comprises housing 561, is provided with the insulation framework 562 of center slide opening 5621, the winding magnet exciting coil 563 in insulation framework, the dynamic iron core 564 be slidably arranged in the slide opening of center, the permanent magnet 565 be fixedly installed in the slide opening of center, the back-moving spring 566 be set on dynamic iron core; Described insulation framework, magnet exciting coil, permanent magnet are arranged in the housing, and back-moving spring is positioned at outside.
Described center slide opening is horizontally disposed with along the longitudinal direction, permanent magnet is fixedly installed on the front end of center slide opening, the front end 5641 of dynamic iron core is arranged in center slide opening and can centrally reciprocatingly slides by slide opening, the rear end of dynamic iron core is provided with drive plate portion 5642, the cylinder of dynamic iron core between described front-end and back-end is provided with the annular gear platform 5643 of evagination, annular gear platform is positioned at outside, and back-moving spring is set on the dynamic iron core cylinder between this annular gear platform and housing rear end end wall.Drive plate portion is that level protrudes the tabular boss formed backward from annular shelves platform center, and the driving that drive plate portion is provided with horizontal-extending in left-right direction connects bearing pin 5644.
Mounting bracket 51 is provided with for being fixedly installed on the first installation portion 511 on front stall inwall and the rotating shaft 513 as drive rod center of rotation by screw.
In the present embodiment, the plate body of the first installation portion 511 in mounting bracket 51 is arranged along plumb line direction, and extend along the longitudinal direction, its plate body is provided with four through holes, the housing of electromagnetic driver is provided with and four of these four through hole adaptations screws, the sidewall adjacent with this first installation portion of front stall is provided with four and installs open-work 41, each screw screws in adaptive screw successively after installing open-work 41 and through hole, thus the first installation portion of the housing of electromagnetic driver, mounting bracket is fixed on a corresponding sidewall of front stall.In the present embodiment, the hull shape of electromagnetic driver is rectangle, and the first installation portion of mounting bracket adjoins a sidewall setting of housing; The part plate body on the first installation portion top extends towards the horizontal bending in direction close to another sidewall of front stall, then upwards vertical bending extends to form rotating shaft support plate portion 517 again, rotating shaft support plate portion is provided with axis hole, and a bearing pin as rotating shaft 513 is fixed in this axis hole.
In the present embodiment, because electromagnetic driver distance front stall inwall is far away, therefore for the ease of installing, also first each self-retaining mounting base 42 on the inwall of the front stall left and right sides, with screw, mounting bracket and electromagnetic driver are fixed on mounting base again, but front stall left and right sides wall is still provided with and installs open-work 41, screw is installed open-work 41 from corresponding one and is loaded.
Drive rod 54 comprises the first pole 541, second pole 542 and driving connecting rod 547, and in the present embodiment, the first pole is positioned at directly over the second pole, and the first pole 541 and the second pole 542 are combined into V-shaped, and the opening of this V-shaped is towards rear; The connecting place of the first pole and the second pole also namely the corner of V-shaped be provided with the spacing axis hole 543 with rotating shaft 513 adaptation of mounting bracket; First pole is provided with the first bulbous protrusion 545 away from the end of spacing axis hole 543; The end away from axis hole of the first bulbous protrusion 545 and the second pole is connected on the two ends up and down of seesaw button respectively.Driving connecting rod 547 is positioned at immediately below the second pole, driving connecting rod 547 horizontal-extending along the longitudinal direction, and the end away from axis hole of its rear end 5471 and the second pole one is connected, its front end 5472 is provided with the kidney-shaped connecting hole 5474 that the socket breach 5473 that runs through along plumb line direction and left and right directions run through; Kidney-shaped connecting hole is combined to form with the semicircle orifice being positioned at the upper and lower two ends of rectangular opening by the rectangular opening being positioned at middle-end; Driving connecting rod 517 is set in the drive plate portion of dynamic iron core by its socket breach, drives connection bearing pin to be then arranged in corresponding kidney-shaped connecting hole.
In the present embodiment, seesaw button is in back and forth shaking, and the first bulbous protrusion 545 is connected on the upper end of seesaw button all the time, and the end away from axis hole of the second pole is connected on the lower end of seesaw button all the time.
See shown in Figure 12 to Figure 21, the switch module in the present embodiment comprises two seesaw buttons 3, protecgulum 21, tailstock 22, go out electric connecting terminals 23, two and enter electric connecting terminals 24, two U-shaped movable contact springs 25, two elastic top needle assemblies 26 and two button base 27.
Protecgulum 21 is fixed on tailstock 22, and protecgulum 21 and tailstock 22 enclose formation containing cavity; Go out electric connecting terminals 23, enter electric connecting terminals 24, U-shaped movable contact spring 25 and elastic top needle assemblies 26 be arranged in containing cavity.
For strengthening the installation strength of Connection Block, Connection Block preferably adopts steel plate punched to make, and which is provided with for self being fixed by screws in through hole on wall and multiple wedging position being respectively used to be connected with front stall clamping with tailstock.Tailstock is fixed on the rear end of Connection Block, thus switch module entirety is fixedly installed on the rear end of Connection Block.
Each button base 27 comprises two the convex axles 271 being positioned at the left and right sides in the middle part of pedestal, and the rear wall in the middle part of pedestal is provided with the projection as thimble pedestal 272 protruding backward and formed, and the center of thimble pedestal is provided with the spacing blind hole 273 arranged along the longitudinal direction; The top and bottom of pedestal are respectively provided with the hole clipping 274 that runs through pedestal along the longitudinal direction; Fore-and-aft direction described in the present embodiment is front with front stall 4 present position, after tailstock 22 present position is.
The rear end of each seesaw button 3 is provided with two card columns protruded backward 31, and a hole clipping 274 in each card column and button base is adaptive, and each card column 31 is plugged in a corresponding hole clipping 274, thus each seesaw button is fixedly installed in a corresponding button base.
As shown in Figure 14, each card column 31 comprises to be protruded the first shorter attached column 311 of length backward and protrudes the second longer attached column 312 of length backward, the periphery wall of the rear end of each second attached column is provided with between interference chuck 313, first attached column of evagination and the second attached column and is provided with deformation clearance groove 314.The shape of the longitudinal cross-section of interference chuck is isosceles trapezoid, and also namely it is all provided with guiding surface in rear and front end, thus makes it be easy to plug.
As shown in Figure 15, in the present embodiment each hole clipping 274 of button base inwall on, be evenly provided with eight semi-cylindrical interference card columns 2741; Each interference card column is when inserting in a corresponding hole clipping, first the interference chuck 313 on the second attached column because of be subject to interference card column 2741 inside squeezing action under, and due to the existence of deformation clearance groove 314, make the second attached column, towards the direction of the first attached column, deformation occur, make second attached column with interference card column 2741 to insert hole clipping; When interference card column is through after hole clipping, the rear end end face of the first attached column and interference card column clamp the pedestal of two side ends before and after hole clipping from rear and front end, thus seesaw button is fixed in a corresponding button base.
The front end wall body of protecgulum 21 is provided with the rotating junction 211 with convex axle 271 adaptation of button base, each button base is rotated to be arranged on the front end wall body of protecgulum, and each button base 27 back and forth can be shaken in certain angle around convex axle 271 together with seesaw button 3; Protecgulum is provided with the open-work 212 with each thimble pedestal 272 adaptation, and each open-work runs through protecgulum along the longitudinal direction, and each thimble pedestal 272 extends in containing cavity through a corresponding open-work.
Protecgulum and tailstock enclose in the containing cavity of formation, go out the top that electric connecting terminals 23 is arranged on containing cavity, and two are entered the bottom that electric connecting terminals 24 is arranged on containing cavity; Tailstock is provided with and is respectively used to plug wire and the handle hole for twisting screw accordingly.
In the present embodiment, each U-shaped movable contact spring and corresponding one enter that electric connecting terminals formed can on-off circuit, each U-shaped movable contact spring with go out electric connecting terminals and be electrically connected; One in switch module goes out electric connecting terminals 23, two and enters electric connecting terminals 24 and two U-shaped movable contact springs 25 form two-supply circuit, and being formed can two circuit of break-make.During use, respectively enter electric connecting terminals and be connected from different power supplys, then pass through electric connecting terminals and be connected with load circuit, thus form double power supply circuit.
Go out electric connecting terminals 23 and comprise sheet metal framework 231, steel line pressing bolt 232 and copper conductive plate 233; Metal framework encloses the square plug wire hole 234 formed for inserting external cable, and the top wall body of metal framework is provided with the line ball screw 235 with line pressing bolt adaptation; Conductive plate 233 comprise horizontal-extending in left-right direction lead plate portion 2331, be arranged on two of front end, lead plate portion rotate support sectors 2332, lead plate portion part plate body upwards vertical bending extend to form web portion 2333, from the top of web portion towards front horizontal bending and extend to form meet electroplax portion 2334; Connect the square plug wire hole 234 that electroplax portion inserts metal framework from back to front, and this square plug wire hole diapire adjacent is arranged; Web portion is rotated between support sector at two; This structure makes the metal framework going out electric connecting terminals in the present embodiment be positioned on lead plate portion; To be that the part plate body of lead plate is outstanding forward formed in each rotation support sector.During use, pick out electric wire cable and insert in square plug wire hole 234, line pressing bolt 232 picks out this electric wire cable and is pressed on connecing in electroplax portion 2334 of conductive plate, thus makes conductive plate and pick out electric wire cable and be electrically connected.
Each U-shaped movable contact spring 25 comprises the rotation being positioned at middle part and meets electroplax portion 251, to protrude the rotating fulcrum portion 252 that formed from rotating the left and right sides end that meets electroplax portion and to be arranged on movable contact spring plate body and to be positioned at the moving contact 253 rotating and connect below electroplax portion towards outside separately; The opening of each U-shaped movable contact spring toward the front.
The inwall of tailstock rear wall is provided with caulking groove 221 for fixedly going out conductive plate 233 in electric connecting terminals and for providing the pivot connected slot 222 of rotating support for U-shaped movable contact spring, the rotating fulcrum portion of described each U-shaped movable contact spring is arranged in a corresponding pivot connected slot, at External Force Acting, the present embodiment is under back and forth the stirring of ejector pin component, each U-shaped movable contact spring can rotate around it fulcrum and back and forth shake within the scope of certain angle, and its reciprocal shaking direction is identical with seesaw button.
Two are entered the below that electric connecting terminals 24 is positioned at the copper conductive plate 233 of electric connecting terminals; Respectively enter electric connecting terminals 24 and comprise a sheet metal frame 241, steel adjustment screw 242 and copper static contact panel 243, the diapire of metal frame is provided with the adjustment screw 244 with adjustment screw adaptation; Static contact panel comprise level along the longitudinal direction establish extend to form tension disc portion 2431, from front end, tension disc portion upwards vertical bending extend to form connecting plate portion 2432, from top, connecting plate portion backward horizontal bending extend to form corbel back slab portion 2433, from rear end, corbel back slab portion the upwards fixed contact support sector 2434 that extends to form of vertical bending, this fixed contact support sector is provided with the fixed contact 2435 with a corresponding moving contact adaptation; The roof of described sheet metal frame 241 between tension disc portion 2431 and corbel back slab portion 2433, and is positioned at the rear side in connecting plate portion 2432.
Each ejector pin component 26 comprises support spring 261 and insulation fore-set 262; Support spring is positioned within the spacing blind hole 273 of thimble pedestal, the front end of going up along the longitudinal direction of insulation fore-set 262 is arranged in the spacing blind hole of thimble pedestal, and be crimped on support spring, the spacing blind hole of thimble pedestal is stretched out in the rear end of insulation fore-set, apical grafting is on the U-shaped inwall of a corresponding U-shaped movable contact spring, and the rotation of U-shaped movable contact spring is met electroplax portion be crimped on out in the rotation support sector of conductive plate in electric connecting terminals, the rotation support sector making the rotation of U-shaped movable contact spring connect electroplax portion and conductive plate forms stable electrical connection.
When seesaw button 3 back and forth shakes, drive ejector pin component back and forth to shake by button base, thus back and forth stir adaptive U-shaped movable contact spring.When U-shaped movable contact spring rotates, moving contact 253 rotates until be crimped on the adaptive fixed contact 2435 entered in electric connecting terminals 24 thereupon, and now this enters electric connecting terminals and goes out the circuit turn-on between electric connecting terminals; When U-shaped movable contact spring upwards rotates, moving contact 253 leaves fixed contact 2435 thereupon rotating, and now this enters electric connecting terminals and the circuit gone out between electric connecting terminals disconnects.
In the present embodiment, the basic functional principle of electromagnetic drive mechanism driving seesaw button is: when the magnet exciting coil forward in electromagnetic driver is energized, dynamic iron core is under the acting in conjunction of the electromagnetic force of magnet exciting coil and the absorption affinity of permanent magnet, overcome the reseting elasticity of back-moving spring and slippage forward, thus drive driving connecting rod to move forward certain distance by its drive plate portion, and then drive the first pole 513 to rotate backward around the shaft, thus stir the upper end of seesaw button; When the magnet exciting coil in electromagnetic driver is oppositely energized, dynamic iron core is under the acting in conjunction of the electromagnetic force of magnet exciting coil and the reseting elasticity of back-moving spring, overcome the absorption affinity of permanent magnet and slippage backward, thus drive driving connecting rod to move a certain distance backward by its drive plate portion, and then drive the second pole 513 to rotate backward around the shaft, thus stir the lower end of seesaw button; Thus make drive rod in the process of rotating and reset, drive seesaw button back and forth to shake.
The present embodiment has positive effect: the comparatively compact simplification of (1) the present embodiment structure, manufacturing cost is comparatively cheap, can meet the automatic switchover of two-supply circuit in most cases.(2) the present embodiment can replace conventional wall wall type power switch to use, the automatic switchover or the remote control that realize two-supply circuit switch, thus realize the intellectuality manipulation of household electric appliances and stable Energy control, be particularly useful for changing existing important department electric circuit.
(embodiment 2)
Figure 22 to Figure 27 shows the second embodiment of the present invention.
The present embodiment is substantially identical with embodiment 1, and difference is: see shown in Figure 22 to Figure 27, and the present embodiment also comprises the manual-operating mechanism 6 back and forth shaken for manual actuation seesaw button.The manual-operating mechanism 6 of the present embodiment comprises two Manual press seesaws 61; The antetheca center of front stall is provided with square hole 43 along the longitudinal direction, and the inwall of front stall antetheca is provided with pivoted hole 44; Each Manual press seesaw 61 is provided with Manual press panel part 611, to the pivot joint rotating shaft 612 that pivoted hole 44 is rotationally connected, for being connected to the first manual lever 613 of a corresponding seesaw button upper end and the second manual lever 614 for being connected to this seesaw button lower end; Each Manual press panel part 611 is arranged in the square hole 43 of front stall antetheca, pivot joint rotating shaft 612 is arranged on the left and right sides of each Manual press panel part inwall, and be respectively plugged in a corresponding pivoted hole 44, thus each Manual press panel part back and forth can be shaken around pivot joint rotating shaft 612; In the present embodiment, for increasing the intensity of the first manual lever and the second manual lever, be also provided with the enhancing bar portion 615 for connecting the first manual lever and the second manual lever.From the side, the basic configuration that Manual press seesaw, the first manual lever, the second manual lever and enhancing bar portion 615 are combined to form is rectangle.
In the present embodiment, in order to strengthen sensitivity level, the end, rear end of the first manual lever is provided with the first cylinder 616, the end, rear end of the second manual lever is provided with the second cylinder 617, in the reciprocal shake of seesaw button, first cylinder is connected to the upper end of seesaw button all the time, and the second cylinder is connected to the lower end of seesaw button all the time.Left and right is extended all in the horizontal direction for each first cylinder and the second cylinder, makes the first manual lever and the second manual lever and seesaw button form linear contact lay.
In the present embodiment, each seesaw button abuts simultaneously and has the drive rod of an electromagnetic drive mechanism and the first manual lever of a Manual press seesaw and the second manual lever.
The course of work of the present embodiment is: the pulling force that plug absorption armature overcomes extension spring makes it rotate, armature drives drive rod to rotate around the axis, stir seesaw button by the first bulbous protrusion 545 of the first pole, seesaw button drives Manual press seesaw to turn an angle by the second manual lever; When plug no longer adsorbs armature, extension spring band moving armature resets, armature and then drive drive rod rotate backward around the shaft to reset, now stir seesaw button by the second bulbous protrusion 546 of the second pole, and seesaw button drives Manual press seesaw homing by the first manual lever; Certainly, directly pressing Manual press seesaw also can be adopted to make its reciprocating rotation by force, seesaw button also can be driven back and forth to shake.
The advantage of the present embodiment can not only realize remote electric manipulation and automatically manipulate, and can also realize switching manipulation by hand.
(embodiment 3)
The present embodiment is substantially identical with embodiment 2, difference is: the first manual lever 613 in the present embodiment and the rear end of the second manual lever 614 no longer arrange the first cylinder 616 and the second cylinder 617, and the rear end of the first manual lever 613 and the second manual lever 614 is also no longer connected on seesaw button simultaneously; In the present embodiment, the rear end of the first manual lever 613 is connected with the first pole one of drive rod, and the rear end of the second manual lever 614 is connected with the second pole one of drive rod.This structure can simplify the overall structure of remote operating mechanisms, simultaneously the reliability of effective improving performance.
Obviously, the above embodiment of the present invention is only for example of the present invention is clearly described, and is not the restriction to embodiments of the present invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all execution modes.And these belong to connotation of the present invention the apparent change of extending out or variation still belong to protection scope of the present invention.
Claims (1)
1., for a Long-distance Control power switch for switch cubicle, comprise Connection Block and clamp the switch module being arranged on Connection Block rear end; It is characterized in that: also comprise the remote operating mechanisms clamping and be arranged on Connection Block front end; Establish in switch module two enter a removing from mould two-supply circuit and two for break-make corresponding one enter circuit enter electric on off mechanism; Described two enter a removing from mould two-supply circuit comprise one go out electric connecting terminals, two enter electric connecting terminals and two U-shaped movable contact springs; Respectively enter electric on off mechanism and comprise a seesaw button, a button base and an elastic top needle assemblies; Seesaw button is fixedly installed in button base; Each button base comprises two the convex axles being positioned at the left and right sides in the middle part of pedestal, and the rear wall in the middle part of pedestal is provided with the projection as thimble pedestal protruding backward and formed, and the center of thimble pedestal is provided with the spacing blind hole arranged along the longitudinal direction; The upper and lower of pedestal is respectively provided with the hole clipping that runs through pedestal along the longitudinal direction; The antetheca of protecgulum is provided with the rotating junction with the convex axle adaptation of button base, and each button base is rotated and is arranged on the antetheca of protecgulum, each button base back and forth can be shaken in certain angle around convex axle together with seesaw button; Protecgulum is provided with the open-work with each thimble pedestal adaptation, and each open-work runs through protecgulum along the longitudinal direction, and each thimble pedestal extends in containing cavity through a corresponding open-work; Seesaw button and button base synchronously do reciprocal shake under external force, and in the process of back and forth shake, drive a corresponding elastic top needle assemblies back and forth to stir a corresponding U-shaped movable contact spring, this U-shaped movable contact spring is back and forth shaken; Each U-shaped movable contact spring and go out electric connecting terminals electrical connection, each U-shaped movable contact spring in the process of back and forth shake, break-make self and a corresponding circuit entered between electric connecting terminals; Remote operating mechanisms comprises the front stall clamping and be arranged on Connection Block front end and two electromagnetic drive mechanisms be arranged in front stall; Each electromagnetic drive mechanism comprises mounting bracket, be arranged on electromagnetic driver on mounting bracket and rotation is arranged on drive rod on mounting bracket; Mounting bracket is provided with horizontally disposed rotating shaft in left-right direction; Electromagnetic driver comprises the dynamic iron core moved back and forth along the longitudinal direction, and the rear end of dynamic iron core is provided with drive plate portion; Drive rod comprises the first pole, the second pole and driving connecting rod, and the first pole is positioned at directly over the second pole, and the first pole and the second pole are combined into V-shaped, and the opening of this V-shaped is towards rear; The connecting place of the first pole and the second pole is provided with the spacing axis hole for being set in mounting bracket rotating shaft; First pole is connected to the top of a corresponding seesaw button, and the second pole is connected to the bottom of a corresponding seesaw button; Driving connecting rod is positioned at immediately below the second pole, and driving connecting rod is horizontal-extending along the longitudinal direction, and its rear end is connected with the one of the end away from axis hole of the second pole, and its front end is connected with the drive plate portion of dynamic iron core; When each dynamic iron core moves back and forth, drive drive rod back and forth to shake around the shaft on vertical guide along the longitudinal direction by corresponding driving connecting rod, and then drive a corresponding seesaw button to do back and forth shake and its control circuit of break-make by the first pole of this drive rod and the second pole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510201955.8A CN104851674A (en) | 2015-04-27 | 2015-04-27 | Remote control power switch used for switchgear |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510201955.8A CN104851674A (en) | 2015-04-27 | 2015-04-27 | Remote control power switch used for switchgear |
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| CN104851674A true CN104851674A (en) | 2015-08-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510201955.8A Withdrawn CN104851674A (en) | 2015-04-27 | 2015-04-27 | Remote control power switch used for switchgear |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200435650Y1 (en) * | 2006-09-27 | 2007-02-05 | 주식회사 서비전자 | Remote controller of lighting switch control and lighting switch control device and lighting switch system |
| CN201278333Y (en) * | 2008-10-09 | 2009-07-22 | 陕西群力电工有限责任公司 | Single-pole double-throw coaxial relay |
| WO2012156661A1 (en) * | 2011-05-19 | 2012-11-22 | Alexander Joshef Kalogroulis | Switch actuator |
| CN203895328U (en) * | 2014-04-26 | 2014-10-22 | 中山市狮盾电气有限公司 | Novel single-pole switch convenient to press |
| CN104183394A (en) * | 2013-05-22 | 2014-12-03 | 欧姆龙株式会社 | Switch and control method thereof |
-
2015
- 2015-04-27 CN CN201510201955.8A patent/CN104851674A/en not_active Withdrawn
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200435650Y1 (en) * | 2006-09-27 | 2007-02-05 | 주식회사 서비전자 | Remote controller of lighting switch control and lighting switch control device and lighting switch system |
| CN201278333Y (en) * | 2008-10-09 | 2009-07-22 | 陕西群力电工有限责任公司 | Single-pole double-throw coaxial relay |
| WO2012156661A1 (en) * | 2011-05-19 | 2012-11-22 | Alexander Joshef Kalogroulis | Switch actuator |
| CN104183394A (en) * | 2013-05-22 | 2014-12-03 | 欧姆龙株式会社 | Switch and control method thereof |
| CN203895328U (en) * | 2014-04-26 | 2014-10-22 | 中山市狮盾电气有限公司 | Novel single-pole switch convenient to press |
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Application publication date: 20150819 |
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