CN102446644A - Manufacturing method of program switch and terminal assembly for improving manufacturing efficiency - Google Patents
Manufacturing method of program switch and terminal assembly for improving manufacturing efficiency Download PDFInfo
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- CN102446644A CN102446644A CN2010105067118A CN201010506711A CN102446644A CN 102446644 A CN102446644 A CN 102446644A CN 2010105067118 A CN2010105067118 A CN 2010105067118A CN 201010506711 A CN201010506711 A CN 201010506711A CN 102446644 A CN102446644 A CN 102446644A
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- 238000000034 method Methods 0.000 claims description 17
- 239000000463 material Substances 0.000 claims description 16
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- 238000000926 separation method Methods 0.000 claims description 3
- 230000000694 effects Effects 0.000 description 6
- 238000003825 pressing Methods 0.000 description 6
- 239000012774 insulation material Substances 0.000 description 3
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Abstract
The invention discloses a manufacturing method of program switch and a terminal assembly for improving manufacturing efficiency. The manufacturing method comprises a step of respectively manufacturing a substrate, a cover shell, a fixed terminal assembly, a movable terminal assembly and a plurality of toggle pieces. The fixed terminal assembly comprises a plurality of fixed terminals and a chip for positioning fixed terminals; and the movable terminal assembly comprises a plurality of movable terminals and a chip for positioning movable terminals. When the fixed terminal assembly and the movable terminal assembly are respectively mounted on the two opposite sides of the substrate, the fixed terminals and the movable terminals can be both conveniently combined with the substrate by a structure which is so designed as to respectively connect the fixed terminals and the movable terminals with the substrate integrally; in this way, time for mounting can be greatly shortened, the manufacturing efficiency of the invention is better, and manufacturing cost can be saved.
Description
Technical field
The present invention relates to a kind of manufacturing approach of program switch, particularly relate to a kind of manufacturing approach of the program switch of can Rapid Combination installing and be used to promote the terminal group of making efficient fit.
Background technology
Consult Fig. 1 and Fig. 2; An existing program switch 1 has corresponding joint and is the pedestal 11 of insulation material, lid shell 12, a terminal unit 13 that is arranged on this pedestal 11, and several are separately positioned on the shifting part 14 of 12 on this pedestal 11 and this lid shell.
This pedestal 11 has several and runs through first location hole 111 of setting separately along the one of which side, and several corresponding respectively said first location holes 111 and run through second location hole 112 of setting along the one of which opposition side at intervals.
This terminal unit 13 has several the fixed terminals 131 that are plugged in said first location hole 111 separately and respectively; And several separately and be plugged in the movable terminal 132 of said second location hole 112, said movable terminal 132 respectively has the Elastic Contact section 133 that corresponding respectively said fixed terminal 131 is provided with.
The corresponding respectively said movable terminal 132 of said shifting part 14 is provided with; And between a conduction position and a non-conduction position, move relative to this pedestal 11 and this lid shell 12; When this shifting part 14 is displaced to this conduction position; The Elastic Contact section 133 of this movable terminal 132 of meeting pushing and pressing relies on this fixed terminal 131 and is electrically connected with these fixed terminal 131 formation; When this shifting part 14 was displaced to this non-conduction position, then the Elastic Contact section 133 of this movable terminal 132 did not receive the pushing and pressing effect and can automatically revert to and the not contacted nonconducting state of this fixed terminal 131.Though this program switch 1 can be through structural design and the start relation of said shifting part 14 with the Elastic Contact section 133 of said movable terminal 132; Reach the application target of the said movable terminal 132 of control and said fixed terminal 131 conductings or outage, but some can be improved again below in fact still existing:
One, in response to the structural design of this program switch 1, when aggregate erection, must respectively said fixed terminal 131 be planted with movable terminal 132 one by one with manual type earlier and go into said first location hole 111 and second location hole 112 of this pedestal 11; Just can make said fixed terminal 131, movable terminal 132 obtain strong fixs; Then, through making this lid shell 12 and these pedestal 11 mutual sockets, make said shifting part 14 be folded in 12 on this pedestal 11 and this lid shell simultaneously; Just accomplish the combination of this program switch 1; Therefore, make existing program switch 1 in the step of said fixed terminal 131, movable terminal 132 of planting, need expend more manpower and time; Cause processing procedure efficient not good, and when senior engineer is arranged and the shortcoming of high manufacturing cost.
Two, be scattered in anabolic process for fear of said fixed terminal 131, movable terminal 132; Must on this pedestal 11, form said first location hole 111, second location hole 112; For said terminal 131,132 plant engaging and strong fixs; In response to the demand of electronic product volume miniaturization, the size of this pedestal 11 also need be dwindled, under the specification of volume miniaturization; To can make said first location hole 111, second location hole 112 of said fixed terminal 131, movable terminal 132 stable position in these pedestal 11 accurate formation; The design that makes these pedestal 11 moulds is relatively complicated, can increase manufacture difficulty equally, and cause the whole manufacturing cost of this program switch 1 to increase.
Summary of the invention
The object of the present invention is to provide a kind of Rapid Combination that makes things convenient for to locate, can adapt to automated production, and then can improve the manufacturing approach of the program switch of processing procedure efficient and reduction manufacturing cost.
The manufacturing approach of program switch of the present invention comprises the following step:
One, prepares a pedestal, a lid shell, a fixed terminal assembly, a movable terminal assembly respectively; And several shifting parts; This pedestal comprises that one has one the first reverse side and the diapire of one second side; And several extend upward and match and define the spaced walls that forms several location notchs from this diapire at intervals; This lid shell comprises that several run through the active open of setting separately, and this fixed terminal assembly comprises several respectively to the spaced fixed terminal of location notch that should pedestal, and one is used to supply said fixed terminal to connect the substrate of location; This movable terminal assembly comprises several respectively to the spaced movable terminal of location notch that should pedestal, and one is used to supply said movable terminal to connect the substrate of location;
Two, respectively this fixed terminal assembly, movable terminal assembly are applied an active force; The fixed terminal that makes this fixed terminal assembly towards the first side displacement of this diapire with clamping go into said location notch and with this substrate separation, and the said movable terminal that makes this movable terminal assembly towards the second side displacement of this diapire with clamping go into said location notch and with this substrate separation; And
Three, this lid shell is engaged with this pedestal; Make said shifting part to be arranged in the active open of this lid shell respectively simultaneously; And and the corresponding mode of movable terminal of this movable terminal assembly be folded between this lid shell and this pedestal, the close set that just can obtain this program switch is fit.
Preferably; In step 1; It is reverse and extend the outer terminal section of this pedestal, one and be connected this positioning section and the intersegmental linkage section of this terminal with this positioning section that the said fixed terminal of this fixed terminal assembly respectively has a positioning section that is contained in the location notch of this pedestal, one; And two last fastening parts that protrude out outwardly from these positioning section two opposition sides respectively, this substrate is that the said positioning section of contiguous said terminal Duan Eryu oppositely is provided with, in step 2; When this fixed terminal assembly was mounted to this pedestal, the said fastening part of going up of each fixed terminal can embed respectively in the spaced walls of both sides.
Preferably; The linkage section of the said fixed terminal of this fixed terminal assembly have this pedestal that is connected with this terminal section and exposes outer expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
Preferably; In step 1; The said movable terminal of this movable terminal assembly respectively have a positioning section that is contained in the location notch of this pedestal, one with this positioning section reverse and extend the outer terminal section of this pedestal, one be connected the intersegmental linkage section of this positioning section and this terminal, one from this positioning section towards this fixed terminal extend and with this relative Elastic Contact section in fixed terminal interval; And two last fastening parts that protrude out outwardly from these positioning section two opposition sides respectively; This substrate is that the said positioning section of contiguous said terminal Duan Eryu oppositely is provided with; In step 2, when this movable terminal assembly was mounted to this pedestal, the said fastening part of going up of each movable terminal can embed respectively in the spaced walls of both sides.
Preferably; The linkage section of the said movable terminal of this movable terminal assembly have this pedestal that is connected with this terminal section and exposes outer expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
Preferably; In step 2; The substrate of this fixed terminal assembly is when the location notch of said fixed terminal clamping to this pedestal, to be separated with said fixed terminal synchronously, and the substrate of this movable terminal assembly also is when the location notch of said movable terminal clamping to this pedestal, to be separated with said movable terminal synchronously.
Preferably; In step 2; Be to use an automation equipment to accomplish the combination of this fixed terminal assembly, movable terminal assembly and this pedestal; This automation equipment has a location saddle; And driven respectively and relative to these location saddle two opposition sides near with away from one first movable block that moves, second movable block, and be that this pedestal is positioned on this location saddle, and this fixed terminal assembly, movable terminal assembly be positioned at respectively on this first movable block, second movable block; So that this fixed terminal assembly, movable terminal assembly receive this first movable block, second movable block to drive and rely on this pedestal, so make said fixed terminal, said movable terminal respectively clamping go into said location notch.
Preferably; In step 2; This location saddle has one first side of reverse setting, second side, several location notchs that align this pedestal separately and respectively are arranged with first stopper slot that is formed on this first side; And several location notchs that align this pedestal separately and respectively are arranged with second stopper slot that is formed on this second side; Said first stopper slot is respectively applied for the fixed terminal of ccontaining this fixed terminal assembly; Said second stopper slot is respectively applied for the movable terminal of ccontaining this movable terminal assembly, the first pushing block portion that this first movable block has that several corresponding respectively said fixed terminals protrude out and fastens with said first stopper slot, and this second movable block has that several corresponding respectively said movable terminal protrude out and the second pushing block portion that fastens with said second stopper slot.
Preferably; In step 1; The diapire of this pedestal has several first short slots that is connected with said location notch from this first side indent at intervals; And several second short slots that are connected with said location notch from this second side indent at intervals, the said fixed terminal of this fixed terminal assembly is that clamping is positioned said location notch and said first short slot, the said movable terminal of this movable terminal assembly is that clamping is positioned said location notch and said second short slot.
The beneficial effect of the manufacturing approach of program switch of the present invention is: the said fixed terminal of this fixed terminal assembly, movable terminal assembly, movable terminal are combined into one with said substrate respectively; Therefore; In step 2, can and apply predetermined active force through an action to this fixed terminal assembly, movable terminal assembly, make respectively the fixed terminal that aligns with said location notch or movable terminal rely on this pedestal displacement simultaneously and be separated with clamping to said location notch and with this substrate; Then; After making this lid shell, pedestal and said shifting part integrated positioning again, just can obtain the program switch that combination is accomplished, whereby; Can significantly reduce the time of combination, make the present invention have preferable processing procedure efficient and can save manufacturing cost.In addition; The structural design that cooperates pedestal; Make this fixed terminal assembly, movable terminal combination physical efficiency directly insert said location notch from the end face or the side surface direction of this pedestal; Except promoting the assembling speed, this manufacturing approach is made up with the automation mode easily, can save manpower equally and promote processing procedure efficient.
It is a kind of applicable to aforementioned manufacturing approach that the present invention also provides, and help to promote the terminal group zoarium of making efficient.
So; The present invention is used to promote the terminal group of making efficient fit being fit to and processes a program switch with a pedestal, a lid shell and several shifting parts are combined; This pedestal has a diapire, and several extend upward and match and define the spaced walls that forms several location notchs from this diapire at intervals, and this lid shell and this pedestal be fit mutually; Said shifting part is to be folded between this pedestal and this lid shell; This terminal group zoarium is arranged on this pedestal and is corresponding with said shifting part, and comprises the terminal of several spaced settings, and one is used to supply said terminal to connect the substrate of location.
Each terminal comprises that respectively a positioning section, in the location notch that is contained in this pedestal is reverse and extend the outer terminal section of this pedestal with this positioning section, and one bends with this positioning section and to be connected and to be positioned at this positioning section and the intersegmental linkage section of this terminal.This substrate then oppositely is provided with said positioning section.
Preferably; The linkage section of said terminal respectively have one be connected with this terminal section expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
Preferably, said terminal also has the last fastening part that two opposition sides from this positioning section outwards protrude out respectively, and the following fastening part that outwards protrudes out from two opposition sides of this linkage section.
The fit beneficial effect of terminal group of the present invention is: connect the structural design that is positioned this substrate separately and simultaneously through making said terminal; When making this terminal body be used to be combined to form this program switch; Can conveniently and said terminal be contained in the location notch of this pedestal simultaneously; Whereby, can significantly reduce the time that this program switch combination is accomplished, this terminal group zoarium had significantly to promote the whole characteristic of making efficient.
Description of drawings
Fig. 1 is a three-dimensional exploded view, and the combining structure of an existing program switch is described;
Fig. 2 is a cutaway view, and the situation that this existing program switch combination is accomplished is described;
Fig. 3 is a flow chart, and a preferred embodiment of the manufacturing approach of program switch of the present invention is described;
Fig. 4 is a three-dimensional exploded view, and a fixed terminal assembly of this preferred embodiment and the situation that pedestal of a movable terminal assembly collocation, a lid shell and several shifting parts make up are described;
Fig. 5 is the stereogram of a combination step, explains that pedestal, fixed terminal assembly, the movable terminal assembly of this preferred embodiment carries out the situation that automation is made up through a location saddle, first movable block, second movable block respectively;
Fig. 6 is the cutaway view of a combination step, and several fixed terminals of the fixed terminal assembly of this preferred embodiment are described, and several movable terminal of this movable terminal assembly are pushed to the situation of this pedestal respectively;
Fig. 7 is the stereogram of a combination step, and a substrate of the fixed terminal assembly of this preferred embodiment is described, and the situation that is separated with said fixed terminal, movable terminal respectively of a substrate of this movable terminal assembly;
Fig. 8 is an incomplete three-dimensional assembly, explains that this fixed terminal assembly and movable terminal assembly are incorporated into the situation of this pedestal;
Fig. 9 is a three-dimensional assembly, explain that combination is accomplished after, remove the substrate of this fixed terminal assembly and the situation of the substrate of this movable terminal assembly;
Figure 10 is the cutaway view got along the line X-X among Fig. 9, explains to move this shifting part and make a movable terminal can a relative fixed terminal form the situation of non-conduction or conducting state.
Embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is elaborated.
Consult Fig. 3 and Fig. 4, the preferred embodiment of the manufacturing approach of program switch 2 of the present invention comprises the following step:
Wherein, this pedestal 4 is made for the insulation material, and comprises that one has one the first reverse side 411 and the diapire 41 of one second side 412, and several extend upward and match and define the spaced walls 42 that forms several location notchs 420 from this diapire 41 at intervals.This diapire 41 also has several first short slots 413 that is connected with said location notch 420 from these first side, 411 indents at intervals, and several second short slots 414 that are connected with said location notch 420 from these second side, 412 indents at intervals.
This lid shell 5 is made for the insulation material, and comprises several active opens that runs through setting separately 51, and said active open 51 respectively has reverse one first end 511 and one second end 512.
This fixed terminal assembly 6 comprises the fixed terminal 61 that several said location notchs that corresponds respectively to this pedestal 4 420 are spaced, and one is used to supply said fixed terminal 61 to connect the substrate 62 of location.Said fixed terminal 61 respectively has the last fastening part 614 that linkage section 613, two that the reverse terminal section of a positioning section 611, and this positioning section 611 612, be connected 612 of this positioning section 611 and this terminal sections protrude out from two opposition sides of this positioning section 611 respectively outwardly, and two following fastening parts 615 that outwards protrude out from two opposition sides of this linkage section 613.Wherein, 611 bendings of the linkage section 613 of said fixed terminal 61 and positioning section are connected, and have one be connected with this terminal section 612 expose end 616.This substrate 62 is close to said terminal sections 612 and oppositely is provided with said positioning section 611; And have a base material portion 621 that is arranged at intervals at said terminal section 612 belows, and several are connected the T shape convergence part 622 of exposing 616 of ends of this base material portion 621 and adjacent linkage section 613.
This movable terminal assembly 7 comprises several respectively to the spaced movable terminal 71 of said location notch that should pedestal 4 420, and one is used to supply said movable terminal 71 to connect the substrate 72 of location.Said movable terminal 71 respectively have linkage section 713, one that the reverse terminal section of a positioning section 711, and this positioning section 711 712, one be connected 712 of this positioning section 711 and this terminal sections from this positioning section 711 towards the Elastic Contact section of extending 714, two last fastening parts 715 that protrude out outwardly from 711 two opposition sides of this positioning section respectively away from the direction of this linkage section 713, reach two following fastening parts 716 that outwards protrude out from 713 two opposition sides of this linkage section.Wherein, 711 bendings of the linkage section 713 of said movable terminal 71 and positioning section are connected, and have one be connected with this terminal section 712 expose end 717.This substrate 72 is close to said terminal sections 712 and oppositely is provided with said positioning section 711; And have a base material portion 721 that is arranged at intervals at said terminal section 712 belows, and several are connected the T shape convergence part 722 of exposing 717 of ends of this base material portion 721 and adjacent linkage section 713.
Said shifting part 8 respectively has a base portion 81, one from these base portion 81 upwardly extending operating portions 82, and one from this base portion 81 to the pushing and pressing part that extends below 83.
Consult Fig. 4, Fig. 5 and Fig. 6; Step 302 is respectively this fixed terminal assembly 6, movable terminal assembly 7 to be applied an active force; The fixed terminal 61 that makes this fixed terminal assembly 6 is gone into said location notch 420 with clamping and is separated with this substrate 62 synchronously towards first side, 411 displacements of this diapire 41, and the said movable terminal 71 that makes this movable terminal assembly 7 towards second side, 412 displacements of this diapire 41 with clamping go into said location notch 420 and synchronously and this substrate 72 be separated.The said movable terminal 71 that is connected to said location notch 420 can be at interval relatively with said fixed terminal 61.
Consult Fig. 5, Fig. 6 and Fig. 7; In the present embodiment; Be to use a combination that is provided with this fixed terminal assembly 6 of automation equipment completion, movable terminal assembly 7 and this pedestal 4 of mechanical arm (figure does not show); This automation equipment has a location saddle 91, and driven by mechanical arm and relative to two opposition sides of this location saddle 91 near with away from one first movable block that moves 92, second movable block 93.Wherein, This pedestal 4 is positioned on this location saddle 91; And this fixed terminal assembly 6, movable terminal assembly 7 are positioned on this first movable block 92, second movable block 93 respectively; So that this fixed terminal assembly 6, movable terminal assembly 7 receive this first movable block 92, second movable block 93 drives and rely on this pedestal 4, so make said fixed terminal 61, said movable terminal 71 respectively clamping go into said location notch 420.
This location saddle 91 has one first side 911 of reverse setting, one second side 912, several location notchs 420 that align this pedestal 4 separately and respectively and is arranged with first stopper slot 913, several location notchs 420 that align this pedestal 4 separately and respectively of being formed on this first side 911 and is arranged with second stopper slot 914 that is formed on this second side 912; And several are provided with and extend to from this first side 911 targeted duct 910 that runs through this second side 912 separately; Said first stopper slot 913 is respectively applied for the fixed terminal 61 of ccontaining this fixed terminal assembly 6, and said second stopper slot 914 is respectively applied for the movable terminal 71 of ccontaining this movable terminal assembly 7.The first pushing block portion 921 that this first movable block 92 has that several corresponding respectively said fixed terminals 61 protrude out and fastens with said first stopper slot 913, and two to wherein two first contraposition latches 922 that targeted duct 910 is provided with that should positioning seat piece 91.The second pushing block portion 931 that this second movable block 93 has that several corresponding respectively said movable terminal 71 protrude out and fastens with said second stopper slot 914, and two to wherein two second contraposition latches 932 that targeted duct 910 is provided with that should positioning seat piece 91.In the present embodiment, the said first contraposition latch 922, the second contraposition latch 932 outermost two targeted ducts 910 that align respectively are provided with.And the substrate 62 of this fixed terminal assembly 6 has several to be run through separately and is used to be socketed in the perforation 623 on the said first contraposition latch 922; The substrate 72 of this movable terminal assembly 7 has several to be run through separately and is used to be socketed in the perforation 723 on the said second contraposition latch 932; Whereby; This fixed terminal assembly 6, movable terminal assembly 7 can temporarily be positioned on this first movable block 92, second movable block 93, and can be along with this first movable block 92,93 relative these pedestal 4 displacements of second movable block.
When carrying out the combination operation of this program switch 2 with this automation equipment; Mainly be that this pedestal 4 is fixed on this location saddle 91; Drive this first movable block 92, second movable block 93 respectively towards first side 911,912 displacements of second side of this location saddle 91 through mechanical arm again; And this fixed terminal assembly 6 of interlock, movable terminal assembly 7 rely on this pedestal 4 respectively; Up to said fixed terminal 61, said movable terminal 71 be displaced to be about to get into said location notch 420 stay the position temporarily till; Wherein, Through be arranged on this location saddle 91 targeted duct 910 respectively with this first movable block 92 on the first contraposition latch 922, the corresponding design of the second contraposition latch 932 on this second movable block 93; Said fixed terminal 61 and the said first pushing block portion 921 are alignd with said first stopper slot 913 respectively; And said movable terminal 71 and the said second pushing block portion 931 are alignd respectively with said second stopper slot 914; When this first movable block 92, second movable block 93 continue towards this location saddle 91 near and when the said first pushing block portion 921, the second pushing block portion 931 are advanced in said first stopper slot 913, second stopper slot 914, can support the substrate 62 of this fixed terminal assembly 6, and the substrate 72 that keeps off to this movable terminal assembly 7 of this second side 912 through first side, 911 retainings of this location saddle 91; And make said substrate 62, substrate 72 be held the location respectively; Said fixed terminal 61, movable terminal 71 then receive the said first pushing block portion 921 respectively, the second pushing block portion 931 continues to promote and be pushed into said location notch 420 and said first stopper slot 913, and in said location notch 420 and said second stopper slot 914, and this substrate 62, this substrate 72 are separated with said fixed terminal 61, movable terminal 71 respectively.Because the more tiny relatively fragility of the structure of joining that exposes 616,717 of ends of the T shape convergence part 622,722 of this substrate 62,72 and said fixed terminal 61, movable terminal 71; Move and make this substrate 62, this substrate 72 to receive under the effect of clamping at this first movable block 92, second movable block 93 relative to this location saddle 91; Said end 616 and this substrate 62 of exposing; And said joint of exposing end 717 and this substrate 72 is easy to and will breaks off; Whereby, when said fixed terminal 61, movable terminal 71 are positioned to said location notch 420, just can remove this substrate 62, this substrate 72 synchronously.After combination is accomplished, this first movable block 92, second movable block 93 just can be respectively be with this substrate 62, this substrate 72 away from these location saddle 91 displacements be left said fixed terminal 61, movable terminal 71.
Consult Fig. 4 and Fig. 8, wherein, make positioning section 611 clampings of said fixed terminal 61 be positioned the said location notch 420 of this pedestal 4 respectively; And make said linkage section 613 clampings be positioned said first short slot 413; And the said fastening part 614 of going up of each fixed terminal 61 can embed respectively in the spaced walls 42 of both sides, and can increase the steadiness of said fixed terminal 61 location, and 615 of said fastening parts are down complied with and the position difference are set and different effects is arranged; When said following fastening part 615 is close to these positioning sections 611; Then can embed to cooperate and define the two opposite walls 415 that form this first short slot 413, can increase the location steadiness whereby equally, in addition; Said fastening part 615 down also can be close to this terminal section 612 and be provided with; And when said fixed terminal 61 being incorporated into said location notch 420, fasten the state of the upper and lower both sides that forming in a bottom surface 417 of this diapire 41 matches with this positioning section 611 is clamped in this diapire 41 respectively, the assist location effect is arranged equally.
In addition; Be positioned the said location notch 420 of this pedestal 4 in the positioning section that makes said movable terminal 71 711 clampings; And when making said linkage section 713 clampings be positioned said second short slot 414; Said Elastic Contact section 714 is extended towards said fixed terminal 61 by corresponding positioning section 711 respectively; And the positioning section 611 of said Elastic Contact section 714 and said fixed terminal 61 is relative at interval state, and the said fastening part 715 of going up of each movable terminal 71 embeds equally respectively in the spaced walls 42 of both sides, and said fastening part 716 down is according to the position difference is set; Define the two opposite walls 416 that form this second short slot 414 and can embed to cooperate; Or fasten the state of the upper and lower both sides that forming in the bottom surface 417 of this diapire 41 matches with this positioning section 711 is clamped in this diapire 41 respectively, whereby, make the said movable terminal 71 equally can be through the effect of said upward fastening part 715, following fastening part 716 enhancement strong fixs.In the present embodiment, the following fastening part 615 of this fixed terminal 61 all is designed to fasten the pattern in the bottom surface 417 of this diapire 41 with the following fastening part 716 of this movable terminal 71.
Consult Fig. 4, Fig. 9 and Figure 10; Step 303 is that this lid shell 5 is engaged with this pedestal 4; Make the active open 51 of said shifting part 8 simultaneously to be arranged in this lid shell 5 respectively; And and the said movable terminal 71 corresponding modes of this movable terminal assembly 7 be folded in 4 of this lid shell 5 and this pedestals, during combination, the said active open 51 that makes the operating portion 82 of said shifting part 8 pass this lid shell 5 respectively outwards protrudes out; Make this pedestal 4 and this lid shell 5 fit mutually again, the close set that just can obtain this program switch 2 is fit.In this step, also can utilize the automation mode of mechanical arm to accomplish the aggregate erection of this program switch 2.Since the non-this case emphasis of mechanism design of automation equipment, and in the processing procedure of electronic correlation device or element, use various automation equipments for existing process technique, repeat no more at this.
What need supplementary notes is; In step 302; The terminal section 612 of the said fixed terminal 61 of this fixed terminal assembly 6 is extended outside this pedestal 4; And expose outside this pedestal 4 end 616 of exposing that is positioned at 612 of this linkage section 613 and this terminal sections; Whereby, can be conveniently apply particular procedure mode or active force so that it separates for said fixed terminal 61 and these substrate 62 joints, the terminal section 712 of the said movable terminal 71 of this movable terminal assembly 7 is also extended outside this pedestal 4; And also expose outside this pedestal 4 end 717 of exposing that is positioned at 712 of this linkage section 713 and this terminal sections, helps to apply particular procedure mode or active force equally said movable terminal 71 and this substrate 72 are separated smoothly.
In addition; 81 of the base portions of said shifting part 8 are folded in 5 on this pedestal 4 and this lid shell respectively; Said pushing and pressing part 83 is respectively by being butted on the Elastic Contact section 714 of said movable terminal 71; The operating portion 82 of said shifting part 8 can be struck and be displaced to this first end 511 and this second end 512 respectively along said active open 51, and this pushing and pressing part 83 of interlock is displaced to a non-conduction position and a conduction position.In the present embodiment, when this operating portion 82 is displaced to this first end 511, the Elastic Contact section 714 of this movable terminal 71 and 611 nonconducting states of keeping separately of the positioning section of this fixed terminal 61.When this operating portion 82 was displaced to this second end 512, this pushing and pressing part 83 can compress this Elastic Contact section 714 near this positioning section 611, and then formed this Elastic Contact section 714 and these positioning section 611 contacted conducting states.
What be worth explanation is; In aforementioned manufacturing approach; Though be the compound mode that this program switch 2 is described with the automation mode; But the manufacturing approach of this program switch 2 even carry out aggregate erection with manual type, still can be utilized the structural design of this fixed terminal assembly 6, movable terminal assembly 7 not as limit; Make said fixed terminal 61, movable terminal 71 can simultaneously and be bonded to this pedestal 4 apace; Cooperate cutting implement that this substrate 62, this substrate 72 are separated with said fixed terminal 61, movable terminal 71 respectively again, install said shifting part 8 and this lid shell 5 again after, still can be to make up the combination that the better mode of operating efficiency is accomplished this program switch 2 compared to existing manual.
Conclude above-mentionedly, the manufacturing approach of program switch 2 of the present invention can obtain following effect and advantage, so can reach the object of the invention:
One, the said fixed terminal 61 of this fixed terminal assembly 6, movable terminal assembly 7, said movable terminal 71 structural design through being combined into one with this substrate 62, this substrate 72 respectively; Said fixed terminal 61 or said movable terminal 71 can be positioned in the location notch 420 of this pedestal 4 simultaneously; Whereby; Can significantly reduce the assembly time and the manpower of this program switch 2, it is good and can effectively save the advantage of manufacturing cost to make the present invention have processing procedure efficient.
Two, manufacturing approach of the present invention; Form the structural shape of said spaced walls 42 and said location notch 420 at this pedestal 4; Make this fixed terminal assembly 6, movable terminal assembly 7 can be directly be mounted to said location notch 420 from the end face or the side surface direction of this pedestal 4; Except can promoting aggregate erection speed and convenience, also make this manufacturing approach convert the automation mode easily into and produce, can save manpower equally and promote processing procedure efficient.
Three, through form the structural design of said location notch 420 and said first short slot 413, second short slot 414 at this pedestal 4; Except can assisting said fixed terminal 61, movable terminal 71 location; Can also effectively prevent adjacent fixed terminal 61, movable terminal 71 from contacting and produce wrong switch signal, make the present invention can produce the stable program switch of quality 2 finished products.
Four, through be provided with respectively at said fixed terminal 61 said on fastening part 614 and said fastening part 615 down; And said movable terminal 71 be provided with respectively said on fastening part 715 and said fastening part 716 down; Make said fixed terminal 61, movable terminal 71 can be firm in anabolic process and difficult drop-off be incorporated into this pedestal 4; Whereby; This fixed terminal assembly 6, movable terminal assembly 7 can be located improving processing procedure efficient fast, and help to make program switch 2 finished products of stay in grade equally.
It can be the pattern of aforesaid fixed terminal assembly 6 that the present invention is used to promote the fit preferred embodiment of terminal group of making efficient, also can be the pattern of aforesaid movable terminal assembly 7, and its detailed structure repeats no more at this.Of aforementioned manufacturing approach; No matter be the pattern of this fixed terminal assembly 6 or the pattern of this movable terminal assembly 7; All be fit to this pedestal 4, lid shell 5 and said shifting part 8 combined to process this program switch 2 smoothly; And said fixed terminal 61 and this substrate 62, said movable terminal 71 and the structural design that this substrate 72 is combined into one make this fixed terminal assembly 6, this movable terminal assembly 7 can both Rapid Combination to this pedestal 4 and have and promote the characteristic of making efficient.
Claims (12)
1. the manufacturing approach of a program switch; It is characterized in that: this manufacturing approach comprises the following step:
One, prepares a pedestal, a lid shell, a fixed terminal assembly, a movable terminal assembly respectively; And several shifting parts; This pedestal comprises that one has one the first reverse side and the diapire of one second side; And several extend upward and match and define the spaced walls that forms several location notchs from this diapire at intervals; This lid shell comprises that several run through the active open of setting separately, and this fixed terminal assembly comprises several respectively to the spaced fixed terminal of location notch that should pedestal, and one is used to supply said fixed terminal to connect the substrate of location; This movable terminal assembly comprises several respectively to the spaced movable terminal of location notch that should pedestal, and one is used to supply said movable terminal to connect the substrate of location;
Two, respectively this fixed terminal assembly, movable terminal assembly are applied an active force; The fixed terminal that makes this fixed terminal assembly towards the first side displacement of this diapire with clamping go into said location notch and with this substrate separation, and the said movable terminal that makes this movable terminal assembly is gone into said location notch with clamping and is separated with this substrate towards the second side displacement of this diapire;
Three, this lid shell is engaged with this pedestal; Make said shifting part to be arranged in the active open of this lid shell respectively simultaneously; And and the corresponding mode of movable terminal of this movable terminal assembly be folded between this lid shell and this pedestal, the close set that just can obtain this program switch is fit.
2. the manufacturing approach of program switch according to claim 1; It is characterized in that: in step 1; It is reverse and extend the outer terminal section of this pedestal, one and be connected this positioning section and the intersegmental linkage section of this terminal with this positioning section that the said fixed terminal of this fixed terminal assembly respectively has a positioning section that is contained in the location notch of this pedestal, one; And two last fastening parts that protrude out outwardly from these positioning section two opposition sides respectively; The said positioning section of the contiguous said terminal Duan Eryu of this substrate oppositely is provided with; In step 2, when this fixed terminal assembly was mounted to this pedestal, the said fastening part of going up of each fixed terminal can embed respectively in the spaced walls of both sides.
3. the manufacturing approach of program switch according to claim 2; It is characterized in that: the linkage section of the said fixed terminal of this fixed terminal assembly have this pedestal that is connected with this terminal section and exposes outer expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
4. the manufacturing approach of program switch according to claim 1; It is characterized in that: in step 1; The said movable terminal of this movable terminal assembly respectively have a positioning section that is contained in the location notch of this pedestal, one with this positioning section reverse and extend the outer terminal section of this pedestal, one be connected the intersegmental linkage section of this positioning section and this terminal, one from this positioning section towards this fixed terminal extend and with this relative Elastic Contact section in fixed terminal interval; And two last fastening parts that protrude out outwardly from these positioning section two opposition sides respectively; The said positioning section of the contiguous said terminal Duan Eryu of this substrate oppositely is provided with; In step 2, when this movable terminal assembly was mounted to this pedestal, the said fastening part of going up of each movable terminal can embed respectively in the spaced walls of both sides.
5. the manufacturing approach of program switch according to claim 4; It is characterized in that: the linkage section of the said movable terminal of this movable terminal assembly have this pedestal that is connected with this terminal section and exposes outer expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
6. the manufacturing approach of program switch according to claim 1; It is characterized in that: in step 2; The substrate of this fixed terminal assembly is when the location notch of said fixed terminal clamping to this pedestal, to be separated with said fixed terminal synchronously, and the substrate of this movable terminal assembly also is when the location notch of said movable terminal clamping to this pedestal, to be separated with said movable terminal synchronously.
7. the manufacturing approach of program switch according to claim 1; It is characterized in that: in step 2; Use an automation equipment to accomplish the combination of this fixed terminal assembly, movable terminal assembly and this pedestal; This automation equipment has a location saddle; And driven respectively and relative to these location saddle two opposition sides near with away from one first movable block that moves, second movable block, and this pedestal is positioned on this location saddle, and this fixed terminal assembly, movable terminal assembly is positioned at respectively on this first movable block, second movable block; So that this fixed terminal assembly, movable terminal assembly receive this first movable block, second movable block to drive and rely on this pedestal, so make said fixed terminal, said movable terminal respectively clamping go into said location notch.
8. the manufacturing approach of program switch according to claim 7; It is characterized in that: in step 2; This location saddle has one first side of reverse setting, second side, several location notchs that align this pedestal separately and respectively are arranged with first stopper slot that is formed on this first side; And several location notchs that align this pedestal separately and respectively are arranged with second stopper slot that is formed on this second side; Said first stopper slot is respectively applied for the fixed terminal of ccontaining this fixed terminal assembly; Said second stopper slot is respectively applied for the movable terminal of ccontaining this movable terminal assembly; The first pushing block portion that this first movable block has that several corresponding respectively said fixed terminals protrude out and fastens with said first stopper slot, the second pushing block portion that this second movable block has that several corresponding respectively said movable terminal protrude out and fastens with said second stopper slot.
9. the manufacturing approach of program switch according to claim 1; It is characterized in that: in step 1; The diapire of this pedestal has several first short slots that is connected with said location notch from this first side indent at intervals; And several second short slots that are connected with said location notch from this second side indent at intervals; The said fixed terminal clamping of this fixed terminal assembly is positioned said location notch and said first short slot, and the said movable terminal clamping of this movable terminal assembly is positioned said location notch and said second short slot.
One kind to be used to promote the terminal group of making efficient fit; Be fit to process a program switch with a pedestal, a lid shell and several shifting parts are combined; This pedestal has a diapire, and several extend upward and match and define the spaced walls that forms several location notchs from this diapire at intervals, and this lid shell and this pedestal be fit mutually; Said shifting part is folded between this pedestal and this lid shell, and this terminal group zoarium is arranged on this pedestal and is corresponding with said shifting part; It is characterized in that:
This terminal group zoarium comprises the terminal of several spaced settings; And substrate that is used to supply said terminal connection location; Each terminal comprises that respectively a positioning section, in the location notch that is used to be contained in this pedestal is reverse and extend this pedestal terminal section outward with this positioning section; And one bend with this positioning section and to be connected and to be positioned at this positioning section and the intersegmental linkage section of this terminal, and this substrate then oppositely is provided with said positioning section.
11. the terminal group zoarium that is used to promote manufacturing efficient according to claim 10; It is characterized in that: the linkage section of said terminal respectively have one be connected with this terminal section expose the end; This substrate has a base material portion that is arranged at intervals at said terminal section below, and several are connected the convergence part between the end of exposing of this base material portion and adjacent linkage section.
12. the terminal group zoarium that is used to promote manufacturing efficient according to claim 10; It is characterized in that: said terminal also has the last fastening part that two opposition sides from this positioning section outwards protrude out respectively, and the following fastening part that outwards protrudes out from two opposition sides of this linkage section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010506711.8A CN102446644B (en) | 2010-10-14 | 2010-10-14 | Manufacturing method of program switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010506711.8A CN102446644B (en) | 2010-10-14 | 2010-10-14 | Manufacturing method of program switch |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102446644A true CN102446644A (en) | 2012-05-09 |
| CN102446644B CN102446644B (en) | 2014-07-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010506711.8A Active CN102446644B (en) | 2010-10-14 | 2010-10-14 | Manufacturing method of program switch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102446644B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4012608A (en) * | 1974-08-20 | 1977-03-15 | Amp Incorporated | Miniature switch with substantial wiping action |
| JPH04349318A (en) * | 1991-01-30 | 1992-12-03 | Fujisoku:Kk | Slide switch and manufacture thereof |
| CN2386520Y (en) * | 1999-08-24 | 2000-07-05 | 富金精密工业(深圳)有限公司 | Toggle Switches |
| CN200965842Y (en) * | 2006-10-31 | 2007-10-24 | 百容电子股份有限公司 | Micro-program switch |
-
2010
- 2010-10-14 CN CN201010506711.8A patent/CN102446644B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4012608A (en) * | 1974-08-20 | 1977-03-15 | Amp Incorporated | Miniature switch with substantial wiping action |
| JPH04349318A (en) * | 1991-01-30 | 1992-12-03 | Fujisoku:Kk | Slide switch and manufacture thereof |
| CN2386520Y (en) * | 1999-08-24 | 2000-07-05 | 富金精密工业(深圳)有限公司 | Toggle Switches |
| CN200965842Y (en) * | 2006-10-31 | 2007-10-24 | 百容电子股份有限公司 | Micro-program switch |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102446644B (en) | 2014-07-09 |
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