CN103857980B - Assembling assembly and the instruction device that puts in place thereof - Google Patents
Assembling assembly and the instruction device that puts in place thereof Download PDFInfo
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- CN103857980B CN103857980B CN201380001848.XA CN201380001848A CN103857980B CN 103857980 B CN103857980 B CN 103857980B CN 201380001848 A CN201380001848 A CN 201380001848A CN 103857980 B CN103857980 B CN 103857980B
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Abstract
The present invention provides one to put in place instruction device, for being arranged at the first assembly parts, and indicate the assembling between first and second assembly parts to put in place situation, it includes housing, supporting member, indication piece and elastic component, housing is provided with indication window, first end of supporting member is movably contained in housing, second end of supporting member stretches out outside housing, indication piece includes connecting portion and the first instruction unit being arranged on connecting portion, connecting portion is rotationally connected to supporting member, elastic component is connected to indication piece, so that indication piece is in primary importance, when the second assembly parts support the second end of supporting member, supporting member moves, band rotation connection rotates, thus drive the first instruction unit to move to the direction near described indication window, when supporting member moves to the second position, determined that by indication window the assembling of the first assembly parts and the second assembly parts puts in place.The assembling that present invention achieves between instruction assembly parts puts in place situation.Separately, present invention also offers a kind of assembling assembly.
Description
Technical field
The present invention relates to a kind of assembling assembly and the instruction device that puts in place thereof.
Background technology
In the product that outdoor modular is installed, the installation between assembling element and assembling element generally uses the locking parts such as screw to complete.Such assembling mode is the most loaded down with trivial details, and when safeguarding assembling element, assembling element often can exist the situations such as screw leakage is locked, screw is the most urgent.These situations can cause fastening between assembling element not in place, there is gap between assembling element, causes IP protection to be lost efficacy, thus affects properties of product.
Summary of the invention
Whether the present invention provides a kind of assembling assembly and the instruction device that puts in place thereof, put in place to indicate conveniently and efficiently to assemble between described assembling element, and IP protection can be avoided to lose efficacy.
nullFirst aspect，Provide one to put in place instruction device，For being installed on the first assembly parts，The assembling indicating the first assembly parts and the second assembly parts puts in place situation，The described instruction device that puts in place includes housing、Supporting member、Indication piece and elastic component，Described housing is provided with indication window，First end of described supporting member is movably contained in described housing，Second end of described supporting member stretches out outside described housing，Described indication piece and described elastic component are all contained in described housing，Described indication piece includes connecting portion and the first instruction unit being arranged on described connecting portion，Described connecting portion is rotationally connected to described supporting member，Described elastic component is connected to described indication piece，So that described indication piece is in primary importance，When described second assembly parts support the second end of described supporting member，First end of described supporting member moves in described housing，Described connecting portion is driven to rotate in described housing，And compress described elastic component，Thus drive described first instruction unit to move to the direction near described indication window，When described indication piece moves to the second position，Determine that described first assembly parts put in place with the assembling of described second assembly parts by described indication window.
In the first possible implementation of first aspect, described supporting member includes detecting bar and being arranged at the connecting shaft on described detection bar, first end of described detection bar is as the first end of described supporting member, second end of described detection bar is as the second end of described supporting member, described connecting shaft is rotationally connected the connecting portion to described indication piece, when the second end of described detection bar is not supported, the bottom of described connecting shaft is pressed on the upper surface of the bottom of described housing, thus is positioned in described housing by the second end of described supporting member.
The first possible implementation in conjunction with first aspect, in the implementation that the second is possible, through hole is formed on the bottom of described housing, so that the second end of described detection bar is extend out to outside described housing by described through hole, and limits described detection bar and moves in a first direction.
In conjunction with the implementation that the second of first aspect is possible, in the implementation that the third is possible, the first limited block and the second limited block it is additionally provided with on described housing, the limiting groove position along described first direction it is formed with between first and second limited block described, second end of described detection bar is contained in described limiting groove position, and can move along the first direction in described limiting groove position.
In the 4th kind of possible implementation of first aspect, described first instruction unit having the scale that puts in place, described indication window is provided with indicating bit, when described indication piece moves to the described second position, described indicating bit overlaps with the described scale that puts in place.
In the 5th kind of possible implementation of first aspect, described indication piece also includes the second instruction unit, the surface of described first instruction unit has the first color, the surface of described second instruction unit has the second color, first color is different from the second color, when described indication piece is positioned at primary importance, and indication window described in the complete liner in surface of described second instruction unit, when described indication piece moves to the second position, indication window described in the described first complete liner of instruction unit.
The 5th kind of possible implementation in conjunction with first aspect, in the 6th kind of possible implementation, one end of described second instruction unit is fixing on the housing, and the described second corresponding described indication window of instruction unit, between described second instruction unit and described indication window, there is the first spacing, when described supporting member drives described connecting portion to rotate, described first instruction unit moves to described first spacing, thus gradually hide described second instruction unit, when described indication piece moves to the second position, described first instruction unit is completely covered by described second instruction unit.
The 5th kind of possible implementation in conjunction with first aspect, in implementation possible in the 7th, described second instruction unit is arranged at the top of described connecting portion, and it is adjacent with described first instruction unit, when the first end of described supporting member moves in described housing along a first direction, drive described connecting portion to rotate, thus drive described second instruction unit to move to the direction away from described indication window, drive described first instruction unit to move to the direction near described indication window.
nullThe 7th kind of possible implementation in conjunction with first aspect，In implementation possible in the 8th，Gap is offered on described housing，Described gap runs through the bottom surface of described housing the first side and the first end of the bottom of described housing，Described supporting member includes detecting bar、The connecting rod portion extended by the first end bending of described detection bar and the rotary shaft of the end being formed at described connecting rod portion，First side of the bottom of described connecting portion is provided with the rotation hole corresponding with described rotary shaft，Second end of described detection bar passes described housing as the second end of described supporting member by described gap，Described connecting rod portion and described rotary shaft are contained in described housing，Described rotary shaft is rotatably connected with described rotation hole as the first end of described supporting member，When supporting the second end of described detection bar in a first direction，Described rotary shaft moves to first direction in described housing，Thus drive described connecting portion to rotate.
nullSecond aspect，Provide a kind of assembling assembly，Including the first assembly parts、Second assembly parts and the instruction device that puts in place，Described first assembly parts are for assembling with described second assembly parts，The described instruction device that puts in place is installed on described first assembly parts，For indicating the assembling between the first assembly parts and the second assembly parts to put in place situation，The described instruction device that puts in place includes housing、Supporting member、Indication piece and elastic component，Described housing is provided with indication window，First end of described supporting member is movably contained in described housing，Second end of described supporting member stretches out outside described housing，To support described second assembly parts，Described indication piece and described elastic component are all contained in described housing，Described indication piece includes connecting portion and the first instruction unit being arranged on described connecting portion，Described connecting portion is rotationally connected to described supporting member，Described elastic component is connected to described indication piece，So that described indication piece is in primary importance，When described second assembly parts support the second end of described supporting member，First end of described supporting member moves in described housing，Described connecting portion is driven to rotate in described housing，And compress described elastic component，Thus drive described first instruction unit to move to the direction near described indication window，When described indication piece moves to the second position，Determine that described first assembly parts put in place with the assembling of described second assembly parts by described indication window.
The instruction device that puts in place provided according to various implementations, this instruction device that puts in place is arranged on described first assembly parts.Second end of described supporting member contacts with described second assembly parts.When described second assembly parts support the second end of described supporting member, first end of described supporting member moves in described housing, described connecting portion is driven to rotate in described housing, thus drive described first instruction unit to move to the direction near described indication window, when described indication piece moves to the second position, determine that described first assembly parts put in place with the assembling of described second assembly parts by described indication window, convenient and swift, it is simultaneously fitted between first and second assembly parts of position not exist gap, thus avoids the problem that IP protection was lost efficacy.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, the accompanying drawing used required in embodiment will be briefly described below, apparently, accompanying drawing in describing below is only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the first view of the assembling assembly that the present invention the first better embodiment provides；
Fig. 2 is the second view of the assembling assembly that the present invention the first better embodiment provides；
Fig. 3 is the third state schematic diagram of the assembling assembly that the present invention the first better embodiment provides；
Fig. 4 is the first view of the assembling assembly that the present invention the second better embodiment provides；
Fig. 5 is the second view of the assembling assembly that the present invention the second better embodiment provides；
Fig. 6 is the third state schematic diagram of the assembling assembly that the present invention the second better embodiment provides.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.
Refer to Fig. 1, a kind of assembling assembly 100 provided for the present invention the first better embodiment.Described assembling assembly 100 includes first assembly parts the 10, second assembly parts 20 and the instruction device 30 that puts in place.Described first assembly parts 10 are for assembling with described second assembly parts 20.The described instruction device 30 that puts in place is arranged on described first assembly parts 10, for indicating the assembling between described first assembly parts 10 and described second assembly parts 20 to put in place situation.The described instruction device 30 that puts in place includes housing 31, supporting member 32, indication piece 33 and elastic component 34.Described housing 31 is provided with indication window 311.First end of described supporting member 32 is movably contained in described housing 31.Second end of described supporting member 32 stretches out outside described housing 31, to support described second assembly parts 20.Described indication piece 33 and described elastic component 34 are all contained in described housing 31.Described indication piece 33 includes connecting portion 331 and the first instruction unit 332.Described connecting portion 331 is rotationally connected to described supporting member 32.First end of described elastic component 34 is connected to described connecting portion 331.Second end of described elastic component 34 is connected on described housing 31, so that described indication piece 33 is in primary importance.When described first assembly parts 10 and described second assembly parts 20 assemble, described indication piece 33 is positioned at primary importance, and described elastic component 34 is in the first state, so that described first instruction unit 332 is in the state of indication window 311 described in liner of avoiding.
Wherein, described first assembly parts 10 are provided with spacing hole (not shown), contact so that the second end of described supporting member 32 stretches out described first assembly parts 10 through described spacing hole with the fitting surface 21 of described second assembly parts 20.And, there is no active force between described supporting member 32 and described second assembly parts 20.Now, the distance between fitting surface 11 and the fitting surface 21 of described second assembly parts 20 of described first assembly parts 10 is predeterminable range.Described spacing hole is for limiting the moving direction of described supporting member 32 so that mobile on described supporting member 32 I in a first direction.When user does not observes the first instruction unit 332 by described indication window 311, determine that the first assembly parts 10 and the second assembly parts do not have started assembling.
Please continue to refer to Fig. 2, when the fitting surface 21 of described second assembly parts 20 supports the second end of described supporting member 32, first end of described supporting member 32 moves in described housing 31, described connecting portion 331 is driven to rotate in described housing 31, and compress described elastic component 34, thus described first instruction unit 332 is driven to move to the direction near described indication window 311.
Wherein, when described second assembly parts 20 assemble with described first assembly parts 10, the distance between fitting surface 21 and the fitting surface 11 of described first assembly parts 10 of described second assembly parts 20 reduces.The fitting surface 21 of described second assembly parts 20 supports the second end of described supporting member 32.When described first instruction unit 332 progresses into the region of described indication window 311 correspondence, i.e. user by described indication window 311 both it is observed that described first instruction unit 332, and the area of the first instruction unit 332 observed is gradually increased.Therefore, user may determine that the distance between described first assembly parts 10 and described second assembly parts 20 is reducing, and shows that described first assembly parts 10 assemble with the second assembly parts 20.
Please continue to refer to Fig. 3, when described indication piece 33 moves to the second position, indication window 311 described in the described first complete liner of instruction unit 332.
Wherein, described predeterminable range just makes described first instruction unit 332 can be moved fully to the region of described indication window 311 correspondence, and indication window 311 described in complete liner.Therefore, when the user discover that indication window 311 described in the described first complete liner of instruction unit 332, user may determine that described first assembly parts 10 are completely installed to position with described second assembly parts.
In other embodiments, described first instruction unit 332 can be provided with the scale (not shown) that puts in place.Can be provided with indicating bit (not shown) on described indication window 311 when described indication piece 33 moves to the second position, described indicating bit overlaps with the described scale that puts in place.When by described indication window 311, user determines that described indicating bit overlaps with the described scale that puts in place, determine that described first assembly parts 10 put in place with described second assembly parts 20 assembling.In described first instruction unit 332, scale range can also be set.The described scale that puts in place can be adjusted to the maximum scale of described scale range according to actual needs, it is also possible to other scales being adjusted in described scale range.
In the present embodiment, described supporting member 32 includes detecting bar 321 and being arranged at the connecting shaft 322 on described detection bar 321.First end of described detection bar 321 is as the first end of described supporting member 32.Second end of described detection bar 321 is as the second end of described supporting member 32.Described connecting shaft 322 is rotationally connected the connecting portion 331 to described indication piece 33.When described detection bar 321 is not supported, the bottom of described connecting shaft 322 compresses the upper surface of the bottom of described housing 31, thus is positioned at by described supporting member 32 in described housing 31 (refering to Fig. 1).
Further, the bottom of described housing 31 is formed with through hole (not shown), so that the second end of described detection bar 321 was extend out to outside described housing 31 by described leading to, and can limit on described detection bar 321 I in a first direction mobile.
The first limited block 313 and the second limited block 314 it is additionally provided with on described housing 31.It is formed with the limiting groove position along described first direction I between described first limited block 313 and described second limited block 314.Second end of described detection bar 321 is contained in described limiting groove position, and can in described limiting groove position in the first direction I move.
Described indication piece 33 also includes the second instruction unit 333.The surface of described first instruction unit 332 has the first color.The surface of described second instruction unit 333 has the second color.Described first color is different from described second color.In the present embodiment, described first color is green.Described second color is red.First and second color described can be adjusted according to actual needs.
When described indication piece 33 is positioned at primary importance, indication window 311 (refering to Fig. 1) described in the complete liner in surface of described second instruction unit 333.When i.e. user can only observe the second red instruction unit 333 by described indication window 311, it is determined that the first assembly parts 10 and the second assembly parts do not have started assembling.When described indication piece 33 moves to the second position, indication window 311 described in the described first complete liner of instruction unit 332.Described second instruction unit 333 is in the state of indication window 311 described in liner of avoiding.
Specifically, one end of described second instruction unit 333 is fixed on described housing 31.And the indication window 311 on the described second corresponding described housing 31 of instruction unit 333.Between described second instruction unit 333 and described indication window 311, there is the first spacing.When described supporting member 32 drives described connecting portion 331 to rotate, described first instruction unit 332 moves to described first spacing, thus gradually blocks described second instruction unit 333.I.e. user by described indication window 311 both it is observed that the first instruction unit 332 of green, again it is observed that during the second instruction unit 333 of redness (refering to Fig. 2), it is determined that described first assembly parts 10 and described second assembly parts 20 are not completely assembled to position.When described indication piece 33 moves to the second position, indication window 311 described in described first instruction unit 332 liner, and it is completely covered by described second instruction unit 333.User by described indication window 311 only it is observed that during the first instruction unit 332 of green, then determining and be in close contact between the fitting surface 11 of described first assembly parts 10 and the fitting surface 21 of described second assembly parts 20, described first assembly parts 10 and described second assembly parts 20 assembling put in place.
In the present embodiment, described first instruction unit 332 is to be bent to extend by the top of described connecting portion 331 to be formed.First end of the bottom of described connecting portion 331 is rotationally connected with described connecting shaft 322.
Described elastic component 34 includes fixed part the 341, first clamping part 342 and the second clamping part 343.Described fixed part 341 is fixed on the second end of the bottom of described connecting portion 331.Described first clamping part 342 is snapped in the top of described connecting portion 331.Described second clamping part 343 is snapped on described housing 31.
The process that described first assembly parts 10 carry out assembling with described second assembly parts 20 is as follows:
The fitting surface 21 of described second assembly parts 20 is contacted the second end of described supporting member 32.Now, the distance between fitting surface 21 and the fitting surface 11 of described first assembly parts 10 of described second assembly parts 20 is described predeterminable range.Promote described second assembly parts 20, to assemble with described first assembly parts 10.Described second assembly parts 20 support the second end of described supporting member 32.Described supporting member 32 drives described connecting portion 331 to rotate, thus drives described first instruction unit 332 to move towards the direction of described indication window 311.When indication window 311 described in the described first complete liner of instruction unit 332, show that described first assembly parts 10 put in place with described second assembly parts 20 assembling.When indication window 311 described in indication window 311 described in described first instruction unit 332 portions of pads or the described second complete liner of instruction unit 333, show that described first assembly parts 10 are unassembled with described second assembly parts 20 and put in place.
In this better embodiment, described in put in place instruction device 30 be arranged on described first assembly parts 10.Second end of described supporting member 32 contacts with the fitting surface 21 of described second assembly parts 20.When described second assembly parts 20 assemble with described first assembly parts 10, described second assembly parts 20 support described supporting member 32, and described supporting member 32 moves, and drives described connecting portion 331 to rotate so that indication window 311 described in described first instruction unit 332 liner.Therefore, by described indication window 311, user i.e. can confirm that whether described first assembly parts 10 put in place with the second assembly parts 20 assembling, convenient and swift.Meanwhile, there is not gap between the first assembly parts 10 and the second assembly parts 20 that assembling puts in place, thus avoid the problem that IP protection was lost efficacy.
Refer to Fig. 4, the present invention the second better embodiment provide a kind of to assemble assembly 200 similar to the assembling assembly 100 that the first better embodiment provides, its difference is: in the second better embodiment, and described connecting portion 40 includes body 41 and the projection reinforcing portion 42 on described body 41.The top of described reinforcing portion 42 is overlapping with the projection on the top I in a first direction of described body 41.Described first instruction unit 51 and described second instruction unit 52 all cover described reinforcing portion 42 and the top of described body 41.Wherein, described indication window 75 is positioned at the middle part of end face 74 of described housing.In other embodiments, the position of described indication window 75 can be adjusted as required.
Gap 71 is offered on described housing.Described gap 71 runs through the bottom of described housing 31 first side 72 and one end adjacent with described first side 72 of described bottom surface 73.
Described supporting member 60 includes detecting bar 61, the first end by described detection bar 61 extends vertically and extends upward described connecting rod portion 62 again and be formed at the rotary shaft 63 of end in described connecting rod portion 62.First end of the bottom of described body 41 is provided with the rotation hole (not shown) of corresponding described rotary shaft 63.Second end of described detection bar 61 passes described housing as the second end of described supporting member 60 by described gap 71.Described connecting rod portion 62 and described rotary shaft 63 are contained in described housing.Described rotary shaft 63 is rotatably connected with described rotation hole as the first end of described supporting member 60.When described detection bar 61 is not supported, the bottom in described connecting rod portion 62 compresses the upper surface of the bottom of described housing, thus is positioned in described housing by described supporting member 60.
The fixed part 341 of described elastic component 34 is fixed on the second end of the bottom of described body 41.Described first clamping part 342 is snapped in the bottom of described reinforcing portion 42.Described second clamping part 343 is snapped on described housing.In the present embodiment, described elastic component 34 is torsion spring.In other embodiments, described elastic component 34 can be adjusted, according to actual needs such as shell fragment etc..
When the second end in contact of described second assembly parts 20 with described detection bar 61, but when the second end of described second assembly parts 20 and described detection bar 61 does not has active force, described indication piece is positioned at primary importance.Indication window 75 described in the described second complete liner of instruction unit 52.Described first instruction unit 51 avoids indication window 75 described in liner.
Please continue to refer to Fig. 5, when described second assembly parts 20 support second end of detection bar 61 of described supporting member 60, described supporting member 60 moves along described first direction I.Described rotary shaft 63 in described housing 31 in the first direction I move, thus drive described connecting portion 40 to rotate so that described second instruction unit 52 moves to the direction away from described indication window 75.Described first instruction unit 51 moves to the direction near described indication window 75.Now, indication window 75 described in described first instruction unit 51 and the described second equal portions of pads of instruction unit 52.
Please continue to refer to Fig. 6, when described detection bar 61 moves to the second position, indication window 75 described in the described first complete liner of instruction unit 51.Described second instruction unit 52 avoids indication window 75 described in liner.Described elastic component 34 is in the second state.
In this better embodiment, described in put in place instruction device be arranged on described first assembly parts 10.Second end of described supporting member 60 contacts with the fitting surface 21 of described second assembly parts 20.When described second assembly parts 20 assemble with described first assembly parts 10, described second assembly parts 20 support described supporting member 60, and described supporting member 60 moves, and drives described connecting portion 40 to rotate so that indication window 75 described in described first instruction unit 51 liner.Therefore, by the described first whole liner of instruction unit 51, whether user i.e. be can confirm that whether described first assembly parts 10 put in place with the second assembly parts 20 assembling by described indication window 75, convenient and swift.Meanwhile, there is not gap between the first assembly parts 10 and the second assembly parts 20 that assembling puts in place, thus avoid the problem that IP protection was lost efficacy.
Last it is noted that above example is only in order to illustrate technical scheme, it is not intended to limit；Although the present invention being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein portion of techniques feature is carried out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (9)
1. put in place an instruction device, is used for being installed on the first assembly parts, indicates the first assembly parts and
The assembling of two assembly parts puts in place situation, described in the instruction device that puts in place include housing, supporting member, indication piece and bullet
Property part, described housing is provided with indication window, and the first end of described supporting member is movably contained in described shell
Internal, the second end of described supporting member stretches out outside described housing, and described indication piece and described elastic component all house
In described housing, described indication piece includes connecting portion and the first instruction unit being arranged on described connecting portion,
Described connecting portion is rotationally connected to described supporting member, and described elastic component is connected to described indication piece, so that described
Indication piece is in primary importance, when described second assembly parts support the second end of described supporting member, described in support
First end of part moves in described housing, drives described connecting portion to rotate in described housing, and compresses institute
State elastic component, thus drive described first instruction unit to move, when described to the direction near described indication window
When indication piece moves to the second position, determine described first assembly parts and described second by described indication window
The assembling of assembly parts puts in place；Wherein, described supporting member includes detecting bar and being arranged at the company on described detection bar
Spindle, the first end of described detection bar is made as the first end of described supporting member, the second end of described detection bar
For the second end of described supporting member, described connecting shaft is rotationally connected the connecting portion to described indication piece, when described
When second end of detection bar is not supported, the bottom of described connecting shaft is pressed on the upper table of the bottom of described housing
Face, thus the second end of described supporting member is positioned in described housing.
Put in place instruction device the most as claimed in claim 1, it is characterised in that the bottom of described housing is formed
Through hole, so that the second end of described detection bar is extend out to outside described housing by described through hole, and limits described
Detection bar moves in a first direction.
Put in place instruction device the most as claimed in claim 2, it is characterised in that is additionally provided with on described housing
It is formed along described between one limited block and the second limited block, described first limited block and described second limited block
The limiting groove position of first direction, the second end of described detection bar is contained in described limiting groove position, and can be in institute
Move along the first direction in stating limiting groove position.
Put in place instruction device the most as claimed in claim 1, it is characterised in that has in described first instruction unit
Put in place scale, and described indication window is provided with indicating bit, when described indication piece moves to described second
When putting, described indicating bit overlaps with the described scale that puts in place.
Put in place instruction device the most as claimed in claim 1, it is characterised in that described indication piece also includes
Two instruction units, the surface of described first instruction unit has the first color, and the surface of described second instruction unit has
Second color, the first color is different from the second color, when described indication piece is positioned at primary importance, described
Indication window described in the complete liner in surface of two instruction units, when described indication piece moves to the second position, institute
State indication window described in the first complete liner of instruction unit.
Put in place instruction device the most as claimed in claim 5, it is characterised in that the one of described second instruction unit
End is fixing on the housing, and the corresponding described indication window of described second instruction unit, described second instruction unit
And there is between described indication window the first spacing, when described supporting member drives described connecting portion to rotate, institute
State the first instruction unit to move to described first spacing, thus gradually hide described second instruction unit, when described
When indication piece moves to the second position, described first instruction unit is completely covered by described second instruction unit.
Put in place instruction device the most as claimed in claim 5, it is characterised in that described second instruction unit is arranged
In the top of described connecting portion and adjacent with described first instruction unit, when the first end of described supporting member exists
When moving along a first direction in described housing, drive described connecting portion to rotate, thus drive described second to refer to
Show that portion moves to the direction away from described indication window, drive described first instruction unit near described indicating window
The direction of mouth is moved.
Put in place instruction device the most as claimed in claim 7, it is characterised in that offers open-minded on described housing
Mouthful, described gap is that run through the bottom of described housing the first side and the bottom surface of described housing with described first side phase
Adjacent one end, described supporting member includes detecting bar, being bent, by the first end of described detection bar, the connection extended
Bar portion and be formed at the rotary shaft of end in described connecting rod portion, the first side of the bottom of described connecting portion is provided with
The rotation hole corresponding with described rotary shaft, the second end of described detection bar leads to as the second end of described supporting member
Crossing described gap and pass described housing, described connecting rod portion and described rotary shaft are contained in described housing, institute
State rotary shaft to be rotatably connected with described rotation hole, when in a first direction as the first end of described supporting member
When supporting the second end of described detection bar, described rotary shaft moves to first direction in described housing, thus
Described connecting portion is driven to rotate.
9. an assembling assembly, including the first assembly parts, the second assembly parts and the instruction device that puts in place, described the
One assembly parts for assembling with described second assembly parts, described in the instruction device that puts in place be installed on described first
On assembly parts, put in place situation for the assembling between instruction the first assembly parts and the second assembly parts, described in put in place
Instruction device includes that housing, supporting member, indication piece and elastic component, described housing are provided with indication window, institute
The first end stating supporting member is movably contained in described housing, and the second end of described supporting member stretches out described
Outside housing, all it is contained in described housing supporting described second assembly parts, described indication piece and described elastic component
In, described indication piece includes connecting portion and the first instruction unit being arranged on described connecting portion, described connecting portion
Being rotationally connected to described supporting member, described elastic component is connected to described indication piece, so that described indication piece is in
Primary importance, when described second assembly parts support the second end of described supporting member, the first end of described supporting member
Move in described housing, drive described connecting portion to rotate in described housing, and compress described elastic component,
Thus drive described first instruction unit to move, when described indication piece moves to the direction near described indication window
During to the second position, determined the dress of described first assembly parts and described second assembly parts by described indication window
It is fitted on position；Wherein, described supporting member includes detecting bar and being arranged at the connecting shaft on described detection bar, described
First end of detection bar is as the first end of described supporting member, and the second end of described detection bar is supported as described
Second end of part, described connecting shaft is rotationally connected the connecting portion to described indication piece, when the of described detection bar
When two ends are not supported, the bottom of described connecting shaft is pressed on the upper surface of the bottom of described housing, thus will
Second end of described supporting member is positioned in described housing.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013075551 | 2013-05-13 |
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| Publication Number | Publication Date |
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| CN103857980A CN103857980A (en) | 2014-06-11 |
| CN103857980B true CN103857980B (en) | 2016-09-28 |
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| CN201380001848.XA Active CN103857980B (en) | 2013-05-13 | 2013-05-13 | Assembling assembly and the instruction device that puts in place thereof |
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| EP3989259A4 (en) * | 2019-06-18 | 2023-06-28 | Zhejiang Chint Electrics Co., Ltd. | Plug-in miniature circuit breaker |
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| JP2006332012A (en) * | 2005-05-26 | 2006-12-07 | Meikosha:Kk | Joint box |
| JP2007095642A (en) * | 2005-09-28 | 2007-04-12 | Meikosha:Kk | Joint box |
| CN101340039A (en) * | 2007-06-14 | 2009-01-07 | 诺信公司 | High-voltage electrical connector with visual indicator |
| CN202869525U (en) * | 2012-06-08 | 2013-04-10 | 余姚市华宇电器有限公司 | Novel indicating window |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3989259A4 (en) * | 2019-06-18 | 2023-06-28 | Zhejiang Chint Electrics Co., Ltd. | Plug-in miniature circuit breaker |
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|---|---|
| CN103857980A (en) | 2014-06-11 |
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