CN101730405B - Shell assembly of electronic device - Google Patents
Shell assembly of electronic device Download PDFInfo
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- CN101730405B CN101730405B CN2008101757155A CN200810175715A CN101730405B CN 101730405 B CN101730405 B CN 101730405B CN 2008101757155 A CN2008101757155 A CN 2008101757155A CN 200810175715 A CN200810175715 A CN 200810175715A CN 101730405 B CN101730405 B CN 101730405B
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Abstract
The invention discloses a shell assembly of an electronic device, comprising an assembling assembly, a clamping assembly, a first shell and a guide piece, wherein the assembling assembly comprises an accommodating chamber which is provided with an opening; the clamping assembly comprises a first elastic body and a first clamping piece which is arranged in the accommodating chamber; the first clamping piece comprises a first forced part and a first clamping part relative to the accommodating chamber; the first shell is arranged to the assembling assembly and comprises an assembling part and can be mutually clamped with the first clamping part of the first clamping piece; and the guide piece comprises a first guide part opposite to the first forced part of the first clamping piece. The first clamping piece is separated from the assembling part of the first shell and unclamped when the first forced part of the first clamping piece is driven by the first guide part of the guide piece to move to a preset position through an action force applied to the first guide part of the guide piece.
Description
Technical field
The present invention relates to a kind of housing unit of electronic installation, be meant a kind of can the assembling fast and housing unit for convenience detach especially.
Background technology
Generally speaking, mostly the assembling of the housing of electronic installation is to be dependent on a plurality of screws finishes, therefore, the quality of the housing assembling of this electronic installation, for example: the fastness of housing assembling, depend on the elasticity of these screw interlockings on this housing, yet, the operation that screw is locked one by one, assembling man-hour in the reasonable time of then must expending, and screw also is easy to be difficult for locking because of the bursting apart of housing screw, or come off on this housing certainly, and influence the fastness of the housing of this electronic installation.So the housing of the electronic installation of at present existing another kind of style comes out.
About being used for the housing of electronic installation, known have be seen in U.S. Pat that the people invented 5 such as Petrella, 946, No. 395 " Housing assembly for an electronic device ", the U.S. Pat 7 that Sun invented, 116, No. 780 " Housing assembly of a portable electronicdevice ", and U.S. Pat 7 that Pan invented, 149, No. 306 " Housing assembly ofportable electronic device " incorporates this paper at this, carries for reference.
Wherein, the disclosed patented technology of Petrella comprises one first housing, and the one side has a plurality of hook portions (hooks), and opposite side has a plurality of protuberances (tabs); One second housing, the one side has a plurality of hook portions and receives body (hook acceptors), in order to these hook portions (hooks) clamping mutually of accepting this first housing, its opposite side has a plurality of protuberances and a sliding part (slidable element) is arranged between this first housing and this second housing.Wherein, this sliding part has a plurality of notches, can fix mutually in order to these protuberances with this first and second housing, makes this first and second housing assemble the location mutually.
Wherein, the disclosed patented technology of Sun includes a plurality of assemblies, the sliding part assembling that each assembly has a plurality of trips and a U-shaped shape connects these assemblies, this sliding part has the trip of a plurality of these assemblies of correspondence, and can fix mutually, makes these assemblies be assembled the location.But when dismounting, also can be related make these components apart, consequently, such assembling mode is not suitable for providing the user to change single case panel and uses.The disclosed patented technology of aforementioned Pan is also identical with the technology that Sun is disclosed.
And see the aforementioned technology that is disclosed at present, it also can't provide the user housing that can this electronic installation of fast assembling-disassembling.
Summary of the invention
The object of the present invention is to provide a kind of housing unit of electronic installation, to realize:
Fast assembling to be reducing production costs, and can provide user's replacing for convenience detach this housing unit.
The housing unit of electronic installation according to an aspect of the present invention, include load module, clip assembly, first housing, guide member and connector, be characterized in: described load module includes one first assembly parts and one second assembly parts are connected to this first assembly parts, these first and second assembly parts are formed with an accommodating chamber and a fluting jointly, and this accommodating chamber has a perforate; Described clip assembly includes one first elastic component and one first clamping piece is mounted in the accommodating chamber of this load module, and this first clamping piece includes one first forced section and the perforate of this accommodating chamber relatively of one first blocking part; Described first housing is mounted to this load module, and this first housing includes first blocking part that an assembled portion corresponds to this first clamping piece, and clip is located mutually; Described guide member includes one first guidance part, first forced section of this first clamping piece relatively; Described connector is connected to this guide member, and this connector includes the fluting of a releasing parts with respect to this load module; Wherein, by the elastic force of this first elastic component and mutual clip location between the assembled portion of first blocking part of this first clamping piece and this first housing; Wherein, when first force part that first guidance part that is applied to this guide member when an active force drives this first clamping piece moves to a precalculated position, cause this first clamping piece to break away to separate and pull from the assembled portion of this first housing.
Wherein, described first and second assembly parts are formed with a guiding chamber jointly corresponding to this accommodating chamber, and a passage guides the chamber around ground with respect to this, and that this guide member is mounted to this guiding is indoor, and this connector is mounted in this passage.
Wherein, described first assembly parts also include a board and a plurality of department of assembly is extended by this board, and these second assembly parts also include a plurality of fitting recess and fix mutually in order to these departments of assembly with these first assembly parts.
Wherein, described clip assembly also includes one second clamping piece and is mounted in the accommodating chamber of this load module, this second clamping piece includes one second forced section and the perforate of this accommodating chamber relatively of one second blocking part, and one second elastic component is installed between this accommodating chamber and this second clamping piece, and this guide member includes one second guidance part, second forced section of this second clamping piece relatively, also include second assembly parts that one second housing is mounted to this load module in addition, this second housing includes a plurality of assembled portion, and each assembled portion corresponds to second blocking part of this second clamping piece.
Wherein, the assembled portion of described second housing has a clip hole, second blocking part of this second clamping piece relatively ora terminalis of the assembled portion of this second housing has one second clip inclined-plane, locatees with the assembling between second blocking part of the assembled portion of guiding this second housing and this second clamping piece.
Wherein, first forced section of described first clamping piece has one first stressed inclined-plane, first guidance part of this guide member has one first guide ramp, by this first guide ramp and this first stressed inclined-plane against and displacement, make this first clamping piece be driven displacement by this guide member.
Wherein, second forced section of described second clamping piece has one second stressed inclined-plane, second guidance part of this guide member has one second guide ramp, by this second guide ramp and this second stressed inclined-plane against and displacement, make this second clamping piece be driven displacement by this guide member.
Wherein, the assembled portion of described first housing has a clip hole, first blocking part of this first clamping piece relatively ora terminalis of the assembled portion of this first housing has one first clip inclined-plane, locatees with the assembling between first blocking part of the assembled portion of guiding this first housing and this first clamping piece.
Wherein, also including one the 3rd elastic component is installed between these first assembly parts and this first housing.
Wherein, also including one the 4th elastic component is installed between these second assembly parts and this second housing.
Wherein, also including an electronic building brick is mounted between these first and second assembly parts.
Wherein, described first and second clamping piece includes first and second guide channel and first and second forced section respectively; And a guide member is connected to this connector versatilely, this guide member includes one first cam corresponding to first forced section of this first clamping piece and one second cam second forced section corresponding to this second clamping piece, and this first and second cam includes first and second axostylus axostyle and passes first and second guide channel of this first and second clamping piece respectively and articulate with this load module.
Wherein, described releasing parts also includes an end and is articulated, and makes the other end of this releasing parts can be operated swing.
Wherein, described releasing parts also includes one first one and one second one, and a sliding part connects this connector, this sliding part include one first inclined-plane corresponding to this first one and one second inclined-plane corresponding to this second one.
Description of drawings
Confirm above-mentioned purpose of the present invention, design feature and effect for further specifying, the present invention is described in detail below with reference to accompanying drawing, wherein:
Fig. 1 is the exploded view that first preferred embodiment is painted according to the present invention.
Fig. 2 is the partial exploded view that first preferred embodiment is painted according to the present invention.
Fig. 3 is the local constitutional diagram that first preferred embodiment is painted according to the present invention.
Fig. 4 is the combination schematic diagram of the depression angle that first preferred embodiment is painted according to the present invention.
Fig. 5 is the combination schematic diagram of the side-looking angle that first preferred embodiment is painted according to the present invention.
Fig. 6 is the first mode of operation schematic diagram of angle before first preferred embodiment is painted on according to the present invention.
Fig. 7 is the local enlarged diagram of first mode of operation that first preferred embodiment is drawn according to the present invention.
Fig. 8 is the first mode of operation schematic diagram of first depression angle that preferred embodiment is painted on according to the present invention.
Fig. 9 is the second mode of operation schematic diagram of angle before first preferred embodiment is painted on according to the present invention.
Figure 10 is the local enlarged diagram of second mode of operation that first preferred embodiment is painted according to the present invention.
Figure 11 is the second mode of operation schematic diagram of first depression angle that preferred embodiment is painted on according to the present invention.
Figure 12 is the clip assembly decomposing schematic representation that second preferred embodiment is painted according to the present invention.
Figure 13 is the clip assembly exploded view that the 3rd preferred embodiment is painted according to the present invention.
Figure 14 is the clip assembly exploded view that the 4th preferred embodiment is painted according to the present invention.
Figure 15 is the schematic diagram of the past first direction operation that the 4th preferred embodiment is painted according to the present invention.
Figure 16 is the schematic diagram of the past second direction operation that the 4th preferred embodiment is painted according to the present invention.
Figure 17 is the releasing parts operation chart that the 5th preferred embodiment is painted according to the present invention.
Figure 18 is the operating mechanism structural representation that the 6th preferred embodiment is painted according to the present invention.
Figure 19 is the operating mechanism operation chart that the 6th preferred embodiment is painted according to the present invention.
Figure 20 is the operating mechanism decomposing schematic representation that the 6th preferred embodiment is painted according to the present invention.
Figure 21 is the combination schematic diagram that the 7th preferred embodiment is painted according to the present invention.
Embodiment
As shown in Figure 1 to Figure 3, it is first preferred embodiment is drawn according to the present invention exploded view, partial exploded view and local constitutional diagram, and the housing unit of electronic installation of the present invention includes:
One load module 1, include one first assembly parts 10, it includes one first side wall 11, and one second side wall, 12 relative these first side walls 11, and one the 3rd side wall 13 connect this first, two side walls 11,12, and one the 4th side wall, 14 relative the 3rd side walls 13, that is, first side wall 11 is relative both walls with second side wall 12, the 3rd side wall 13 is relative both walls with the 4th side wall 14, reach a board 16 and above-mentioned these side walls 11,12,13,14 connect, and a plurality of departments of assembly 18 are extended by this board 16, and one second assembly parts 20 are connected to this first assembly parts 10, these second assembly parts 20 and first of these first assembly parts 10, two, three, four side walls 11,12,13,14 are formed with a plurality of accommodating chambers 22 jointly, and it is to the relative both walls of the one that is less than load module 1 these accommodating chambers 22 that distribute, and each accommodating chamber 22 has a perforate 23, and a plurality of guidings chamber 24 is corresponding to these accommodating chambers 22, reach a fluting 26, and a passage 28 is guided chamber 24 around ground with respect to these.In the present embodiment, these second assembly parts 20 include a plurality of fitting recess 29 and fix mutually in order to these departments of assembly 18 with these first assembly parts 10.
A plurality of clip assemblies 30, each clip assembly 30 includes in the accommodating chamber 22 that one first clamping piece 32 is mounted to this load module 1, and one first elastic component 34 is installed between this accommodating chamber 22 and this first clamping piece 32, reach one second clamping piece 42 and be mounted in the accommodating chamber 22 of this load module 1, and one second elastic component 44 is installed between this accommodating chamber 22 and this second clamping piece 42.Wherein, this first clamping piece 32 includes the perforate 23 of one first forced section 36 and one first blocking part, 38 relative these accommodating chambers 22, and the elastic force that this first blocking part 38 is produced by this first elastic component 34 is towards perforate 23 displacements of this accommodating chamber 22.This second clamping piece 42 includes the perforate 23 of one second forced section 46 and one second blocking part, 48 relative these accommodating chambers 22, and the elastic force that this second blocking part 48 is produced by this second elastic component 44 is towards perforate 23 displacements of this accommodating chamber 22.In the present embodiment, this first forced section 36 has one first stressed inclined-plane, and this second forced section 46 has one second stressed inclined-plane.In addition, this first and second elastic component 34,44 is a compression spring.In one second preferred embodiment, as shown in figure 12, this first and second elastic component 34a, 44a, it can be respectively a leaf spring, and this first and second clamping piece 32a, 42a have a slot 33a, 43a respectively, in order to first and second elastic component 34a, the 44a insertion for this plate kenel is affixed respectively.Perhaps, in one the 3rd preferred embodiment, as shown in figure 13, also can adopt straight forming to be connected first and second elastic component 34b, the 44b of this first and second clamping piece 32b, 42b.
One first housing 50 is mounted to first assembly parts 10 of this load module 1, and this first housing 50 includes a plurality of assembled portion 52, and each assembled portion 52 corresponds to first blocking part 38 of this first clamping piece 32, and clip location mutually, as Fig. 4, shown in Figure 5.In the present embodiment, this assembled portion 52 has a clip hole 53, the ora terminalis of first blocking part, 38 relative these assembled portion 52 of this first clamping piece 32 has one first clip inclined-plane 39, with the assembling location of 38 of first blocking parts of guiding this assembled portion 52 and this first clamping piece 32.
One second housing 60 is mounted to second assembly parts 20 of this load module 1, and this second housing 60 includes a plurality of assembled portion 62, and each assembled portion 62 corresponds to second blocking part 48 of this second clamping piece 42, and clip location mutually, as Fig. 4, shown in Figure 5.In the present embodiment, this assembled portion 62 has a clip hole 63, the ora terminalis of second blocking part, 48 relative these assembled portion 62 of this second clamping piece 42 has one second clip inclined-plane 49, with the assembling location of 48 of second blocking parts of guiding this assembled portion 62 and this second clamping piece 42.
A plurality of guide members 70, each guide member 70 is mounted in the guiding chamber 24 of this load module 1, this guide member 70 includes first forced section 36 of one first guidance part, 72 relative these first clamping pieces 32, by these first guidance part, 72 relative these first forced sections 36 when being moved to one first precalculated position, this first clamping piece 32 is driven displacement and is compressed this first elastic component 34, make this first blocking part 38 break away from the clip of the assembled portion 52 of this first housing 50, and second forced section 46 of one second guidance part, 74 relative these second clamping pieces 42, by these second guidance part, 74 relative these second forced sections 46 when being moved to one second precalculated position, this second clamping piece 42 is driven displacement and is compressed this second elastic component 44, makes this second blocking part 48 break away from the clip of the assembled portion 62 of this second housing 60.In the present embodiment, first guidance part 72 of this guide member 70 has one first guide ramp, by the first stressed inclined-plane of this first guide ramp and this first clamping piece 32 against and displacement, make this first clamping piece 32 be driven displacements by this guide member 70.Second guidance part 74 of this guide member 70 has one second guide ramp, by the second stressed inclined-plane of this second guide ramp and this second clamping piece 42 against and displacement, make this second clamping piece 42 be driven displacements by this guide member 70.
A connection piece 80 is connected to these guide members 70, this connector 80 includes the fluting 26 of a releasing parts 82 with respect to this load module 1, in order to provide a user to operate this releasing parts 82,, make this guide member 70 to be driven displacement to drive this connector 80 displacements.In the present embodiment, this connector 80 is mounted in the channel 28 of this load module 1.
After above-mentioned component sets is established, between this first housing 50 and this first assembly parts 10, by this first clamping piece 32 of elastic force pushing tow that this first elastic component 34 is produced, make the assembled portion 52 mutual clip location of first blocking part 38 with this first housing 50 of this first clamping piece 32.And between this second housing 60 and this second assembly parts 20,, make the assembled portion 62 mutual clip location of second blocking part 48 with this second housing 60 of this second clamping piece 42 by this second clamping piece 42 of elastic force pushing tow that this second elastic component 44 is produced.
See also Fig. 6 to Fig. 8, it shows that for the first mode of operation schematic diagram that first preferred embodiment is drawn according to the present invention this first housing 50 can unload from first assembly parts 10 of this load module 1.In the present embodiment, when the user operate this releasing parts 82 (or this connector 80) by an initial position displacement towards a first direction (F1 direction as shown) when being moved to one first precalculated position, this connector 80 drives these guide member 70 displacements, by first forced section 36 of first guidance part, 72 relative these first clamping pieces 32 of this guide member 70 against displacement, make this first clamping piece 32 be driven displacement and compress this first elastic component 34, thereby, the clip that first blocking part, 38 disengagings of this first clamping piece 32 and the assembled portion of this first housing 50 are 52, consequently, this first housing 50 can unload or replace first housing 50 of other style easily from first assembly parts 10 of this load module 1.That is, when first forced section 36 that first guidance part 72 that is applied to this guide member 70 when an active force drives these first clamping pieces 32 is moved to a precalculated position, causes this first clamping piece 32 to break away to separate and pull from the assembled portion 52 of this first housing 50.And as shown in Figure 6, connector 80 to be connecting these guide members that is periphery 70 around mode, and each guide member 70 of interlock and first clamping piece 32 simultaneously.
See also Fig. 9 to Figure 11, it is the second mode of operation schematic diagram that first preferred embodiment is drawn according to the present invention.Show that this second housing 60 can unload from second assembly parts 20 of this load module 1.In the present embodiment, when the user operates this releasing parts 82 (or this connector 80) displacement towards a second direction (F2 direction as shown) when being moved to one second precalculated position, this connector 80 drives these guide member 70 displacements, by second forced section 46 of second guidance part, 74 relative these second clamping pieces 42 of this guide member 70 against displacement, make this second clamping piece 42 be driven displacement and compress this second elastic component 44, thereby, the clip that second blocking part, 48 disengagings of this second clamping piece 42 and the assembled portion of this second housing 60 are 62, consequently, this second housing 60 can unload or replace second housing 60 of other style easily from second assembly parts 20 of this load module 1.And as shown in Figure 9, connector 80 to be connecting these guide members that is periphery 70 around mode, and each guide member 70 of interlock and second clamping piece 42 simultaneously.
See also Figure 14 to Figure 16, it is the 4th preferred embodiment is drawn according to the present invention clip assembly exploded view and mode of operation schematic diagram thereof.In the present embodiment, include one first clamping piece 32c and one second clamping piece 42c, this first and second clamping piece 32c, 42c include first and second guide channel 33c, 43c and one first forced section 36c and this first blocking part 38c respectively in the same way, reach one second forced section 46c and this second blocking part 48c in the same way; And a guide member 70c is connected to this connector 80 versatilely, shown in legend, this connector 80 has a connecting block 81 and is embedded in this guide member 70c versatilely, this guide member 70c includes one first cam 71c corresponding to the first forced section 36c of this first clamping piece 32c and the one second cam 72c second forced section 46c corresponding to this second clamping piece 42c, and this first and second cam 71c, 72c include first and second axostylus axostyle 73c, 74c and pass first and second guide channel 33c, the 43c of this first and second clamping piece 32c, 42c respectively and articulate with aforesaid load module 1.Again, first and second axostylus axostyle 73c, 74c can be the two ends body of rod that same axostylus axostyle runs through guide member 70c.In the present embodiment, this first and second guide channel 33c, 43 is a horizontal elongated slot, has a movable stroke in order to this first and second clamping piece 32c, 42c to be provided with respect to first and second axostylus axostyle 73c, the 74c of this guide member 70c.When the user operates this releasing parts 82 (or this connector 80) by an initial position displacement during towards a first direction (F1 direction as shown in figure 15) displacement, this connector 80 drives this guide member 70c rotation, the first forced section 36c by first this first clamping piece of cam 71c pushing tow 32c of this guide member 70c, can drive this first clamping piece 32c displacement and compress this first elastic component 34, this first clamping piece 32c be done separate the stopper work.Otherwise, when the user operates this releasing parts 82 (or this connector 80) and moves towards a second direction (F2 direction as shown in figure 16) displacement, this connector 80 drives this guide member 70c rotation, the second forced section 46c by second this second clamping piece of cam 72c pushing tow 42c of this guide member 70c, can drive this second clamping piece 42c displacement and compress this second elastic component 44, this second clamping piece 42c be done separate the stopper work.
In addition, in one the 5th preferred embodiment, as shown in figure 17, this releasing parts 82a also includes an end by pivot joint and rotatable, the other end of this releasing parts 82a can be operated toward a first direction F1 or second direction F2 swing, to drive this connector 80 displacements, cause these guide member 70 displacements to drive second clamping piece 42 (or this first clamping piece 32) and separate and pull with corresponding second housing, 60 clips (or first housing 50).Perhaps, in one the 6th preferred embodiment, extremely shown in Figure 20 as Figure 18, this releasing parts 82b also includes one first 84b and one second 86b, and one sliding part 88b connect this connector 80, this sliding part 88b include one first inclined-plane 90b corresponding to this first 84b and one second inclined-plane 92b corresponding to this second 86b.When this releasing parts 82b is driven when pushing toward a third direction F3 by an active force, this first 84b along the first inclined-plane 90b displacement of this sliding part 88b and this sliding part of pushing tow 88b toward top offset, to drive this connector 80 displacements.Perhaps, when this releasing parts 82b is driven toward a four directions when F4 pulls out by an active force, this second 86b presses down this sliding part 86b toward bottom offset along the second inclined-plane 92b displacement of this sliding part 88b, to drive this connector 80 displacements.Whereby, also may command makes these guide member 70 displacements drive this second clamping piece 42 (or first clamping piece 32) and corresponding second housing 60 (or first housing 50) to separate and pull.In this embodiment, as shown in figure 20, this sliding part 88b includes one first member 89b and one second member 91b, this first member 89b has the first inclined-plane 90b and a plurality of tenon 93b, this second member 91b has the second inclined-plane 92b and relative these tenons 93b of a plurality of mortise 94b, and this first member 89b and the second member 91b are done combination by these tenons 93b and mortise 94b.
As previously mentioned, present embodiment can provide the assembling dealer when production and assembly, need not be dependent on instrument, particularly screw tool, can be fast and finish assembly program easily, can significantly reduce assembling dealer's production man-hour and cost.Particularly, can provide the user for convenience detach easily first or second housing.
As previously mentioned, also including an electronic building brick (not being shown in figure) is mounted between these first and second assembly parts 10,20.
See also Figure 21, also including one the 3rd elastic component 96 is installed between these first assembly parts 10 and this first housing 50, make first housing 50 have a tightness of being pushed up, also can work as the assembled portion 52 of this first housing 50 and separate when pulling with this first clamping piece 32, this first housing 50 can flick separation from these first assembly parts 10.Perhaps, also including one the 4th elastic component 98 is installed between these second assembly parts 20 and this second housing 60, make second housing 60 have a tightness of being pushed up, also can work as the assembled portion 62 of this second housing 60 and separate when pulling with this second clamping piece 42, this second housing 60 can flick separation from these second assembly parts 20.
As previously mentioned, present embodiment except that can provide the user to be convenient for changing or this first, second housing of dismounting, if the electronic device applications in the present embodiment is in a kind of portable communication electronic product, be meant mobile phone especially, then by by this first housing or the convenient for detaching and changing design of second housing, allow the user can conveniently enjoy the enjoyment of replacing this mobile phone panel, to represent personalization and to be rich in various variational hand-held communication product.
Though the present invention describes with reference to current specific embodiment, but those of ordinary skill in the art will be appreciated that, above embodiment is used for illustrating the present invention, under the situation that does not break away from spirit of the present invention, also can make the variation and the modification of various equivalences, therefore, as long as variation, the modification to the foregoing description all will drop in the scope of the application's claims in connotation scope of the present invention.
Claims (12)
1. the housing unit of an electronic installation is characterized in that including:
One load module, include one first assembly parts and one second assembly parts are connected to this first assembly parts, these first and second assembly parts are formed with a fluting, a plurality of accommodating chamber, a plurality of guidings chamber jointly and guide chamber around ground with respect to these corresponding to these accommodating chambers and a passage, and each accommodating chamber has a perforate;
A plurality of clip assemblies, each clip assembly include one first elastic component and one first clamping piece is mounted in the accommodating chamber of this load module, and this first clamping piece includes one first forced section and the perforate of this accommodating chamber relatively of one first blocking part;
One first housing is mounted to this load module, and this first housing includes a plurality of assembled portion, and each assembled portion corresponds to first blocking part of this first clamping piece;
A plurality of guide members, it is indoor that this guide member is mounted to this guiding, and each guide member includes one first guidance part, first forced section of this first clamping piece relatively; And
A connection piece is mounted in this passage and around ground and is connected to these guide members, and this connector includes the fluting of a releasing parts with respect to this load module;
Wherein, by the elastic force of this first elastic component and mutual clip location between the assembled portion of first blocking part of this first clamping piece and this first housing;
Wherein, when an active force is applied to first guidance part of this guide member and first force part that drives this first clamping piece when moving to a precalculated position, first guidance part of this guide member causes this first clamping piece to break away to separate from the assembled portion of this first housing and pulls.
2. the housing unit of electronic installation according to claim 1, it is characterized in that, described first assembly parts also include a board and a plurality of department of assembly is extended by this board, and these second assembly parts also include a plurality of fitting recess and fix mutually in order to these departments of assembly with these first assembly parts.
3. the housing unit of electronic installation according to claim 1, it is characterized in that, first forced section of described first clamping piece has one first stressed inclined-plane, first guidance part of this guide member has one first guide ramp, by this first guide ramp and this first stressed inclined-plane against and displacement, make this first clamping piece be driven displacement by this guide member.
4. the housing unit of electronic installation according to claim 1, it is characterized in that, the assembled portion of described first housing has a clip hole, first blocking part of this first clamping piece relatively ora terminalis of the assembled portion of this first housing has one first clip inclined-plane, locatees with the assembling between first blocking part of the assembled portion of guiding this first housing and this first clamping piece.
5. the housing unit of electronic installation according to claim 1 is characterized in that, also includes one the 3rd elastic component and is installed between these first assembly parts and this first housing.
6. the housing unit of electronic installation according to claim 1, it is characterized in that, described each clip assembly also includes one second clamping piece and is mounted in the accommodating chamber of this load module, this second clamping piece includes one second forced section and the perforate of this accommodating chamber relatively of one second blocking part, and one second elastic component is installed between this accommodating chamber and this second clamping piece, and this guide member includes one second guidance part, second forced section of this second clamping piece relatively, also include second assembly parts that one second housing is mounted to this load module in addition, this second housing includes a plurality of assembled portion, and each assembled portion corresponds to second blocking part of this second clamping piece.
7. the housing unit of electronic installation according to claim 6, it is characterized in that, second forced section of described second clamping piece has one second stressed inclined-plane, second guidance part of this guide member has one second guide ramp, by this second guide ramp and this second stressed inclined-plane against and displacement, make this second clamping piece be driven displacement by this guide member.
8. the housing unit of electronic installation according to claim 6, it is characterized in that, the assembled portion of described second housing has a clip hole, second blocking part of this second clamping piece relatively ora terminalis of the assembled portion of this second housing has one second clip inclined-plane, locatees with the assembling between second blocking part of the assembled portion of guiding this second housing and this second clamping piece.
9. the housing unit of electronic installation according to claim 6 is characterized in that, also includes one the 4th elastic component and is installed between these second assembly parts and this second housing.
10. the housing unit of electronic installation according to claim 6 is characterized in that, described first and second clamping piece includes first and second guide channel and first and second forced section respectively; And a guide member is connected to this connector versatilely, this guide member includes one first cam corresponding to first forced section of this first clamping piece and one second cam second forced section corresponding to this second clamping piece, and this first and second cam includes first and second axostylus axostyle and passes first and second guide channel of this first and second clamping piece respectively and articulate with this load module.
11. the housing unit of electronic installation according to claim 1 is characterized in that, described releasing parts also includes an end and is articulated, and the other end that makes this releasing parts is for the operation swing.
12. the housing unit of electronic installation according to claim 1, it is characterized in that, described releasing parts also includes one first one and one second one, and one sliding part connect this connector, this sliding part includes one first inclined-plane corresponding to corresponding to this releasing parts second one of first one of this releasing parts and one second inclined-plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101757155A CN101730405B (en) | 2008-10-31 | 2008-10-31 | Shell assembly of electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101757155A CN101730405B (en) | 2008-10-31 | 2008-10-31 | Shell assembly of electronic device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101730405A CN101730405A (en) | 2010-06-09 |
| CN101730405B true CN101730405B (en) | 2011-11-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101757155A Active CN101730405B (en) | 2008-10-31 | 2008-10-31 | Shell assembly of electronic device |
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| CN (1) | CN101730405B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102651949B (en) * | 2011-02-25 | 2014-08-13 | 川湖科技股份有限公司 | Shell locking device of portable electronic product |
| CN103096657B (en) * | 2011-11-02 | 2015-09-09 | 川湖科技股份有限公司 | The case lock structure of portable electronic devices |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0508059A2 (en) * | 1991-04-08 | 1992-10-14 | MECCANOTECNICA CODOGNESE S.p.A. | Fuse-carrier case having a modular structure |
| CN2601420Y (en) * | 2003-01-08 | 2004-01-28 | 纬创资通股份有限公司 | Casing |
| CN2607612Y (en) * | 2003-03-28 | 2004-03-24 | 建碁股份有限公司 | Screwless adapting card positioner |
-
2008
- 2008-10-31 CN CN2008101757155A patent/CN101730405B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0508059A2 (en) * | 1991-04-08 | 1992-10-14 | MECCANOTECNICA CODOGNESE S.p.A. | Fuse-carrier case having a modular structure |
| CN2601420Y (en) * | 2003-01-08 | 2004-01-28 | 纬创资通股份有限公司 | Casing |
| CN2607612Y (en) * | 2003-03-28 | 2004-03-24 | 建碁股份有限公司 | Screwless adapting card positioner |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101730405A (en) | 2010-06-09 |
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