CN201878451U

CN201878451U - Handle module and electronic device with same

Info

Publication number: CN201878451U
Application number: CN2010202457235U
Authority: CN
Inventors: 黄敏雄; 蔡明仁; 萧荣书
Original assignee: Wistron Corp
Current assignee: Wistron Corp
Priority date: 2010-07-02
Filing date: 2010-07-02
Publication date: 2011-06-22
Anticipated expiration: 2020-07-02

Abstract

The utility model relates to a handle module and an electronic device with the handle module. The handle module is arranged on an enclosure of the electronic device and comprises a handle connection rod group; the handle connection rod group comprises a handle body, a slide connection rod and a slide mechanism, wherein the handle body comprises a holding section exposed out of the enclosure and a first pivoting part formed at the holding section; the slide connection rod comprises a body unit and a second pivoting part that is formed at the body unit and is pivoted with the first pivoting part; the slide mechanism comprises a slide groove unit and a slide shaft unit; the slide groove unit is arranged in one of the enclosure and the body unit; the slide shaft unit is arranged in the other one of the enclosure and the body unit and slidingly arranged at the slide groove unit in a penetrating way; the handle connection rod group can ensure that the operation is at the round-up state and the pulling-out state; when the handle connection rod group is at the round-up state, the slide connection rod is positioned in the enclosure; when the handle connection rod group is at the pulling-out state, the slide groove unit and the slide shaft unit slide relatively, so that the slide connection rod extends out of the enclosure, and the handle body moves further away from the enclosure. In the utility model, the electronic device is convenient to move or carry by a user.

Description

Handle module and electronic installation with handle module

Technical field

The utility model relates to a kind of handle module and electronic installation with handle module, is meant a kind of in order to the handle module of the casing that is arranged on electronic installation and the electronic installation with this handle module especially.

Background technology

The electronic installation of general computer is integral type (All-In-One) computer, notebook computer or server or the like for example, owing to be the structure that roughly is screen body or casing all, in the time of need moving or carry, a normally whole electronic installation moves or carries in the mode of carrying, not only require great effort, and all be to need both hands and usefulness usually, so, electronic installation move or carry inconvenient.

Therefore, need provide a kind of handle module and have the electronic installation of handle module to address the above problem.

The utility model content

Therefore, the purpose of this utility model promptly is convenient to the handle module that the user moved or carried electronic installation in order to the casing that is arranged on electronic installation providing a kind of.

Another purpose of the present utility model is to provide a kind of electronic installation with aforementioned handle module.

So, handle module of the present utility model is in order to be arranged on the casing of an electronic installation, this handle module comprises a leader's connection rod set and a slide mechanism, this handle connection rod set comprises a leader's body and a slide link, this handle body comprises that a holding section and that exposes to this casing is formed at first articulated section of this holding section, this slide link comprises that a body unit and is formed at second articulated section of this body unit, and second articulated section of this slide link and first articulated section of this handle body articulate; This slide mechanism comprises that one is arranged in this casing with the body unit of this slide link and wherein is arranged in this casing and the body unit of this slide link another person and slidably be arranged in the slide-bar unit of this chute unit wherein one chute unit and, and this handle connection rod set can be in a collapse state and for operant activity and pull out state, when this collapse state, this slide link is positioned at this casing, when this pulls out state, this chute unit and this slide-bar unit slide relative make this slide link stretch out this casing, and this handle body when this collapse state away from this casing.

Wherein, this casing comprises that caulking groove and that a sidewall, is formed at this sidewall outside wall surface runs through the peristome of this sidewall, when this collapse state, this handle body embeds the caulking groove of this chassis sidewall, when this pulled out state, this handle body leaves this caulking groove and this slide link stretches out this casing by this peristome.

Wherein, first articulated section of this handle body is formed with at least one first detent and at least one second detent, this handle connection rod set also comprises one first elasticity engaging unit, this first elasticity engaging unit is arranged at second articulated section of this slide link and comprises that but an elasticity snaps in the fastener of this first detent or this second detent, when this collapse state, this fastener snaps in this first detent and limits this handle body and is in this collapse state, when this pulled out state, this fastener snapped in this second detent and limits this handle body and is in this and pulls out state.

Wherein, this first articulated section comprises 2 first extensions spaced apart and extended in the same way by this holding section; This second articulated section comprises by this body unit extends and separately 2 second extensions in the same way, and this handle body and these first extensions of this slide link mat and these second extensions articulate in opposite directions.

Wherein, this first elasticity engaging unit also comprises a spring, and this spring is arranged at wherein one second extension, and this fastener is the spheroid that is connected to this spring one end.

Wherein, this first articulated section also comprises one first lug that is protruded by each first extension end respectively, and this first lug has an outer peripheral face, and the outer peripheral face of each first lug is formed with this first detent and this second detent; This second articulated section also comprises respectively by 2 second outstanding separately lugs of the end of each second extension, each first lug is articulated between these second lugs, and each second extension end is recessed to form a groove in order to ccontaining this first elasticity positioning unit between these second lugs, and the fastener of this first elasticity positioning unit can this groove of flexible protrusion.

Wherein, terminal two places, this first extension are formed with one first abutment surface respectively, these second lugs are formed with one second abutment surface respectively towards a place of this first extension, when this handle connection rod set by this collapse state activity when this pulls out state, this handle body can be a straight line for leaving this caulking groove and rotate to this movable rod with respect to this movable rod rotation, makes these first abutment surface be connected to these second abutment surface respectively.

Wherein, this chute unit comprises a pair of sliding chute seat, each sliding chute seat comprises that a seat body and that is fixed in this casing is formed at the chute of this seat body, and this slide-bar unit comprises a pair of slide-bar, and this slidably is arranged in the chute of these sliding chute seats respectively and connects this body unit slide-bar.

Wherein, each sliding chute seat has a upright board that is up extended by this base plate in order to the base plate that is locked in this casing and, and this chute is formed at this upright board.

Wherein, this body unit comprises a pair of sliding shoe, and these second extensions are extended by these sliding shoes respectively, and these slide-bars connect these sliding shoes respectively.

Wherein, this base plate is recessed to form direction one the 3rd detent and one the 4th detent separately that extends along this chute, this handle module also comprises one second elasticity positioning unit, and this second elasticity positioning unit is arranged at the body unit of this slide link and comprises that one can flexiblely snap in the fastener of the 3rd detent or the 4th detent; When this collapse state, the fastener of this second elasticity positioning unit snaps in the 3rd detent and limits this slide link and is in this collapse state, when this pulled out state, the fastener of this second elasticity positioning unit snapped in the 4th detent and limits this slide link and is in this and pulls out state.

Wherein, this body unit comprises a pair of sliding shoe, and this slide link comprises that also one is strip and is connected in linkage section between these sliding shoes, this chute unit comprises two chutes that are arranged at these sliding shoes respectively, this slide-bar unit comprises two slide-bars, and these slide-bars are arranged in these chutes respectively and are fixed in this casing.

The electronic installation that the utlity model has the handle module comprises a casing, one is arranged at electronic component module and the leader's module in this casing, this casing comprises that a sidewall and runs through the peristome of this sidewall, this handle module comprises a leader's connection rod set and a slide mechanism, this handle connection rod set comprises a leader's body and a slide link, this handle body comprises that a holding section and that exposes to this casing is formed at first articulated section of this holding section, this slide link comprises that a body unit and is formed at second articulated section of this body unit, and second articulated section of this slide link and first articulated section of this handle body articulate; This slide mechanism comprises that one is arranged in this casing with the body unit of this slide link and wherein is arranged in this casing and the body unit of this slide link another person and slidably be arranged in the slide-bar unit of this chute unit wherein one chute unit and, and this handle connection rod set can be in a collapse state and for operant activity and pull out state, when this collapse state, this slide link is positioned at this casing, when this pulls out state, this chute unit and this slide-bar unit slide relative make this slide link stretch out this casing by this peristome, and this handle body when this collapse state away from the sidewall of this casing.

Wherein, this casing comprises that also one is formed at the caulking groove of this sidewall outside wall surface, and when this collapse state, this handle body embeds the caulking groove of this chassis sidewall, and when this pulled out state, this handle body was left this caulking groove.

Effect of the present utility model is, by the setting of handle module, not only make things convenient for the user to move or carry electronic installation, and owing to the holding section when handle body is drawn out when pulling out state, and bigger space length is arranged between the casing, make things convenient for the user that hand is stretched into gripping.

Description of drawings

Fig. 1 is the stereogram of first preferred embodiment that the utlity model has the electronic installation of handle module, and leader's connection rod set of this handle module is in a collapse state;

Fig. 2 is the stereogram of this first preferred embodiment, and this handle connection rod set is in the state of pulling out;

Fig. 3 is in this first preferred embodiment, an outer casing member of the casing of this electronic installation and the separated exploded view of a substrate;

Fig. 4 is in this first preferred embodiment, the assembly exploded view of this handle module;

Fig. 5 is in this first preferred embodiment, the assembly exploded view of leader's connection rod set of this handle module;

Fig. 6 is in this first preferred embodiment, when this handle connection rod set is in this collapse state, and the longitudinal sectional view at one first elasticity positioning unit place;

Fig. 7 is in this first preferred embodiment, and this handle connection rod set is in this when pulling out state, the longitudinal sectional view at one second elasticity positioning unit place;

Fig. 8 is in this first preferred embodiment, and this handle connection rod set is pulled out in the process of state to this by this collapse state activity, the longitudinal sectional view at this first elasticity positioning unit place;

Fig. 9 is in this first preferred embodiment, and this handle connection rod set is pulled out in the process of state to this by this collapse state activity, the longitudinal sectional view at this second elasticity positioning unit place;

Figure 10 is in this first preferred embodiment, and this handle connection rod set is in this when pulling out state, the longitudinal sectional view at this first elasticity positioning unit place;

Figure 11 is in this first preferred embodiment, and this handle connection rod set is in this when pulling out state, the longitudinal sectional view at this second elasticity positioning unit place;

Figure 12 is the stereogram of second preferred embodiment of handle module of the present utility model, wherein, this handle connection rod set is in by this collapse state activity pulls out in the process of state to this, and represents the position of leader's body of this handle connection rod set at collapse state with imaginary line; And

Figure 13 is in this second preferred embodiment, and this handle connection rod set is in the stereogram that this pulls out state.

The primary clustering symbol description:

100 electronic installations, 52 second articulated sections

200,500 handle modules, 222 second articulated sections

1 casing, 223 sliding shoes

11 substrates, 224 second extensions

12 outer casing members, 225 second lugs

121 sidewalls, 226 first grooves

122 caulking grooves, 227 second abutment surface

123 peristomes, 228 second grooves

124 terminal parts, 23 first elasticity positioning units

125 openings, 231 springs

13 display modules, 232 fasteners

2 handle connection rod set, 24 axostylus axostyles

21 handle body, 3 slide mechanisms

211 holding sections, 31 slide-bar unit

212 first articulated sections, 311 slide-bars

32 chute unit, 213 first extensions

214 first lugs, 321 sliding chute seats

215 first abutment surface, 322 seat bodies

216 outer peripheral faces, 323 chutes

217 first detents, 324 base plate

218 second detents, 325 upright boards

22 slide links, 326 first ends

221 body unit, 327 second ends

329 the 4th detents 328 the 3rd detent

4 second elasticity positioning units, 53 linkage sections

41 springs, 6 slide mechanisms

42 fasteners, 61 chute unit

5 slide links, 611 chutes

51 body unit, 62 slide-bar unit

511 sliding shoes, 621 slide-bars

Embodiment

About aforementioned and other technology contents, characteristics and effect of the present utility model, in the detailed description of following cooperation two preferred embodiments with reference to the accompanying drawings, can clearly present.

Consult Fig. 1 to Fig. 3, first preferred embodiment that the utlity model has the electronic installation 100 of handle module comprises a casing 1, is arranged on an electronic component module of casing 1 (figure does not show) and leader's module 200.In the present embodiment, electronic installation 100 is an All-In-One computer, but not as limit, electronic installation 100 also can be notebook computer, server or the like.

Casing 1 comprises that a substrate 11 and is combined in the outer casing member 12 of substrate 11, electronic component module is combined in casing 1 and comprises a display module 13 and a host component, wherein, display module 13 is a contact panel, and host component then comprises motherboard, is arranged on the electronic building brick that the central processing unit of motherboard, temporary storage, Winchester disk drive etc. are enough to constitute main frame work.

In the present embodiment, outer casing member 12 is actually the back cover of electronic installation 100, electronic installation 100 fronts then form for display module 13 exposes, substrate 11 and host component are to be covered by between outer casing member 12 and the display module 13, in addition, outer casing member 12 has a sidewall 121, one caulking groove 122 and that is formed on sidewall 121 outer surfaces runs through the peristome 123 of sidewall 121, in fact sidewall 121 can be the position that outer casing member 12 is positioned at the top, caulking groove 122 roughly takes the shape of the letter U and has two in the same way terminal parts 124, and peristome 123 comprises two openings 125 that lay respectively at 122 liang of terminal parts 124 of caulking groove and run through sidewall 121.

Consult Fig. 3 to Fig. 5, handle module 200 comprises a leader's connection rod set 2 and a slide mechanism 3, wherein, handle connection rod set 2 comprises leader's body 21, a

slide link

22,2 first elasticity positioning units 23 and two shaft lever 24 again, handle body 21 articulates and exposes outside casing 1 (as shown in Figure 1) by axostylus axostyle 24 and slide link 22, slide link 22 is arranged on casing 1 by slide mechanism 3 and can slides with respect to casing 1, thereby makes handle connection rod set 2 to be in as shown in Figure 1 collapse state and a state of pulling out as shown in Figure 2 for operant activity.

In more detail, handle body 21 comprises that a holding section 211 and connects first articulated section 212 of holding section 211, in the practical structures, it is rectangular shaft-like that holding section 211 is, first articulated section 212 comprises by extended in the same way 2 first extensions 213, holding section 211 two ends and respectively by two first extensions, 213 terminal 2 first lugs 214 that protrude, and the both sides that the distal end faces of each first extension 213 is positioned at first lug 214 are formed with one first abutment surface 215 respectively, holding section 211 is connected with two second extensions 213 and roughly is the U type, the roughly rounded sheet of first lug 214 and have an outer peripheral face 216, cooperate and consult Fig. 6, along the circumferential direction be recessed to form one first detent 217 and one second detent 218 on the outer peripheral face 216 of first lug 214.

Slide link 22 comprises that a body unit 221 and is formed at second articulated section 222 of body unit 221, in the present embodiment, body unit 221 comprises that a pair of sliding shoe 223, the second articulated sections 222 comprise respectively by extended in the same way 2 second extensions 224 of two sliding

shoes

223 and 2 second lugs 225 that protruded in the same way by each second extension, 224 end.Handle body 21 is respectively towards two second extensions 224 of slide link 22 by its two first extension 213, and first lug 214 of each first extension 213 stretches between two second lugs 225 of second extension 224, makes handle body 21 and slide link 22 reach pivot joint again by axostylus axostyle 24 is arranged in first lug 214 and second lug 225.And the end of each second extension 224 has been recessed to form one first groove 226 between two second lugs 225, and each second lug 225 also is formed with one second abutment surface 227 towards outer peripheral face one place of first extension 213.

Consult Fig. 3 to Fig. 6, each first elasticity positioning unit 23 comprises a spring 231 and a fastener 232, fastener 232 is spheroid in the present embodiment, the spring 231 of each first elasticity positioning unit 23 is contained in first groove 226 of second extension 224, and fastener 232 is connected to spring 231 outside ends and can be flexible outstanding first groove 226, and it acts on explanation after a while.

Slide mechanism 3 comprises a slide-bar unit 31 and a chute unit 32, in the present embodiment, chute unit 32 comprises that pair of spaced is fixed on the sliding chute seat 321 of substrate 11, two openings, 125 (see figure 3)s of rough corresponding casing 1 peristome 123 in the position of two sliding chute seats 321, each sliding chute seat 321 comprises that a seat body 322 and is formed on the chute 323 of seat body 322, seat body 322 roughly is the L type and comprises a horizontally extending base plate 324 and a upright board 325 that is up extended by base plate 324, chute 323 is to be formed at upright board 325 and to have one first opposite end 326 and one second end 327, two seat bodies 322 be respectively with 324 lockings of its base plate on substrate 11 and make two chutes about 323 separately, and first end 326 of chute 323 is towards the sidewall 121 of casing 1 and second end 327 sidewall 121 of casing 1 dorsad.Slide-bar unit 31 comprises a pair of slide-bar 311, slide-bar 311 can be the structure of similar screw, two slide-bars 311 are respectively in order to the chute 323 that is stretched through two sliding chute seats 321 and lock respectively at two sliding shoes 223, thereby make each sliding shoe 223 be combined in sliding chute seat 321 by slide-bar 311 and can drive slide-bar 311 and slide along chute 323.

In addition, in the present embodiment, handle module 200 also comprises 2 second elasticity positioning units 4, each second elasticity positioning unit 4 comprises a spring 41 and a fastener 42, fastener 42 can be spheroid equally, and each sliding shoe 223 also has been recessed to form one second groove 228 towards the contiguous position that is connected with slide-bar 311, the surface of sliding chute seat 321 base plate 324, each spring 41 is contained in second groove 228 of sliding

shoe

223,42 of fasteners are to be connected to spring 41 outside ends and can flexible outstanding sliding shoe 223, moreover, cooperate and consult Fig. 7, cooperate the setting of the second elasticity positioning unit 4, each sliding chute seat 321 base plate 324 is the surface of substrate 11 and contiguous upright board 325 direction of extending along chute 323 and separately and roughly also be recessed to form one the 3rd detent 328 and one the 4th detent 329 respectively corresponding to the position of chute 323 first ends 326 and second end 327 dorsad.

Consult Fig. 1, Fig. 6, Fig. 7, when handle connection rod set 2 is in collapse state, the slide-bar 311 that connects sliding shoe 223 is positioned at second end 327 of chute 323, at this moment, slide link 22 is to be positioned at casing 1, handle body 21 then is with slide link 22 folder one acute angles and is entrenched in the caulking groove 122 of casing 1 sidewall 121, and wherein, snap in first detent 217 of handle body 21 by the fastener 232 of the first elasticity positioning unit 23, handle body 21 is limited in slide link 22 folder one acute angles and is entrenched in state in casing 1 sidewall 121, simultaneously, fastener 42 by the second elasticity positioning unit 4 snaps in the 3rd detent 328, then sliding shoe 223 is positioned at the position that slide-bar 311 is positioned at chute 323 second ends 327.

Consult Fig. 2, Fig. 8, Fig. 9, when user's desire is passed through handle module 200 portable electronic installations 100, earlier the location status of handle body 21 by Fig. 6 rotated toward the direction of leaving sidewall 121, make handle body 21 leave the caulking groove 122 of sidewall 121 up to first extension 213 of handle body 21 and second extension 224 state in line of slide link 22, and the fastener 232 of the first elasticity positioning unit 23 leaves first detent 217 and snaps in after second detent 218, Figure 10 and shown in Figure 11 for another example, handle body 21 is spurred toward the direction away from sidewall 121, drive slide link 22 is stretched out outside the casing 1 by the opening 125 of sidewall 121,311 of slide-bars are that second end 327 by chute 323 is displaced to first end 326, and the fastener 42 of the second elasticity positioning unit 4 leaves the 3rd detent 328 of sliding chute seat 321 and snaps in the 4th detent 329 of sliding chute seat 321, can allow handle connection rod set 2 be in the state of pulling out and be available for users to and move or carry electronic installation 100 in the mode of extraction by the holding section 211 that is gripped on handle body 21, and the holding section 211 of handle body 21 is when pulling out state, with the distance of casing 1 sidewall 121 more as shown in Figure 9 handle body 21 produced the caulking groove 122 of sidewall 121 and slide link 22 when still being in the position of collapse state far, in other words, the hand that has enough spaces to be available for users between the holding section 211 of handle body 21 and casing 1 sidewall 121 stretches into and is gripped on the holding section 211 of handle body 21.

On the contrary, when the user does not use handle module 200, handle connection rod set 2 is passed toward the direction of casing 1 sidewall 121, make in the slide link 22 income casings 1, the fastener 42 of the second elasticity positioning unit 4 is sticked in the 3rd detent 328 again, then again handle body 21 is embedded in the caulking groove 122 of sidewall 121 toward the direction rotation near sidewall 121, and the fastener 232 of the first elasticity positioning unit 23 is sticked in first detent 217 again, can make handle connection rod set 2 get back to collapse state.

And it should be noted that, consult Fig. 4, Figure 11, present embodiment is by the formation of second abutment surface 227 of first abutment surface 215 of first extension, 213 ends and second lug 225, when handle body 21 is rotated caulking groove 122 when being a linear state with slide link 22 by collapse state, be connected to second abutment surface 227 of second lug 225 by first abutment surface 215 of first extension 213, can limit handle body 21 can not swung with respect to slide link 22 pivots arbitrarily, and then can avoid being gripped on handle body 21 and carrying in the process of electronic installation 100 walking as the user, casing 1 can with respect to handle module 200 rock and cause that the user uses uncomfortable, in addition, also can avoid handle body 21 by the collapse state activity in the process of the state of pulling out, by excessively with respect to slide link 22 rotation.

And the setting of the first elasticity positioning unit 23 and the second elasticity positioning unit 4 is except can be respectively being limited in handle body 21 and slide link 22 collapse state and pulling out the position of state, also can allow the user 2 activities of operating handle connection rod set at collapse state when pulling out state, be fastened on the pause sense that first, second, third, fourth detent produced at 217,218,328,329 o'clock by

fastener

232,42, it is movable to the location to allow the user know.

As mentioned above, in first preferred embodiment, the setting of handle module 200, not only be convenient to user's portable electronic installation 100, and by the respective outer side edges between handle module 200 and the casing 1, make when handle connection rod set 2 is in collapse state, slide link 22 is to be collected in the casing 1 and only surplus handle body 21 exposes outside the casing 1 outer and chimeric sidewall 121 that is accommodated in casing 1, when even event handle module 200 is not used, also can not influence the outward appearance of casing 1 integral body, and when user's desire is used handle module 200, then the slide link 22 that originally is positioned at casing 1 can be pulled out, to increase the space between handle body 21 and casing 1 sidewall 121, the finger grip that makes things convenient for the user is in handle body 21.

Consult Figure 12 to Figure 13, second preferred embodiment of the utility model handle module 500, wherein, the place different with first preferred embodiment is the mode that is slide link 5 and slide mechanism 6, in second preferred embodiment, slide link 5 comprises a body unit 51, one second articulated section 52 and a linkage section 53, slide body 51 comprises two sliding shoes 511 equally, linkage section 53 connects two sliding shoes 511 and structure that two sliding shoes 511 are linked into an integrated entity, the structure of second articulated section 52 is then identical with first preferred embodiment, no longer repeat specification.

Slide mechanism 6 comprises a chute unit 61 and a slide-bar unit 62, chute unit 61 comprises that in second preferred embodiment two are separately positioned on the chute 611 of two sliding shoes 511, vertical section of chute 611 roughly is the T type, and slide-bar unit 62 comprises two slide-bars 621 equally, slide-bar 621 in fact also can be the structure that vertical section roughly is the T type, slide-bar 621 is located in the chute 611 of sliding shoe 511 and fixes (for example passing through screw lock) at substrate 11, thereby makes slide link 5 be arranged on the substrate 11 by slide-bar 621.The respective outer side edges that all is the T type by slide-bar 621 and chute 611, slide-bar 621 can not only be limited in slide link 5 on the substrate 11, also making can be with respect to slide-bar 621 displacement when slide link 5 is subjected to handle body 21 drives, then roughly the same with respect to the location status of casing 1 when pulling out state as for handle body 21 with first preferred embodiment at collapse state, no longer repeat specification.

In sum, the utility model is by handle module 200,500 setting, not only make things convenient for the user to move or carry electronic installation 100, and owing to the holding section 211 when handle body 21 is drawn out when pulling out state, and bigger space length is arranged between the casing 1, make things convenient for the user that hand is stretched into gripping, moreover, when handle module 200,500 when not using, then can a part (slide link 22) take in the casing 1, another part (handle body 21) is embedded in casing 1 surface, can not influence the outward appearance of electronic installation 100, so can reach the purpose of this utility model really.

The above person of thought, it only is preferred embodiment of the present utility model, can not limit the scope that the utility model is implemented with this, be every simple equivalent variations and modification of being done according to the scope and the utility model description of the utility model claims, all still belong in the scope that the utility model patent contains.

Claims

1. a handle module in order to be arranged on the casing of an electronic installation, is characterized in that, this handle module comprises:

Leader's connection rod set, this handle connection rod set comprises:

Leader's body, this handle body comprise that a holding section and that exposes to this casing is formed at first articulated section of this holding section; And

One slide link, this slide link comprise that a body unit and is formed at second articulated section of this body unit, and second articulated section of this slide link and first articulated section of this handle body articulate; And

One slide mechanism, this slide mechanism comprise that one is arranged in this casing with the body unit of this slide link and wherein is arranged in this casing and the body unit of this slide link another person and slidably be arranged in the slide-bar unit of this chute unit wherein one chute unit and; And

This handle connection rod set can be in a collapse state and for operant activity and pull out state, when this collapse state, this slide link is positioned at this casing, when this pulls out state, this chute unit and this slide-bar unit slide relative make this slide link stretch out this casing, and this handle body when this collapse state away from this casing.

2. handle module according to claim 1, it is characterized in that, this casing comprises that caulking groove and that a sidewall, is formed at this sidewall outside wall surface runs through the peristome of this sidewall, when this collapse state, this handle body embeds the caulking groove of this chassis sidewall, when this pulled out state, this handle body leaves this caulking groove and this slide link stretches out this casing by this peristome.

3. handle module according to claim 2, it is characterized in that, first articulated section of this handle body is formed with at least one first detent and at least one second detent, this handle connection rod set also comprises one first elasticity engaging unit, this first elasticity engaging unit is arranged at second articulated section of this slide link and comprises that but an elasticity snaps in the fastener of this first detent or this second detent, when this collapse state, this fastener snaps in this first detent and limits this handle body and is in this collapse state, when this pulled out state, this fastener snapped in this second detent and limits this handle body and is in this and pulls out state.

4. handle module according to claim 3 is characterized in that, this first articulated section comprises 2 first extensions spaced apart and extended in the same way by this holding section; This second articulated section comprises by this body unit extends and separately 2 second extensions in the same way, and this handle body and these first extensions of this slide link mat and these second extensions articulate in opposite directions.

5. handle module according to claim 4 is characterized in that, this first elasticity engaging unit also comprises a spring, and this spring is arranged at wherein one second extension, and this fastener is the spheroid that is connected to this spring one end.

6. handle module according to claim 4, it is characterized in that, this first articulated section also comprises respectively by terminal one first lug that protrudes in each first extension, this first lug has an outer peripheral face, and the outer peripheral face of each first lug is formed with this first detent and this second detent; This second articulated section also comprises respectively by 2 second outstanding separately lugs of the end of each second extension, each first lug is articulated between these second lugs, and each second extension end is recessed to form a groove in order to ccontaining this first elasticity positioning unit between these second lugs, and the fastener of this first elasticity positioning unit can this groove of flexible protrusion.

7. handle module according to claim 6, it is characterized in that, terminal two places, this first extension are formed with one first abutment surface respectively, these second lugs are formed with one second abutment surface respectively towards a place of this first extension, when this handle connection rod set by this collapse state activity when this pulls out state, this handle body can be a straight line for leaving this caulking groove and rotate to this movable rod with respect to this movable rod rotation, makes these first abutment surface be connected to these second abutment surface respectively.

8. handle module according to claim 4, it is characterized in that, this chute unit comprises a pair of sliding chute seat, each sliding chute seat comprises that a seat body and that is fixed in this casing is formed at the chute of this seat body, this slide-bar unit comprises a pair of slide-bar, and this slidably is arranged in the chute of these sliding chute seats respectively and connects this body unit slide-bar.

9. handle module according to claim 8 is characterized in that, each sliding chute seat has a upright board that is up extended by this base plate in order to the base plate that is locked in this casing and, and this chute is formed at this upright board.

10. handle module according to claim 8 is characterized in that this body unit comprises a pair of sliding shoe, and these second extensions are extended by these sliding shoes respectively, and these slide-bars connect these sliding shoes respectively.

11. handle module according to claim 9, it is characterized in that, this base plate is recessed to form direction one the 3rd detent and one the 4th detent separately that extends along this chute, this handle module also comprises one second elasticity positioning unit, and this second elasticity positioning unit is arranged at the body unit of this slide link and comprises that one can flexiblely snap in the fastener of the 3rd detent or the 4th detent; When this collapse state, the fastener of this second elasticity positioning unit snaps in the 3rd detent and limits this slide link and is in this collapse state, when this pulled out state, the fastener of this second elasticity positioning unit snapped in the 4th detent and limits this slide link and is in this and pulls out state.

12. handle module according to claim 4, it is characterized in that, this body unit comprises a pair of sliding shoe, and this slide link comprises that also one is strip and is connected in linkage section between these sliding shoes, this chute unit comprises two chutes that are arranged at these sliding shoes respectively, this slide-bar unit comprises two slide-bars, and these slide-bars are arranged in these chutes respectively and are fixed in this casing.

13. the electronic installation with handle module, this electronic installation comprises:

One casing, this casing comprise that a sidewall, runs through the peristome of this sidewall;

One electronic component module is arranged in this casing; And

Leader's module is characterized in that, this handle module comprises:

Leader's connection rod set, this handle connection rod set comprises:

This handle connection rod set can be in a collapse state and for operant activity and pull out state, when this collapse state, this slide link is positioned at this casing, when this pulls out state, this chute unit and this slide-bar unit slide relative make this slide link stretch out this casing by this peristome, and this handle body when this collapse state away from the sidewall of this casing.

14. the electronic installation with handle module according to claim 13 is characterized in that, this casing comprises that also one is formed at the caulking groove of this sidewall outside wall surface, when this collapse state, this handle body embeds the caulking groove of this chassis sidewall, and when this pulled out state, this handle body was left this caulking groove.

15. the electronic installation with handle module according to claim 14, it is characterized in that, first articulated section of this handle body is formed with at least one first detent and at least one second detent, this handle connection rod set also comprises one first elasticity engaging unit, this first elasticity engaging unit is arranged at second articulated section of this slide link and comprises that but an elasticity snaps in the fastener of this first detent or this second detent, when this collapse state, this fastener snaps in this first detent and limits this handle body and is in this collapse state, when this pulled out state, this fastener snapped in this second detent and limits this handle body and is in this and pulls out state.

16. the electronic installation with handle module according to claim 15 is characterized in that, this first articulated section comprises 2 first extensions spaced apart and extended in the same way by this holding section; This second articulated section comprises by this body unit extends and separately 2 second extensions in the same way, and this handle body and these first extensions of this slide link mat and these second extensions articulate in opposite directions.

17. the electronic installation with handle module according to claim 16 is characterized in that, this first elasticity engaging unit also comprises a spring, and this spring is arranged at wherein one second extension, and this fastener is the spheroid that is connected to this spring one end.

18. the electronic installation with handle module according to claim 16, it is characterized in that, this first articulated section also comprises respectively by terminal one first lug that protrudes in each first extension, this first lug has an outer peripheral face, and the outer peripheral face of each first lug is formed with this first detent and this second detent; This second articulated section also comprises respectively by 2 second outstanding separately lugs of the end of each second extension, each first lug is articulated between these second lugs, and each second extension end is recessed to form a groove in order to ccontaining this first elasticity positioning unit between these second lugs, and the fastener of this first elasticity positioning unit can this groove of flexible protrusion.

19. the electronic installation with handle module according to claim 18, it is characterized in that, terminal two places, this first extension are formed with one first abutment surface respectively, these second lugs are formed with one second abutment surface respectively towards a place of this first extension, when this handle connection rod set by this collapse state activity when this pulls out state, this handle body can be a straight line for leaving this caulking groove and rotate to this movable rod with respect to this movable rod rotation, makes these first abutment surface be connected to these second abutment surface respectively.

20. the electronic installation with handle module according to claim 16, it is characterized in that, this chute unit comprises a pair of sliding chute seat, each sliding chute seat comprises that a seat body and that is fixed in this casing is formed at the chute of this seat body, this slide-bar unit comprises a pair of slide-bar, and this slidably is arranged in the chute of these sliding chute seats respectively and connects this body unit slide-bar.

21. the electronic installation with handle module according to claim 20 is characterized in that, each sliding chute seat has a upright board that is up extended by this base plate in order to the base plate that is locked in this casing and, and this chute is formed at this upright board.

22. the electronic installation with handle module according to claim 20 is characterized in that this body unit comprises a pair of sliding shoe, these second extensions are extended by these sliding shoes respectively, and these slide-bars connect these sliding shoes respectively.

23. the electronic installation with handle module according to claim 21, it is characterized in that, this base plate is recessed to form direction one the 3rd detent and one the 4th detent separately that extends along this chute, this handle module also comprises one second elasticity positioning unit, and this second elasticity positioning unit is arranged at the body unit of this slide link and comprises that one can flexiblely snap in the fastener of the 3rd detent or the 4th detent; When this collapse state, the fastener of this second elasticity positioning unit snaps in the 3rd detent and limits this slide link and is in this collapse state, when this pulled out state, the fastener of this second elasticity positioning unit snapped in the 4th detent and limits this slide link and is in this and pulls out state.

24. the electronic installation with handle module according to claim 16, it is characterized in that, this body unit comprises a pair of sliding shoe, and this slide link comprises that also one is strip and is connected in linkage section between these sliding shoes, this chute unit comprises two chutes that are arranged at these sliding shoes respectively, this slide-bar unit comprises two slide-bars, and these slide-bars are arranged in these chutes respectively and are fixed in this casing.