CN203643899U

CN203643899U - Fixed modules for electronic peripherals

Info

Publication number: CN203643899U
Application number: CN201320864799.XU
Authority: CN
Inventors: 蔡林奎; 郭忠益
Original assignee: T Win Systems Inc
Current assignee: T Win Systems Inc
Priority date: 2013-12-17
Filing date: 2013-12-17
Publication date: 2014-06-11
Anticipated expiration: 2023-12-17

Abstract

The utility model discloses a fixed module of electron peripheral device, electron peripheral device have a locating plate, and this fixed module includes a fixing base and a sliding seat, and the sliding seat is connected and is slided in the fixing base, and sliding seat one end has a portion of pulling a button, and the portion of pulling a button can correspond the top of locating plate and press the button. Therefore, the disassembly and assembly efficiency of the electronic peripheral device is improved, and the use convenience of the fixed module is improved.

Description

The stuck-module of electronic peripheral device

Technical field

The utility model has about a kind of stuck-module for electronic peripheral devices such as fixed power source supply, hard disks, espespecially a kind of stuck-module of electronic peripheral device.

Background technology

Along with computing machine science and technology high density is grown up, growth is also followed in design, manufacture and the assembling of computer equipment.Wherein taking the electronic peripheral such as power supply unit, hard disk device as example; for allowing technician or user's energy self-changeable, repair or upgrade electronic peripheral device; conventionally electronic peripheral device can be fixed on the carrier of computer equipment in locking mode, make technician or user rapidly electronic peripheral device be assembled on carrier or to disassemble.

The locking mode that conditional electronic peripheral device is fixed on carrier is as follows, first the hand tool that technician or user need prepare multiple screws and match with it, again screw is arranged in to the hole of offering on electronic peripheral device and carrier one by one, and the hand tool rotary screw of arranging in pairs or groups, make screw and hole spiral shell is fixed closes, and electronic peripheral device is fixed on carrier.

But, above-mentioned locking mode has following shortcoming, when one, assembling or dismounting electronic peripheral device, all need the cooperation of hand tool, could one by one screw spiral shell be unloaded or be screwed togather, therefore need instrument and the loaded down with trivial details problem points of process of extra collocation, all cause technician or user to feel not convenient and dismounting speed is slow; Two, after screw is disassembled, the small volume of coping screw, and then cause single screw to be difficult for the situation of preserving and easily omitting, and cannot carry out follow-up assembling process.

Utility model content

The purpose of this utility model is to provide a kind of stuck-module of electronic peripheral device, it utilizes slip sliding seat and can control the corresponding location-plate of compression part and press or depart from, to reach the dismounting efficiency that increases electronic peripheral device, and improve the ease of use of stuck-module.

In order to reach above-mentioned object, the utility model provides a kind of stuck-module of electronic peripheral device, and described electronic peripheral device has a location-plate, and this stuck-module comprises:

One holder; And

One sliding seat, connects and slides on this holder, and this sliding seat one end has a compression part, and the top that this compression part can corresponding described location-plate presses.

Also comprise a carrier, this carrier one end is extended with a baffle plate, and the other end is fixed for this holder, and described electronic peripheral device is sandwiched between between this baffle plate and this compression part.

Wherein this baffle plate has multiple nose bars, and described electronic peripheral device is provided with multiple lockholes, the respectively corresponding described lockhole engaging of this nose bar.

Wherein this holder has multiple projection pieces, and described location-plate is provided with multiple perforation, the respectively corresponding described perforation engaging of this projection piece.

Wherein this sliding seat has multiple casting lug thereons, and described location-plate is provided with multiple perforation, the respectively corresponding described perforation engaging of this casting lug thereon.

Wherein this compression part is made up of this sliding seat extends towards described location-plate certainly a U-shaped section or a L word shape section.

Wherein this sliding seat is extended with two fins in the both sides of this compression part, and this two fin can be configured in location-plate described in the both sides of described location-plate backstop.

Also comprise a switch latch fitting, this sliding seat can be located with this holder mutually by this switch latch fitting.

Wherein this switch latch fitting is connected in this holder and has a holding section, and this sliding seat is provided with consistent mouthful, and this holding section can be to passing through a mouthful engaging.

Wherein this holder is provided with an open slot, this switch latch fitting is made up of the elastic arm being fixed on this holder, this holding section is made up of the protruding section of institute of a bending bending on this elastic arm, and protruding section of this bending is exposed to this open slot can be to passing through a mouthful engaging.

Wherein this switch latch fitting is connected in this sliding seat and has a holding section, and this holder is provided with a port, and this holding section can be to engaging by port.

Wherein the quantity of port is multiple, this sliding seat is provided with a through hole, this switch latch fitting is made up of the elastic fastener being fixed on this sliding seat, this elastic fastener comprise Yi Lagai, a trace and be connected to this draw lid and this trace between a spring, this holding section is formed on the end of this trace, and this trace is arranged in this through hole and can selects this port engaging of one.

Wherein the quantity of port is two, and the elastic arm that this switch latch fitting is extended by this sliding seat is formed, and this holding section is made up of protruding section of institute of two bendings of this elastic arm two lateral bucklings certainly, and protruding section of this two bending can corresponding two these ports engaging.

Wherein the quantity of port is two, this sliding seat is provided with a port groove, this switch latch fitting is made up of the elastic arm being fixed on this sliding seat, this holding section is made up of protruding section of institute of two bendings of this elastic arm two lateral bucklings certainly, and protruding section of this two bending is exposed to this port groove can corresponding two these ports engaging.

Wherein this elastic arm is extended with a moving plate away from one end of this compression part.

Wherein this sliding seat is established sheet to should port groove being extended with a gear.

Wherein pair of L type retaining wall is extended in the relative both sides of this holder, and form a track in two these L-type retaining walls, the both sides of this sliding seat are placed in two these L-type retaining walls, and this sliding seat can slide with respect to this holder by this track, and this holder is extended with at least one sheet of keeping out of keeping out this sliding seat away from one end of this compression part.

Wherein this sliding seat is extended with one away from one end of this compression part and pulls plate.

Also comprise a nut, this holder has multiple double-screw bolts, this sliding seat is provided with multiple rail grooves, respectively this double-screw bolt be arranged in respectively this rail groove correspondence respectively this nut be spirally connected, and this sliding seat is fitted over respectively between this double-screw bolt and this nut by folder, and this sliding seat can slide with respect to this holder by the plurality of rail groove.

Wherein each this rail groove one end is provided with an expansion mouth, and the perimeter dimensions of this expansion mouth is greater than the perimeter dimensions of this nut.

The utility model also has the following advantages:

The first, projection piece, fin or the casting lug thereon of holder can prevent the situation of location-plate generation double swerve, the top of adding the corresponding location-plate of compression part presses, with the situation that prevents that electronic peripheral device from teetertottering, be more firmly fixed on stuck-module to reach electronic peripheral device.

The second,, when slip sliding seat, sliding seat can drive the corresponding location-plate of compression part press or depart from, and can reach electronic peripheral device Fast Installation or dismantle the object in stuck-module, unloads efficiency with lift technique personnel or user's group.

Three, stuck-module is in the process of installation or removal electronic peripheral device, do not need extra aid or disconnect assembly, therefore the problem that does not also have the loaded down with trivial details and assembly of disassembly process easily to omit, makes can greatly develop skill personnel or user's ease of use of stuck-module.

Four, stuck-module also comprises switch latch fitting, sliding seat can be located with holder mutually by switch latch fitting, thereby make sliding seat be locked and cannot move by switch latch fitting, and compression part is maintained press the action of location-plate, more avoid, when rocking or clashing into, the situation that location-plate departs from compression part occurs, allow electronic peripheral device stably be fixed on stuck-module.

Brief description of the drawings

Fig. 1 is the three-dimensional exploded view of the utility model stuck-module the first embodiment.

Fig. 2 is another three-dimensional exploded view of the utility model stuck-module the first embodiment.

Fig. 3 is the use view of the utility model stuck-module the first embodiment.

Fig. 4 is another use view of the utility model stuck-module the first embodiment.

Fig. 5 is the three-dimensional exploded view of the utility model stuck-module the second embodiment.

Fig. 6 is another three-dimensional exploded view of the utility model stuck-module the second embodiment.

Fig. 7 is the use view of the utility model stuck-module the second embodiment.

Fig. 8 is another use view of the utility model stuck-module the second embodiment.

Fig. 9 is the another use view of the utility model stuck-module the second embodiment.

Figure 10 is a use view again of the utility model stuck-module the second embodiment.

Figure 11 is the three-dimensional exploded view of the utility model stuck-module the 3rd embodiment.

Figure 12 is another three-dimensional exploded view of the utility model stuck-module the 3rd embodiment.

Figure 13 is the use view of the utility model stuck-module the 3rd embodiment.

Figure 14 is another use view of the utility model stuck-module the 3rd embodiment.

Figure 15 is the three-dimensional exploded view of the utility model stuck-module the 4th embodiment.

Figure 16 is another three-dimensional exploded view of the utility model stuck-module the 4th embodiment.

Figure 17 is the use view of the utility model stuck-module the 4th embodiment.

Figure 18 is another use view of the utility model stuck-module the 4th embodiment.

In figure:

100 ... electronic peripheral device

101 ... location-plate

1011 ... perforation

102 ... lockhole

10 ... stuck-module

1 ... holder

11 ... projection piece

12 ... open slot

13 ... L-type retaining wall

131 ... track

14 ... keep out sheet

15 ... port

16 ... double-screw bolt

2 ... sliding seat

21 ... compression part

211 ... U-shaped section

212 ... L word shape section

213 ... fin

22 ... pass through mouth

23 ... pull plate

24 ... through hole

25 ... rail groove

251 ... expand mouth

26 ... casting lug thereon

27 ... port groove

28 ... gear is established sheet

3 ... carrier

31 ... baffle plate

311 ... nose bar

4 ... switch latch fitting

41 ... holding section

5,5 ', 5 " ... elastic arm

51,51 ', 51 " ... bend protruding section

52 ', 52 " ... moving plate

6 ... elastic fastener

61 ... draw lid

62 ... trace

63 ... spring

7 ... nut.

Embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that those skilled in the art can better understand the utility model being implemented, but illustrated embodiment is not as to restriction of the present utility model.

Please refer to shown in Fig. 1 to Fig. 4, is the utility model stuck-module the first embodiment, and the utility model provides a kind of stuck-module of electronic peripheral device, and this stuck-module 10 mainly comprises a holder 1 and a sliding seat 2.

As shown in Figure 1, electronic peripheral device 100 can be the device such as power supply unit or hard disk, the present embodiment electronic peripheral device 100 the bests are power supply unit, but not as restriction, electronic peripheral device 100 one end have a location-plate 101, the other end is provided with multiple lockholes 102, and location-plate 101 is provided with multiple perforation 1011.

As shown in Figure 1 to Figure 2, holder 1 has multiple projection pieces 11, and each projection piece 11 can engage in corresponding perforation 1011, makes the corresponding stuck-module 10 in one end of electronic peripheral device 100 fixing.In addition, holder 1 is provided with an open slot 12, and pair of L type retaining wall 13 is extended in the relative both sides of holder 1, and in interior formation one track 131 of two L-type retaining walls 13, holder 1 extends at least one sheet 14 of keeping out.

As shown in Figure 1 to Figure 2, sliding seat 2 connects and slides on holder 1, and sliding seat 2 one end have a compression part 21, and the top that compression part 21 can corresponding location-plate 101 presses.

In addition, compression part 21 is made up of 211 of U-shaped sections of extending towards location-plate 101 from sliding seat 2, and U-shaped section 211 is more positively pressed the top of corresponding location-plate 101 because protruding from sliding seat 2.Wherein, the external form of compression part 21 can be how much external forms such as a word shape, U-shaped or L word shape, and it is not taking the present embodiment as restriction.

Moreover the both sides of sliding seat 2 are placed in two L-type retaining walls 13, and sliding seat 2 can slide with respect to holder 1 by track 131.Wherein, keep out sheet 14 and be formed on holder 1 away from one end of compression part 21, make to keep out sheet 14 and can keep out sliding seat 2, with limit slippage seat 2 movings range.

In addition, sliding seat 2 is extended with one away from one end of compression part 21 and pulls plate 23, to allow technician or user drive the relative holder 1 of sliding seat 2 to slide by pulling plate 23.

As shown in Figure 1 to Figure 2, the utility model stuck-module 10 also comprises a carrier 3, and carrier 3 one end are extended with a baffle plate 31, and the other end is fixing for holder 1, and electronic peripheral device 100 is sandwiched between between baffle plate 31 and compression part 21.

Further illustrate as follows, baffle plate 31 has multiple nose bars 311, and the corresponding lockhole 102 of each nose bar 311 engages, and makes the corresponding baffle plate 31 of the other end of electronic peripheral device 100 fixing.

In addition, holder 1 and carrier 3 are provided with corresponding hole, and recycling screw wears and is fixed at hole, makes holder 1 be fixed on carrier 3 by screw in locking mode, and holder 1 can be assembled or dismantle in carrier 5.

As shown in Figure 1 to Figure 2, the utility model stuck-module 10 also comprises a switch latch fitting 4, and sliding seat 2 can be located with holder 1 mutually by switch latch fitting 4, the position that the top that makes compression part 21 maintain corresponding location-plate 101 presses.

Be described in detail as follows, switch latch fitting 4 is connected in holder 1 and has a holding section 41, and sliding seat 2 is provided with consistent mouthful 22, and mouthful 22 engagings can correspondence be passed through in holding section 41.

In addition, switch latch fitting 4 is made up of the elastic arm 5 being fixed on holder 1, and holding section 41 is made up of protruding section 51 of bendings of bending on own elasticity arm 5, bends protruding section 51 and is exposed to open slot 12 and can correspondence passes through mouthful 22 engagings.Wherein, elastic arm 5 is fixed on holder 1 with riveting method, but not as restriction.

As shown in Figure 1 to Figure 2, the combination of the utility model stuck-module 10, it utilizes sliding seat 2 to connect and slides on holder 1, and sliding seat 2 one end have compression part 21, and the top that compression part 21 can corresponding location-plate 101 presses.Whereby, slip sliding seat 2 and can control the corresponding location-plate 101 of compression part 21 and press or depart from, to reach the dismounting efficiency that increases electronic peripheral device 100, and improves the ease of use of stuck-module 10.

In addition, stuck-module 10 also comprises carrier 3, carrier 3 one end are extended with baffle plate 31, the other end is fixing for holder 1, baffle plate 31 has nose bar 311, the corresponding lockhole 102 of each nose bar 311 engages, and electronic peripheral device 100 is sandwiched between between baffle plate 31 and compression part 21, to promote the stability maintenance of electronic peripheral device 100 and stuck-module 10.

The use state of the utility model stuck-module 10, as shown in Figure 3, nose bar 311 on the corresponding baffle plate 31 of lockhole 102 of electronic peripheral device 100 one end engages, other end location-plate 101 is suppressed location by compression part 21, and electronic peripheral device 100 is sandwiched between between baffle plate 31 and compression part 21; As shown in Figure 4, sliding seat 2 is slided towards the direction away from electronic peripheral device 100, sliding seat 2 drives compression part 21 and location-plate 101 to depart from, and now electronic peripheral device 100 can be dismantled in stuck-module 10.

Wherein, the perforation 1011 of the corresponding location-plate 101 of projection piece 11 of holder 1 engages, to prevent that electronic peripheral device 100 from the situation of double swerve occurring, the top of adding the corresponding location-plate 101 of compression part 21 presses, with the situation that prevents that electronic peripheral device 100 from teetertottering, be more firmly fixed on stuck-module 10 to reach electronic peripheral device 100.

In addition, when slip sliding seat 2, sliding seat 2 can drive the corresponding location-plate 101 of compression part 21 press or depart from, and can reach electronic peripheral device 100 Fast Installation or dismantle in the object of stuck-module 10, unloads efficiency with lift technique personnel or user's group.

Moreover, existing electronic peripheral device and carrier utilize hand tool and the locking of several screw, but the utility model stuck-module 10 is in the process of installation or removal electronic peripheral device 100, do not need extra aid or disconnect assembly, therefore the problem that does not also have the loaded down with trivial details and assembly of disassembly process easily to omit, makes can greatly develop skill personnel or user's ease of use of stuck-module 10.

In addition, the utility model stuck-module 10 also comprises switch latch fitting 4, sliding seat 2 can be located with holder 1 mutually by switch latch fitting 4, thereby make sliding seat 2 be locked by switch latch fitting 4 and cannot move, and make compression part 21 maintain the action that presses location-plate 101, more avoid, when rocking or clashing into, the situation that location-plate 101 departs from compression part 21 occurs, allow electronic peripheral device 100 stably be fixed on stuck-module 10.

Further illustrate as follows, bend protruding section 51 and be exposed to open slot 12 and can correspondence pass through mouthful 22 engagings, thus sliding seat 2 locked by switch latch fitting 4 and cannot slide, and make compression part 21 maintain the action that presses location-plate 101; Press bending protruding section 51 and make to bend protruding section 51 and pass through mouthfuls 22 engage while departing from, 2 of sliding seats can produce slip and the corresponding location-plate 101 of drive compression part 21 departs from.

Please refer to shown in Fig. 5 to Figure 10, for the utility model stuck-module the second embodiment, the second embodiment and the first embodiment are roughly the same, but the second embodiment and the first embodiment difference be, switch latch fitting 4 is different from the structure that sliding seat 2 slides on holder 1.

As shown in Figure 5 to Figure 6, the structure of switch latch fitting 4 is described in detail as follows, and switch latch fitting 4 is connected in sliding seat 2 and has a holding section 41, and holder 1 is provided with a port 15, and holding section 41 can be to engaging by port 15.

Wherein, the quantity of port 15 is multiple, sliding seat 2 is provided with a through hole 24, switch latch fitting 4 is made up of the elastic fastener 6 being fixed on sliding seat 2, elastic fastener 6 comprise draw cover 61, a trace 62 and being connected to draw cover 61 and trace 62 between a spring 63, holding section 41 is formed on the end of trace 62.

Relieving is drawn and is covered at 61 o'clock, spring 63 automatically pushing and pressing trace 62 approaches towards port 15 directions, the port 15 that makes trace 62 be arranged in through hole 24 and can select positioned adjacent plate 101 engages, thereby make sliding seat 2 be locked by switch latch fitting 4 and cannot slide, and make compression part 21 maintain the action that presses location-plate 101; As shown in Fig. 7 to Fig. 8, pull and cover at 61 o'clock, draw and cover 61 and can drive traces 62 depart from port 15 by

spring

63,2 of sliding seats can produce and slide and the corresponding location-plate 101 of drive compression part 21 departs from; As shown in Fig. 9 to Figure 10, spring 63 automatically pushing and pressing trace 62 approaches towards port 15 directions, makes trace 62 be arranged in through hole 24 and can select away from the port 15 of location-plate 101 and engages, and departs from location-plate 101 volume actions and compression part 21 is maintained.Whereby, to reach the function and the object that are same as the first embodiment.

As shown in Fig. 5 to Figure 10, the structure that sliding seat 2 slides on holder 1 is described in detail as follows, the utility model stuck-module also comprises a nut 7, holder 1 has multiple double-screw bolts 16, sliding seat 2 is provided with multiple rail grooves 25, each double-screw bolt 16 is arranged in each rail groove 25 and corresponding each nut 7 is spirally connected, and sliding seat 2 is fitted between each double-screw bolt and nut 7 by folder, and sliding seat 2 can slide with respect to holder 1 by each rail groove 25.Whereby, to reach the function and the object that are same as the first embodiment.

Wherein, each rail groove 25 one end is provided with an expansion mouth 251, the perimeter dimensions that expands mouth 251 is greater than the perimeter dimensions of nut 7, to help sliding seat 2 to combine or to depart from holder 1 by expanding mouth 251, and then the combination of convenient sliding seat 2 and holder 1 and separating, to strengthen the ease of use of stuck-module.

In addition, the structure that the arbitrary embodiment of the utility model can select the structure of different switch latch fittings 4 or different sliding seats 2 to slide on holder 1 is arranged in pairs or groups, and it should be adjusted voluntarily depending on actual conditions, not as restriction; Illustrate as follows, the structure that structure of the switch latch fitting 4 of the first embodiment can slide on holder 1 with the sliding seat of the second embodiment 2 is arranged in pairs or groups mutually.

Moreover compression part 21 is made up of 212 of L word shape sections of extending towards described location-plate 101 from sliding seat 2, the external form of compression part 21 can be how much external forms such as a word shape, U-shaped or L word shape, and it is not taking the present embodiment as restriction.

In addition, the sliding seat 2 of the second embodiment is extended with two fin 213, two fins 213 and can be configured in both sides the backstop location-plate 101 of location-plate 101 in the both sides of compression part 21; Shown in Fig. 1, compare under the first embodiment, the fin 213 of the second embodiment is identical with projection piece 11 functions of the first embodiment, and the arbitrary embodiment of the utility model can select fin 213 or projection piece 11 to arrange in pairs or groups, it should be adjusted voluntarily depending on actual conditions, not as restriction.

Please refer to shown in Figure 11 to Figure 14, is the utility model stuck-module the 3rd embodiment, and the 3rd embodiment and the second embodiment are roughly the same, but the 3rd embodiment and the second embodiment difference be, the structure difference of switch latch fitting 4.

As shown in Figure 11 to Figure 12, be described in detail as follows, the quantity of port 15 is two, and the elastic arm 5 ' institute that switch latch fitting 4 is extended by sliding seat 2 forms, holding section 41 is made up of protruding section 51 ' institute of two bendings of own elasticity arm 5 ' two lateral bucklings, and two protruding section 51 ' of bending can engage by corresponding two ports 15.Wherein, elastic arm 5 ' is extended with a moving plate 52 ' away from one end of compression part 21, to allow technician or user drive the relative holder 1 of sliding seat 2 to slide by moving plate 52 '.

As shown in figure 13, when protruding section of the 51 ' corresponding two ports 15 of two bendings engage, thereby make sliding seat 2 be locked by switch latch fitting 4 and cannot slide, and make compression part 21 maintain the action that presses location-plate 101; As shown in figure 14, while above drawing elastic arm 5 ', elastic arm 5 ' can band bending protruding section 51 ' depart from

port

15,2 of sliding seats can produce and slide and the corresponding location-plate 101 of drive compression part 21 departs from.Whereby, to reach the function and the object that are same as the second embodiment.

In addition, the arbitrary embodiment of the utility model can select the structure of different switch latch fittings 4 to arrange in pairs or groups, and it should be adjusted voluntarily depending on actual conditions, not as restriction.

Moreover sliding seat 2 has multiple casting lug thereons 26, location-plate 101 is provided with multiple perforation 1011, corresponding perforation 1011 engagings of each casting lug thereon 26; Shown in Fig. 5, compare under the second embodiment, the casting lug thereon 26 of the 3rd embodiment is identical with fin 213 functions of the second embodiment, and the arbitrary embodiment of the utility model can select casting lug thereon 26 or fin 213 to arrange in pairs or groups, it should be adjusted voluntarily depending on actual conditions, not as restriction.

Please refer to shown in Fig. 5 to Figure 18, is the utility model stuck-module the 4th embodiment, and the 4th embodiment and the second embodiment are roughly the same, but the 4th embodiment and the second embodiment difference be, the structure difference of switch latch fitting 4.

As shown in Figure 15 to Figure 16, be described in detail as follows, the quantity of port 15 is two, sliding seat 2 is provided with a port groove 27, switch latch fitting 4 is by the elastic arm 5 being fixed on sliding seat 2 " institute forms; holding section 41 is by own elasticity arm 5 " protruding section 51 of two bending of two lateral bucklings " institute forms, two protruding section 51 of bending " be exposed to port groove 27 and can engage by corresponding two ports 15.Wherein, elastic arm 5 " be extended with a moving plate 52 away from one end of compression part 21 ", to allow technician or user by moving plate 52 " drive the relative holder 1 of sliding seat 2 to slide.Wherein, elastic arm 5 " be fixed on sliding seat 2 with riveting method, but not as restriction.

Two protruding section 51 of bending " corresponding two ports 15 are while engaging, thus make sliding seat 2 be locked by switch latch fitting 4 and cannot slide, and make compression part 21 maintain the action that presses location-plate 101; As shown in figure 17, above draw elastic arm 5 " time, elastic arm 5 " can be with protruding section 51 of bending " disengaging port 15; As shown in figure 18, bend protruding section 51 " depart from after

port

15,2 of sliding seats can produce and slide and drive the corresponding location-plate 101 of compression part 21 to depart from.Whereby, to reach the function and the object that are same as the second embodiment.

Moreover as shown in Figure 15 to Figure 17, the corresponding port groove 27 of sliding seat 2 is extended with a gear and establishes sheet 28, make elastic arm 5 " deflection when excessive; elastic arm 5 " will be established 28 backstops of sheet by gear, prevent elastic arm 5 " deflection increase, to improve elastic arm 5 " serviceable life.

The above embodiment is only the preferred embodiment for absolutely proving that the utility model is lifted, and protection domain of the present utility model is not limited to this.What those skilled in the art did on the utility model basis is equal to alternative or conversion, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.

Claims

1. A fixed module of an electronic peripheral device is characterized in that the electronic peripheral device has a positioning plate, and the fixed module includes:

a mount; and

A sliding seat is connected and slides on the fixed seat, and one end of the sliding seat has a pressing part, and the pressing part can correspond to the upper pressing part of the positioning plate.

2. The fixing module of the electronic peripheral device according to claim 1, further comprising a carrier, one end of the carrier is extended with a stop plate, and the other end is fixed by the fixing seat, so that the electronic peripheral The device is sandwiched between the stop plate and the depressing portion.

3. The fixing module of the electronic peripheral device according to claim 2, wherein the stop plate has a plurality of protruding rods, and the electronic peripheral device is provided with a plurality of locking holes, each of which protruding rods correspond to the Keyhole snap fit.

4. The fixing module of an electronic peripheral device according to claim 1, wherein the fixing seat has a plurality of protrusions, and the positioning plate is provided with a plurality of perforations, and each protrusion is engaged with the corresponding perforation .

5. The fixing module of an electronic peripheral device according to claim 1, wherein the sliding seat has a plurality of protruding blocks, the positioning plate is provided with a plurality of perforations, and each protruding block corresponds to the perforation Snap.

6. The fixing module of an electronic peripheral device according to claim 1, wherein the pressing portion is formed by a U-shaped section or an L-shaped section extending from the sliding seat toward the positioning plate .

7. The fixing module of the electronic peripheral device according to claim 1, wherein the sliding seat has two ribs extending on both sides of the pressing part, and the two ribs can be arranged on the positioning plate both sides and stop the positioning plate.

8 . The fixing module of the electronic peripheral device according to claim 1 , further comprising a switch lock, the sliding base can be positioned with the fixing base through the switch lock. 9 .

9. The fixing module of the electronic peripheral device according to claim 8, wherein the switch lock is connected to the fixing seat and has an engaging portion, the sliding seat is provided with a through opening, and the engaging portion can Corresponds to the through-mouth engagement.

10. The fixing module of the electronic peripheral device according to claim 9, wherein the fixing base is provided with an open slot, the switch lock is composed of an elastic arm fixed on the fixing base, the card The joint part is formed by a bent convex section bent from the elastic arm, and the bent convex section is exposed in the opening groove and can be engaged with the through opening.

11. The fixing module of an electronic peripheral device according to claim 8, wherein the switch lock is connected to the sliding seat and has an engaging portion, and the fixing seat is provided with an opening, and the engaging portion can Engage with the port.

12. The fixed module of the electronic peripheral device according to claim 11, wherein the number of openings is multiple, the sliding seat is provided with a through hole, and the switch lock is fixed on the sliding seat by a An elastic buckle, the elastic buckle includes a pull cover, a linkage rod and a spring connected between the pull cover and the linkage rod, the engaging part is formed at the end of the linkage rod, The linkage rod is passed through the through hole and can be engaged with one of the through openings.

13. The fixing module of the electronic peripheral device according to claim 11, wherein the number of openings is two, the switch lock is formed by an elastic arm extending from the sliding seat, and the engaging part is formed by The elastic arm is composed of two bent convex sections bent from both sides, and the two bent convex sections can be engaged with the corresponding two openings.

14. The fixing module of the electronic peripheral device according to claim 11, wherein the number of openings is two, the sliding seat is provided with a opening slot, and the switch lock is fixedly connected to the sliding seat It is composed of an elastic arm, and the engaging part is composed of two bent convex sections bent from both sides of the elastic arm. The two bent convex sections are exposed in the opening groove and can correspond to the two opening cards. combine.

15. The fixing module of an electronic peripheral device according to claim 13 or 14, wherein a trigger piece extends from an end of the elastic arm away from the pressing portion.

16 . The fixing module of the electronic peripheral device according to claim 14 , wherein a blocking piece is extended from the sliding seat corresponding to the opening groove. 17 .

17. The fixing module of an electronic peripheral device according to claim 1, wherein a pair of L-shaped retaining walls extend from opposite sides of the fixing seat, and a track is formed in the two L-shaped retaining walls, Both sides of the sliding seat are accommodated in the two L-shaped retaining walls, and the sliding seat can slide relative to the fixed seat through the rail, and the end of the fixed seat away from the pressing part extends to resist the sliding seat at least one resist sheet.

18 . The fixing module of the electronic peripheral device according to claim 1 , wherein a trigger plate extends from an end of the sliding seat away from the pressing portion. 18 .

19. The fixing module of an electronic peripheral device according to claim 1, further comprising a nut, the fixing seat has a plurality of studs, the sliding seat is provided with a plurality of rail grooves, and each of the studs passes through It is arranged on each of the rail grooves and is screwed corresponding to each of the nuts, so that the sliding seat is sandwiched between each of the studs and the nut, and the sliding seat can be relatively opposite to the plurality of rail grooves. The mount slides.

20 . The fixing module of electronic peripheral device according to claim 19 , wherein one end of each rail groove is provided with an enlarged opening, and the peripheral dimension of the enlarged opening is larger than the peripheral dimension of the nut. 21 .