CN2559111Y

CN2559111Y - Identifying module card connecting device with cell seat

Info

Publication number: CN2559111Y
Application number: CN02242710U
Authority: CN
Inventors: 陈庆典; 翁秋平
Original assignee: Advanced Connectek Shenzhen Ltd
Current assignee: Advanced Connectek Shenzhen Ltd
Priority date: 2002-08-01
Filing date: 2002-08-01
Publication date: 2003-07-02
Anticipated expiration: 2012-08-01

Abstract

The utility model relates to an identification module card connection device provided with a battery holder. The outer casing of the device is combined with the battery holder, and the battery holder can be embedded and drawn away on the outer casing to position a standby battery, thereby providing a standby power supply for the identification module card connection device. The overall structure of the device comprises the outer casing, the battery holder, the standby battery, a contact member group, a first conducting strip and a second conducting strip, wherein each contact member is provided with an arc-shaped contact surface, thereby the identification module card and the arc-shaped contact surface are contacted and communicated without a limit on the inserting direction.

Description

Identification module card connecting device with battery tray

Technical field

The utility model relates to a kind of identification module card connecting device, particularly relate to a kind of identification module card (SIM CARD) jockey with battery tray, it is made of a shell body, a battery tray, a reserve battery, a contact element group, one first conducting strip and one second conducting strip etc.Wherein, this shell body is the rectangle insulation shell of a hollow, and contact element group, first conducting strip and second conducting strip can be embedded in enclosure interior, and the housing end face is provided with several circular ports, and is outwards outstanding for the circular arc contact-making surface of contact element group; This battery tray can embed on shell body and draw back, and can put reserve battery; When battery tray embedded in the shell body, reserve battery promptly was subjected to the common clamping action of first conducting strip and second conducting strip and is connected, thereby can reach the purpose of the stand-by power supply that the identification module card connecting device is provided.

Background technology

The phenomenon of instant cut-off can take place in mobile communication phone in the market in use occasionally; When constantly urgent or important communication, more can cause great inconvenience.In addition even under general user mode, the user does not wish to take place suddenly the outage phenomenon yet.In addition, when replacing battery of mobile phone,, can make SIM card ineffective if when the built-in function of mobile phone does not design backup power.Therefore, in practicality, truly have undesirable part.

In addition, the contact element of Chang Yong identification module card connecting device generally all is the strip of projection.Identification module is stuck in when plugging, and needs to insert along the direction of contact element, just can avoid causing the damage of identification module card.Therefore, tional identification module card jockey only has the single direction that plugs, thereby it is restricted to exist direction.Particularly since the finite volume of mobile phone and along with its volume towards more lightening development, the above-mentioned restriction of identification module card insertion direction will cause the puzzlement on the PCB layout, thereby have further improved necessity.

Summary of the invention

Therefore, the application's inventor creates the identification module card connecting device with battery tray of the present utility model that stand-by power supply can in time be provided and can promote practical effect by actively conceiving and actual tests thereby research and develop.

So, main purpose of the present utility model is to provide a kind of identification module card connecting device with battery tray, wherein, it can make the shell body of identification module card connecting device in conjunction with a battery tray, and battery tray can embed on shell body and draw back, putting a reserve battery, thereby can provide the stand-by power supply of identification module card connecting device.

Another purpose of the present utility model is to provide a kind of identification module card connecting device with battery tray, the contact element group of this device can be provided with the contact-making surface with circular arc on each contact element, so that identification module card contacts connection with the circular arc contact-making surface, thereby can not be subjected to the restriction of direction of insertion, promptly identification module card can vertically insert, laterally inserted or rotation inserts.Therefore, on the PCB layout, have more flexibility.

For reaching above-mentioned purpose and effect, this device comprises:

One can put the battery tray of reserve battery:

One shell body that can power the stall embedding and draw back;

But a build-in is in the contact element group of shell body inside;

But a build-in is in first conducting strip of shell body inside; And

But a build-in is in second conducting strip of shell body inside etc.;

When battery tray embeds shell body, can connect the positive and negative electrode of reserve battery by the common clamping action of first conducting strip and second conducting strip; And the circular arc contact-making surface by each contact element in the contact element group contacts connection with identification module card, thereby makes that identification module card can vertically insert, laterally inserted or rotation insertion, and direction-free restriction.

Description of drawings

For further understanding feature of the present utility model, technological means and the concrete function that is reached, purpose, exemplify of the present utility model one below than specific embodiment, and conjunction with figs. is described in more details.Wherein:

Fig. 1 is a schematic perspective view of the present utility model;

Fig. 2 is a three-dimensional exploded view of the present utility model;

Fig. 3 is another visual angle schematic diagram of the utility model Fig. 1;

Fig. 4 is another visual angle schematic diagram of the utility model first conducting strip;

Fig. 5 is another visual angle schematic diagram of the utility model second conducting strip;

Fig. 6,7 is another visual angle schematic diagram of the utility model shell body;

Fig. 8 is an A-A generalized section of the present utility model;

Fig. 9 is a B-B generalized section of the present utility model;

Figure 10 is a plane of the present utility model schematic side view;

Figure 11 is a C-C profile of the present utility model;

Figure 12 is enforcement state diagram of the present utility model;

Figure 13 is another isometric view of shell body;

Figure 14 is the schematic diagram of another embodiment of first conducting strip.

Embodiment

Consult shown in Fig. 1 to 2, show a preferred embodiment of the present utility model.This device comprises shell body 10, battery tray 20, reserve battery 30, contact element group 40, first conducting strip 50, and element such as second conducting strip 60.Wherein, shell body 10 is the rectangle insulation shell of a hollow, and the housing end face is provided with several circular ports 11, puts for the circular arc contact-making surface 43 of contact element group 40.On the appropriate location of housing 10 two sides, offer track 12, sheathed for battery tray 20, and form a flank 121 at the front end of track 12, the backstopping assembly when pulling out as battery tray 20.In the rear and front end of track 12 a recessed prelocalization hole 123 and back location hole 124 arranged respectively, the grab 252 of L type fastening part 25 tail ends of these two forward and backward location holes 123,124 on battery tray 20 is realized positioning action; Then have a perforate 13 on the anterior end surface of shell body 10, this perforate 13 forms an accommodation space 22 with the inside of shell body 10, so that hold the central pedestal 21 and reserve battery 30 of battery tray 20; At the upper shell front end of shell body 10 two outstanding guiding blocks 17 are arranged downwards, this guiding block 17 is as the reinforcement of shell body 10 end faces, and guiding block 17 also has and can prevent that reserve battery 30 is when importing and the effect that comes in contact of contact element 41 simultaneously.

This battery tray 20 is concaved with the accommodation space 22 that can place reserve battery 30 on the central pedestal 21 of insulation, in this accommodation space 22, vertically offer the road slotted eye 23 of pedestal 21 rear ends, centre of always hitting, leave a supporting bracket 26 of extending from the front end of central pedestal 21 in the space of this road slotted eye 23, this supporting bracket 26 is in order to the setting of supporting second conducting strip 60 and the storing that reserve battery 30 is provided; Have a fin 24 on the front end face of the central pedestal 21 of supporting bracket 26 connections, this fin 24 touches part as the guiding of battery tray 20, can entire cell seat 20 be drawn back by touching fin; Then be provided with the fastening part 25 of a L type on the side of central pedestal 21 leading sections, and form a guide channel 251 respectively with the two sides of central pedestal 21, this width of leading this groove 251 just can cooperate with the flank 121 of the track 12 of housing 10 two sides.Tail end at fastening part 25 is provided with the part of giving prominence to central pedestal 21, should outstanding part form grab 252, this grab 252 can be when battery tray 20 embeds on shell body 10 and pulls out and the prelocalization hole 123 of track 12 do the grab positioning action mutually with back location hole 124, make the battery tray 20 can be when not pulling out and shell body 10 disengagings; Rear end, bottom at battery tray 20 central pedestals 21 is provided with grab 27, and the effect of this grab 27 is that grab 27 can prop up front bulkhead 195 on the shell body 10 when battery tray 20 is pulled out, so that battery tray 20 is difficult for deviating from; Two recess 192 are arranged on the leading section on the shell body 10, and the position of recess 192 is corresponding with the projection 265 (seeing also Fig. 3) of battery tray 20 bottoms, has the correct positioning action of guiding battery tray 20 when being sheathed on shell body.

Contact element group 40 is made up of contact element 41 several, contact element 41 structure substantially is the strip-shaped blade of more than one bendings, with first fixed part 42 be basic point up and down two parts respectively do functional extension, first fixed part 42 in order to build-in on the end face inwall of shell body 10, extend a crosspiece portion from the upper end of first fixed part 42, be provided with the circular arc contact-making surface 43 that to give prominence to shell body 10 end face circular ports 11 at the tail end of crosspiece portion; The opposite side of first fixed part 42 then extends the bending segment of a L type, and is provided with second fixed part 44 at the side place of L type bending segment, and on the side inner walls of shell body 10, the tail end of L type bending segment has a telecommunication splicing ear 46 with build-in.

This first conducting strip 50 is provided with a contact flat spring 52 at the front end of central lamellar body 51, the both sides of central authorities' lamellar body 51 are bent with a fixed-wing 53, with build-in on the inwall of shell body 10 rear side end faces, and a bending segment is extended in the rear end of central lamellar body 51, the tail end of bending segment has an electrode splicing ear 55, with the anodal connector as reserve battery 30.

The central lamellar body 61 of second conducting strip 60 is vertical, but its build-in is on the inwall of shell body 10 anterior end surface, the upper and lower side of the longer side of central lamellar body 61 respectively side direction be bent with an a pair of shell fragment 62 and an electrode splicing ear 63, shell fragment 62 is as the anode connector of reserve battery 30.

When shell body 10 combines with battery tray 20, the central pedestal 21 of battery tray 20 can penetrate enclosure interior by the perforate 13 of shell body 10, the fastening part 25 of battery tray 20 can be embedded in the track 12 of shell body 10, and the guide channel 251 of battery tray 20 can match with the flank 121 of track 12, make battery tray 20 on shell body 10, successfully to slide, and the action that embeds and draw back.

Therefore, the utility model can charge to reserve battery 30 when mobile phone normally uses, and when mobile phone generation instant cut-off, reserve battery 30 can in time provide stand-by power supply, to guarantee the normal operation of mobile phone.The identification module card of mobile phone can contact connection with contact element group 40, and the circular arc contact-making surface 43 of contact element 41 more can make the direction-free restriction of plugging of identification module card.

See also Fig. 3 to 7, in preferred embodiment, contact element group 40 of the present utility model, first conducting strip 50, and the mode that is embedded on the shell body 10 of second conducting strip 60 a lot, for further specifying, it is as follows to enumerate a possible implementation:

From Fig. 3,5,6, can further find out, the fixedly groove 14 that has one second conducting strip on one internal face of the front side of this shell body 10, can vertically insert for second conducting strip, 60 central lamellar bodies 61, and fixedly groove 14 interior sidewall surface one appropriate position offers two perforates 141, two shell fragments 62 for second conducting strip 60 pass, two perforates, 141 142 of formed flanks are provided with the shallow grooves 143 of a U type on the top, pass for the electrode splicing ear of second conducting strip 60.

From Fig. 3,6, can further find out in 7, below the housing of this shell body 10 on the inwall end face inwall, be equipped with the fixedly groove 15 of a contact element 41 in the position relevant with each circular port 11, can plug fixing for first fixed part 42 of contact element 41, and on the housing side inner walls, in the position relevant with each circular port 11, also be equipped with a pair of projection 16, and form a guide channel 160 with wall, for second fixed part, 44 build-ins on the side inner walls of shell body 10, the top of shell body 10 two side walls is provided with shallow grooves 161 relatively, can pass for the telecommunication splicing ear 46 of contact element 41;

From Fig. 3,4,7, can further find out, further be provided with the fixedly groove 151 of a pair of first conducting strip 50 on the housing end face inwall of this shell body 10, can plug for the fixed-wing 53 that first conducting strip, 50 both sides are bent, and the top of shell body 10 rear side walls 18 is provided with the shallow grooves 180 of a U type, passes for the electrode splicing ear 55 of first conducting strip 50.

Here it should be noted that:

(1) fixed-wing 53 of this first conducting strip 50 can further have protuberance 54 on two side ends, to increase and the fixing build-in force between the groove 17; And the central lamellar body 61 of this second conducting strip 60 also can further have protuberance 64 on two side ends, to increase and the fixing build-in force between the groove 14;

(2) first fixed part 42 of this contact element 41 can be a lamellar body that is the H type; And this first fixed part 42 can further be provided with protuberance 421 on two side ends, to increase and the fixing build-in force between the groove 15;

(3) this contact element 41 can further be provided with the 3rd fixed part 45 on the L type bending segment that opposite side extended of first fixed part 42; And on the housing end face inwall of this shell body 10 position relevant with each circular port 11 be equipped with one can be for the groove 152 of the 3rd fixed part 45 build-ins, to decide the L type bending segment of contact element 41 really;

(4) the electrode splicing ear 63 of this second conducting strip 60 further can oppositely outwards bend; And also can further be provided with the shallow grooves 145 of a U type on the anterior end surface of this shell body 10, pass for the electrode splicing ear 63 of second conducting strip 60;

(5) perforate 13 places of this shell body 10 can further be provided with a pair of guiding block 17, when promoting battery tray 20 and embed shell bodies 10, guiding block 17 can prevent reserve battery 30 when importing and contact element 41 come in contact;

(6) can further be provided with forward and backward location hole 123,124 on the flank 121 of this shell body 10; And the fastening part 25 of this battery tray 20 can further convex with a grab 252 at tail end, to increase the polarization of battery tray 20;

(7) the central pedestal 21 of this battery tray 20 can further be provided with grab 27 in the bottom, makes to detain when being fixed in the prelocalization hole 123 when battery tray 20 draws back to grab 252, and grab 27 can be detained the edge that terminates in perforate 13, thereby increases whole polarization;

(8) the central pedestal 21 of this battery tray 20 can further be set a supporting bracket 26 in centre, with supplemental support reserve battery 30, and has the function of two shell fragments 62 of fixing second conducting strip 60 concurrently;

(9) bottom of these shell body 10 two side walls can further be provided with a pair of fixed leg 19, makes shell body 10 be easy to be installed on the PCB;

Below all can be considered popularization, and the structure of extending according to spirit of the present utility model all should be included in the scope of the present utility model according to preferred embodiment of the present utility model.

See also shown in Figure 8, contact element 41 of the present utility model can be embedded on the shell body 10 really, and contact element 41 is extended so that the form of shell body 10 inwalls of trying one's best is curved, to form the accommodation space that stall 20 and reserve battery 30 pass of to power, and under the build-in of first fixed part 42, second fixed part 44, the 3rd fixed part 45, can avoid contact element 41 and reserve battery 30 to come in contact, thereby it is feasible that the utility model is become.

In addition, because of first fixed part 42 of contact element 41 is inserted in fixedly in the groove 15, thereby its circular arc contact-making surface 43 with first fixed part 42 as the fulcrum of elastics wing and the circular port 11 of outstanding shell body 10 end faces, and when circular arc contact-making surface 43 carries out elastics wing, contact element 41 from first fixed part other positions below 42 can first fixed part 42, second fixed part 44, and the build-in of the 3rd fixed part 45 under unlikely generation swing or crooked, and contactless fully possibility to reserve battery 30.

In addition,, and can match, thereby battery tray 20 can successfully slide on shell body 10 with flank 121 because of the fastening part 25 of battery tray 20 can be embedded in the track 12 of shell body 10.

Here need to prove: this contact element 41 can be further be provided with a stopper section 47 at the front end of circular arc contact-making surface 43, to increase the restricted of circular arc contact-making surface 43, it is outer and be difficult for deviating to make circular arc contact-making surface 43 can give prominence to the circular port 11 of shell body 10, with prevent that foreign matter from inserting or during improper the use between first fixed part 42 and circular arc contact-making surface 43 the bending that may cause.

See also shown in Figure 9ly, when embedding shell body 10 when promoting battery tray 20, reserve battery 30 can import shell body 10 inside via the guiding of guiding block 17 earlier; And behind battery tray 20 and reserve battery 30 importings one segment distance, a pair of shell fragment 62 common clampings of the shell fragment 52 of first conducting strip 50 and second conducting strip 60 immediately, and the positive and negative electrode of connection reserve battery 30; And when pulling out battery tray 20, reserve battery 30 also will be subjected to the guiding of guiding block 17, thereby withdraw from shell body 10 inside; Therefore, the embedding of battery tray 20 and drawing back in the course of action, any contact fully can take place with contact element 41 in reserve battery 30, thereby has fail safe.

Consult shown in Figure 10 to 12, when battery tray 20 embedded shell body 10, grab 252 buttons of fastening part 25 were fixed in the location hole 124 of back (as shown in figure 11); And when desiring to draw back battery tray 20, grab 252 can be deviate from from back location hole 124, and fastening part 25 is along track 12 slips of shell body 10.As shown in figure 12, grab 252 button is fixed in the prelocalization hole 123, inserting reserve battery 30, or takes out and changes; In addition, this contact element group 40 is because of contacting connection by circular arc contact-making surface 43 with identification module card, thus identification module card plug also direction-free restriction.That is, identification module card can vertically insert, laterally inserted or rotation insertion, and then makes the layout of PCB have more flexibility.

Consult shown in Figure 13ly, can further find out in detail, the forward and backward location hole 123,124 of this shell body 10, fixedly groove 14, projection 16, guide channel 160, guiding block 17 etc. feature and concern the position.

See also shown in Figure 14, first conducting strip 50 of the present utility model further can be provided with a protuberance 521 on shell fragment 52, do not influencing under the situation about being connected with the positive pole of reserve battery 30, can reduce the contact area of shell fragment 52 and reserve battery 30, when making reserve battery 30 in the middle of importing shell fragment 52 and shell fragment 62, the clamping resistance of shell fragment 52 is unlikely excessive, can be more smooth and easy in the action.

In sum, the identification module card connecting device with battery tray of the present utility model can reach its goal of the invention and practical effect really by its its specific structure feature.

Above said content and illustrated embodiment only are preferable enforcement example of the present utility model, and the various changes and modifications that those skilled in the art are made under spirit of the present utility model all should be included in the scope of the present utility model.

Description of reference numerals is as follows:

Shell body 10 circular ports 11

Track 12 flanks 121

Prelocalization hole 123 rear locating holes 124

Perforate 13 is groove 14 fixedly

Perforate 141 flanks 14

Shallow grooves 143 shallow grooves 145

The fixing fixing groove 151 of groove 15

Groove 152 projections 16

Guide channel 160 shallow grooves 161

Guiding block 17 rear side walls 18

Shallow grooves 180 fixed legs 19

Recess 192 front bulkheads 195

Battery tray 20 central pedestals 21

Accommodation space 22 slotted eyes 23

Fin 24 fastening parts 25

Guide channel 251 grabs 252

Supporting bracket 26 protruding grains 265

Grab 27 reserve batteries 30

Contact element group 40 contact elements 41

First fixed part, 42 protuberances 421

Circular arc contact-making surface 43 second fixed parts 44

The 3rd fixed part 45 telecommunication splicing ears 46

Stopper section 47 first conducting strips 50

Central authorities' lamellar body 51 shell fragments 52

Protuberance 521 fixed-wings 53

Protuberance 54 electrode splicing ears 55

Second conducting strip, 60 central lamellar bodies 61

Shell fragment 62 electrode splicing ears 63

Protuberance 64

Claims

1, a kind of identification module card connecting device with battery tray, it includes shell body (10), battery tray (20), reserve battery (30), contact element group (40), first conducting strip (50) and second conducting strip (60), it is characterized in that:

This shell body (10) is the rectangle insulation shell of a hollow, and the housing end face is provided with several circular ports (11), and offers a track (12) on the appropriate location of housing two sides and form a flank (121), then has a perforate (13) on the anterior end surface of housing;

This battery tray (20) is concaved with one on the central pedestal (21) of insulation can place the accommodation space (22) of reserve battery (30), and vertically offer one slotted eye (23), has a fin (24) on the anterior end surface of central authorities' pedestals (21), then be provided with a L type fastening part (25) on the two sides, and form a guide channel (251) respectively with the two sides of central pedestal (21);

This contact element group (40) is made up of contact element (41) several, contact element (41) has first fixed part (42), with build-in on the end face inwall of shell body (10), and a side of first fixed part (42) is extended with a bending segment and is provided with the circular arc contact-making surface (43) that can give prominence to shell body (10) end face circular port (11), the opposite side of first fixed part (42) then extends the bending segment of a L type, and be provided with second fixed part (44) at the side place of L type bending segment, on the side inner walls of shell body (10), the tail end of L type bending segment has a telecommunication splicing ear (46) with build-in;

This first conducting strip (50) is provided with a shell fragment (52) at the front end of central lamellar body (51), the both sides of central authorities' lamellar bodies (51) are bent with a fixed-wing (53), with build-in on the inwall of the rear side end face of shell body (10), and a bending segment is extended in the rear end of central lamellar body (51), the tail end of bending segment has an electrode splicing ear (55), with the anodal connector as reserve battery (30);

The central lamellar body (61) of this second conducting strip (60) is vertical, side direction is bent with an a pair of shell fragment (62) and an electrode splicing ear (63) respectively on two longer sides of central lamellar body, but its build-in is on the inwall of the anterior end surface of shell body (10), with the anode connector as reserve battery (30);

When shell body (10) and battery tray (20) when combining, the central pedestal (21) of battery tray (20) can be penetrated in the housing by the perforate (13) of shell body (10), the central pedestal (21) of battery tray (20) can penetrate enclosure interior by the perforate (13) of shell body (10), the fastening part (25) of battery tray (20) is embedded in the track (12) of shell body (10), and the guide channel (251) of battery tray (20) can match with the flank (121) of track (12), make battery tray (20) on shell body (10), successfully to slide, with the action that embeds and draw back;

By this, so that stand-by power supply to be provided, and make the direction-free restriction of plugging of identification module card.

2, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, has a fixing groove (14) on the front side end internal face of this shell body (10), for vertical insertion of central lamellar body (61) of second conducting strip (60); And fixedly the interior sidewall surface of groove (14) is provided with two perforates (141) and flank (142), two shell fragments (62) for second conducting strip (60) pass, and the top of flank (142) is provided with the shallow grooves (143) of a U type, passes for the electrode splicing ear (63) of second conducting strip (60).

3, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, be provided with a fixing groove (15) on the housing end face inwall of this shell body (10) at the relevant position place of circular port (11), first fixed part (42) for contact element (41) plugs fixing, and on the housing side inner walls, be provided with a pair of projection (16) and guide channel (160), for second fixed part (44) build-in; And the top of this shell body (10) two side walls is provided with shallow grooves (161) relatively, passes for the telecommunication splicing ear (46) of contact element (41).

4, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, the housing end face inwall of this shell body (10) is provided with a pair of fixedly groove (151), plugs for first conducting strip (50) fixed-wing (53) that both sides bent; And the top of this shell body (10) rear side wall (18) is provided with the shallow grooves (180) of a U type, passes for the electrode splicing ear (55) of first conducting strip (50).

5, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, the fixed-wing (53) of this first conducting strip (50) further has protuberance (54) on two side ends, to increase and the fixing build-in force between the groove (17): and the central lamellar body (61) of this second conducting strip (60) also further has protuberance (64) on two side ends, with increase and the fixing build-in force between the groove (14).

6, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, first fixed part (42) of this contact element (41) is one to be the lamellar body of H type; And this first fixed part (42) further is provided with protuberance (421) on both sides, to increase and the fixing build-in force between the groove (15).

7, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, this contact element (41) further is provided with the 3rd fixed part (45) on the L type bending segment that opposite side extended of first fixed part (42); And being provided with one at the relevant position place of circular port (11) on the housing end face inwall of this shell body (10) can be for the groove (152) of the 3rd fixed part (45) build-in, with certain fixedly L type bending segment of contact element (41).

8, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, the electrode splicing ear (63) of this second conducting strip (60) is oppositely outwards bending further; And further be provided with the shallow grooves (145) of a U type on the anterior end surface of this shell body (10), pass for the electrode splicing ear (63) of second conducting strip (60).

9, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, the perforate (13) of this shell body (10) locates further can be provided with a pair of guiding block (17), when promoting battery tray (20) and embed shell body (10), guiding block (17) can prevent reserve battery (30) when importing and contact element (41) come in contact.

10, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, further is provided with forward and backward location hole (123,124) on the flank (121) of this shell body (10); And (200 fastening part (25) further convexes with a grab (252) at tail end to this battery tray, to increase the polarization of battery tray (20).

11, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, the central pedestal (21) of this battery tray (20) further is provided with grab (27) in the bottom, make and to detain when being fixed in the prelocalization hole (123) when battery tray (20) draws back to grab (252), grab (27) can be detained the edge that terminates in perforate (13), to increase whole polarization.

12, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, the central pedestal (21) of this battery tray (20) further is provided with a supporting bracket (26) in centre, with supplemental support reserve battery (30).

13, the identification module card connecting device with battery tray as claimed in claim 1 is characterized in that, the bottom of this shell body (10) two side walls further is provided with a pair of fixed leg (19), makes shell body (10) be easy to be installed on the PCB.

14, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, this contact element (41) further is provided with a stopper section (47) at the front end of circular arc contact-making surface (43), to increase the restricted of circular arc contact-making surface (43).

15, the identification module card connecting device with battery tray as claimed in claim 1, it is characterized in that, this first conducting strip (50) further is provided with a protuberance (521) on shell fragment (52), reducing the contact area of shell fragment (52) and reserve battery (30), thereby action is more smooth and easy when making reserve battery (30) in the middle of importing shell fragment (52) and shell fragment (62).

16, a kind of identification module card connecting device with battery tray is characterized in that this device includes:

One can put the battery tray of reserve battery;

One shell body that can power the stall embedding and draw back;

But a build-in is in the contact element group of shell body inside;

But a build-in is in first conducting strip of shell body inside; And

But a build-in is in second conducting strip of shell body inside;

When battery tray embeds shell body, can connect the positive and negative electrode of reserve battery by the common clamping action of first conducting strip and second conducting strip; And contact connection with identification module card by each the circular arc contact-making surface in the contact element group, thereby make that identification module card can vertically insert, laterally inserted or rotation insertion, and direction-free restriction.