CN101593885A

CN101593885A - Connector for memory card

Info

Publication number: CN101593885A
Application number: CN 200910138279
Authority: CN
Inventors: 上原省吾; 江尻孝一郎
Original assignee: SMK Corp
Current assignee: SMK Corp
Priority date: 2008-05-29
Filing date: 2009-05-31
Publication date: 2009-12-02
Anticipated expiration: 2029-05-31
Also published as: JP2009289584A; JP5083690B2; CN101593885B

Abstract

The invention provides and also can use multiple storage card reliably after substrate is installed, prevent the product connector for memory card that takes place such as defective.In the bottom shell (2), fix the 1st contact (7) on one end of plate body, the plate body pars intermedia have can with the peristome (25) of second housing (3) matched in clearance, second housing (3) is fixed the 2nd contact (8), tabular plane in the same manner matched in clearance in peristome (25), be fixed as at least and on tabular in-plane, move freely, plate (4) is positioned at above the bottom shell that is in the state of second housing (3) matched in clearance, and the 2nd spatial portion (6) in formation insertion the 2nd storage card MC2 also can be contained in it between second housing (3), the 1st spatial portion (5) in formation insertion the 1st storage card MC1 also can be contained in it on the side of the 1st contact (7) of bottom shell (2).

Description

Connector for memory card

Technical field

The present invention relates to the connector for memory card that computer etc. uses, specifically, relate to forming and hold this storage card and can be electrically connected, be used for the connector for memory card that is electrically connected with connecting object machine such as computer.

Background technology

Storage card is widely used as with mediums headed by the computer, machines such as mobile phone, video camera, DVD recorder.

Storage card exists with various forms, generally is the connecting portion with a plurality of contacts to be set form on a surperficial end.Storage card uses after inserting the connector for memory card that is provided with on the above-mentioned various machine.

Along with the miniaturization of above-mentioned each machine that has connected storage card, each parts of installation also require miniaturization.

And connector for memory card is no exception, also requires miniaturization.About this miniaturization various patent applications etc. are arranged, exist a lot.

Example in the past 1 for example shown in Figure 10.

That is, example 1 was the connector for memory card 100 corresponding with multiple storage card MC in the past, and as shown in figure 10, the 1st storage card MC1 can plug the back and use on the arrow A direction, and the 2nd storage card MC2 can plug the back and use on the arrow B direction.Connector for memory card 100 as shown in figure 11, form global shape by bottom shell 101, second housing 102, plate 103, fix second housing 102 below the bottom shell 101, overlay 103 on the housing that publishes by the bottom shell 101 and second housing 102, the fixedly foot 103a that forms on four jiaos of plate 103 extends to bottom shell 101 and second housing, 102 bottoms that are fixed, and is fixed on the substrate B that connector for memory card 100 is installed.

Bottom shell 101 is looked rectangular plate body by the plane and is constituted, erect on the upper face side edge part 104 is set, and cover and form the 1st spatial portion 101a that can plug the 1st storage card MC1 between the top plate 103, be fixed on the substrate B by plate 103 with second housing 102.In the bottom shell 101,, and form the 1st patchhole 105 that can insert the 1st storage card MC1 between the plate 103 from the side surface direction of connector for memory card 100 one side being cut of rectangle minor face looked on the plane.

Second housing 102 be fixed in the bottom shell 101 as with the bottom surface of the one side of plate 103 opposition sides on.Second housing 102 is the same with bottom shell 101, also erects and is provided with edge part 106, and form the 2nd spatial portion 102a that can hold the 2nd storage card MC2 between the bottom shell 101.And also form the 2nd patchhole 107 that can plug the 2nd storage card MC2 on second housing 102.

Be provided with the 1st contact 108 that can contact in the 1st spatial portion 101a of bottom shell 101 with the contact of the 1st storage card MC1 that inserts.Form the 1st fixed part 108a on one end of the 1st contact 108, extend to the substrate B side that connector for memory card 100 is installed, fix, form electric conducting state with substrate B by soldering etc.

The pars intermedia 108b of the 1st contact 108 is fixed on the bottom shell 101, makes the state that is provided with of the 1st contact 108 be, in the insertion inboard of the 1st storage card MC1, the 1st 108c of contact portion is positioned at and can contacts with the contact of the 1st storage card MC1.

Also be provided with the 2nd contact 109 that the 2nd storage card MC2 is electrically connected with substrate B on second housing 102.The 2nd contact 109 is also the same with the 1st contact 108, one end is side-prominent to the substrate B of second housing 102, form the 2nd fixed part 109a, the other end forms the 2nd 109c of contact portion that can contact with the contact that is contained in the 2nd storage card MC2 in the 2nd spatial portion 102a after 107 insertions of the 2nd patchhole.And pars intermedia 109b is fixed on second housing 102, and making the 2nd spatial portion 102a and the 2nd 109c of contact portion is above-mentioned position.

In the connector for memory card 100 as above-mentioned formation, four angle bottom shells, 101 sides that are arranged on the edge part 106 on second housing 102 are extended, and form fixed part 110.Fixed part 110 and superposed bottom shell 101 are fastening.

Therefore, fixing with the plate 103 that is arranged on top in the connector for memory card 100 with second housing 102 that bottom shell 101 is fixed as one, be fixed on the assigned position on the substrate B by the fixedly foot 103a of plate 103.And, this fixedly foot 103a be ground connection on the substrate, be fixed as behind the electric conducting state ground connection as the plate 103 that covers whole connector for memory card 100.Electric conducting state is fixed, constituted in the 1st contact 108 and the 2nd contact 109 by fixed part 108a and fixed part 109a and substrate B respectively.

Summary of the invention

In the routine in the past connector for memory card 100 as above-mentioned formation, second housing 102 is set to be set to upper and lower relation with bottom shell 101 bottoms, and the bottom shell 101 and second housing 102 are fastening, and be not loosening.Therefore, the heating when bottom shell 101 is installed and used because of internal stress and substrate B etc. produces when crooked, bring very big influence can for the flatness of second housing 102.

And the influence that brings to flatness can cause being arranged on the tin-welding variation of the 2nd contact 109 and substrate B on second housing 102.

And above problem can cause and can't stably be installed on the substrate B.

Therefore, the present invention is point in view of the above problems, and purpose is to improve the soldering performance that has multiple contact, can utilize the connector for memory card of multiple storage card, also can positively use multiple storage card after substrate is installed, and prevents accidents such as product is defective.

Therefore, the inventor is in order to solve problem, the result of the test of the position of the bottom shell and second housing and the state of fixing,

A kind of connector for memory card is provided, by having the bottom shell that makes the 1st contact that connector for memory card can be electrically connected with the 1st storage card, having second housing that makes the 2nd contact that connector for memory card can be electrically connected with the 2nd storage card and constitute with plate that bottom shell fixes, it is characterized in that

Bottom shell is made of plate body, and an end of plate body is fixed the 1st contact, and the plate body pars intermedia has the peristome that can cooperate with second body clearance,

Second housing is made of plate body, fixes the 2nd contact, and tabular plane matched in clearance in the same manner is fixed in the mode that moves freely on tabular in-plane at least in the bottom shell peristome,

Plate be positioned at the bottom shell that is in the state that cooperates with second body clearance above, and form between second housing and can insert the 2nd storage card from the outside and it is contained in the 2nd interior spatial portion, form on the 1st contact side of bottom shell and can insert the 1st storage card from the outside and it is contained in the 1st interior spatial portion.

A kind of connector for memory card also is provided, can be connected with the 2nd storage card with the 1st storage card, by having the bottom shell that makes the 1st contact that connector for memory card can be electrically connected with the 1st storage card, having second housing that makes the 2nd contact that connector for memory card can be electrically connected with the 2nd storage card and constitute with plate that bottom shell fixes, it is characterized in that

Bottom shell is made of plate body, one end of plate body is fixed the 1st contact, the plate body pars intermedia has the peristome that can cooperate with second body clearance, form the 1st fixed head ditch portion at the peristome periphery that clips peristome, the state that this fixed head ditch portion can fix with matched in clearance fixes the fixed head that connects second housing

Second housing is made of plate body, fix the 2nd contact, tabular plane in the same manner matched in clearance in the bottom shell peristome, be fixed in the mode that on tabular in-plane, moves freely at least, formation can be with when matched in clearance be on peristome and the continuous mode of the 1st fixed head ditch of bottom shell the 2nd fixed head ditch portion that fixed head is fixing

Plate is positioned at second housing and is in above the bottom shell of state of matched in clearance, and forms the 2nd spatial portion that can hold the 2nd storage card between second housing, forms the 1st spatial portion that can hold the 1st storage card in the 1st contact side of bottom shell,

Fixed head is set, and by embedding the 1st fixed head ditch portion and the 2nd fixed head ditch portion, making the bottom shell and second fixing casing is the matched in clearance state, and any in fixed head and the 1st fixed head ditch and the 2nd fixed head ditch or both fix with the matched in clearance state.

In the connector for memory card as above-mentioned formation, when fixing body is printed circuit board, be fixedly mounted on the printed circuit board by plate, simultaneously the 1st contact and the 2nd contact are fixed on an end on the printed circuit board by soldering etc. respectively.

Be installed in the connector for memory card on the printed wiring board,, be contained in the 1st spatial portion the 1st contact side of the 1st storage card from outside insertion bottom shell.So the 1st contact contacts the back and realizes being electrically connected with contact on being arranged on the 1st storage card.Equally, the 2nd storage card from the outside insert and be contained in be arranged on and the 2nd body between the 2nd spatial portion in.

Thus, connector for memory card forms and can insert a plurality of or multiple storage card.

In the connector for memory card, the 2nd body is positioned at the peristome that penetrates setting on the bottom shell.In peristome inside, keep predetermined gap, be the matched in clearance state that second housing is in this gap, the action of relative bottom shell is a separate state.

Bottom shell internal stress that connector for memory card produces when making and the thermal change when using etc. produce distortion such as crooked and distortion sometimes.At this moment, be fixed on the printed circuit board by soldering etc. by plate around the bottom shell, and the 1st subsidiary on bottom shell contact is positioned at the bottom shell end side, so seldom have too big position change for distortion such as bendings, problem such as is difficult to take place that soldering comes off.

And second housing, as above-mentioned, keep the gap, can move freely the ground matched in clearance on bottom shell, so even bottom shell changes because of positions such as above-mentioned bendings, in interstice coverage, the 2nd subsidiary contact can not be fixed on problems such as soldering on the printed circuit board comes off yet on second housing.

Used in the connector for memory card of fixed head, the 1st fixed head ditch and the 2nd fixed head ditch are set respectively on the bottom shell and second housing, after embedding fixed head on the two fixed head ditches, second housing is fixed on the bottom shell with the matched in clearance state.

At this moment, fixed head is with matched in clearance state and the 1st fixed head ditch and the fixing of the 2nd fixed head ditch, perhaps with any of the 1st fixed head ditch or the 2nd fixed head ditch fastening fixing, fix with another matched in clearance, so second housing is fixed on the bottom shell with the matched in clearance state.

According to the present invention, the bottom shell and second housing are not the structures that is fixed as one, even so the heating when bottom shell is installed and used because of internal stress and substrate B etc. produce bending etc., also can not produce big influence to the flatness of second housing, can not avoid producing problems such as soldering comes off.

And, owing to can the flatness of second housing not exerted an influence, can not take place so be arranged on the problem of the tin-welding variation of the relative substrate B in the 2nd contact on second housing yet, can stably be installed on the substrate B.

Also multiple storage card can be used really after substrate is installed, the generation of accidents such as product is defective can be prevented.

Description of drawings

Fig. 1 is the perspective illustration of the user mode of the expression embodiment of the invention.

Fig. 2 is the perspective illustration of the expression embodiment of the invention.

Fig. 3 is the perspective illustration of expression parts of the present invention.

Fig. 4 is the perspective illustration of expression parts of the present invention.

Fig. 5 is the back side key diagram of the expression embodiment of the invention.

Fig. 6 is the X-X line section of Fig. 1, a part of section perspective illustration of expression matched in clearance state.

Fig. 7 is the perspective illustration of expression parts, (a) is the perspective illustration of expression the 1st contact, (b) is the perspective illustration of expression the 2nd contact, (c) is the perspective illustration of expression fixed head.

Fig. 8 is the key diagram of expression parts of the present invention, (a) is the perspective illustration of expression end fixed part, (b) is the perspective illustration of expression the 2nd fixed part.

Fig. 9 is that the part of Fig. 6 enlarges cross sectional illustration figure.

Figure 10 represents the perspective illustration of example in the past.

Figure 11 represents that the solid of example was decomposed key diagram in the past.

Among the figure:

The 1-connector for memory card, the 2-bottom shell, above the 21-, 22-the 1st contact fixed part, the 23-peristome, the 24-back side, 25-the 1st fixed head ditch portion, 3-second housing, above the 31-, 32-the 2nd contact fixed part, the 33-back side, 34-the 2nd fixed head ditch portion, 35-fixes recess, the 4-plate, 41-base plate, 42-top panel, above the 43-, 44-foot, 5-the 1st spatial portion, 6-the 2nd spatial portion, 7-the 1st contact, 71-the 1st fixed part, the 72-pars intermedia, 73-the 1st contact portion, 8-the 2nd contact, 81-the 2nd fixed part, 82-the 2nd pars intermedia, 83-the 2nd contact site, the 9-fixed head, fixed part at the bottom of the 91-, 92-the 2nd fixed part.

Embodiment

Connector for memory card 1 can make multiple storage card MC1, MC2 be electrically connected with printed wiring board B.

Connector for memory card 1 has: the bottom shell 2 of plate body, be fixed on to matched in clearance second housing 3 on the bottom shell 2, and the bottom shell 2 and second housing 3 are installed in as the plate on the printed circuit board of fixing body 4.

Bottom shell 2 forms to overlook and is rectangle, with the face of printed circuit board opposition side on, setting can be inserted the 2nd spatial portion 6 of the 2nd storage card MC2, overlay 4.On the bottom shell 2, a plurality of the 1st contact fixed parts 22 of fixing the 1st contact 7 that insert have been set up in parallel at an end of length direction.And the shape peristome 23 bigger slightly than second housing 3 is set penetrating to a side relative of bottom shell 2 with the 1st contact fixed part 22 from central authorities.Therefore the size of peristome 23 is sizes that second housing 3 can be in the above moved on 21 the face direction.

In the bottom shell 2 with 21 opposing backside surface 24 above the printed circuit board B on, penetrate the 1st fixed head ditch portion 25 that fixed head 9 fixes that inserts that is provided with.

Second housing 3 forms the roughly the same shape than the peristome 23 little gap Y parts of overlooking, and can insert peristome 23.When second housing 3 inserts peristome 23, be set up in parallel and inserted the 2nd contact fixed part 32 of fixing the 2nd contact 8.In the 2nd contact fixed part 32, the stage portion 33 of the U word recess that can insert the 2nd contact 8 that forms the U font is set on the 2nd contact fixed part 32, fixes the 2nd contact 8.And on the back side 33 of second housing 3, penetrate the 2nd continuous fixed head ditch portion 34 that is provided with the 1st fixed head ditch portion 25 of bottom shell 2.The 2nd fixed head ditch portion 34 is fixed under the state of fixed head 9 with the state embedding of matched in clearance.

Therefore, the 1st fixed head ditch portion 25 and the 2nd fixed head ditch portion 34 are provided with continuously, and fixed head 9 strides across

bottom shell

2 and 3 embeddings of second housing are fixed in the 1st fixed head ditch portion 25 and the 2nd fixed head ditch portion 34.At this moment, the 2nd fixed head ditch portion 34 and fixed head 9 keeps gap Y to fix being the matched in clearance state, so second housing 3 is the states that are not fixed as one with bottom shell 2.

Plate 4 is made of the metallic plate body, have: base plate 41, and bottom shell 2 top 21 between, setting can insert with second housing 3 on the 2nd storage card MC2 that is connected and fixed of the 2nd contact 8, as the gap of the 2nd spatial portion 6, under this state, roughly cover above the bottom shell 2 on the part beyond the 1st contact fixed part 22 of bottom shell 2; Top panel 42, on the 1st contact fixed part 22, form the 1st storage card MC1 43 insertable above base plate 41, as the gap of the 1st spatial portion 5.

In order to be fixed on plate 4 on the bottom shell 2 and to attach it on the printed circuit board B as fixing body, four jiaos of slave plate 4 are erect to printed circuit board B and are provided with foot 44, and the top bending is set to parallel above the printed circuit board B.This foot 44 with bending, install and fix on the installed surface of printed circuit board B by soldering etc. as the stiff end 44a of top ends.Plate 4 is that the holding division that forms convex and concavity formation on plate 4 and bottom shell 2 mutually fixes with the fixing of bottom shell 2.

The 1st spatial portion 5 forms by being arranged on plate 4 spaces top, the 1st contact fixed part 22 sides.The 2nd spatial portion 6 by be arranged between plate 4 and the bottom shell 2, the gap of the 2nd contact fixed part 32 tops constitutes.

The 1st contact 7 is fixed on the 1st contact fixed part 22 of bottom shell 2, makes the 1st storage card MC1 and printed circuit board B be connected to electric conducting state.In the 1st contact 7, an end is positioned at the 24 side outsides, the back side of bottom shell 2, forms by soldering etc. and the 1st fixing fixed part 71 of printed circuit board B.The pars intermedia 72 of the 1st contact 7 is bent to form to embedding and is fixed on the 1st contact fixed part 22, and the other end opposite with the 1st fixed part 71 is bent into the 1st storage card MC1 and keeps in touch pressure, can contact, and forms the 1st contact portion 73.

The 1st contact 7 as above-mentioned formation fixes respectively on a plurality of the 1st contact fixed parts 22 that are set up in parallel.The 1st contact fixed part 22 and the 1st contact 7 form with identical just enough in the past, among the present invention, as long as the 1st storage card MC1 inserts when being fixed in the 1st spatial portion 5, can contact the 1st storage card MC1 and go up the contact that is provided with and can be fixed on the installed surface of printed circuit board B just passable.

The 2nd contact 8 is fixed on the 2nd contact fixed part 32 of second housing 3, makes the 2nd storage card MC2 and printed circuit board B be connected to electric conducting state.In the 2nd contact 8, an end is positioned at the 33 side outsides, the back side of second housing 3, forms by soldering etc. and the 2nd fixing fixed part 81 of printed circuit board B.The 2nd pars intermedia 82 of the 2nd contact 8 is bent to form to embedding and is fixed on the 2nd contact fixed part 32, and the other end opposite with the 2nd fixed part 81 is bent into the 2nd storage card MC2 and keeps in touch pressure, can contact, have elastic force, forms the 2nd contact site 83.

Fixed head 9 is to form after the laminal bar-shaped metallic plate bending.Even fixed head 9 is owing to have elastic force and thin plate also has enough mechanical strengths, so constitute by laminal metallic plate.

Fixed head 9 is bent into two ends can insert the shape that is fixed in the 1st fixed head ditch portion 25 that is arranged on the bottom shell 2, fix with end fixed part 91, pars intermedia forms the 2nd fixed part 92, under the state that inserts bottom shell 2 peristomes 23, form and to insert the shape that is fixed in the 2nd fixed head ditch portion 34 that penetrates the back side 33 that is arranged on second housing 3.The claw 93 that can fix with the bottom shell 2 and second housing 3 is set on the end fixed part 91 of fixed head 9 and the 2nd fixed part 92, fixes being arranged on fixing recess on the bottom shell 2 and second housing 3 accordingly to come respectively to fix fixing with the end fixed part 91 and the 2nd fixed part 92 of fixed head 9 with claw 93 by making claw 93.Therefore fixed head 9 makes second housing 3 that inserts in the peristome 23 of bottom shell 2 be positioned at peristome 23, and the bottom shell 2 and second housing 3 are connected and fixed.

Fix in the mode that between second housing 3 and bottom shell 2, forms gap Y.Therefore second housing 3 is a state movably on 24 the face direction on bottom shell 2.

[embodiment 1]

Embodiments of the invention are described below with reference to the accompanying drawings.

Fig. 1 is the perspective illustration of the user mode of the expression embodiment of the invention, Fig. 2 is the perspective illustration of the expression embodiment of the invention, Fig. 3 is the perspective illustration of expression parts of the present invention, Fig. 4 is the perspective illustration of expression parts of the present invention, Fig. 5 is the back side key diagram of the expression embodiment of the invention, Fig. 6 is the X-X line section of Fig. 1, a part of section perspective illustration of expression matched in clearance state, Fig. 7 is the perspective illustration of expression parts, (a) be the perspective illustration of expression the 1st contact 7, (b) be the perspective illustration of expression the 2nd contact 8, (c) be the perspective illustration of expression fixed head, Fig. 8 is the key diagram of expression parts of the present invention, (a) is the perspective illustration of expression end fixed part, (b) be the perspective illustration of expression the 2nd fixed part, Fig. 9 is that the part of Fig. 6 enlarges cross sectional illustration figure.

Connector for memory card 1 as shown in Figures 1 and 2, multiple storage card MC1, MC2 can be electrically connected with printed wiring board B.

Connector for memory card 1 has: the plate body bottom shell 2 that the macromolecule resin of insulator forms, matched in clearance is fixed on second housing 3 on the bottom shell 2, and the bottom shell 2 and second housing 3 are installed in as the plate on the printed circuit board of fixing body 4.

Bottom shell 2 as shown in Figure 1 to Figure 3, form to overlook and be rectangle, with with the mode overlay 4 that the 2nd spatial portion 6 that can insert the 2nd storage card MC2 is set on 21 above the face of printed circuit board opposition side, be set up in parallel a plurality of the 1st contact fixed parts 22 of fixing the 1st contact 7 that insert on the end of length direction.And on bottom shell 2 from central authorities to a side relative with the 1st contact fixed part 22, be provided with from top 21 to the peristome 23 that runs through below.The shape of peristome 23 is bigger slightly than second housing 3, that is, can make when inserting second housing 3 second housing 3 in the above on 21 the face direction movably size penetrate setting.

In the bottom shell 2 with 21 opposing backside surface 24 above the printed circuit board B on, as shown in Figure 5, penetrate the 1st fixed head ditch portion 25 that fixed head 9 fixes that inserts that is provided with.The 2nd fixed head ditch portion 34 that is arranged on to the 1st fixed head ditch portion 25 and matched in clearance on second housing, 3 back sides on the peristome 23 is provided with continuously, fixed head 9 strides across

bottom shell

2 and 3 embeddings of second housing are fixing, prevents that second housing 3 breaks away from from the peristome 23 of bottom shell 2.

Second housing 3 is extremely shown in Figure 4 as Fig. 2, the shape that the peristome that forms and overlook 23 is roughly the same, can insert peristome 23, when inserting peristome 23, above 31 be shaped as and 21 roughly the same levels above the bottom shell 2, be set up in parallel and can have inserted the 2nd contact fixed part 32 of fixing the 2nd contact 8.In the 2nd contact fixed part 32, the stage portion 33 of the U word recess that can insert the 2nd contact 8 that forms the U font is set on the 2nd contact fixed part 32, fixes the 2nd contact 8.And as shown in Figure 5, penetrate on the back side 33 of second housing 3 be provided with matched in clearance be arranged under the state on bottom shell 2 peristomes 23 the 2nd continuous fixed head ditch portion 34 with the 1st fixed head ditch portion 25 of bottom shell 2.The 2nd fixed head ditch portion 34 is embedded as at fixed head 9 under the state of matched in clearance state and is fixed.

Plate 4 is made of the metallic plate body, as shown in Figure 8, have: base plate 41, and bottom shell 2 top 21 between, setting can insert with second housing 3 on the 2nd storage card MC2 that is connected and fixed of the 2nd contact 8, as the gap of the 2nd spatial portion 6, under this state, slightly cover above the bottom shell 2 on the part beyond the 1st contact fixed part 22 of bottom shell 2; Top panel 42, on the 1st contact fixed part 22 formation can be above base plate 41 43 insert the 1st storage card MC1, as the gap of the 1st spatial portion 5.

Be provided with on the top panel 42 of plate 4 and the base plate 41 and can fix fixing holding division (not shown) mutually, fixing is set to one after fixing mutually.But base plate 41 forms separately with top panel 42 in the present invention, fixes mutually to form as one after fixing, after also can implementing crooked and die-cut equal pressure and process metallic plate, forms after making base plate 41 and top panel 42 be shaped to one.

The plate 4 that base plate 41 and top panel 42 form as one is in order to realize with the fixing of bottom shell 2 and to be installed on the printed circuit board B as fixing body, erect to printed circuit board B from four jiaos of base plate 41 and to be provided with foot 44, the top bending is set to parallel above the printed circuit board B.This foot 44 with bending, install and fix on the installed surface of printed circuit board B by soldering etc. as the stiff end 44a of top ends.Plate 4 is that the holding division that forms convex and concavity formation on plate 4 and bottom shell 2 mutually fixes with the fixing of bottom shell 2.The holding division that bottom shell 2 and plate 4 are fixed is the embedding that embedding is in the past carried out with jut and recess, so the diagram of omission and detailed.Can certainly be that 4 of bottom shell 2 and plates have predetermined distance, it be fixing to carry out screw etc. across pad etc.

The 1st spatial portion 5 is formed by the gap that forms between the base plate 41 of plate 4 and the top panel 42.

The gap that forms between the top and plate 4 of the 2nd spatial portion 6 by bottom shell 2 constitutes.

The 1st contact 7 is fixed on the 1st contact fixed part 22 of bottom shell 2, makes the 1st storage card MC1 and printed circuit board B be connected to electric conducting state.In the 1st contact 7, shown in Fig. 7 (a), an end is positioned at the 24 side outsides, the back side of bottom shell 2, forms by soldering etc. and the 1st fixing fixed part 71 of printed circuit board B.The pars intermedia 72 of the 1st contact 7 is bent to form to embedding and is fixed on the 1st contact fixed part 22, and the other end opposite with the 1st fixed part 71 is bent into the 1st storage card MC1 and keeps in touch pressure, can contact, and forms the 1st contact portion 73.

The 2nd contact 8 is fixed on the 2nd contact fixed part 32 of second housing 3, makes the 2nd storage card MC2 and printed circuit board B be connected to electric conducting state.In the 2nd contact 8, shown in Fig. 7 (b), an end is positioned at the 33 side outsides, the back side of second housing 3, forms by soldering etc. and the 2nd fixing fixed part 81 of printed circuit board B.The 2nd pars intermedia 82 of the 2nd contact 8 is bent to form to embedding and is fixed on the 2nd contact fixed part 32, and the other end opposite with the 2nd fixed part 81 is bent into the 2nd storage card MC2 and keeps in touch pressure, can contact, have elastic force, forms the 2nd contact site 83.

The 2nd contact 8 as above-mentioned formation fixes respectively on a plurality of the 2nd contact fixed parts 32 that are set up in parallel.The 2nd contact fixed part 32 and the 2nd contact 8 form with identical just enough in the past, among the present invention, as long as the 2nd storage card MC2 inserts when being fixed in the 2nd spatial portion 6, can contact the 2nd storage card MC2 and go up the contact that is provided with and can be fixed on the installed surface of printed circuit board B just passable.

Fixed head 9 is to form after the laminal bar-shaped metallic plate bending as Fig. 7 (c).Even fixed head 9 is owing to have elastic force and thin plate also has enough mechanical strengths, so constitute by laminal metallic plate.

Fixed head 9 is bent into two ends can insert the shape that is fixed in the 1st fixed head ditch portion 25 that is arranged on the bottom shell 2, fix with end fixed part 91, pars intermedia forms the 2nd fixed part 92, under the state that inserts bottom shell 2 peristomes 23, form and to insert the shape that is fixed in the 2nd fixed head ditch portion 34 that penetrates the back side 33 that is arranged on second housing 3.The claw 93 that can fix with the bottom shell 2 and second housing 3 is set on the end fixed part 91 of fixed head 9 and the 2nd fixed part 92, and the fixing recess (not shown) that corresponding claw 93 is provided with on the bottom shell 2 and second housing 3 is fixing by fixing respectively after fixing with claw 93.Therefore fixed head 9 makes second housing 3 that inserts in the peristome 23 of bottom shell 2 be positioned at peristome 23, and the bottom shell 2 and second housing 3 are connected and fixed.

Bottom shell 2 be arranged under the state of peristome 23 after second housing 3 is connected by plate 4, bottom shell 2 is very stable with the fixing of claw 93, bottom shell 2 relatively, claw 93 is fixed as the state that does not move.

Be fixed as the matched in clearance state between second housing 3 and the fixed head 9.That is, second housing 3 as shown in Figure 5, and form between the bottom shell 2 be provided with behind the very little gap Y fixing.Therefore second housing 3 on 24 the face direction on bottom shell 2, be the state of removable slit Y part on the face direction of printed circuit board B installed surface.

At this moment, the plate 4 and second housing 3, as Fig. 6 and shown in Figure 9, second housing 3 is in the central authorities of peristome 23, and under top 21 states that are located along the same line of top 31 and bottom shell 2 of second housing 3, be arranged on the claw 93 on the plate 4 and be arranged on and keep slit Y between the fixing recess 35 on second housing 3, fix with the matched in clearance state.Therefore, in second housing 3, in fact in peristome 23 except that fixed head 9, and between the bottom shell 2 for there not being a state that hinders the position.

Therefore, bottom shell 2 is installed in printed circuit board B go up after, even cause little distortion by bending etc., second housing 3 is constant with the relation of bottom shell 2 in the scope of gap Y, guarantees the position on the printed circuit board B.

Utilizability on the industry

The present invention can be used in the storage card that a plurality of storage cards are electrically connected with fixing bodies such as printed circuit boards Use connector.

Claims

1. connector for memory card, can be connected with the 2nd storage card with the 1st storage card, by having the bottom shell that makes the 1st contact that connector for memory card can be electrically connected with the 1st storage card, having second housing that makes the 2nd contact that connector for memory card can be electrically connected with the 2nd storage card and constitute with plate that bottom shell fixes, it is characterized in that

2. connector for memory card, can be connected with the 2nd storage card with the 1st storage card, by having the bottom shell that makes the 1st contact that connector for memory card can be electrically connected with the 1st storage card, having second housing that makes the 2nd contact that connector for memory card can be electrically connected with the 2nd storage card and constitute with plate that bottom shell fixes, it is characterized in that