JPH088540Y2 - Information processing medium connector device - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connector device for information processing media, for example, various information processing media such as memory cards, IC cards, floppies, hard desks,
It is received inside the electronic equipment body such as a personal computer and held while being electrically connected to the electronic equipment body side in the housed state, and when not in use, the electrical connection to the electronic equipment body side is cut off and the housing The present invention relates to an information processing medium connector device having an eject mechanism for withdrawing from a state.

[0002]

2. Description of the Related Art In an electronic device such as a personal computer, an IC pack such as a memory card or an IC card is electrically connected to the inside of the electronic device main body as needed for the purpose of expanding applications. Mounting is widely performed, and a connector device for this purpose is provided.

Conventionally, as such an IC pack connector device, guide grooves are formed inside the frame portions on both the left and right sides of a U-shaped frame body that face each other, and the frame portions that connect the frame portions on the left and right sides are formed. A plurality of pin terminals are provided to form a connector section. Then, a flat plate-shaped IC pack is inserted from an inlet opening at one end of the frame body, accommodated and held along the guide groove, and the pin terminals are fitted to the socket terminals of the IC pack to electrically connect them. Connecting.

Further, when the IC pack is not used, an ejecting mechanism for removing the IC pack from the housed state is provided in order to release the electrical connection. In general, this eject mechanism includes a plate-shaped lever member provided with a hook-shaped claw portion that engages with the leading edge of the IC pack.
When the pin shaft provided on the frame is rotated,
It is configured to scrape out the C pack.

[0005]

By the way, in recent years, there is a strong tendency for electronic devices to be reduced in size and weight. In response to this demand, the connector device itself, which is used for receiving the electric device inside the main body and making an electrical connection with the main body, is also required to be lightweight, compact, and thin.

However, since the operating portion of the lever member for scraping the IC pack is arranged so as to project laterally in the width direction of the housing frame, the length of the connector device in the width direction becomes considerably long. . Further, in the conventional device, when the lever member of the eject mechanism is rotated, the eject operation is inadvertently performed even when the electronic device body is electrically connected and data is being read from the IC pack. There is a risk that the IC pack may be scraped out by operating the lever.

Further, in this type of connector device, the mounting of the information processing medium and the scraping operation are surely performed, and the operation position of the scraping lever member is always constant, so that the operator can operate with peace of mind. It is desirable to be able to.

The present invention has been made in view of the above problems. The purpose of the present invention is to make the user aware that data is being read from an information processing medium such as an IC pack, and It is possible to avoid erroneous operation of scratching as much as possible, and it is expected that the operator can perform reliable operation with peace of mind.Although it is a relatively simple configuration, the width of the connector device itself is made compact without increasing the thickness itself. In view of the above, it is an object of the present invention to provide a connector device for an information processing medium which can be miniaturized and thinned as close as possible to the outer width dimension of the information processing medium itself.

[0009]

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a pair of parallel plates on opposite sides of a housing plate member with a space substantially equal to the width of a flat plate information processing medium. A guide frame member is provided so that the information processing medium is guided in the insertion / removal direction, and at one end of the housing plate member located on the side opposite to the entrance for inserting the information processing medium, A connector portion having a connection terminal electrically connected to the information processing medium is provided, and the housing plate member is locked with a front end portion of the information processing medium electrically connected to the connector portion, and the information thereof is retained. An extraction plate member is provided which has an engaging portion for removing the processing medium, and is slidable in the direction of inserting and removing the information processing medium, and further the housing plate member. Is provided with an ejection lever that is rotatably supported and that has a first connecting portion formed at its rotating tip and a second connecting portion that connects the extraction plate member at an intermediate portion thereof. A slide plate member that is slidable along the insertion / removal direction and that is connected to the first connection portion of the ejection lever is provided on the housing plate member, and the information is provided along a guide portion formed on the slide plate member. When an operating body that is slidable in a direction intersecting the direction in which the processing medium is inserted and removed is disposed within the width of the housing plate member, and the operating body is moved in a direction different from the sliding direction of the slide plate member. By locking the operation body, the withdrawal operation by the slide plate member is prevented, and the operation body is returned to the original position to A stopper is provided within the width of the housing plate member to allow the operation body to move the slider plate member when the slider plate member is removed, and the slide plate member is used to insert the information processing medium. Bias in the direction,
The information processing medium connector device is provided with a biasing means for returning the slide plate member and the operating body to the standby position.

[0010]

When the information processing medium is mounted, the ejector operation is not performed unless the stopper locks the slider plate member of the ejection mechanism and the stopper is released. When the information processing medium is removed, the slide plate member automatically returns to the standby position and waits for the next information processing medium to be attached.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a bottom view of a connector device according to the embodiment, and this connector device is usually attached to a lower surface part of an electronic device with this surface facing downward.

The connector device 1 has a housing plate member 2 made of a flat plate and made of metal. On the upper surface side of the housing plate member 2, the housing plate is provided so as to have an interval slightly wider than the width of an information processing medium (not shown), for example, an IC pack, and a length and a thickness that are substantially the same as the depth of the IC pack. A pair of guide frame members 3 for guiding the IC pack in the inserting / removing direction are arranged in parallel on both sides of the member 2 facing each other.

Further, on one side of the housing plate member 2 on the side opposite to the insertion port 4 into which the IC pack is inserted, the I
A connector portion 6 in which a plurality of pin terminals 5 electrically connected to the socket terminals of the C pack are arranged is provided. When the housing plate member 2 is installed at a predetermined position inside the electronic device, the pair of guide frame members 3 and 3 are interposed between the housing plate member 2 and the circuit board on the electronic device main body side, so that the IC pack A space 7 for accommodating is formed. Further, an ejection mechanism, which will be described later, and the like are incorporated on the surface of the housing plate member 2 so as to be as thin as possible.

As shown in FIG. 1, the ejection mechanism 8 of the connector device 1 has a pair of metallic ejection levers 11 whose one end is pivotally supported on the housing plate member 2, and one ejection lever is provided. The rotary shaft 10 that pivotally supports 11 is arranged closer to the right side of the housing plate member 2, and the rotary shaft 10 that pivotally supports the other ejection lever 11 is the housing plate member 2
The pair of ejection levers 11 are arranged symmetrically to the left side of the housing plate member 2 and are symmetrically arranged with respect to the housing plate member 2.

The pivoting tips of the ejection levers 11 are symmetrically arranged in the center of the housing plate member 2 so as to face each other. A cutout portion 13 serving as a first connecting portion that engages with and engages with an engaging portion of a slide plate member 12, which will be described later, is formed at a pivoting tip end of each ejection lever 11. In addition, a second connecting portion including a tongue piece 14 formed at an edge portion of the cutout hole is provided at an intermediate portion of each ejection lever 11.

The slide plate member 12 is made of a substantially rectangular plate-shaped metal member and has its longitudinal direction along the direction A for inserting and removing the IC pack.
It is arranged at the center of the lower surface of the housing plate member 2, and is attached so as to slide in the direction A for inserting and removing the IC pack while slidingly contacting the lower surface.

That is, this slide plate member 12
Is a predetermined number of guide claws 15 formed on the housing plate member 2 and the housing plate member 2, and is not separated from both sides and the surface of the housing plate member 2 by strip-shaped sliding guides 16a and 16b slightly raised from the surface. Guided linearly in the direction.

The guide claw 15 cuts and raises a part of the housing plate member 2 and bends it into a hook shape, and inserts a side edge portion of the slide plate member 12 into the inside thereof to guide it between the housing plate member 2 and the surface thereof. To do. Further, the slide guides 16a and 16b guide by inserting the slide plate member 12 between them.

The guide claw 15 may be formed on the edge of the notch formed in the housing plate member 2. A locking tongue piece 17 that is cut and raised and bent into a hook shape is formed at the rear end of the slide plate member 12, and the locking tongue piece 17 is attached to the pivoting tip of each ejection lever 11 described above. It is connected to a notch 13. That is, the slide plate member 12 performs an operation of rotating the ejection levers 11 at the same time.

The slide plate member 12 is in sliding contact with the lower surface of the housing plate member 2, but just before the rear end of the slide plate member 12, a staggered step for slightly floating the rear end 12a is formed, so that a bent portion is formed. 18 are provided. Then, the rear end portion 12a of the slide plate member 12
A gap is formed between the housing plate member 2 and the housing plate member 2 so that the central portion of the extraction plate 21, which will be described later, can be hidden.

The rear end portion 1 of the housing plate member 2
On the outer side of 2a, the rotating front end portions of the ejection levers 11 are overlapped. For this reason, the ejection lever 11 is formed with a bent portion 19 having a staggered step so that the tip side portion is raised. That is, in this portion, the housing plate member 2 and the extraction plate 2
1, the slide plate member 12 and the ejection lever 11 are sequentially overlapped with each other, but since they overlap with each other so that they are in sliding contact with each other, the dimension in the thickness direction of these parts is small.

On the other hand, an extraction plate 21 for extracting and scraping out the IC pack connected to the pin terminals 5 of the connector portion 6 is provided in contact with the lower surface of the housing plate member 2. This extraction plate 21
Is provided with two locking claws 22 formed by bending a tongue piece that extends from the left-right symmetrical position of the end portion on the insertion port 4 side into a hook shape. The two locking claws 22 are respectively locked to the tongue pieces 14 of the corresponding ejection levers 11, and the ejection levers 11 and the extraction plate 2 are locked.
Connect 1

In this embodiment, the slide plate member 1 is moved from the rotation fulcrum of the ejection lever 11.
The distance between the connecting point of 2 and the connecting point of the extraction plate 21 is in a 3: 1 relationship. However, for example, the relationship may be set to 2: 1.

Arm portions 23 are respectively provided at the left and right ends of the extraction plate 21 on the rear end side.
Of the housing plate member 2 protrudes toward the upper surface side of the housing plate member 2 through a notch hole 24 formed in the housing plate member 2, and the extraction plate 21
The bent portion 23a is formed so as to be uneven.
Thereby, each arm portion 23 of the extraction plate 21 is
The surface of the IC pack is directly contacted with and grounded.

Further, a hook-shaped engaging portion 25 which is bent at the tip of each arm portion 23 and engages with the socket-side end face at the front end face of the IC pack is formed. And
The ejection plate 21 is connected to the pin terminals 5 of the connector portion 6 by slidingly contacting the lower surface of the housing plate member 2 with the ejection lever 11 and slidingly operating in the insertion / extraction direction of the IC pack. Pull out the IC pack and scrape it towards the insertion port 4 side.

An operating body 30 made of an electrically insulating resin is attached to the slide plate member 12 for sliding the slide plate member 12 and for opening and closing a contact 31 of a so-called overlap switch. This operating body 30
A recess 32 having the size of a fingertip is formed on the outer surface thereof, and a side edge portion of a cutout portion 33 formed in the slide plate member 12 is fitted and guided inside the operating body 30. A guide base 35 having a groove 34 is provided.

That is, the notch 33 is formed in parallel along the B direction orthogonal to the sliding direction A of the slide plate member 12, and the parallel edge portion guides the operating body 30 in the B direction. Make up part.

Further, when the operating body 30 is moved to the right in FIG. 1 by the guide portion, the housing plate member 2 is raised downward beyond the rear end 38 of the one sliding guide 16a. It hits one end 37 of the strip-shaped plate portion 36 and is prevented from moving further. The rear end 38 of the sliding guide 16a is formed so as to be close to or in sliding contact with the side surface of the operating body 30, and the rear end 38 of the sliding guide 16a moves the operating body 30 by the guide portion in FIG. A stopper is configured to prevent the slide plate member 12 from moving in the direction of removal when moved to the right.

The operating body 30 is guided by the guide portion as shown in FIG.
When retracted to the left side shown in the figure, the operating body 30 hits the side surface of the other sliding guide 16b described above, and further sliding is blocked, and when the operating body 30 is in this position, the slide plate The slide plate member 12 can be slid by the operating body 30 without a stopper function in the extracting operation direction A of the member 12. However, the operating body 30 cannot be pushed inward because the left and right guide claws 15 hit the operating body 30.

With these configurations, however, when the operating body 30 is moved to the right side in FIG.
Is locked by the stopper, and cannot slide in the direction in which the slide plate member 12 is removed. Further, when the operating body is shifted to the left side in FIG. 1, the operating body 30 can move the slide plate member 12 in the direction for pulling out.

Further, the operating body 30 is provided between the slide plate member 12 and the base portion 35 of the operating body 30, as shown in FIG.
A first spring 39 is interposed as an elastic member for urging in a direction to move it to the right. This first spring 39
Constitutes a first urging means for urging the operating body 30 in a direction to move it to the right. In addition, the first spring 39
Is the raised central portion 41 of the slide plate member 12.
It is housed in a space between the housing plate member 2 and the lower surface of the housing plate member 2.

On the other hand, the contact 3 of the above-mentioned overlap switch
Reference numeral 1 generally comprises two contact pieces 31a and 31b which are in contact with each other, and is arranged on the slide center axis of the operating body 30. The operating body 3 is attached to the base portion 35 of the operating body 30.
0 is moved to the right in FIG.
A protrusion 42 that cuts in between a and 31b is provided. When the operating body 30 moves to the right in FIG. 1 and the projection 42 cuts into the contact pieces 31a and 31b of the contact 31, it turns off, and when the operating body 30 shifts to the left in FIG. 1, it turns on. It becomes the state of.

By the way, the slide plate member 12 of the ejection mechanism 8 is always urged toward the standby position in FIG. 1 by the second urging means described later. That is, the elastic wire is bent to form the second spring 46,
This second spring 46 allows the slide plate member 12
Is urged toward the connector portion 6.

The tongue piece 47 is formed by cutting and raising the central portion of the edge of the slide plate member 12 on the proximal side, and the tongue piece 47 and the left and right edges 48 are bent in opposite directions. Then, the tongue piece 47 and the left and right edges 48 extend over the second tongue piece 47.
Reference numeral 6 forms a hooking portion 49 for hooking by positioning the central portion.

Spiral loop portions 50a and 50b each having one or more turns are formed on both end portions of the second spring 46, respectively. In FIG. 1, the left loop portion 50a is right-handed and the right loop portion 50b is left-handed.
Further, in this embodiment, the number of turns of each loop portion 50a, 50b is approximately two. With this configuration, it can be compactly arranged.

Both ends of the second spring 46 are left and right supporting pieces 51 formed by cutting and raising a part of the housing plate member 2.
It is hooked on each of a and 51b. Support piece 51
Holes (not shown) are formed in a and 51b,
The ends of the second springs 46 are inserted into and locked by the holes.

The middle part of each loop part 50a, 50b is
Similarly, a guide piece 52 formed by bending a tongue piece formed by cutting and raising a part of the housing plate member 2 into a hook shape.
The a and 52b prevent the housing plate member 2 from being separated from the surface.

That is, the second spring 46 includes the hooking portion 49 of the slide plate member 12 and the left and right support pieces 51.
It is hooked on a, 51b and guide pieces 52a, 52b. The second spring 46 has a support piece 51 at both ends.
The spring 46 is supported by a and 51b, and the central portion of the spring 46 is hooked on the hooking portion 49 of the slide plate member 12 to urge the slide plate member 12 toward the standby position in FIG. That is, the second spring 46 urges the slide plate member 12 in the direction in which the IC pack is inserted.

In the connector device 1 having the above structure, I
When the C pack is attached to an electronic device, the IC pack is inserted into the storage space 7 through the insertion port 4, and the socket terminal of the IC pack is fitted to the pin terminal 5 of the connector section 6. In the process of inserting this IC pack, the front end surface of the IC pack engages with the locking claw 22 of the extraction plate 21,
The extraction plate 21 is pushed in and moved to the back.

Further, the ejection plate 11 is moved forward so that the ejection lever 11 is moved to the rotary shaft 1
The slide plate member 12 connected to the ejection lever 11 is also pushed forward as it is rotated about 0. The second spring 46 also follows the retaining portion 49 without being disengaged while being retained by the retaining portion 49.

When the IC pack reaches the position where the mounting is completed, the operating body 30 is moved by the urging force of the first spring 39.
It is automatically moved to the right side in FIG. 1 and becomes the state shown in FIG. That is, the operation body 30 is locked by the stopper mechanism, and therefore the extraction plate 21 cannot be moved in the ejection direction. Therefore, it is possible to prevent the ejection operation of the IC pack from being accidentally performed easily.

Further, in this locked state, the projection 42 on the base portion 35 of the operating body 30 is interrupted between the contact pieces 31a and 31b of the contact 31 of the above-mentioned interlock switch to be switched off. As a result, the computer body recognizes that the data can be read from the storage medium. In other words, it exerts the interleave switch function.

Next, when removing the IC pack, the operator's body 30 is moved to the left side in FIG. 1 against the urging force of the first spring 39 by inserting a finger from the lower side of the electronic equipment body. Perform the shift operation. Since this operation is performed against the biasing force of the first spring 39, it is a conscious operation. The operating body 30 is located between the sliding guides 16a and 16b,
The lock is released, and it can be moved in the extraction operation direction A. At the same time, the projection 42 of the operating body 30 that has been interrupted between the contact pieces 31a and 31b of the contact 31 is pulled out to be in a switch-on state, and the computer main body can be recognized as an extracted state.

Then, when the operating body 30 is slid forward, the slide plate member 12 slides in the ejecting operation direction together with it, and the ejecting plate 21 is retracted via the ejection lever 11 to eject the IC pack.

When the IC pack is pulled out, the slide plate member 12 moves toward the rear side on the connector portion 6 side by the urging force of the second spring 46, and is positioned at the end of the state shown in FIG. Body 30 has left and right guide claws 15
Stops and stops. After that, the urging force of the first spring 39 moves to the right.

Then, as in the case described above, the operating body 30 is in the locked state and cannot slide in the direction in which the slide plate member 12 is removed. That is, when the IC pack is pulled out, the slide plate member 12 and the operating body 30 are automatically returned to the standby position, and the contact 31 of the above-mentioned interlock switch is turned off.

When the IC pack is pulled out, the slide plate member 12, which is the moving member of the ejection mechanism 8, the operating body 30, etc., always returns to the standby position in FIG.
Wait for the C pack to be installed. There is no hindrance to the mounting of the IC pack due to the fact that the moving member of the ejection mechanism 8 is on the way. The feeling of wearing the IC pack is constant and there is no anxiety.

If the moving member of the ejection mechanism 8 is in the middle, the pushing force of the IC pack is applied when the IC pack is mounted, and the amount of force changes depending on the position of the moving member in the middle. Is different, which gives the user a sense of anxiety. In addition, there is a possibility that the user may mistakenly think that the IC pack is completely mounted during the mounting process, and the operation may be stopped in an insufficiently mounted state.

However, according to the configuration of this embodiment, the IC
Immediately after the pack is taken out, the slide plate member 12, which is a moving member of the ejection mechanism 8, and the operating body 3 are immediately removed.
0 always returns to the standby position in FIG. 1 and waits for the next IC pack to be mounted. Therefore, the moving member of the ejection mechanism 8, especially the slide plate member 12 is not present, so that the IC pack is not hindered from being mounted and the feeling of mounting the IC pack is not disturbed. Therefore, it is possible to prevent the user from feeling uneasy and prevent the user from being in an incompletely mounted state.

In addition, at both end portions of the second spring 46 for urging the housing plate member 2 toward the standby position, spiral loop portions 50a, 5 having one or more turns are provided.
0b is formed, the second spring 46 can be compactly arranged within the width of the housing plate member 2, and the elastic coefficient can be reduced so that the housing plate member 2 can be moved in the entire stroke with substantially the same force. it can.

On the other hand, in the connector device 1 having the above-described structure, the distance from the pivot of the ejection lever 11 to the connecting action points of the slide plate member 12 and the extraction plate 21 has a three-to-one relationship. Therefore, a so-called lever action works and the ejection operation can be performed lightly. Further, since the ejection mechanism 11 and the switch portion including the operation body 30 are arranged within the width of the housing plate member 2, the size reduction in the width direction can be achieved in particular. Further, the operating body 30 is provided downward,
The connector device 1 can be operated from the bottom side of an electronic device incorporating the same.

The present invention is not limited to the configuration of the above embodiment, but various modifications can be made without changing the gist of the invention. For example, a configuration may be adopted in which one ejection lever is provided and the ejection plate has such a length as to fully utilize the width of the housing plate member, and the slide plate member is arranged so as to be offset toward the front end side of the rotation of the ejection lever. It is a thing. A stopper in the pushing direction with respect to the slide plate member 12 serves as the operating body 30.
Instead of the guide claw 15 that is applied to the housing plate member 2, a cut-and-raised tongue piece may be provided on the housing plate member 2 and a slide plate member or an operating body may be applied thereto.

The second spring 46 for urging the slide plate member 12 of the ejection mechanism 8 may be a plate-shaped one, or may not be bent like the above-mentioned embodiment. Further, one end thereof may be engaged with the slide plate member 12, the other end thereof may be engaged with the housing plate member 2 side, and an intermediate portion thereof may be wound. The number of turns is not particularly limited. Alternatively, it may be bent in a zigzag shape without being wound.

Further, the present invention is particularly suitable for a laptop personal computer and the like, but is not limited to this. Further, as an information processing medium using this connector device, various types such as a memory card, an IC card, a floppy disk, and a hard desk can be applied.

[0055]

As described above, according to the present invention, the width of the connector device can be made compact without increasing the thickness of the connector device itself in spite of its relatively simple structure, and the information processing medium itself can be made compact. It is possible to provide a connector device for an information processing medium, which can be miniaturized and thinned as close as possible to the external width dimension. Also, the IC worn by the user
It is possible to recognize that data is being read from an information processing medium such as a pack, and it is possible to avoid erroneous operation of scratching the information processing medium as much as possible. Furthermore, the ejection operation can be performed lightly.

In particular, when the information processing medium is pulled out, the slide plate member or the operating body, which is the moving member of the ejection mechanism, is immediately returned to the standby position by the biasing means and waits for the next mounting. In addition, there is no hindrance to the mounting of the information processing medium and no difference in the feeling of mounting the information processing medium due to the moving member of the ejection mechanism being located in an unstable place on the way. Therefore, it is possible to prevent the user from feeling uneasy and possibly thinking that the uncompleted state is the completed state. That is, it can be expected that the operator can perform a reliable operation with peace of mind. When the biasing means uses an elastic wire which is formed by bending the intermediate portion, it can be compactly incorporated and its elastic coefficient can be reduced.

[Brief description of drawings]

FIG. 1 is a bottom view of a connector device according to an embodiment of the present invention.

FIG. 2 is a top view of the connector device according to the embodiment of the present invention.

3A is a side view of the connector device, and FIG. 3B is a front view of the connector device.

FIG. 4 is a conceptual configuration explanatory view of an ejection mechanism in the connector device according to the embodiment of the present invention.

[Explanation of symbols]

1 ... Connector device, 2 ... Housing plate member, 4 ...
Insertion port, 8 ... Ejection mechanism, 10 ... Rotating shaft, 11
... Ejection lever, 12 ... Slide plate member, 16a ... Sliding guide, 16b ... Sliding guide, 21 ...
Withdrawal plate, 23 ... Arm portion, 25 ... Hook-shaped engaging portion, 30
... operation body, 31 ... contact point, 33 ... notch part, 46 ... second spring, 49 ... latching part, 50a, 50b ... loop part, 51
a, 51b ... Support piece.

Claims (4)

[Scope of utility model registration request] 1. A housing plate member and a flat plate-shaped information processing medium, which are arranged in parallel with each other at opposite sides of the housing plate member with a space substantially equal to the width of the flat plate-shaped information processing medium to insert and remove the information processing medium. A pair of guide frame members for guiding in a direction, and a connection arranged at one end of the housing plate member opposite to the entrance for inserting the information processing medium and electrically connected to the information processing medium. A connector portion having a terminal, and an engagement portion provided on the housing plate member for engaging with the information processing medium electrically connected to the connector portion and removing the information processing medium, An extraction plate member that is slidable in a direction in which the information processing medium is inserted and removed, and a housing plate member that is rotatably supported by the housing plate member. An ejecting lever having a first connecting portion and a second connecting portion for connecting the removing plate member to an intermediate portion; and a first sliding lever provided on the housing plate member. A slide plate member connected to the connecting portion, and a slide plate member slidably provided in a direction different from the slide direction of the slide plate member along a guide portion formed on the slide plate member and arranged within the width of the housing plate member. And the operating body arranged within the width of the housing plate member, and moving the operating body in one direction by locking the operating body in the direction in which the slide plate member is removed. Of the slider plate member when the operating body is moved in the other direction. A stopper that allows the slide plate member to move in the direction in which the information processing medium is inserted, and a biasing unit that returns the slide plate member to the standby position. Connector device for information processing medium. 2. A further urging means for urging the operating body in a direction for moving the operating body in the one direction, the operating body being retracted to a position where the operating body is locked to the stopper at the standby position. The connector device for information processing medium according to claim 1. 3. The urging means comprises an elastic wire, and the elastic wire is installed between the slide plate member and the housing plate member side. Connector device for information processing medium. 4. An intermediate portion of an elastic wire constituting the biasing means is attached to the slide plate member, both ends of the elastic wire are bent in a spiral shape, and both ends of the elastic wire are formed on the housing plate member. The information processing medium connector device according to claim 1, wherein the connector device is attached to the side.