TW201605133A - Card insertion member - Google Patents

Abstract

The present invention relates to a card insertion member. The subject of this invention is to provide a card insertion member configured with a removal mechanism for enabling an excellent operability and a proper ejection amount of a suitable card-like body. A push rod (7) is provided with a push-off part (72) including an initial action point part (723) and a later action part (724). The initial action point part (723) is configured at one side of a push-in part (71) for initially contacting the rear part of a card-like body (3). When the card-like body (3) is inserted, the later action part (724) is configured at the top side and the rear side of the initial action point part (723) for being rotated with the push rod (7), so as to move toward the front side of the initial action point part (723), thereby contacting the rear part of the card-like body.

Description

Card plugin

The present invention relates to a card connector for connecting an IC card or a flash memory card or the like to an electronic device such as a mobile phone or a smart phone, and the like, which can be used to remove a card by a pusher operation. Card plugin.

Conventionally, in such a card insert, a take-up mechanism is provided, and a rotatable push rod is disposed on the inner side of the card insertion portion into which the card body such as the chuck is inserted, and is manually pushed into the side portion of the outer casing. The operation of the member causes the push rod to rotate about the rotation axis, and the chuck is pushed out at the other end of the push rod, and such a card insert is known (for example, refer to Patent Document 1).

As shown in FIG. 10, the take-out mechanism has a configuration in which the pressing force F1 caused by the human power is transmitted to the push rod 91 by the operating member 90, and is converted into a rotational motion about the rotation shaft 92 (rotational fulcrum), using the lever The principle is that the force F2 of the pushing direction acts on the chuck 93 from the other end of the rod.

Therefore, in such a card insert, the relationship between the pushing force F1 caused by the human power and the force F2 of the pushing direction, and the pushing amount of the operating member and the pushing amount caused by the push rod (the moving amount of the card body caused by the pushing force) The relationship is determined by the ratio dx=d1/d2 (hereinafter referred to as "rod split ratio"), where d1 is the distance between the position where the pushing force F1 is caused by the operating member 90 and the rotational axis (rotational fulcrum) ( Hereinafter, it is referred to as "the length of the pushed portion"), and d2 is the distance between the rotation axis (rotational fulcrum) and the point in contact with the trailing edge of the chuck (hereinafter referred to as "the length of the push-out portion").

In other words, when the length d2 of the push-out portion occupied by the entire push rod is reduced and the rod split ratio dx is relatively large, the card body can be pushed out with a small pressing force F1, but the unit push of the operation member is performed. The amount of push-out of the card-shaped body is reduced. On the other hand, when the length d2 of the push-out portion occupied by the entire distance of the push rod is increased, and the rod split ratio dx is relatively small, the card-shaped body per unit pushing amount of the operating member is increased. The amount of pushing is increased, but the necessary pressing force F1 for extracting the card body is increased.

On the other hand, in such a card insert, a locking mechanism is provided, and when the card body is inserted into the card insertion portion, the card body is not easily detached from the outer casing, and thus the card insert is also known, and when the card is taken out In the case of the body, the pushing force F2 exceeding the holding force of the locking mechanism is required.

[Patent Literature]

Patent Document 1: Japanese Patent Laid-Open No. Hei 10-50406

Therefore, in the above conventional card insert, the performance of the card take-up mechanism is greatly affected by the rod split ratio. If the necessary push-in force F1 for extracting the card body is prioritized, there is a shortage of the card-shaped body, and the card is insufficient. When the shape is difficult to take out, if the amount of pushing per unit pushing amount of the operating member is prioritized, there is a problem that the pushing force required for the taking-out operation is increased and the operability is impaired.

Further, the push-in force F1 necessary for extracting the card body and the push-out amount caused by the push-out portion have the above-described relationship, and therefore, it is difficult to make good operability and appropriate push-out amount of the card-shaped body suitable.

Accordingly, the present invention has been made in view of the problems of the prior art, and an object thereof is to provide a card insert having a take-out mechanism that makes good operability and an appropriate push-out amount of the card-shaped body suitable.

In order to solve the problems of the prior art as described above, and to achieve the desired object, the first aspect of the invention relates to a card insert comprising: a housing having a card insertion portion into which a card body is inserted; The card insertion portion is projectingly held by the outer casing; the push rod is rotatably disposed on the inner side of the card insertion portion; and an operating member for operating the push rod; and the one end side of the push rod is formed and operated a push-in portion that is in contact with the member, and a push-out portion that is in contact with the rear surface of the card-shaped body is formed on the other end side; and when the card-shaped body is inserted, the push-out portion is pushed in the width direction of the card insert by the operation member The push-in portion rotates the pusher, and the push-out portion urges the chuck in a pushing direction; wherein the push-out portion includes an initial action point portion and a late action portion, and the initial action point portion is disposed The push-in portion is initially in contact with the rear surface of the card body, and the late action portion is disposed on the distal end side and the rear side of the initial action point portion when the card body is inserted, and the pusher is rotated toward the rear side. The front side of the initial action point moves, and comes into contact with the face after the card body.

The invention according to the first aspect of the invention, characterized in that the ejecting portion has an inclined surface, and the inclined surface faces the tip end of the initial action point portion when the card body is inserted The rear side is inclined, and the inclined surface forms the above-described late action portion.

The invention according to the first aspect or the second aspect, wherein the pusher is formed such that the push-in portion and the push-out portion are mutually curved. "".

The invention according to any one of the items 1 to 3, wherein the operation member includes a pushing operation portion that is arranged in parallel with the push in the distal end width direction. a long stroke operation portion that contacts the distal end side of the inlet portion and a short stroke operation portion that is in contact with the push-out portion side of the pushed-in portion, the short stroke operation portion is biased toward the push-out portion side as compared with the long stroke operation portion Configuration.

According to a fourth aspect of the invention, the push operation unit is configured such that the long stroke operation unit and the short stroke operation unit form a segment shape in a front-rear direction.

The effect of the present invention is as follows: the card insert of the present invention includes, as described above, a housing having a card insertion portion into which a card body is inserted, and a plurality of contacts that are protrudedly held in the card insertion portion from the housing; a rotatably disposed rear side of the card insertion portion; and an operating member for operating the push rod; and a push-in portion that is in contact with the operating member on one end side of the push rod, and is formed on the other end side a pushing portion that is in contact with the face after the card body; When the card body is inserted, the push-out portion pushes the push-in portion by the operation member toward the card insertion width direction, so that the pusher rotates, and the push-out portion pushes the chuck in the push-out direction; the card The insertion portion includes an initial action point portion and a late action portion, wherein the initial action point portion is disposed on the pushed portion side, and is in initial contact with the back surface portion of the card body, and the late action portion is on the card body At the time of insertion, it is disposed on the distal end side and the rear side of the initial action point portion, and moves toward the front side of the initial action point portion in accordance with the rotation of the push rod, and comes into contact with the face after the card body.

Thereby, since the rod division ratio is switched in the initial stage of the take-out operation and thereafter, the maximum pushing force is obtained with a small pushing force in the initial stage of the locking state, and thereafter, the card body can be obtained with a small pushing amount. The amount of introduction can make good operability and appropriate amount of card-shaped body to be pushed out.

Further, in the present invention, the push-out portion has an inclined surface, and when the card-shaped body is inserted, the inclined surface is inclined toward the rear end side at the distal end side of the initial action point portion, and the inclined surface forms the late action portion. The position of contact with the card body, that is, the action point of the force for ejecting the card body, smoothly moves to the tip end side of the push-out portion.

Further, in the present invention, the pusher is formed such that the push-in portion and the push-out portion are mutually curved. The shape of the word can appropriately switch the position at which the operating member of the push-in portion contacts.

Further, in the present invention, the operation member includes a push-in operation portion that is provided with a long-stroke operation portion that is in contact with the distal end side of the pushed-in portion in the distal end width direction, and the above-described The short stroke operation portion that is in contact with the push-out portion of the push-in portion is disposed such that the short-stroke operation portion is disposed closer to the push-out portion than the long-stroke operation portion, and can be switched at an initial stage of the card take-out operation and thereafter. The distance between the position where the operating member of the push-in portion contacts and the center of rotation.

Further, in the present invention, the push-in operation portion is formed such that the long-stroke operation portion and the short-stroke operation portion are formed in a segment shape in the front-rear direction, so that the position at which the push-in portion and the operation member come into contact can be easily moved.

1‧‧‧ card

2‧‧‧ card plugin

3‧‧‧ chuck

31‧‧‧ disk body

311‧‧‧ bulging

32‧‧‧ front cover

321‧‧‧ Cover body

322‧‧‧Connecting Department

324‧‧ ‧ pin insertion through hole

33‧‧‧ Card Storage Department

34‧‧‧Recession recess

35‧‧‧Operational sales

4‧‧‧ Shell

41‧‧‧ card insertion department

42‧‧‧Shell body

421‧‧‧Bottom plate

422‧‧‧ Sidewall

423‧‧‧Back wall

424‧‧‧ rod storage department

425‧‧‧Operating parts holding unit

43‧‧‧Shield

431‧‧‧Top Board

432‧‧‧ Side panel

433‧‧‧ Rear end plate

434‧‧‧ Guide slot

5‧‧‧Contacts

51‧‧‧Flexible contact parts

511‧‧‧Contacts

6‧‧‧Axis convex

7‧‧‧Put

71‧‧‧ pushed into the department

72‧‧‧Exporting Department

723‧‧‧ initial point of action

724‧‧‧ Late Action Department

73‧‧‧Bend

74‧‧‧guided projection

8‧‧‧Operating parts

81‧‧‧Pushing Department

82‧‧‧Pushing into the operation department

821‧‧‧Long stroke operation department

822‧‧‧Short-stroke operation department

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an example of a card insert of the present invention.

Fig. 2 is an exploded perspective view showing the state of the chuck of Fig. 1.

Figure 3 is an exploded perspective view of the outer casing of Figure 1.

Figure 4 is a plan view showing the housing body of Figure 3.

Fig. 5(a) is a plan view showing the pusher of Fig. 4, and Fig. 5(b) is a front view thereof.

Fig. 6 is a view for explaining a pusher operation, and is a plan view showing a top plate portion of the shield case removed when the chuck is inserted.

Fig. 7 is a partially enlarged plan view showing a push rod housing portion thereof.

Fig. 8 is a view for explaining a pusher operation, and is a plan view showing a top plate portion of the shield case removed when the chuck is taken out.

Fig. 9 is a partially enlarged plan view showing a push rod housing portion thereof.

Fig. 10 is a partially enlarged plan view showing a state in which a shield cover of a conventional disk tray is removed.

Hereinafter, an embodiment of the card insert of the present invention will be described with reference to the embodiment shown in Figs. 1 to 9, in which the reference numeral 1 is a card such as an IC card, and the reference numeral 2 is a card insert. Further, in the present embodiment, the front side and the rear side of the card body insertion/extraction direction will be described later.

Further, the card body includes a card or an adapter in addition to a card unit such as an IC card or a flash memory card. In the present embodiment, the card 3 that can accommodate the card 1 is used as a card. An example of a body is explained.

The card insert 2 includes a case 4 having a card insertion portion 41 into which a card body of the chuck 3 or the like is inserted, and a plurality of contacts 5, 5, ... which are held by the card insertion portion 41 so as to be protruded from the case 4, by The chuck 3 is inserted into the card insertion portion 41, and the respective contacts 5, 5, ... are in contact with respective signal connection connection regions (pads, not shown) formed on the surface of the card 1 housed on the cartridge 3. The card 1 is electrically connected to the mounting substrate on which the connector is mounted.

Further, the card insert 2 includes a disk take-out mechanism provided with a push rod 7 rotatably disposed on the inner side of the card insertion portion 41, and an operating member 8 for operating the push rod 7, by causing the push rod 7 The rotation of the convex portion 6 around the shaft causes the chuck 3 to be pushed out at the other end of the push rod 7.

As shown in FIG. 3 and FIG. 4, the outer casing 4 is formed by assembling a casing main body 42 having a bottom plate portion 421 made of an insulating synthetic resin and a shield cover 43 made of a conductive metal. The hollow box shape that opens toward the front side allows the card-shaped body such as the chuck 3 to enter and exit from the front opening.

The outer casing main body 42 includes a bottom plate portion 421 constituting a bottom plate portion of the outer casing 4, side wall portions 422a and 422b which are formed up from both side edges of the bottom plate portion 421, and a rear wall portion 423 which is shaped from the rear edge of the bottom plate portion 421. The bottom plate portion 421, the two side wall portions 422a and 422b, and the rear wall portion 423 form a card insertion portion 41 having a concave shape on the upper surface side, the upper surface of which is covered by the top plate portion 431 of the shield case 43, and the chuck 3 is inserted into the top plate portion 431 and Between the bottom plate portions 421.

The plurality of contacts 5, 5, ... are formed by punching and bending a conductive metal plate, and the contacts 5, 5, ... are fitted into the bottom plate portion 421 of the case body 42 by insert molding. The elastic contact piece portion 51 of each of the contacts 5, 5, ... protrudes into the card insertion portion 41, and the contact point 511 at the front end of the elastic contact piece portion 51 comes into contact with the corresponding connection portion of the card 1.

Further, the case main body 42 is provided with a rod accommodating portion 424 which is disposed on one side of the inner side of the card insertion portion 41, and is provided inside the one side wall portion 422a so as to be able to maintain a rod shape in the disk insertion/extraction direction. The operation member holding portion 425 in which the operation member 8 is slidably moved, the push rod 7 can be accommodated in the lever housing portion 424 in a rotational motion, and the lever-shaped operation member 8 can be accommodated in the operation member holding portion 425 in the front-rear direction.

As shown in FIG. 5, the pusher 7 has a push-in portion 71 that is in contact with the operation member 8 on one end side, and a push-out portion 72 that is in contact with the face portion 36 after the chuck 3 on the other end side, when the card body is inserted, Keeping the push-out portion 72 toward the width direction of the card insert, the push-in portion 71 is pushed in by moving the operation member 8 in the push-in direction, and the push rod 7 is in a convex portion with respect to the shaft protruding from the top plate portion 431 of the outer casing 4. 6 is rotated about the shaft by the convex portion 6 in a state in which the rear side abuts.

Further, the push rod 7 is formed in a shape in which the push-in portion 71 and the push-out portion 72 are bent at a desired angle with each other, and are "in a plan view". In the shape of a word, a curved portion 73 is formed on the front side thereof, and the curved portion 73 abuts against the rear side of the outer peripheral surface of the shaft convex portion 6, and serves as a fulcrum at the time of rotation.

The push rod 7 is integrally formed by press working a metal plate material, and the push-in portion 71 and the push-out portion 72 are respectively formed of a flat upper panel and an operation panel that is bent vertically downward from the front side edge of the upper panel. Panel composition "word, and with" The shape is curved and matched, and the curved portion 73 is formed on the operation panel.

The push-out portion 72 includes an initial action point portion 723 disposed on the push-in portion side, and a rear end side action portion 724 disposed on the distal end side of the initial action point portion 723 when the card-shaped body is inserted, and the initial action point portion 723 is The state in which the card body is inserted toward the width of the card insert, With the turning operation, the face portion 36 is brought into contact with the chuck 3, and the late action portion 724 moves toward the front side of the initial action point portion 723 along with the rotation of the push rod 7, and comes into contact with the face portion 36 after the chuck 3.

The push-out portion 72 is provided on the front side with a flat surface that is substantially parallel to the rear end surface of the card body when the card body is inserted, and an inclined surface that is inclined toward the rear end from the top end of the flat surface, on the flat surface. The initial action point portion 723 is disposed in the vicinity of the top side terminal, and the inclined surface forms a late action portion 724. The inclined surface is formed in an arc shape that bulges toward the front side.

In other words, when the push-out portion 72 starts to rotate, as shown in FIG. 7, initially, the push-out portion length d2 is short, and the initial action point portion 723 comes into contact with the face portion 36 after the chuck 3, and becomes a function point when the chuck 3 is pushed out. As shown in Fig. 9, as the pusher 7 rotates, the late action portion 724 moves to the front side of the initial action point portion 723, the initial action point portion 723 is separated from the face portion 36 after the chuck 3, and the push-out portion length d2 is long. The 724 is in contact with the face 36 after the chuck 3, and the action point of the force pushing the chuck 3 is switched to the late action portion 724.

Further, since the inclined surface forms the late action portion 724, the action point moves toward the distal end side on the late action portion 724 as the rotation progresses.

The pushed-in portion 71 is configured to extend obliquely forward from the base end of the push-out portion 72. When the card-shaped body is inserted, the top end of the action face, that is, the most distal end from the center of rotation is located closest to the top end of the operating member 8 (post end).

As shown in FIG. 6, the pusher 7 is placed on the rear wall portion 423, and the rear surface of the operation panel of the push rod 7 is placed inside the inner surface of the rear wall portion 423. In the portion 424, the curved portion 73 abuts against the rear side of the outer peripheral surface of the shaft convex portion 6.

Further, when the push rod 7 is rotated, the rear wall portion 423 does not hinder the action of the push rod 7 because the upper portion of the push-in portion 71 moves to cover the position of the rear wall portion 423.

Further, in the push rod 7, the guided projection portion 74 is formed by cutting the upper panel.

The operation member 8 is formed in a rod shape that is long in the front-rear direction, and integrally forms the pressed portion 81 that is curved outward in the distal end portion, and is provided with a pushing action in contact with the pushed portion 71 of the push rod 7 at the rear end portion. Part 82.

The push-in operation portion 82 has a long-stroke operation portion 821 that is in contact with the distal end side of the pushed-in portion 71 and a short-stroke operation portion that is in contact with the push-out portion side of the push-in portion 71 in the card insertion width direction. 822, the short stroke operation portion 822 is made to be larger than the long stroke operation portion 821 It is placed on the side of the push-out side.

In the present embodiment, the long stroke operation portion 821 and the short stroke operation portion 822 are formed in a segment shape in the front-rear direction, and the long stroke operation portion 821 is caused to protrude rearward from the long stroke operation portion 822, and is in contact with the long stroke operation portion 821. The short stroke operation portion 822 is disposed on the side of the push-out portion, that is, on the side closer to the center of rotation.

Therefore, when the operation member 8 is pushed in the card insertion/extraction direction, first, as shown in Fig. 7, the long stroke operation portion 821 comes into contact with the distal end of the pushed portion 71, and if the operation member 8 is further pushed, the push rod 7 rotates. As shown in FIG. 9, the distal end of the pushed-in portion 71 is separated from the long-stroke operation portion 821, and the short-stroke operation portion 822 is brought into contact with the push-out portion side of the pushed-in portion.

The shield case 43 is integrally formed by press working a conductive metal plate material, and includes a flat top plate portion 431, side plate portions 432 and 432 which are vertically curved from the side edges of the top plate portion 431, and vertical from the rear edge of the top plate portion 431. The end plate portion 433 is bent.

In the top plate portion 431, a shaft projection 6 that protrudes downward is integrally formed at a position suitable for the housing portion of the push rod 7 at the rear portion, and the shield cover 43 is assembled with the housing main body 42 to insert the shaft projection 6 On the front side of the push rod 7, the curved portion 73 of the push rod 7 abuts against the outer peripheral surface of the shaft convex portion 6.

The shaft convex portion 6 is formed into a cylindrical shape projecting downward from the top plate portion 431 by deep drawing of the metal plate material constituting the top plate portion 431, and the height from the inner surface of the top plate portion 431 to the surface of the protruding end 61 (axial height) It is formed to be shorter than the distance between the top plate portion 431 and the bottom plate portion 421, that is, the height of the card insertion portion 41.

Further, in the top plate portion 431, a guide groove 434 which is concentric with the shaft convex portion 6 is formed around the shaft convex portion 6, and the guided projection portion 74 which protrudes to the upper surface of the push rod 7 is The guide groove 434 is guided, and the push rod 7 is not detached from the revolving orbit of the convex portion 6 around the shaft.

As shown in FIG. 2, the chuck 3 includes a disk body 31 that houses the card 1 and a front cover portion 32 that is flange-shaped and fixed to the front end portion of the disk body 31.

The disk main body 31 is formed in a flat plate shape from an insulating synthetic resin material, and is provided with a card-shaped storage portion 33 having a rectangular hole shape penetrating in the thickness direction of the card 1 from one side.

Further, the disk main body 31 is provided with a fall prevention means for preventing the disk main body 31 from coming off the card insertion portion 41 when inserted into the card insertion portion 41 of the outer casing 4.

The form of the fall prevention means is not particularly limited, and is, for example, in the present embodiment, The surface of the disk main body 31 is provided with bulging portions 311 and 311 which are bulged in the thickness direction of the disk main body 31, and the bulging portions 311 and 311 are embedded in the top plate portion 431 of the card insertion portion 41 at a desired position. In combination, the disc body 31 is prevented from falling off relative to the card insertion portion 41.

The card accommodating portion 33 is formed in a rectangular hole shape matching the shape of the card 1, and has a card supporting portion (not shown) projecting inward at the inner side edge portion of the bottom side, by causing the side edges of the card 1 The card support unit can store the card 1 in a state in which the connection portion for signal transmission is exposed to the bottom side.

Further, in the disk main body 31, the avoiding concave portion 34 is formed at a position corresponding to the shaft convex portion 6 at the rear portion, and when the chuck 3 (the disk main body 31) is inserted into the card insertion portion 41, the shaft convex portion is formed. 6 The avoidance recess 34 is avoided, and the space occupied by the shaft projection 6 in the outer casing 4 and the space occupied by the chuck 3 in the outer casing 4 are overlapped.

The front cover portion 32 is formed such that a pin insertion opening 324 that opens toward the disk toward the front surface is inserted continuously from the position of the operation member 8, and the operation pin 35 is movably accommodated in the disk insertion/extraction direction. The pin is inserted into the through hole 324.

In the card insert 2 thus constructed, in the initial stage of the cartridge body 3 being locked to the outer casing 4, the most labor-intensive take-out operation, as shown in Fig. 7, the position of the operating member 8 in contact with the pushed-in portion 71 is rotated. The distance between the centers, that is, the length d1 of the push-in portion is the longest, and the distance between the center of rotation and the action point of the push-out chuck 3, that is, the state in which the length d2 of the push-out portion is the shortest, the rod split ratio dx=d1/d2 becomes relatively large. The necessary pushing force F2 can be obtained with a small pushing force F1.

On the other hand, when the operating member 8 is pushed in and the pusher 7 is further rotated, the card body 3 is moved in the push-out direction and is separated from the locked state with respect to the outer casing 4.

Further, as the pusher 7 rotates, the position of the push-out portion 72 in contact with the chuck 3, that is, the action point of the push-out chuck 3 moves from the initial action point portion 723 to the late action portion 724, and further, as the push rod 7 rotates The movement is moved to the distal end side of the late action portion 724, and the push-out portion length d2 is sequentially lengthened.

In other words, after the chuck 3 is disengaged from the locked state of the outer casing 4, the amount of pushing of the chuck 3 can be ensured by switching to the excellent rod division ratio dx while ensuring the relative ejection amount.

When the operating member 8 is further pushed in and the pusher 7 is rotated, as shown in FIG. 9, the long stroke operation portion 821 is separated from the distal end of the pushed portion 71, and the short stroke operation portion 822 and the push portion of the pushed portion 71 are pushed out. With the side contact, the length d1 of the pushed-out portion becomes shorter, and therefore, the rod split ratio becomes smaller, The push amount of the push rod per unit pushing amount of the operating member becomes large.

The shape of the push-in operation portion 82 is not limited to the above-described embodiment. For example, the rear end of the push-in operation portion may be formed to be inclined from the outer side in the card insert width direction to the inner rear side, so that the long stroke operation portion 821 and the short stroke are provided. The operation portion 822 is continuous in the oblique direction, and the long stroke operation portion 821 and the short stroke operation portion 822 may have a shape continuous in the width direction so as to protrude forward on the push-out portion side of the pushed-in portion of the push rod. section.

Further, in the present embodiment, a configuration is described in which the shaft convex portion abuts against the front surface side of the push rod to rotate the push rod around the shaft convex portion. However, the push rod may be provided with a shaft hole so that it can be provided. Rotatingly supported on the rotating shaft.

1‧‧‧ card

2‧‧‧ card plugin

3‧‧‧ chuck

31‧‧‧ disk body

311‧‧‧ bulging

32‧‧‧ front cover

33‧‧‧ Card Storage Department

34‧‧‧Recession recess

35‧‧‧Operational sales

41‧‧‧ card insertion department

423‧‧‧Back wall

6‧‧‧Axis convex

7‧‧‧Put

71‧‧‧ pushed into the department

72‧‧‧Exporting Department

73‧‧‧Bend

8‧‧‧Operating parts

81‧‧‧Pushing Department

Claims (5)

A card insert comprising: a housing having a card insertion portion into which a card body is inserted; a plurality of contacts protrudingly held in the housing in the card insertion portion; and a push rod rotatably disposed on a back side of the card insertion portion And an operating member for operating the push rod; forming a push-in portion in contact with the operating member on one end side of the push rod, and forming a push-out portion in contact with the rear face portion of the card-shaped body on the other end side; When the card body is inserted, the push-out portion pushes the push-in portion by the operation member toward the card insertion width direction, so that the push rod rotates, and the push-out portion urges the chuck in the push-out direction; The push-out portion includes an initial action point portion that is disposed on the push-in portion side and is initially in contact with the rear face portion of the card-shaped body, and the late action portion is disposed when the card-shaped body is inserted. The front end side of the initial action point portion and the rear side are moved toward the front side of the initial action point portion in accordance with the rotation of the push rod, and are in contact with the face after the card body The card insert according to claim 1, wherein the push-out portion has an inclined surface, and when the card-shaped body is inserted, the inclined surface is inclined toward a rear end side at a distal end side of the initial action point portion. The inclined surface forms the above-described late action portion. The card insert according to the first or second aspect of the invention, wherein the pusher is formed such that the push-in portion and the push-out portion are mutually curved. "". The card insert according to any one of claims 1 to 3, wherein the operation member includes a push-in operation portion that is juxtaposed with the pushed portion in the width direction of the tip end. The long stroke operation portion of the top side contact, and the introduction of the pushed portion The short stroke operation portion that is in contact with the side portion is disposed such that the short stroke operation portion is disposed closer to the push-out portion than the long stroke operation portion. The card insert according to claim 5, wherein the push-in operation portion is formed such that the long-stroke operation portion and the short-stroke operation portion are formed in a segment shape in the front-rear direction.