JP2017191790A - connector - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a connector having good workability, enabling an FPC 40 or FFC to securely press a contacting part 22 of a contact 14 with a slider 16 without damaging strength, specifications, etc. of each part, and enabling a narrow pitch and a low profile.SOLUTION: The connector includes an elastic part 34 and a fulcrum part 32 that are disposed between a contacting part 22 and a connection part 24 of the contact 14. The contacting part 22, the elastic part 34, the fulcrum part 32 and the connection part 24 are arranged in a substantial crank shape. The connector further includes a pressure reception part 20 extending from the elastic part 34 at a position opposite to the connection part 24, and also a pressing part 36 communicating with a slider 16 in the longitudinal direction. The pressing part 36 rotatably mounts the slider 16 on a housing 12 between the connection part 22 of the contact 14 and the pressure reception part 20, thereby achieving the low profile.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a connector used in a mobile phone, a notebook computer, a digital camera, and the like, and more particularly to a mechanism for pressing a contact against a flexible printed circuit board (hereinafter referred to as “FPC”) or a flexible flat cable (hereinafter referred to as “FFC”). Is.

  A connector used for a cellular phone, a CCD camera, etc. is a narrow pitch and extremely thin (so-called light thin short), and is mainly composed of a housing, a contact, and a slider, and the housing and the slider sandwich the FPC or FFC. It is. There are various methods for holding the FPC or FFC between the housing and the slider. However, there are many methods in which the slider is inserted after the FPC or FFC is inserted into the housing and the FPC or FFC is pressed against the contact.

  The housing is provided with a required number of insertion holes into which contacts are inserted and a fitting port into which an FPC or FFC is inserted.

  The contact 64 is substantially U-shaped as shown in FIG. 8, and is mainly composed of a contact portion 22 that contacts the FPC 40 or FFC, a connection portion 24 connected to a substrate or the like, and a fixed portion 42 fixed to the housing 62. Has been. The contact 64 is fixed to the housing 62 by press fitting or the like.

  For example, the slider 66 has a substantially wedge shape as shown in FIG. 8, and after inserting the FPC 40 or FFC into the housing 62 in which the required number of contacts 64 are arranged, the slider 66 is inserted. The slider 66 includes a mounting portion 74 that is mainly mounted on the housing 62 and a pressing portion 68 that presses the FPC 40 or FFC against the contact portion 22 of the contact 64. Before the FPC 40 or FFC is inserted, the slider 66 is temporarily attached to the housing 62. When the slider 66 is inserted after the FPC 40 or FFC is inserted, the FPC 40 or FPC is inserted as shown in FIG. The pressing portion 68 of the slider 66 is inserted in parallel with the FFC, and the FPC 40 or FFC is pressed against the contact portion 22 of the contact 64.

  In recent years, this type of connector 60 has been increasingly required to have a lower profile, but the connector 60 having the above-described structure has six layers (both sides in the thickness direction of the housing 62) as shown in FIG. The thickness of the contact portion 22 of the contact 64 and the receiving portion 70, the thickness of the pressing portion 68 of the slider 66, and the thickness of the FPC 40 or FFC). Considering the low profile, the receiving part 70 of the contact 64 is omitted, and five layers (the walls on both sides in the thickness direction of the housing 62, the thickness of the contact part 22 of the contact 64, the thickness of the pressing part 68 of the slider 66, The thickness of the FPC 40 or the FFC) can be made, but there is a problem to be solved such that the height cannot be lowered any more due to the strength and specifications of each part.

  Further, in the connector 60 having the structure as described above, the FPC 40 or FFC is inserted and the contact portion 22 of the contact 64 is pressed against the FPC 40 or FFC only on the fitting port 18 side of the housing 62, so the connector is small. There is also the problem that workability becomes worse the more it becomes.

  Furthermore, when it is required to narrow the pitch of the connector 60, if the contacts 64 are inserted from one direction as in the conventional structure, there is a limit to narrowing the connector.

  The present invention has been made in view of such conventional problems, and the FPC 40 or the FFC is reliably pressed against the contact portion 22 of the contact 14 by the slider 16 without impairing the strength and specifications of each part. Therefore, it is intended to provide a connector that can be manufactured, has good workability, and can reduce the pitch and reduce the height.

  The low profile for the above purpose is a connector 10 that is detachably fitted to the FPC 40 or FFC, and has a required number of contacts 14 having contact portions 22 that contact the FPC 40 or the FFC, and the contacts 14 hold The contact portion of the contact 14 in the connector 10 including the housing 12 having the fitting port 18 into which the FPC 40 or the FFC is inserted and the slider 16 that presses the FPC 40 or the FFC against the contact 14. An elastic part 34 and a fulcrum part 32 between the contact part 22 and the connection part 24, the contact part 22, the elastic part 34, the fulcrum part 32 and the connection part 24 are arranged in a substantially crank shape, and A pressing portion 20 extending from the elastic portion 34 is provided at a position facing the connecting portion 24, and the slider 1 By providing a pressing portion 36 continuously provided in the longitudinal direction, the pressing portion 36 is mounted on the housing 12 so as to be rotatable between the connection portion 22 of the contact 14 and the pressing portion 20. Can be achieved.

  The above-mentioned purpose of lowering the back and narrowing the pitch is a connector 101 that is detachably fitted to the FPC 40 or FFC, and has a required number of contacts 14 and 142 having contact portions 22 that contact the FPC 40 or the FFC. And a housing 121 having a fitting port 18 into which the contacts 14 and 142 are held and fixed and the FPC or the FFC is inserted, and a slider 161 that presses the FPC 40 or the FFC against the contacts 14 and 142. In the connector 101 provided, two types of contacts 14 and 142 are arranged in a staggered manner, and one contact 14 is provided with an elastic portion 34 and a fulcrum portion 32 between the contact portion 22 and the connection portion 24 and the contact portion. 22, the elastic portion 34, the fulcrum portion 32, and the connection portion 24 are arranged in a substantially crank shape. The pressing portion 20 extending from the elastic portion 34 is provided at a position facing the connection portion 24, and the elastic portion 34 and the fulcrum between the contact portion 22 and the connection portion 24 are provided on the other contact 142. The contact portion 22, the elastic portion 34, the fulcrum portion 32, and the connection portion 24 are arranged in a substantially U shape and extend from the elastic portion 34 in the opposite direction to the contact portion 22. A pressing portion 20 is provided, and a pressing portion 36 provided in the longitudinal direction is provided on the slider 161, and the pressing portion 36 is between the connection portion 24 of one contact 14 and the pressing portion 20 and the other. This can be achieved by mounting the slider 161 to the housing 121 so as to be rotatable between the holding portion 20 of the contact 142 and the housing 121.

  Protruding portion 26 is provided at the tip of pressing portion 20 of one or the other of contacts 14 and 142 so that pressing portion 36 of slider 161 does not move toward connecting portion 24 of one of contacts 14. desirable. By providing the protruding portion 26 in this manner, when the pressing portion 36 of the slider 161 is rotated between the pressing portion 20 of the contact 14 and the connecting portion 24, the repulsive force against the rotation of the slider 161 is strong. It is possible to prevent the center portion of the slider 161 from bulging in the direction of the arrow “C” in FIG.

  In addition, it is preferable that the shape of the pressing portion 36 of the sliders 16 and 161 is an elongated shape. For example, it may be oval. By adopting such an elongated shape, when the sliders 16 and 161 are rotated, the pressing portions 20 of the contacts 14, 141 and 142 are surely pushed upward, and the contact portions 22 can be easily moved to the FPC 40 or FFC. Can be contacted.

  The sliders 16 and 161 are preferably provided with locking holes 30 that engage with the protrusions 26 of the required number of the contacts 14, 141, and 142, and the locking holes 30 are made independent. Thus, by making the said locking hole 30 independent independently, the said sliders 16 and 161 can be rotated firmly and reliably.

  Further, a contact portion 22 that contacts the FPC 40 or FFC is also provided in a direction extending from the fulcrum portion 32 of the one contact 142. Thus, by providing the contact portions 22 on both sides in a direction perpendicular to the insertion direction of the FPC 40 or FFC, the FPC 40 or FFC is sandwiched between the contact portions 22 and 22, and the FPC 40 or FFC is securely connected to the FPC 40 or FFC. You can touch.

  Furthermore, a contact portion 22 that contacts the FPC 40 or FFC is provided between the fulcrum portion 32 and the connection portion 24 of the other contact 142. Thus, by providing the contact portions 22 on both sides in a direction perpendicular to the insertion direction of the FPC 40 or FFC, the FPC 40 or FFC is sandwiched between the contact portions 22 and 22, and the FPC 40 or FFC is securely connected to the FPC 40 or FFC. You can touch.

  An extension part 44 extending from the fulcrum part 32 of the other contact 142 in the direction opposite to the connection part 24 is provided, and the pressing part 36 of the slider 161 is located between the extension part 44 and the pressing part 20. The slider 161 is mounted on the housing 121 so as to be freely rotatable. By providing the extended portion 44 as described above and rotating the slider 161 between the extended portion 44 and the pressing portion 20, the contact portion of the other contact 142 is more reliably rotated. 22 can be pressed against the FPC 40 or FFC.

After the FPC 40 or FFC is inserted into the fitting port 18 of the housing 12, 121, the pressing portion 36 of the slider 16, 161 is connected to the connecting portion 24, the pressing portion 36 of the one contact 14, and the other of the above-described one. When rotating between the pressing portion 20 of the contact 142 and the extending portion 44, the pressing portion 20 is pushed up by the pressing portion 36, and the fulcrum portion 32 of both the contacts 14, 142 is used as a fulcrum. When the elastic part 34 of the contacts 14 and 142 is inclined toward the contact part 24 side, the contact part 22 is pressed toward the FPC 40 or FFC side.

(A) It is a perspective view of the connector of this invention seen from the fitting port side of the state which the slider opened. (B) It is the perspective view of the connector of this invention seen from the connection part side in the state where the slider opened. (A) It is a perspective view of the connector of this invention cut | disconnected by the contact part with the state which the slider opened. (B) It is a perspective view of the connector of this invention cut | disconnected by the contact part with the state which inserted FPC and the slider closed. It is a perspective view of a slider. (A) It is a perspective view of a contact with two contact parts. (B) It is a perspective view of another contact which has one contact part. It is a perspective view of another connector. (A) It is a perspective view of another connector of this invention cut | disconnected by the other contact part of the state in which the slider was open. (B) It is a perspective view of another connector of this invention cut | disconnected by the other contact part of the state which FPC was inserted and the slider closed. It is a perspective view of the conventional connector seen from the fitting port side before a slider is inserted. (A) It is a perspective view of the conventional connector cut | disconnected by a certain contact part before a slider is inserted. (B) It is a perspective view of the conventional connector cut | disconnected by the contact part with the state in which FPC was inserted and the slider was inserted.

An embodiment of the connector of the present invention will be described with reference to FIGS.
FIG. 1A is a perspective view of the connector of the present invention viewed from the fitting port side in a state where the slider is open, and FIG. 1B is a perspective view of the connector of the present invention viewed from the connection portion side in the state where the slider is open. is there. FIG. 2A is a perspective view of the connector of the present invention cut at the contact portion with the slider opened, and FIG. 2B is the present invention cut at the contact portion with the FPC inserted and the slider closed. It is a perspective view of the connector. FIG. 3 is a perspective view of the slider. 4A is a perspective view of a contact having one contact portion, and FIG. 4B is a perspective view of another contact having two contact portions.

  The connector of the present invention mainly includes a housing, a slider, and a contact.

The components of the connector of the present invention will be described with reference to the drawings.
First, the contact that is the point of the present invention will be described. This contact is made of metal and is manufactured by a known press working. The material of the contact is required to be springy or conductive, and examples thereof include brass, beryllium copper, and phosphor bronze.

  The contact 14 has a substantially inverted H shape as shown in FIG. 4A, and mainly has a contact portion 22 that contacts the FPC 40 or FFC, a connection portion 24 connected to the substrate, and a fixing portion fixed to the housing 12. 42, the elastic portion 34 and the fulcrum portion 32 provided between the contact portion 22 and the connection portion 24, and the support portion 20 and the fulcrum extended from the elastic portion 34 at a position facing the connection portion 24. Another contact portion 22 that contacts the FPC 40 or FFC is also provided in a direction extending from the portion 32. The contact portion 22 on the upper side (the upper side in FIG. 2A), the elastic portion 34, the fulcrum portion 32, and the connection portion 24 are arranged in a substantially crank shape. The contact portion 22 has a convex shape so that it can easily come into contact with the FPC 40 or FFC. In the present embodiment, the connection portion 24 is a surface mount type (SMT) as shown in FIG. good. That is, the two contact portions 22 and 22 are provided so as to sandwich the FPC 40 or the FFC. By providing the contact portions 22 on both sides in a direction perpendicular to the FPC 40 or FFC insertion direction, the FPC 40 or FFC is sandwiched between the two contact portions 22 and 22 and reliably contacts the FPC 40 or FFC. become able to.

  The fulcrum part 32, the elastic part 34, and the pressing part 20 are parts for performing the following actions when the FPC 40 or FFC is inserted. After the FPC 40 or FFC is inserted into the fitting port 18 of the housing 12, the pressing portion 36 of the slider 16 rotates between the connection portion 24 of the contact 14 and the pressing portion 20. When the portion 20 is pushed up by the pressing portion 36, the fulcrum portion 32 of the contact 14 is used as a fulcrum, and the elastic portion 34 of the contact 14 is inclined toward the contact portion 22, whereby the contact portion 22 is moved to the FPC 40 or FFC side. Pressed. The size and shape of the fulcrum part 32, the elastic part 34, and the pressing part 20 are appropriately designed in order to achieve such an action.

  Further, a protrusion 26 is provided at the tip of the pressing portion 20 of the contact 14, and the slider 16 is rotated when the pressing portion 36 of the slider 16 is rotated between the pressing portion 20 of the contact 14 and the connecting portion 24. Therefore, it is desirable to prevent the central portion of the slider 16 from bulging in the direction of the arrow “B” in FIG. The size of the protruding portion 26 may be any size as long as it can fulfill such a role, and is appropriately designed to the extent that the pressing portion 36 of the slider 16 is caught.

  Another contact will be described with reference to FIG. Here, only differences from the contact 14 described above will be described. The contact part 22 with the FPC 40 or the FFC provided in the direction extending from the fulcrum part 32 of the contact 141 is deleted, and the shape is substantially inverted h-shaped.

  Next, the slider which is another point of the present invention will be described. This slider is an electrically insulating plastic and is manufactured by a known technique of injection molding. The material is appropriately selected in consideration of dimensional stability, workability, cost, etc. In general, polybutylene terephthalate ( PBT), polyamide (66PA, 46PA), liquid crystal polymer (LCP), polycarbonate (PC), and synthetic materials thereof. The slider 16 mainly includes a shaft 28 portion rotatably mounted on the housing 12, a pressing portion 36 that presses the pressing portion 20 of the contact 14, and a locking hole 30 that engages the protruding portion 26 of the contact 14. And. The shaft 28 is a fulcrum for rotating the slider 16, and the slider 16 is appropriately mounted on both sides in the longitudinal direction of the housing 12 so as to be rotatable. Further, on both sides in the longitudinal direction, there are provided lock portions that engage with the housing 12 so that the slider 16 does not lift in the height (upper drawing) direction when the pressing portion 20 of the contact 14 is pressed. It has been. The lock portion may have any shape, size, etc. as long as it can engage with the housing 12 and is appropriately designed in consideration of the above-described role, the size, strength, etc. of the connector.

  The pressing portion 36 is a portion that is pressed against the pressing portion 20 of the contact 14, and the shape thereof is preferably an elongated shape. In this embodiment, the pressing portion 36 has an elliptical shape. By forming the ellipse in this way, the slider 16 is rotated in the direction of the arrow “A” as shown in FIG. 2A and is rotated between the holding portion 20 and the connecting portion 24 of the contact 14. The pressing portion 20 of the contact 14 is lifted by the change in the size of the pressing portion 36, and the FPC 40 or FFC is pressed against the contact portion 22 side of the contact 14. As the shape of the pressing portion 36, any shape can be used as long as the pressing portion 20 of the contact 14 can be rotated between the pressing portion 20 and the connecting portion 24 of the contact 14 and the pressing portion 20 of the contact 14 can be pushed up due to a difference in size such as a major axis and a minor axis. It may be a thing.

  Further, when the slider 16 is rotated, the repulsive force against the rotation of the slider 16 is strong, and the central portion of the slider 16 is prevented from being swollen in the direction of the arrow “B” in FIG. For this purpose, a locking hole 30 with which the protruding portion 26 of the contact 14 engages is provided independently. By providing the locking holes 30 independently, the strength of the slider 16 is prevented from being increased and deformation at the time of rotation is prevented.

  Finally, the housing will be described. This housing is an electrically insulating plastic, and is manufactured by injection molding of a known technique. The material is appropriately selected in consideration of dimensional stability, workability, cost, etc. In general, polybutylene terephthalate ( PBT), polyamide (66PA, 46PA), liquid crystal polymer (LCP), polycarbonate (PC), and synthetic materials thereof. The housing 12 is provided with an insertion groove 38 in which a required number of contacts 14 and 141 are mounted, and is fixed by press-fitting, hooking (lance), welding or the like. Further, on both sides in the longitudinal direction, bearing portions to which the shaft 28 of the slider 16 is rotatably mounted are provided. The shape and size of the bearing portion may be any as long as the shaft 28 of the slider 16 is mounted so as to be rotatable, and is appropriately designed in consideration of this role and the strength and size of the housing 12. On both sides in the longitudinal direction, locking portions are provided at positions corresponding to the lock portions of the slider 16.

  Another embodiment of the present invention will be described with reference to FIGS. The main components are the same as those described above, and include a housing, a contact, and a slider. The feature of this embodiment is that the two types of contacts 14 and 142 are arranged in a staggered manner by changing the direction of insertion into the housing 121. By changing the insertion direction and arranged in a staggered manner, the pitch can be narrowed. This corresponds to low profile. The housing 121 and the slider 161 are the same as those described above, and one of the contacts 14 is also the same as that described above with reference to FIG. FIG. 5 is a perspective view of another connector, FIG. 6A is a perspective view of the connector of the present invention cut at the other contact portion with the slider opened, and FIG. 5B is a perspective view of the FPC inserted. It is a perspective view of the connector of this invention cut | disconnected by the other contact part of the state in which the slider was closed.

  The other contact 142 is also made of metal and is manufactured by a known press working. The material is the same as that of the one contact 14.

  The other contact 142 has two types of substantially reverse h-shape and substantially H-shape as in the case of the one contact 14, and the substantially reverse h-shape contact mainly contacts the FPC 40 or FFC. The portion 22 and the connecting portion 24 connected to the substrate, the fixing portion 42 fixed to the housing 121, the elastic portion 34 and the fulcrum portion 32 provided between the contact portion 22 and the connecting portion 24, and the elastic portion 34 are extended. The provided pressing part 20 is provided. The contact portion 22, the elastic portion 34, the fulcrum portion 32, and the connection portion 24 are arranged in a substantially U shape. The substantially H-shaped one is provided with an extending portion 44 extending from the fulcrum portion 32 in the direction opposite to the connecting portion 24. The contact portion 22 has a convex shape so that it can easily come into contact with the FPC 40 or FFC. In the present embodiment, the connection portion 24 is a surface mount type (SMT) as shown in FIG. good.

  The fulcrum part 32, the elastic part 34, and the pressing part 20 are similar to the one contact 14 when the pressing part 36 of the slider 161 is pressed by the contact 142 when the FPC 40 or FFC is inserted. When rotating between the receiving portion 20 and the housing 121 or between the pressing portion 20 and the extending portion 44, the pressing portion 20 is pushed up by the pressing portion 36, whereby the fulcrum portion 32 of the contact 142 is moved. The contact portion 22 is pressed toward the FPC 40 or the FFC side by using the elastic portion 34 of the contact 142 as the fulcrum and tilting toward the contact portion 22 side. The size and shape of the fulcrum part 32, the elastic part 34, and the pressing part 20 are appropriately designed in order to achieve such an action.

  In addition, since the protrusion 26 is provided at the tip of the pressing portion 20 of the contact 142 and the pressing portion 36 of the slider 161 is rotated, the repulsive force against the rotation of the slider 161 is strong. It is desirable to prevent swelling in the direction of the arrow “c” in FIG. 6B, but considering the strength of the slider due to the narrowing of the pitch, one of the two types of contacts 14 If it is provided, it is sufficient. The projecting portion 26 may have any size as long as it can fulfill such a role, and is appropriately designed to the extent that the pressing portion 36 of the slider 161 is caught.

  As is apparent from the above description, the connector of the present invention provides the following excellent effects.

  (1) Since the sliders 16 and 161 are rotated on the contact connecting portion 24 side of the housings 12 and 121, the contact portions 22 of the contacts 14, 141 and 142 are brought into contact with the FPC 40 or FFC. , 121 without inserting the sliders 16, 161 into the fitting ports 18, and the connectors 10, 101 can be lowered in height by the thickness of the sliders 16, 161.

  (2) Two types of contacts 14 and 142 are prepared, one contact 14 is inserted from the connection portion 24 side, the other contact 142 is inserted from the fitting port 18 side, and the slider 161 is inserted at the connection portion 24 side. By turning, narrowing and low profile can be easily achieved.

  (3) After the FPC 40 or FFC is inserted into the fitting port 18 of the housing 121, the pressing portion 36 of the slider 161 rotates between the connection portion 24 of the one contact 14 and the pressing portion 20. Then, when the pressing portion 20 is pushed up by the pressing portion 36, the fulcrum portion 32 of the contacts 14, 142 is used as a fulcrum, and the elastic portion 34 of the contacts 14, 142 is inclined toward the contact portion 22 side. Since the contact portion 22 is pressed to the FPC 40 or FFC side, the contact portion 22 of the contacts 14 and 142 and the FPC 40 or FFC can be reliably connected.

  (4) After the FPC 40 or FFC is inserted into the fitting port 18 of the housing 121, the pressing portion 36 of the slider 161 is located between the pressing portion 20 of the other contact 142 and the housing 121 or the pressing force. When rotating between the receiving portion 20 and the extending portion 44, the pressing portion 20 is pushed up by the pressing portion 36, so that the fulcrum portion 32 of the contacts 14, 142 serves as a fulcrum, and the elasticity of the contacts 14, 142 is obtained. Since the contact portion 22 is pressed toward the FPC 40 or FFC when the portion 34 is tilted toward the contact portion 22, the contact portion 22 of the contacts 14 and 142 can be reliably connected to the FPC 40 or FFC. .

  (5) Since the protruding portion 26 is provided at the tip of the pressing portion 29 of one of the contacts 14 or both 14, 142, the pressing portion 36 of the slider 161 is connected to the pressing portion 20 of the contact 14 and the connection portion 24. Even if the repulsive force with respect to the rotation of the slider 161 is strong when the slider 161 is rotated, the center portion of the slider 161 can be prevented from bulging in the direction of the arrow “B”.

  (6) Since the shape of the pressing portion 36 of the sliders 16 and 161 is an elongated shape (there is a major axis and a minor axis), the contacts 14 and 141 are surely secured when the sliders 16 and 161 are rotated. , 142 can be pushed upward and the contact portion 22 can be easily brought into contact with the FPC 40 or the FFC.

  (7) Since the sliders 16 and 161 are provided with locking holes 30 that engage with the protrusions 26 of the required number of the contacts 14 and 141, and the locking holes 30 are made independent of each other, 161 is strong, can be reliably rotated, and does not deform.

  (8) When the contact portion 22 that contacts the FPC 40 or FFC is provided also in the direction extending from the fulcrum portion 32 of one of the contacts 14, the contact portions are arranged on both sides in the direction perpendicular to the insertion direction of the FPC 40 or FFC. 22 is provided, and the FPC 40 or the FFC is sandwiched between the contact portions 22 and 22, so that the FPC 40 or the FFC can be reliably contacted.

  (9) When the contact portion 22 that contacts the FPC 40 or FFC is also provided between the fulcrum portion 32 of the other contact 142 and the connection portion 24, the contact portion 22 is provided on both sides in a direction perpendicular to the insertion direction of the FPC 40 or FFC. Since the contact portion 22 is provided and the FPC 40 or FFC is sandwiched between the contact portions 22 and 22, the FPC 40 or FFC can be reliably contacted.

  (10) The side into which the FPC 40 or FFC is inserted is the fitting port 18 of the housings 12 and 121, and the operation of pressing the contact portion 22 of the contacts 14, 141, 142 against the FPC 40 or FFC is the connection portion 24 side of the contacts 14, 141, 142. Therefore, even if the connectors 10 and 101 are downsized, the workability is not affected and the work can be easily performed.

10, 101, 60 Connector 12, 121, 62 Housing 14, 141, 142, 64 Contact 16, 161, 66 Slider 18 Fitting port 20 Pressing portion 22 Contact portion 24 Connection portion 26 Protruding portion 28 Shaft 30 Locking hole 32 Support point Part 34 elastic part 36, 68 pressing part 38 insertion groove 40 FPC
42 Fixing portion 44 Extension portion 70 Receiving portion 72 Slit 74 Mounting portion 76 Fixing tool

The present invention relates to a connector used in a mobile phone, a notebook computer, a digital camera, and the like, and particularly contacts a connection object of a flexible printed circuit board (hereinafter referred to as “FPC”) or a flexible flat cable (hereinafter referred to as “FFC”). It is related with the mechanism which presses.

  A connector used for a cellular phone, a CCD camera, etc. is a narrow pitch and extremely thin (so-called light thin short), and is mainly composed of a housing, a contact, and a slider, and the housing and the slider sandwich the FPC or FFC. It is. There are various methods for holding the FPC or FFC between the housing and the slider. However, there are many methods in which the slider is inserted after the FPC or FFC is inserted into the housing and the FPC or FFC is pressed against the contact.

  The housing is provided with a required number of insertion holes into which contacts are inserted and a fitting port into which an FPC or FFC is inserted.

  The contact 64 is substantially U-shaped as shown in FIG. 8, and is mainly composed of a contact portion 22 that contacts the FPC 40 or FFC, a connection portion 24 connected to a substrate or the like, and a fixed portion 42 fixed to the housing 62. Has been. The contact 64 is fixed to the housing 62 by press fitting or the like.

For example, the slider 66 has a substantially wedge shape as shown in FIG. 8, and after inserting the FPC 40 or FFC into the housing 62 in which the required number of contacts 64 are arranged, the slider 66 is inserted. The slider 66 includes a mounting portion 74 (FIG. 7) that is mainly mounted on the housing 62 and a pressing portion 68 that presses the FPC 40 or FFC against the contact portion 22 of the contact 64. Before the FPC 40 or FFC is inserted, the slider 66 is temporarily attached to the housing 62. When the slider 66 is inserted after the FPC 40 or FFC is inserted, the FPC 40 or FPC is inserted as shown in FIG. The pressing portion 68 of the slider 66 is inserted in parallel with the FFC, and the FPC 40 or FFC is pressed against the contact portion 22 of the contact 64.

  In recent years, this type of connector 60 has been increasingly required to have a lower profile, but the connector 60 having the above-described structure has six layers (both sides in the thickness direction of the housing 62) as shown in FIG. The thickness of the contact portion 22 of the contact 64 and the receiving portion 70, the thickness of the pressing portion 68 of the slider 66, and the thickness of the FPC 40 or FFC). Considering the low profile, the receiving part 70 of the contact 64 is omitted, and five layers (the walls on both sides in the thickness direction of the housing 62, the thickness of the contact part 22 of the contact 64, the thickness of the pressing part 68 of the slider 66, The thickness of the FPC 40 or the FFC) can be made, but there is a problem to be solved such that the height cannot be lowered any more due to the strength and specifications of each part.

In the connector 60 having the above-described structure, the FPC 40 or FFC is inserted and the contact portion 22 of the contact 64 is pressed against the FPC 40 or FFC only on the insertion port ( fitting port ) 18 side of the housing 62. , the connector there is also a problem that the workability was Tsu had a bad enough to be downsized.

  Furthermore, when it is required to narrow the pitch of the connector 60, if the contacts 64 are inserted from one direction as in the conventional structure, there is a limit to narrowing the connector.

The present invention, such has been made in consideration of the conventional problems, without impairing the strength or specifications of each part, certainly contact to by operating the sliders FPC or connection object FFC Therefore, it is possible to provide a connector that can be configured such that the contact portion is pressed and contacted , has good workability, and can reduce the pitch and reduce the height.

In order to achieve the above object , the gist of the present invention is as follows.
(1) A connector that is surface-mounted on a substrate and into which a connection object of a flexible printed circuit board (FPC) or a flexible flat cable (FFC) is inserted from a direction substantially parallel to the substrate mounting surface . contact portion for contacting a, and a required number of contacts each having a connection portion to be surface-mounted on the substrate, have a insertion port for the connection object is inserted, the contact of the required number, spaced An electrical insulating housing that is arranged and held in a state and a connector that is mounted at a position opposite to the insertion port of the housing and that presses the contact , wherein the contact is on the insertion port side. A first contact part which is the contact part located and in contact with the connection object, and pressed by the slider located on the slider mounting side A first working piece that extends substantially linearly as a whole, a first connecting portion that is located on the slider mounting side and is surface-mounted on the substrate, and the insertion And a first reference piece extending substantially linearly as a whole at a position closer to the substrate than the first working piece. And the first reference piece are both disposed substantially parallel to the substrate mounting surface, and the first contact portion, the first connection portion, the first pressing portion, and the first extending portion are made of the same metal. A first contact formed integrally from a material, and the housing has an insertion groove for holding the first contact, as viewed from the insertion port side, on the substrate of the first extension portion. The entire surface on the side opposite to the opposite surface is formed so as to be visible, and the The ider includes a pressing portion having different cross-sectional shapes such as long and short, which are connected in the arrangement pitch direction of the required number of contacts, an opposing wall positioned facing the pressing portion, the pressing portion, and the And a required number of independent through-holes extending in the thickness direction of the slider, and a tip side portion of the pressing portion of the contact is formed on the through-hole. From the position of the first slider that takes a posture that is substantially perpendicular to the board mounting surface in the state of being located inside or outside that has passed through the through hole, the tip side portion of the pressing portion of the contact is between the connecting walls. The slider is configured to be able to rotate in the forward and reverse directions in the direction in which the pressing portion rotates, over a range of movement up to a second slider position that takes a posture that is substantially parallel to the board mounting surface. When the head is rotated forward over the movement range, the pressing portion rotates in an operation mode in which a portion along the longer cross-sectional dimension of the pressing portion rises with respect to the board mounting surface. At least the pressing portion is pressed and configured to move at least the distal end side of the pressing portion in a direction away from the substrate, and the pressing portion contacts at least a part of the contact in the moving range. A connector formed by a smooth convex curved surface .
(2) The connector according to (1), wherein the longer cross-sectional dimension of the pressing portion is smaller than the thickness dimension of the slider.
(3) The front end side portion of the pressing portion of the contact is in the thickness region of the housing according to the above (1) or (2) in a posture in which the slider is in the second slider position. connector.
(4) The contact is a second contact portion that is the contact portion that is located on the insertion port side and contacts the connection object, and the pressing portion that is located on the slider mounting side and is pressed by the slider. A second operating piece having a second pressing portion and extending substantially linearly as a whole; a second connecting portion positioned on the insertion port side and surface-mounted on the substrate; and positioned on the slider mounting side A second reference piece extending generally linearly at a position closer to the substrate than the second operation piece, and having a second extension portion that is the extension portion; Both the piece and the second reference piece are arranged substantially parallel to the substrate mounting surface, and the second contact portion, the second connection portion, the second pressing portion, and the second extending portion are the same. A second contact formed integrally from a metal material; The first connection portion of the tact and the second connection portion of the second contact are shifted in the arrangement pitch direction while alternately changing the insertion direction of the first contact and the second contact into the housing. The connector according to (1), (2), or (3), wherein the connector has a staggered arrangement relationship when arranged.
(5) The first contact portion of the first contact and the second contact portion of the second contact are staggered by shifting the position of the housing in the depth direction perpendicular to the arrangement pitch direction. The connector according to (4), wherein the arrangement relationship is as follows.

According to the connector of the present invention, the contact is located on the insertion port side and is a first contact portion that is the contact portion that contacts the connection object, and is located on the slider mounting side and pressed by the slider. A first working piece having a first pressing portion and extending substantially linearly as a whole; a first connection portion which is the connection portion located on the slider mounting side and surface-mounted on the substrate; and the insertion port And a first reference piece extending substantially linearly as a whole at a position closer to the substrate than the first working piece, the first working piece and The first reference pieces are both disposed substantially parallel to the substrate mounting surface, and the first contact portion, the first connection portion, the first pressing portion, and the first extending portion are the same metal material. Including a first contact formed integrally with the housing. The insertion groove for holding the first contact is penetrated so that the entire surface of the first extending portion on the side opposite to the surface facing the substrate can be seen when viewed from the insertion port side. The slider has a pressing portion having a cross-sectional shape with different dimensions, such as long and short, which is provided continuously in the arrangement pitch direction of the required number of contacts, and an opposing wall positioned facing the pressing portion. And a connecting wall that connects the pressing portion and the opposing wall, and has a required number of independent through-holes extending in the thickness direction of the slider, and the distal end side of the pressing portion of the contact From the position of the first slider taking a posture substantially perpendicular to the substrate mounting surface in a state where the portion is located inside or outside the through hole, the tip side of the contact portion of the contact Part is said In a state of being located between the connecting walls, it is configured to be able to rotate forward and backward in the direction in which the pressing portion rotates over a moving range to a second slider position that takes a posture that is substantially parallel to the board mounting surface, When the slider is rotated forward over the moving range, the pressing portion rotates in an operation mode in which a portion along the longer cross-sectional dimension of the pressing portion rises with respect to the substrate mounting surface, and the contact At least the pressing portion is pressed and configured to move at least the distal end side of the pressing portion in a direction away from the substrate, and the pressing portion contacts at least a part of the contact in the moving range. It is formed with a smooth convex curved surface, and the following excellent effects can be obtained .

(1) A structure in which the contact portion of the contact located on the insertion port side of the housing is pressed and brought into contact with the connection object by rotating the slider mounted on the opposite side of the housing from the insertion port. Therefore, as a result of the absence of the slider on the insertion port side of the housing, it is possible to reduce the height of the connector by the thickness of the slider.

(2) After the connection object is inserted into the insertion slot of the housing, at least the pressing portion of the contact is pressed along with the forward rotation of the slider, and at least the tip side of the pressing portion is moved away from the substrate. In connection with it, since the contact part is comprised so that a connection target object may be pressed, the contact part of a contact and a connection target object can be electrically connected reliably.

(3) When the shape of the pressing portion of the slider is changed to a cross-sectional shape with different dimensions such as long and short, and the slider is normally rotated in a state where the connection object is inserted, the longer cross-sectional dimension portion of the pressing portion becomes the substrate. The contact portion can be easily brought into contact with the connection object by rotating the pressing portion in such a manner that it rises with respect to the mounting surface and reliably pressing the pressing portion of the contact.

(4) The slider has a pressing portion having different cross-sectional shapes such as long and short, which are connected in the arrangement pitch direction of the required number of contacts, an opposing wall positioned opposite the pressing portion, the pressing portion and the opposing portion. The slider has a required number of independent through-holes that are partitioned by a connecting wall that connects the walls and extends in the thickness direction of the slider, so that the slider is strong and can rotate reliably, and , Deformation is less likely to occur.

(5) The contact is composed of two types of contacts, the first contact and the second contact, and the first contact and the second contact are arranged in a staggered manner by alternately changing the insertion direction into the housing in the arrangement pitch direction. Thus, the arrangement pitch between contacts can be reduced.

(A) It is a perspective view of the connector of this invention seen from the insertion port side of the housing in the state which the slider opened (the state which exists in a 1st slider position) . FIG. 2B is a perspective view of the connector shown in FIG. 1A viewed from the slider mounting side of the housing with the slider opened. (A) It is a perspective view of the connector of this invention cut | disconnected in the extension direction of a contact in the part of a certain contact in the state which the slider opened. (B) It is the perspective view of the connector of this invention cut | disconnected in the contact extension direction in the part of a certain contact in the state which closed the slider ( state in a 2nd slider position) after FPC insertion. It is a perspective view of the slider extracted from the connector of the present invention . It is a perspective view of the contact extracted only from the connector of this invention . It is a perspective view of the other connector of this invention . (A) a state in which the slider is in the open (the state in the first slider position), the portion of a second contact, a perspective view of another connector of the present invention taken along the extending direction of the second contact. (B) a state in which the FPC slider is inserted is closed (state in the second slider position), the portion of a second contact, perspective of another connector of the present invention taken along the extending direction of the second contact FIG. It is a perspective view of the conventional connector seen from the fitting port (insertion port) side of the housing before FPC is inserted. (A) It is sectional drawing of the conventional connector cut | disconnected in the contact extension direction in the part of a certain contact before FPC is inserted. (B) It is sectional drawing of the conventional connector cut | disconnected in the extension direction of a contact in the part of a certain contact in the state in which FPC and the slider were inserted.

An embodiment of the connector of the present invention will be described with reference to FIGS.
FIGS. 1A and 1B show the connector of the present invention, and FIG. 1A shows the housing from the insertion port side in a state where the slider is open (in the first slider position). When viewed, FIG. 1 (B) shows the case when viewed from the slider mounting side of the housing with the slider open , and FIGS. 2 (A) and 2 (B) show the connector shown in FIG. 1 (A). a perspective view of a cutaway of the portion of a contact (first contact), 2 (a) is a state where the slider is opened, FIG. 2 (B) after the connection object (FPC) is inserted It shows a state in which the slider is closed (state in the second slider position), further 3 Ri perspective view der sliders 4 is a perspective view of the contact.

The connector 10 of the present invention mainly includes a housing 12 , a contact 14, and a slider 16 , is surface-mounted on a substrate (not shown), and is a flexible printed circuit board (FPC) or a substantially parallel direction to the substrate mounting surface. A flexible flat cable (FFC) connection object 40 can be inserted.

The components of the connector of the present invention will be described with reference to the drawings.
First, the contact that is the point of the present invention will be described. The contact includes a contact portion that contacts the FPC or FFC connection object 40, a connection portion that is surface-mounted on a substrate (not shown), a pressing portion that is pressed by a slider, and an extending portion. The contact portion, the connection portion, the pressing portion, and the extending portion are integrally formed from the same metal material. The contact portion is located on the insertion port side, the connection portion is located on the slider mounting side or the insertion port side, the holding portion is located on the slider mounting side, and the extending portion is opposite to the connection portion That is, it is located on the insertion port side or the slider mounting side. The contact is made of a metal and formed by up-less working of the known technique. Since the contact material is required to have springiness, conductivity, etc., brass, beryllium copper, phosphor bronze, or the like can be used.

The connector 10 of the present invention includes a required number of contacts, and the required number of contacts includes the first contact 14 or includes the first contact 14 and the second contact 142. In the connector 10 shown in FIG. 4, a case where all the required number of contacts are configured by the first contacts 14 shown in FIG. 4 is shown.

The first contact 14 is located on the insertion port 18 side of the housing 12 and is located on the side opposite to the board mounting surface (not shown) of the FPC or FFC connection target (FPC 40 in FIG. 2B). It has a first contact portion 22a that can contact the surface 40a and a first pressing portion 20a that is positioned on the slider mounting side opposite to the insertion port 18 and that is pressed by the slider 16, and is generally linear as a whole. A first working piece extending to the slider, a first connecting portion 24a located on the slider mounting surface and surface-mounted on the substrate, and a first extending portion 22e located on the insertion port 18 side opposite to the first connecting portion 24a. And a first reference piece that extends substantially linearly as a whole at a position closer to the substrate than the first working piece, and one end of the first contact 14 shown in FIG. The first contact portion 22a and the first pressing portion 20 of the operating piece. The first connection piece (the first connection piece) is connected to the part located between the first extension part 22e and the first connection part 24a of the first reference piece. A configuration is further shown having part 34a). Furthermore, the first working piece and the first reference piece are both arranged in parallel with the substrate mounting surface in a state of being integrally connected by the first connecting piece (first connecting portion 34a). It is substantially H-shaped.

The first contact 14 shown in FIG. 4, further a first fixing portion 42 a for holding or fixed to the housing 12, and a third contact portion 22 c in contact with the connection object 40 to the first elongated portion 22e provided and a first contact portion 22a and the first connecting portion 34a and the first connecting portion 24 a, shows a case which is arranged in a positional relationship that a substantially crank shape. In addition, the first and third contact portions 22a and 22c are formed in a convex shape so as to be easily in contact with the connection object 40. In this case, the first and third contact portions 22 which are two contact portions are used . a, by 22 c, which is configured to sandwich the connection object 40, the first and third contact portions 22 across the surface 40a of the connection object 40 in this way is inserted at right angles on both sides a, by providing the 22c, the connection object 40 of the first and third contact portions 22 a, ing results so as to sandwich at 22c, it becomes possible to reliably press contact with the connection object 40. In addition, the 1st connection part 24a is comprised as a surface mounting type (SMT), as shown in FIG.

A first connecting portion 34a and the first pressure receiving portion 20 a, when the connection object 40 is inserted, so that the first contact 14 contacts the pressing and connecting object 40, the following operations It is the part of the 1st contact 14 which shows a mode . That is, after the connection object 40 is inserted into the insertion port 18 of the housing 12, it is pressed by rotation of the slider 16, for example, rotation around the shaft portion 28 (predetermined rotation axis X) in the embodiment shown in FIG. 3. part 36 acts on the first pressure receiving portion 20a of the first contact 14 by rotating, by pressing the first pressure receiving portion 20a, the first contact portion 22 a is for the connection object 40 The structure which press-contacts is enabled. A first connecting portion 34a the size and shape of the first pressure receiving portion 20 a, in order to configure indicating such operation mode is appropriately designed.

Further, the first contact 14, Rukoto provided preventing means blistering portion of the side for mounting the slider (e.g., the distal portion of the first pressure receiving portion 20 a) is preferred. The rotation of the slider 16, when the pressing portion 36 exerts a pressing force against the first pressure receiving portion 20a of the first contact 14, to repulsive force against rotation of the slider 16 is strong, the central portion of the slider 16 tend you move blistering arrow "c" direction shown in FIG. 1 (B) but, by providing the bulging preventing means is because it is possible to prevent such a tendency. Further, it is preferable to provide the first protruding portion 26 at the tip side portion of the first pressing portion 20a as a swelling preventing means. The size of the first protruding portion 26 may be any size as long as it can fulfill the above-described role, and is appropriately designed to the extent that the pressing portion 36 of the slider 16 is caught. In addition, as shown in FIG. 2, the first pressing portion 20a portion and the first connecting portion 24a portion of the first contact 14 where the pressing portion 36 of the slider 16 moves at least in contact with each other are formed flat. It is preferable. In addition, the part formed in flat is a part except a swelling prevention means, when the swelling prevention means, such as the 1st protrusion part 26, is provided. Furthermore, the first contact 14 is located at least in the front end portion of the first pressing portion 20a in the through hole 30 when the slider is open (in the first slider position), or FIG. As shown in FIG. 2B, when the slider is located outside (through the through-hole 30 as shown in FIG. 2A) and the slider is closed (in the second slider position), as shown in FIG. It arrange | positions in the housing 12 so that it may be located in. Further, the upper end position of the tip side portion of the first pressing portion 20a of the first contact 14 is such that the pressing portion 36 constituting the through hole 30 is in a state where the slider is closed, as shown in FIG. It is preferable to be at a position that is above and does not exceed the upper end surface 37 a of the connecting wall 37.

In addition, the dimension of the first contact 14 is such that the tip side portion (especially the upper end portion) of the first pressing portion 20a is within the thickness region of the housing 12 in the posture of the slider 16 at the second slider position. It is preferable to have a configuration.

Next, the slider which is another point of the present invention will be described. This slider is an electrically insulating plastic and is manufactured by a known technique of injection molding. The material is appropriately selected in consideration of dimensional stability, workability, cost, etc. In general, polybutylene terephthalate ( PBT), polyamide (66PA, 46PA), liquid crystal polymer (LCP), polycarbonate (PC), and synthetic materials thereof. The slider 16 is configured to be able to rotate forward and reverse. For example the slider 16, in one embodiment shown in FIG. 3 includes a main shaft portion 28 which is mounted on the opposite side rotation capable the insertion opening 18 of the housing 12, the first pressure receiving portion of the first contact 14 20 a, and a required number of independent through holes 30 extending in the thickness direction of the slider 16 . The shaft portion 28 has a function as a shaft for the slider 16 times translocated, in the longitudinal direction (arrangement pitch direction of the contacts) on both sides of the housing 12, the slider 16 is mounted rotary possible as appropriate. Further, the through hole 30 is defined by a pressing portion 36, an opposing wall 35 that faces the pressing portion 36, and (two) connecting walls 37 that connect the pressing portion 36 and the opposing wall 35. . Further, in the longitudinal direction (arrangement pitch direction of the contacts) on both sides of the slider 16, the first pressure receiving portion 20 operating portion height direction of the slider 16 upon pressing a (second slider position of the first contact 14 A lock portion (not shown) that engages with the housing 12 in order to prevent it from lifting in the reverse rotation direction toward the first slider position in the direction opposite to the direction of the arrow “A” in FIG. provided Rukoto is preferable. The lock portion may have any shape, size, etc. as long as it can engage with the housing 12 and is appropriately designed in consideration of the above-described role, the size, strength, etc. of the connector.

The slider 16 has a posture that is substantially perpendicular to the board mounting surface in a state where the tip side portion of the first pressing portion 20a of the first contact 14 is located inside the through hole 30 or outside after passing through the through hole 30. From the first slider position to be taken (slider position shown in FIG. 2A), the tip side portion of the first pressing portion 20a of the first contact 14 is positioned between the connecting walls 37 and 37 on the board mounting surface. The pressing portion 36 moves outward from the tip of the first pressing portion 20a of the first contact 14 over a moving range up to a second slider position (slider position shown in FIG. 2B) taking a substantially parallel posture. It is configured to be able to rotate forward and backward without being detached.

When the slider 16 is rotated in the forward direction over the moving range with the connection object 40 inserted, the slider 16 is operated in such a manner that a portion along the longer cross-sectional dimension rises with respect to the board mounting surface. As the pressing portion 36 rotates and at least the first pressing portion 20a of the first contact 14 is pressed, at least the tip side of the first pressing portion 20a is moved away from the substrate. The contact portion 22 a is configured to press the connection target 40.

The pressing portion 36 is continuously provided in the contact arrangement pitch direction, and the first pressing portion 20a is capable of pressing contact in a direction in which at least the distal end side of the first pressing portion 20a of the first contact 14 is separated from the substrate. disposed in adjacent positions, a portion of the first pressure receiving portion 20 is pressed against the a slider 16 of the first contact 14 when the electrical connection with the connection object 40, the shape, for example, the major axis and minor axis It has a cross-sectional shape with different dimensions such as long and short like an elliptical shape. Specifically, it is preferable that the pressing portion 36 is formed with a smooth convex curved surface at least a part that contacts the first contact 14 in the rotationally movable range (the moving range) of the slider 16. As a suitable cross-sectional shape of the pressing part 36, for example , an elliptical shape including an elongated shape or an elliptical shape can be cited. By the pressing portion 36 in the cross-sectional shape, is Seikai rolling the arrow "b" direction the slider 16 as shown in FIG. 2 (A), the first of the first contact 14 by the pressing portion 36 having the cross-sectional shape pressing both the pressure receiving portion 20 a and the first connecting portion 24a, by a change in size of the pressing portion 36 (dimension), at least the distal end side of the first pressure receiving portion 20 a of the first contact 14, from the substrate It can be moved away. If the connection object 40 is inserted and rotated forward the slider 16 in the arrow "b" direction, it can be pressed against the first contact portion 22 a of the first contact 14 to the connection object 40. As the shape of the pressing portion 36, the first pressing portion 36 has a different size (difference in size ) by applying a pressing force to the first pressing portion 20 a of the first contact 14 as the slider 16 rotates . a first pressure receiving portion 20 a of the contact 14, with the configuration for pressing in a direction away from the substrate, may be any.

Further, the size (dimension) of the pressing portion 36 is preferably set such that the longer cross-sectional dimension is smaller than the thickness dimension of the slider 16 in view of the cross-sectional shape of the pressing portion 36. Further, it is more preferable that the tip side portion of the first pressing portion 20a of the first contact 14 is accommodated in the thickness region of the housing 12 in the posture of the slider 16 at the second slider position.

Further, upon rotation of the slider 16, strong repulsive force against rotation of the slider 16, to the central portion of the slider 16 to prevent it would blistering arrow "c" direction shown in FIG. 1 (B) The through hole 30 with which the first protrusion 26 of the first contact 14 engages is defined by the pressing portion 36, the opposing wall 35, and the (two) connecting walls 37, and is provided separately. By thus through-hole 30 is provided separately and independently, it is possible to prevent the deformation at the time of increased strength and rotation of the slider 16.

Finally, the housing 12 will be described. This housing is an electrically insulating plastic, and is manufactured by injection molding of a known technique. The material is appropriately selected in consideration of dimensional stability, workability, cost, etc. In general, polybutylene terephthalate ( PBT), polyamide (66PA, 46PA), liquid crystal polymer (LCP), polycarbonate (PC), and synthetic materials thereof. A required number of first contacts 14 are mounted on the housing 12, and a required number of first insertion grooves 38 that are arranged and held at intervals are provided, and the arrangement of the first contacts 14 is held (fixed). ) Can be performed by press-fitting, hooking (lance), welding or the like. As shown in FIG. 2, the first insertion groove 38 passes through the housing 12, and the surface of the first extending portion 22 e opposite to the surface facing the substrate when viewed from the insertion port 18 side. It is preferable that it is formed so that the whole can be visually recognized.

Further, in the connector shown in FIG. 1, as an example, a case is shown in which bearing portions to which the shaft portion 28 of the slider 16 is rotatably mounted are provided on both longitudinal sides of the housing 12 . Shape and size of the bearing portion, if the shaft portion 28 of the slider 16 is mounted so as to be rolling times may be any one, be suitably designed in consideration of this role, strength and size of the housing 12 such . Note that locking portions (not shown) are provided at positions corresponding to the lock portions of the slider 16 on both sides in the longitudinal direction of the housing 12 . Further, the housing 12 is configured so that the displacement of the first pressing portion 20a is not hindered when the first pressing portion 20a of the first contact 14 is pressed and displaced by the pressing portion 36 of the slider 16. It is preferable to have one cutout portion in which the housing 12 is cut out, corresponding to all the first contacts 14 (see FIGS. 2A and 2B).

Next, based on FIGS. 5 and 6, it will be described another embodiment of the present invention. Main components are the same as those described above, and include a housing 121 , contacts 14 and 142, and a slider 161 . This embodiment is characterized in two Ri near points are arranged in staggered varied staggered the insertion direction of the contact 14,142 to the housing 121, more specifically, the first contact 14 and a second By alternately disposing the contacts 142 in the arrangement pitch direction while changing the insertion direction into the housing 121, the first connection portions 24a of the first contacts 14 and the second connection portions 24b of the second contacts 142 are staggered. It is in the point that it will become a shape-like arrangement relation. It is made to correspond to the narrow and low profile position of the disposition pitch by staggered by changing the insertion direction. In addition, in the embodiment shown in FIG. 6 (A), the depth of the housing 121 perpendicular to the arrangement pitch direction is set so that the first contact portion 22a of the first contact 14 and the second contact portion 22b of the second contact 142 are arranged. This shows a case where a staggered arrangement relationship is obtained by shifting the positions of the directions. Housing 121 and the slider 161 is at Ji housing 12 and the slider 16 and the basic configuration of the connector 10 shown in FIG. 1 described above is the same, is different, the housing 121, second contact 142 of the required number is attached The second insertion groove is provided, and the slider 161 can pass (penetrate) a tip side portion of the second pressing portion 20b of the second contact 142, which will be described later. The required number of independent through holes 30 extending in the thickness direction of the slider 161 corresponding to the portion 20b is provided. Also, of the two types of contacts 14,142, the first contact 14, which is one of the contacts is omitted similarly der because to that of FIG. 4 described above, the description. Figure 5 is a perspective view of another connector, FIG. 6 (A) shows a state in which the slider is opened (the state in the first slider position), the portion of a second contact 142, extending the second contact 142 FIG. 6B is a perspective view of the connector of the present invention cut in a direction , and FIG. 6B extends at a portion of a second contact 142 in a state where the FPC 40 is inserted and the slider is closed (in the second slider position). It is a perspective view of the connector of the present invention cut in the direction .

Of the two types of contacts 14, 142, the second contact 142, which is the other contact, will be described. The second contact 142 is also made of metal, and is manufactured by a known press working. The material is the same as that of the first contact 14.

The second contact 142 shown in FIG. 6 is located on the insertion port 18 side of the housing 121, the second contact portion 22b that can contact the surface 40a of the connection target 40 located on the side opposite to the board mounting surface, and The second operating piece 20b is located on the slider mounting side and is pressed by the slider 161. The second operating piece extends substantially linearly as a whole, and the second operating piece is located on the insertion port 18 side and surface-mounted on the substrate. 2 having a second connecting portion 24b and a second extending portion 44 located on the slider mounting side, and a second reference piece extending substantially linearly as a whole at a position closer to the substrate than the second operating piece. In the second contact 142 shown in FIG. 6, one end is connected to a portion of the second working piece located between the second contact portion 22b and the second pressing portion 20b, and the other end is the second contact. The second extending portion 44 and the second connecting portion 24b of the reference piece Further comprising forming the second coupling piece which is connected (second connection portion 34b) is shown in portion located between. Furthermore, the second operating piece and the second reference piece are both arranged integrally in parallel with the substrate mounting surface in a state where they are integrally connected by the second connecting piece (second connecting portion 34b). It is substantially H-shaped.

Further, second contact 142 shown in FIG. 6, a second contact portion 22 b, and a second connecting portion 24 b, a second fixing portion for holding or fixed to the housing 121 (not shown), the second connecting portion and 34b, the second pressure receiving portion 20 b and has a second extending portion 44, the second contact portion 22 b and the second connecting portion 34b and the second connecting portion 24 b, and substantially U-shaped Are arranged in a positional relationship . In addition, in the embodiment of FIG. 6, there is a positional relationship facing the second contact portion 22 b between the second connection portion 24 b and the second coupling portion 34 b of the second contact 142, and the board of the connection target 40 The case where the 4th contact part 22d which can contact the surface located in the mounting surface side is provided is shown. The 2nd contact part 22b and the 4th contact part 22d are made into the convex part shape so that it may contact with the connection target object 40 easily. That is, the connection object 40 is sandwiched between the second and fourth contact portions 22 b and 22 d which are two contact portions. Thus the inserted second and fourth contact portions 22b in the direction perpendicular both sides of the connection object 40, by providing the 22 d, sandwiching the connection object 40 in the second and fourth contact portions 22 b, 22 d As a result, the connection object 40 can be surely pressed and contacted. Note that the second connecting portion 24 b is configured as a surface mount type (SMT) as shown in FIG.

A second connecting portion 34b and the second pressure receiving portion 20 b, when rotates the pressing portion 36 by the forward rotation of the slider 161, the first connecting portion 34a and the first pressure receiving portion of the first contact 14 behave like 20a, for example, when the connection object 40 is inserted, with the forward rotation of the slider 161, the pressing portion 36 acts on the second pressure receiving portion 20 b of the second contact 142, second by applying press pressure receiving portion 20 b, which enables a configuration in which the second contact portion 22b is pressed into contact against the connection object 40. A second connecting portion 34b size and shape of the second pressure receiving portion 20 b, in order to configure indicating such operation mode is appropriately designed.

The second contact 142, a portion of the side for mounting the slider (e.g., the distal portion of the second pressure receiving portion 20 b), without the second protrusion (not having the same shape as the first protrusion 26 the provided may Rukoto bulging preventing means such as a). With the rotation of the slider 161, when exerting a pressing force to the pressing portion 36 against the second pressure receiving portion 20b of the second contact 142, because the repulsive force against rotation of the slider 161 is strong, the central portion of the slider 161 However , such a tendency can be prevented by providing the second projecting portion . The size of the second protruding portion may be any size as long as it can fulfill such a role, and is appropriately designed to the extent that the pressing portion 36 of the slider 161 is caught. In addition, the portion of the second pressing portion 20b of the second contact 142 and the portion of the second extending portion 44, at which the pressing portion 36 of the slider 161 moves at least, are both formed flat as shown in FIG. It is preferable to do. In addition, the part formed flat is a part excluding the swelling preventing means when the swelling preventing means such as the second protrusion is provided. Further, at least the tip side portion of the second pressing portion 20b of the second contact 142 passes through the through hole 30 as shown in FIG. 6A or inside the through hole 30 when the slider is open. When the slider 161 is located outside the through hole 30 and closed, the thickness of the housing 121 is above the pressing portion 36 constituting the through hole 30 as shown in FIG. It is preferable to be in the region. Furthermore, as shown in FIG. 6 (B), it is preferable to be in the thickness region of the housing and not to exceed the upper end surface 37a of the connecting wall 37. Furthermore, it is more preferable that the second insertion groove formed in the housing 121 penetrates the housing 121.

According to the present invention, it is possible to obtain a stable electrical connection by reliably pressing and contacting the contact portion of the contact with the connection object with the slider with the forward rotation of the slider without impairing the strength or specification of each part. In addition, it is possible to provide a connector that has good workability and can reduce the arrangement pitch and reduce the profile.

10, 60 connector 12, 121, 62 housing 14 first contact
142 2nd contact 16, 161, 66 Slider 18 insertion slot 20a , 20b 1st and 2nd pressing part 22a-22d 1st-4th contact part
22e 1st extension part 24a, 24b 1st and 2nd connection part 26 1st protrusion part 28 Shaft part 30 Through- hole 34a, 34b 1st and 2nd connection part
35 Opposing walls 36, 68 Pressing part
37 connecting wall 38 first insertion groove 40 connection object (or FPC)
42 , 42a fixing portion 44 second extending portion 70 receiving portion 72 slit 74 mounting portion 76 fixing tool

Claims (10)

A connector that is detachably fitted to a flexible printed circuit board (FPC) or a flexible flat cable (FFC), and has a required number of contacts having a contact portion that contacts the flexible printed circuit board or the flexible flat cable, A housing having a fitting port into which the flexible printed circuit board or the flexible flat cable is inserted and a slider that presses the flexible printed circuit board (FPC) or the flexible flat cable (FFC) against the contact. In the connector provided,
An elastic part and a fulcrum part are provided between the contact part and the connection part of the contact, and the contact part, the elastic part, the fulcrum part and the connection part are arranged in a substantially crank shape, and the connection part A pressing portion extending from the elastic portion is provided at a position opposite to the elastic portion, and a pressing portion provided in a longitudinal direction on the slider is provided, and the pressing portion is between the contact portion and the pressing portion. A connector characterized in that the slider is rotatably mounted on the housing. A connector that is detachably fitted to a flexible printed circuit board (FPC) or a flexible flat cable (FFC), and has a required number of contacts having a contact portion that contacts the flexible printed circuit board or the flexible flat cable, A housing having a fitting port into which the flexible printed circuit board or the flexible flat cable is inserted and a slider that presses the flexible printed circuit board (FPC) or the flexible flat cable (FFC) against the contact. In the connector provided,
Two types of contacts are arranged in a staggered manner, and one contact is provided with an elastic portion and a fulcrum portion between the contact portion and the connection portion, and the contact portion, the elastic portion, the fulcrum portion, and the connection portion. Is disposed in a substantially crank shape, and a pressing portion extending from the elastic portion is provided at a position facing the connection portion, and the other contact is provided with an elastic portion between the contact portion and the connection portion. And a fulcrum portion, and the contact portion, the elastic portion, the fulcrum portion, and the connection portion are arranged in a substantially U-shape and extend from the elastic portion in a direction opposite to the contact portion. And a pressing portion provided in the longitudinal direction on the slider. The pressing portion is between the connection portion of one contact and the pressing portion, and between the pressing portion of the other contact and the housing. The slider is mounted on the housing in a freely rotatable manner Connector, wherein the door. When the pressing portion of the slider rotates between the connection portion of one of the contacts and the pressing portion, the pressing portion is pushed up by the pressing portion so that the fulcrum portion serves as a fulcrum, and the elastic portion is the contact The connector according to claim 1, wherein the contact portion is pressed toward the flexible printed circuit board (FPC) or the flexible flat cable (FFC) by being inclined toward the portion. 3. A projecting portion is provided at a tip of a pressing portion of one or the other of the contacts, and the pressing portion of the slider is prevented from moving toward a connecting portion of one of the contacts. Connector. The connector according to claim 1 or 2, wherein a shape of a pressing portion of the slider is an elongated shape. 6. The connector according to claim 5, wherein the slider is provided with a locking hole that engages with a required number of protruding portions of the contact, and the locking holes are made independent of each other. The connector according to claim 5, wherein the elongated shape of the pressing portion is an ellipse. The connector according to claim 1, wherein a contact portion that contacts the flexible printed circuit board (FPC) or the flexible flat cable (FFC) is provided also in a direction extending from a fulcrum portion of one of the contacts. An extension portion extending from the fulcrum portion of the other contact in a direction opposite to the connection portion is provided, and the slider pressing portion of the slider is rotatable between the extension portion and the pressing portion. The connector according to claim 2, wherein the connector is attached to a housing. The connector according to claim 2, wherein a contact portion that contacts the flexible printed circuit board (FPC) or the flexible flat cable (FFC) is provided between the fulcrum portion and the connection portion of the other contact. .

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