JP6158680B2 - Lever type connector - Google Patents

Description

  The present invention relates to a lever-type connector, for example, to a connector that is joined to a mating connector by operating a lever.

  Conventionally, a lever-type connector 301 as shown in FIG. 10 is known (see, for example, Patent Document 1).

  In the lever type connector 301, a lever 305 is rotatably attached to the outer wall of the female connector housing 303. A pair of female lever engaging bosses 307 project from both side walls of the female connector housing 303. A lever lock portion 309 is provided at the rear end of the female connector housing 303 to lock the lever 305 that is rotated when the connector is fitted, and contact surfaces 311 are provided upright on both sides of the lever lock portion 309. ing. The lever 305 includes a pair of lever main bodies 315 having lever engaging holes 313 and a rotation operation unit 317 that connects the lever main bodies 315. A pair of ratchet prevention projections 323 are provided on both outer sides of the housing lock portion 321 on the contact surface 319 of the rotation operation portion 317.

  In the lever type connector 301, a large number of circuits are fitted together. That is, the female connector housing 303 is provided with a plurality of terminals, and the other connector (not shown) is also provided with a plurality of terminals. When the lever 305 is rotated while the lever 305 is also engaged with the mating connector, the mating connector is joined to the lever-type connector 301, and each terminal of the female connector housing 303 is connected to the mating connector. Each terminal of the side connector is connected to each other.

JP 2003-36927 A

  By the way, in the conventional lever type connector, since the lock | rock part is provided in the center part of the lever, there exists a problem that it is difficult to make a vertical dimension small (it is difficult to make low profile).

  Therefore, it is conceivable to move the lock part to the side of the lever, but in the case of a lever-type connector whose lateral dimensions are large to install a large number of terminals, the lock part is only on one side of the lever. If provided, the other side portion where the lock is not provided is in a semi-fitted state, and there is a problem that the locking (locking) of the lever becomes incomplete.

  Further, if the lock portions are provided on both sides of the lever, the lever must be operated while simultaneously releasing both lock portions, so that there is a problem that the lever release operation becomes difficult.

  The present invention has been made in view of the above-mentioned problems, and in a lever-type connector including a connector and a lever provided on the connector, the lever is reliably locked (locked) to the connector. Another object of the present invention is to provide a lever-type connector that can be easily unlocked (unlocked).

  The invention according to claim 1 is a connector, a lever that engages with the connector and performs a predetermined limited movement with respect to the connector, and a first locking portion provided at one end of the connector; And a first locked portion provided at one end of the lever, and when the lever has reached the predetermined position after the predetermined limited movement, A first locking portion that is locked to the first locked portion and locks the lever to the connector; and a second locking portion that is provided at the other end of the connector; And a second locked portion provided at the other end of the lever, and when the lever has reached the predetermined position by performing the predetermined limited motion, A locking portion is locked to the second locked portion, and the lever together with the first locking portion is A second lock portion to be engaged with the kuta, wherein the first lock portion is in a direction opposite to the direction in which the first engagement portion is engaged with the first engagement portion. By moving the lever, the state in which the first locked portion is locked to the first locking portion is released, and the locking operation portion is provided in the second locking portion. And the second locking portion is configured to move the lever in a direction opposite to the direction in which the second locking portion is locked to the second locking portion when the locking operation portion is operated. Is a lever-type connector configured to release the state where the second locked portion is locked to the second locking portion.

  According to a second aspect of the present invention, in the lever-type connector according to the first aspect, the connector is formed in a rectangular parallelepiped shape having a lateral dimension value larger than a longitudinal dimension value. Is a central portion, one side portion projecting in a predetermined direction from one end portion of the central portion, and the other side portion projecting in the predetermined direction from the other end portion of the central portion. A predetermined portion of the one side portion engages with a predetermined portion of one end portion in the lateral direction of the connector, and the predetermined portion of the other side portion is in the lateral direction of the connector. By engaging with a predetermined part of the other end of the connector, the connector is movable with respect to the connector, and the first locked portion is provided on the one side, and the first The second locked portion is a lever-type connector provided on the other side portion.

  The invention according to claim 3 is the lever-type connector according to claim 1 or 2, wherein the first locked portion is configured by a through hole or a recess provided in the lever. The first locking portion is provided on the connector, and is configured by a convex portion that enters the first locked portion when locking the first locked portion, and the second The latched portion is formed by a through hole or a recess provided in the lever, and the second latching portion is an elastic portion provided in the connector and a latch provided in the elastic portion. And the elastic portion is elastically deformed when the second locked portion is locked, and when the second locked portion is locked, the elastic portion is A portion is restored and the locking projection is configured to enter the second locked portion, or The first locked portion is constituted by a through hole or a recess provided in the connector, and the first locked portion is provided in the lever, and the first locked portion The second locked portion is formed by a through hole or a recess provided in the connector, and the second locked portion is configured by a through hole or a recess provided in the connector. The second locking portion includes an elastic portion provided on the lever and a locking protrusion provided on the elastic portion, and locks the second locked portion. When the elastic portion is elastically deformed and the second locked portion is locked, the elastic portion is restored and the locking protrusion enters the second locked portion. This is a lever type connector.

  According to the present invention, in a lever-type connector including a connector and a lever provided on the connector, the lever can be reliably locked (locked) to the connector, and the lever can be locked. There is an effect that it is possible to provide a lever type connector that can be easily released (unlocked).

It is a perspective view showing a schematic structure of a lever type connector concerning an embodiment of the present invention. It is the perspective view which shows schematic structure of the lever-type connector which concerns on embodiment of this invention, Comprising: It is the perspective view seen from another angle. It is a III arrow directional view in FIG. It is IV arrow line view in FIG. FIG. 4 is a view taken in the direction of arrow V in FIG. 3. It is VI arrow directional view in FIG. It is a figure which shows the VII-VII cross section in FIG. It is an enlarged view of the VIII part in FIG. It is an enlarged view of the IX part in FIG. It is a figure which shows the conventional lever type connector.

  A lever-type connector 1 according to an embodiment of the present invention includes a connector (for example, female connector) 3 and a lever 5 as shown in FIG. 1 and the like. A side connector (for example, a male connector) is configured to be joined to the connector 3.

  The connector 3 includes a housing 7 and terminals (for example, female terminals) 9, and the female terminals 9 are integrally provided in the housing 7. The mating connector also includes a housing and a terminal (for example, a male terminal), and the male terminal is integrally provided in the housing.

  By joining the mating connector to the connector 3, the male terminal of the mating connector is connected to the female terminal 9 of the connector 3. By separating the mating connector from the connector 3, the male terminal of the mating connector is separated from the female terminal 9 of the connector 3. The connector 3 is moved linearly in a direction approaching the connector 3 in a state where the position and posture of the counterpart connector with respect to the connector 3 are in a predetermined relationship (bonding ready state). It is comprised so that the other party connector may be joined.

  The lever 5 is engaged with the connector 3 (housing 7), and a predetermined limited motion with respect to the connector 3 is within a predetermined range. For example, it is configured to rotate by a predetermined angle with a predetermined rotation center axis as a rotation center.

  The mating connector is also configured to engage with the lever 5. When the connector 3, the lever 5, and the mating connector are engaged with each other, when a predetermined limited movement (for example, rotation) of the lever 5 with respect to the connector 3 is performed, the mating connector is also connected to the connector. 3 and the lever 5 are limitedly moved (for example, moved linearly), the mating connector is joined to the connector 3, and the mating connector is separated from the connector 3.

  To explain further, the lever 5 engaged with the connector 3 is positioned at one end within the range of limited movement, and is engaged with the mating connector that is not joined to the connector 3. The movement of the other connector within the limited movement range (including rotation) toward the other end causes the mating connector to move to the connector 3 side, and the other movement within the limited movement range. When the movement to the end or the vicinity thereof (including rotation) is completed, the connector 3 and the mating connector are joined to each other.

  Conversely, the lever 5 moves in a direction (including rotation) toward the one end within the limited motion range from the state in which the mating connector is joined to the connector 3, so that the mating connector Is moved to the side away from the connector 3, and the mating connector is separated from the connector 3 when it has finished moving to one end within the limited motion range.

  The lever-type connector 1 is provided with a first lock portion (semi-lock portion) 11 and a second lock portion (main lock portion) 13.

  The first lock portion 11 includes a first locking portion 15 and a first locked portion 17. The first locking portion 15 and the first locked portion 17 are provided at one end of the connector 3.

  Then, by fixing the connector 3 (housing 7) and applying a predetermined force to the lever 5, the lever 5 performs the predetermined limited motion and performs a predetermined position (at the other end within the range of the limited motion). The first locking portion 15 is locked to the first locked portion 17 and the lever 5 is locked to the connector 3 (housing 7).

  The second lock portion 13 includes a second locking portion 19 and a second locked portion 21. The second locking portion 19 and the second locked portion 21 are provided at the other end of the connector 3.

  Then, by fixing the connector 3 (housing 7) and applying a predetermined force to the lever 5, the lever 5 performs the above-mentioned limited motion and the predetermined position (the position of the other end within the limited motion range). ), The second locking portion 19 is locked to the second locked portion 21, and the second locking portion 13 together with the first locking portion 11 connects the lever 5 to the connector 3 (housing). 7).

  Accordingly, the mating connector is joined to the connector 3, and the joining state between the mating connector and the connector 3 is locked by the lock portions 11 and 13 of the lever 5.

  Further, the first lock portion 11 moves the lever 5 in the direction opposite to the direction in which the first locked portion 17 is locked to the first locking portion 15, so that the first locked portion The state where 17 is locked to the first locking portion 15 is configured to be released.

  The second lock portion 13 is provided with a locking operation portion 23. Then, when operating the locking operation portion 23, the second locked portion 21 is moved to the second locking portion 19 by moving the lever 5 in the opposite direction to the second locking portion 19. The locked part 21 is configured to be released from the state where the locked part 21 is locked to the second locking part 19.

  In a state where the first locked portion 17 is being locked to the first locking portion 15 (a stage where the first lock portion 11 is being locked), the first locking portion 15, At least one of the first locked portions 17 (a part of the lever 5 and / or a part of the housing 7) is slightly elastically deformed by the force received from the housing 7 or the lever 5. Yes. Further, when the first locked portion 17 has been locked to the first locking portion 15, the force is lost, and the first locking portion 15 and the first locked portion 17 are restored. It is like that.

  In the middle of releasing the locked state of the first lock portion 11, the first engagement is performed in the same manner as in the middle of locking the first locked portion 17 to the first locking portion 15. At least one of the stopper 15 and the first locked portion 17 is slightly elastically deformed by the force received from the housing 7 and the lever 5. Further, when the locked state at the first lock part 11 is released, the force is lost, and the first locked part 15 and the first locked part 17 are restored.

  As will be understood from this, in the state where the first locked portion 17 is being locked to the first locking portion 15, the force applied to the lever 5 and the housing 7 (for example, rotational moment) is It is necessary to gradually increase the size of the first locked portion 17 as the locking to the first locking portion 15 proceeds. Further, in a state in which the first locked portion 17 is being released from the state where the first locked portion 17 is locked to the first locking portion 15, the force applied to the lever 5 and the housing 7 (for example, rotation) Moment) gradually decreases as the release of the locking of the first locked portion 17 proceeds.

  The locking operation part 23 of the second lock part 13 is provided in the second locking part 19, for example.

  In a state where the second locking portion 19 is being locked to the second locked portion 21, the second locking portion 19 and the second locked portion 21 (mainly the second locking portion) 19) is elastically deformed by the force received from the lever 5. Further, when the second locked portion 21 has been locked to the second locking portion 19, the above force is lost and the second locking portion 19 is restored.

  When releasing the locking state of the second locking portion 13, a predetermined force is applied to the locking operation portion 23 to elastically deform the second locking portion 19, thereby The two locked portions 21 are unlocked. If the second locking portion 19 is elastically deformed and the locking of the second locked portion 21 by the second locking portion 19 is released, the lever 5 can be moved. ing.

  As will be understood from this, in a state where the second locked portion 21 is being locked to the second locking portion 19, the force applied to the lever 5 and the housing 7 (for example, the rotational moment) is As the locking of the second locked portion 21 to the second locking portion 19 progresses, it is necessary to gradually increase it. On the other hand, in a state in which the second locked portion 21 is being released from the state where the second locked portion 21 is locked to the second locking portion 19, the force applied to the lever 5 and the housing 7 (for example, rotation) Moment) becomes a small value that is almost constant. This is because the second locking portion 19 has already been elastically deformed by a force separately applied to the locking operation portion 23, so that it is not necessary to elastically deform the second locking portion 19 with the lever 5.

  Here, the predetermined one direction in the space is defined as the front-rear direction, the predetermined one direction orthogonal to the front-rear direction is defined as the horizontal direction, and the predetermined one direction orthogonal to the front-rear direction and the horizontal direction is defined as the vertical direction. To do.

  As shown in FIG. 3, the connector 3 (housing 7) and the lever-type connector 1 have a rectangular parallelepiped shape in which the lateral dimension value B1 is larger than the longitudinal dimension value H1 (for example, about 2 to 3 times). Is formed.

  The dimension value in the front-rear direction of the connector 3 is about the same as the dimension value in the vertical direction. The housing 7 of the connector 3 is provided with a terminal accommodating chamber (cavity) 25 for accommodating and installing the female terminal 9 with a predetermined interval in the vertical direction and the horizontal direction. A female terminal 9 is inserted and installed in each cavity 25 from the rear in the front-rear direction.

  The lever 5 protrudes in the predetermined direction from the central portion 27, one side portion 29 protruding in a predetermined direction from one end portion of the central portion 27, and the other end portion of the central portion 27. The other side part 31 is comprised, and it is formed in "U" shape.

  A predetermined portion of one side portion 29 engages with a predetermined portion at one end portion in the lateral direction of the connector 3 (housing 7), and a predetermined portion of the other side portion 31 is in the lateral direction of the connector 3 (housing 7). The lever 5 is rotatable with respect to the connector 3 by engaging with a predetermined portion of the end.

  The connector 3 is sandwiched between the side portions 29 and 31 of the lever 5 in this lateral direction. The first locked portion 17 is provided on one side portion 29 of the lever 5, and the first locking portion 15 is provided on one end portion of the connector 3 (housing 7) in the lateral direction. The second locked portion 21 is provided on the other side portion 31 of the lever 5, and the second locking portion 19 is provided on the other end portion in the lateral direction of the connector 3 (housing 7). ing.

  In the locked state of the lock portions 11 and 13 (the respective locked portions 17 and 21 are formed in the respective locking portions 15 and 19), the lever connector 1 has a rectangular parallelepiped shape. . More specifically, when the lever-type connector 1 in which the lock portions 11 and 13 are locked is viewed from the front-rear direction, the lever-type connector 1 has a rectangular shape, and one long side of the two long sides of the rectangle is It is formed by a part of the outline of the central portion 27 of the lever 5, and the other long side of the two long sides of the rectangle is formed by a part of the outline of the connector 3 (housing 7). One short side of the two short sides is formed by a part of the contour of one side portion 29 of the lever 5, and the other short side of the two rectangular short sides is the other side of the lever 5. It is formed by a part of the outline of the side part 31.

  Further, the first locked portion 17 is configured by a through hole (may be a recess) 33 provided in the lever 5, and the first locking portion 15 is provided in the connector 3 (housing 7). It is composed of a convex portion (projection) 35. And when the 1st to-be-latched part 17 is latched, it is comprised so that the 1st latching | locking part 15 (convex part 35) may enter into the 1st to-be-latched part 17 (through-hole 33) ( (See FIGS. 7 and 8).

  The second locked portion 21 is configured by a through hole (may be a recess) 37 provided in the lever 5, and the second locked portion 19 is an elastic provided in the connector 3 (housing 7). A part (for example, an elastic arm part) 39, a locking protrusion 41 provided on the elastic part 39, and a locking operation part 23 provided on the elastic part 39.

  When the second locked portion 21 is locked (in the middle of locking), the elastic portion 39 is elastically deformed and when the second locked portion 21 is locked, The elastic portion 39 is restored, and the locking protrusion 41 (second locking portion 19) is configured to enter the second locked portion 21 (through hole 37).

  Release of the state in which the second locked portion 21 is locked to the second locking portion 19 is performed by operating the locking operation portion 23 to elastically deform the elastic portion 39 and the locking protrusion 41 to the first position. It is made so as to be removed from the second locked portion 21.

  The lever type connector 1 and the like will be described in more detail.

  The housing 7 of the connector 3, the lever 5 and the housing of the mating connector are made of an insulating material such as synthetic resin. The female terminal 9 of the connector 3 and the male terminal of the mating connector are conductive such as metal. Consists of materials.

  The housing 7 of the connector 3 is formed in a rectangular parallelepiped shape as described above, and a cavity 25 in which the female terminal 9 is accommodated is installed extending in the front-rear direction and provided in the vertical and horizontal directions. The mating connector is joined to the connector 3 from the front side of the connector 3. The male terminal of the mating connector is inserted into the cavity 25 opened on the front side, and the female is installed in the cavity 25. It is connected to the terminal 9.

  The housing 7 of the connector 3 is provided with a pair of projections (projections with which the lever 5 is engaged) 43. One projection 43 of the pair of projections protrudes from one end surface at the center of one end surface of the housing 7 in the lateral direction. The other projection 43 of the pair of projections protrudes from the other end surface at the center of the other end surface of the housing 7 in the lateral direction. The two protrusions 43 are disposed symmetrically with respect to the center plane (a plane including the center of the connector 3 and orthogonal to the lateral direction).

  The 1st latching | locking part 15 is comprised by the protrusion 35 formed in frustum shapes, such as a square frustum. The protrusion 35 protrudes from one end surface of the housing 7 in the lateral direction. Further, the protrusion 35 is located at substantially the same position as the above-described protrusion 43 in the front-rear direction, and is located at one end portion in the vertical direction.

  As described above, the second locking portion 19 includes the elastic portion 39, the locking protrusion 41, and the locking operation portion 23. The second locking portion 19 includes a central surface (including the center of the connector 3 and the lateral direction). With respect to the plane orthogonal to the first locking portion 15.

  The elastic portion 39 is formed in a cantilever shape and protrudes from the housing 7 of the connector 3. The locking protrusion 41 is formed at the tip of the elastic part 39. Further, the locking operation portion 23 is also used as the locking protrusion 41, for example.

  The protrusion 43, the protrusion 35, the elastic part 39, the locking protrusion 41, and the locking operation part 23 are integrally formed with the housing 7.

  A through hole 47 is provided in each of the side portions 29 and 31 of the lever 5. The through holes 47 are arranged substantially symmetrically with respect to the center plane (a plane including the center of the lever 5 and orthogonal to the lateral direction).

  The projections 43 of the housing 7 enter the respective through holes 47 so that the rotation center axis (center axis extending in the lateral direction) C1 shown in FIGS. The lever 5 rotates with respect to the connector 3.

  In the state shown in FIG. 5, FIG. 6, etc., the lock portions 11 and 13 are in the locked state, and the lever 5 has a predetermined counterclockwise rotation centered on the central axis C1 from the state shown in FIG. The angle is rotated (for example, about 90 °).

  The first locked portion 17 includes a through hole 33 provided in one side portion 29. The first lock portion 11 is configured to be in a locked state when the convex portion 35 of the connector 3 enters the through hole 33 in a fitted state.

  The second locked portion 21 includes a through hole 37 provided in the other side portion 31. The through hole 33 and the through hole 37 are arranged substantially symmetrically with respect to the center plane. The second lock portion 13 is configured to be in a locked state when the engaging projection 41 of the connector 3 enters the through hole 37 in a fitted state.

  A concave portion 49 is formed on the other side portion 31 of the lever 5 so as to surround the through hole 37. The recessed portion 49 is recessed from the outer surface of the other side portion 31 to the inner side (center portion 27 side), and is large enough to allow a human fingertip to enter.

  Then, by inserting a fingertip into the recess 49, pressing the locking operation portion 23 on the upper side of FIG. 9 to elastically deform the elastic portion 39 upward and pulling out the locking projection 41 from the through hole 37, the second locking portion 13. The lock state of is released.

  Each side portion 29, 31 of the lever 5 is formed with a not-shown elongated cam groove (may be a through hole), and each of the protrusions (cam protrusions) of the mating connector is formed in each of these cam grooves. The connector 3, the lever 5, and the mating connector are configured to perform limited movement with respect to each other by entering and engaging.

  That is, the lever 5 is a lever, and the connector 3 and the mating connector are joined and separated with a large force by appropriately rotating the lever 5 with a small force.

  Next, the operation of the lever type connector 1 will be described.

  In the initial state, the mating connector is separated from the connector 3, and the lever 5 is in contact with the mating connector 3 in a state where the mating connector position and posture with respect to the connector 3 are in a predetermined relationship (joint preparation complete state). Engage with the connector.

  When the lever 5 is rotated in a predetermined direction while holding the central portion 27 of the lever 5 in the initial state, the mating connector is joined to the connector 3 and the lock portions 11 and 13 are locked (see FIG. 5-9, etc.), the lever 5 is integrated with the connector 3 and is not rotated.

  To release the state in which the mating connector is joined to the connector 3, put a fingertip into the recess 49 of the lever 5 and push the locking operation part 23 on the upper side of FIG. 9 to elastically deform the elastic part 39 upward. The locking protrusion 41 is removed from the through hole 37.

  The lever 5 is rotated by a predetermined angle in the reverse direction while maintaining the state where the locking protrusion 41 is removed from the through hole 37.

  According to the lever-type connector 1, the first locking portion 15 or the first locked portion 17 is provided at one end of the connector 3 or the lever 5, and the other end of the connector 3 or the lever 5. Since the second locking portion 19 and the second locked portion 21 are provided in the portion, the lever 5 can be securely locked to the connector 3 and the height can be reduced (in the vertical direction). It is possible to reduce the dimension H1).

  Further, in the first lock portion 11, the first locked portion can be simply moved by moving the lever 5 in the direction opposite to the direction in which the first locked portion 17 is locked to the first locking portion 15. 17 is configured to be released from the state of being locked to the first locking portion 15, and the second lock portion 13 is operated in the second manner in addition to operating the locking operation portion 23. The second locked portion 21 is locked to the second locking portion 19 by moving the lever 5 in the opposite direction to the locking of the locked portion 21 of the second locking portion 19 to the second locking portion 19. Since the released state is configured to be released, the unlocking operation of the lever 5 can be performed by operating only one locking operation portion 23, and the unlocking operation of the lever 5 can be performed. Becomes easier.

  Further, according to the lever-type connector 1, the connector 3 is formed in a rectangular parallelepiped shape in which the horizontal dimension value is larger than the vertical dimension value, and the lever 5 is formed in a "U" shape. Since the first locked portion 17 is provided on one side 31 of the lever 5 and the second locked portion 21 is provided on the other side 33 of the lever 5, the lever The height of the connector 1 can be further reduced, and the lever 5 can be locked (locked) to the connector 3 in a balanced manner at both lateral ends.

  Further, according to the lever-type connector 1, the first locked portion 17 is constituted by the through hole 33 provided in the lever 5, and the first locking portion 15 is a convex portion provided in the connector 3. 35, the second locked portion 21 is formed of a through-hole 33 provided in the lever 5, and the second locking portion 19 includes an elastic portion 39 provided in the connector 3. Since the locking projection 41 provided on the elastic portion 39 is provided, the locking of the lever 5 to the connector 3 is simplified despite the simplification of the configuration of the locking portions 11 and 13. Can be performed reliably.

  By the way, in the lever-type connector 1, the said 1st to-be-latched part is comprised by the through-hole or recessed part provided in the connector (housing), and the said 1st latching | locking part is provided in the said lever, You may be comprised by the convex part which enters the said 1st to-be-latched part, when latching a 1st to-be-latched part.

  Further, in the lever-type connector 1, the second locked portion is constituted by a through hole or a recess provided in the connector (housing), and the second locking portion is provided in the lever. An elastic portion, a locking projection provided on the elastic portion, and a locking operation portion provided on the elastic portion are configured to lock the second locked portion (engagement). When the elastic portion is elastically deformed and the second locked portion is locked, the elastic portion is restored and the locking protrusion is You may be comprised so that a part may enter.

DESCRIPTION OF SYMBOLS 1 Lever type connector 3 Connector 5 Lever 11 1st lock part 13 2nd lock part 15 1st latching | locking part 17 1st to-be-latched part 19 2nd latching | locking part 21 2nd to-be-latched part 27 Central part 29 One side part 31 The other side part 33 Through-hole 35 Convex part 37 Through-hole 39 Elastic part 41 Locking protrusion

Claims (3)

A connector;
A lever that engages the connector and performs a predetermined limited motion relative to the connector;
A first locking portion provided at one end of the connector; and a first locked portion provided at one end of the lever, wherein the lever is A first locking portion that locks the first locking portion to the first locked portion and locks the lever to the connector when a limited movement is reached and a predetermined position is reached;
A second locking portion provided at the other end of the connector; and a second locked portion provided at the other end of the lever, wherein the lever is When the limited movement is reached and the predetermined position is reached, the second locking portion is locked to the second locked portion, and the lever is engaged with the connector together with the first locking portion. A second locking portion to be stopped;
And the first lock portion moves the lever in a direction opposite to the direction in which the first locking portion is locked to the first locking portion. The state in which the locking portion is locked to the first locking portion is released,
The second locking portion is provided with a locking operation portion, and the second locking portion is configured to move the second locked portion to the first locking portion when operating the locking operation portion. The state in which the second locked portion is locked to the second locking portion is released by moving the lever in a direction opposite to the direction in which the second locking portion is locked. A lever-type connector characterized by being configured as described above. The lever-type connector according to claim 1,
The connector is formed in a rectangular parallelepiped shape in which the value of the dimension in the horizontal direction is larger than the value of the dimension in the vertical direction,
The lever includes a central portion, one side portion protruding in a predetermined direction from one end portion of the central portion, and the other side protruding in the predetermined direction from the other end portion of the central portion. And is configured with
A predetermined part of the one side part engages with a predetermined part of one end part in the lateral direction of the connector, and a predetermined part of the other side part is a predetermined part of the other end part in the lateral direction of the connector It is movable with respect to the connector by engaging with
The first locked portion is provided on the one side portion,
The lever-type connector, wherein the second locked portion is provided on the other side portion. In the lever type connector according to claim 1 or 2,
The first locked portion is configured by a through hole or a recess provided in the lever,
The first locking portion is provided on the connector, and includes a convex portion that enters the first locked portion when locking the first locked portion,
The second locked portion is composed of a through hole or a recess provided in the lever,
The second locking portion includes an elastic portion provided on the connector and a locking protrusion provided on the elastic portion, and locks the second locked portion. When the elastic portion is elastically deformed and the second locked portion is locked, the elastic portion is restored and the locking protrusion enters the second locked portion. Or
Or
The first locked portion is composed of a through hole or a recess provided in the connector,
The first locking portion is provided on the lever, and includes a convex portion that enters the first locked portion when locking the first locked portion,
The second locked portion is constituted by a through hole or a recess provided in the connector,
The second locking portion includes an elastic portion provided on the lever and a locking protrusion provided on the elastic portion, and locks the second locked portion. When the elastic portion is elastically deformed and the second locked portion is locked, the elastic portion is restored and the locking protrusion enters the second locked portion. Lever type connector characterized by being made.

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