JP2009183424A - Fastening fastener device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To surely fasten and hold both fastened object bodies without forming a clearance between both fastened objects even if one fastened object body generates a force in an opening direction of the other fastened object body by an increase in an internal pressure or the like in the inside of both fastened object bodies. <P>SOLUTION: This fastener 1 includes a fixed base plate 10, a movable body 20, a hook frame 27 and a receiving implement 30, wherein the receiving implement, in particular, has a receiving implement fixing member 31 and a receiving implement movable member 35, and actuates a tensile force by the hook frame 27 between a door 5 and a housing 6 to operate in two directions, a direction of drawing the mutual adjoining end portions of the door 5 and the housing 6 and a direction of closing the door 5 with respect to the housing 6. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a fastening device that fastens and holds one fastened body and the other fastened body in a closed state.

  FIG. 4 shows a conventional fastening fastener device applied between one fastened body and the other fastened body. 4A is a plan view of the fastening device for fastening, and FIG. 4B is a side view of the fastening device for fastening. The fastener device 4 includes a fixed substrate 41, a movable body 42 that is pivotally supported by the fixed substrate 41 and has an operation lever 43 at the tip thereof, and the movable body 42 is displaced toward the operation lever 43 from the pivot point of the movable body 42. A substantially U-shaped hooking frame 44 pivotally supported by the portion, and a hook-shaped (inverted L-shaped) receiving tool 45. Then, the fixed substrate 41 is fixed to the door 5 which is one of the objects to be fastened by a fixing tool 46 such as a screw, and the movable main body 42 is rotatably attached to the door 5 by the fixed substrate 41. 45 is fixed to the side surface 66 around the opening 63 of the housing 6 which is the other clamped body by a fixing tool 46 such as a screw. In this manner, the door 5 closes the opening 63 of the housing 6, and from this state, the operating lever 43 is pulled up to rotate the movable body 42 away from the fixed substrate 41 and receive the hooking frame 44. In this state, the operation lever 43 is pushed down and the movable main body 42 is rotated toward the fixed substrate 41. Then, by pulling the hooking frame 44 hooked on the support 45 by the movable main body 42 (to the door 5 side), the door 5 is closed to the housing 6 by the action of the pulling force of the hooking frame 44. Can be tightened and held. This type of fastener device is described in Patent Document 1 and the like.

JP-A-8-284514

  However, in the conventional fastener device, as shown in FIG. 4, the hook frame 44 pivotally supported by the movable body 42 on the one tightening body (door) 5 side is connected to the other tightening body (housing). ) The hook 45 is hooked on the holder 45 fixed on the 6 side, the hook frame 44 is pulled by the rotation operation of the movable main body 42, and the clamped bodies 5, 6 are tightened by the pulling force of the hook frame 44. Therefore, the tension force of the hook frame 44 is between the one clamped body 5 and the other clamped body 6 along the planes of the two clamped bodies 5, 6. , 6 acts in the direction of pulling the adjacent end portions toward each other, but toward the planes of the two clamped bodies 5, 6, that is, one clamped body 5 is moved to the other clamped body 6 (from the outside to the inside). As shown in FIG. 5, internal pressure is applied to the inside of both the clamped bodies 5 and 6 so that the two clamped bodies 5 and 6 do not act in the closing direction. When a force is generated in the direction in which one clamped body 5 opens with respect to the other clamped body 6 due to ascending or the like, one clamped body 5 opens, and between the two clamped bodies 5 and 6 There is a problem in that there is a possibility that a gap may be formed.

  The present invention solves such a conventional problem, and in this type of fastening fastener device, the tensile force caused by the hooking frame between the two fastened bodies is applied to the adjacent ends of the two fastened bodies. The direction in which one clamped body opens with respect to the other clamped body due to an increase in internal pressure, etc. inside both clamped bodies by acting in the direction of pulling the part and the direction of closing both clamped bodies The object is to securely hold and tighten both the clamped bodies without generating a gap between the clamped bodies even if a force is generated.

In order to achieve the above object, a fastening fastener device of the present invention has a movable body that is pivotably attached to one body to be fastened via a fixed substrate, and is pivotally attached to the movable body. A hook frame and a holder fixed to the other body to be clamped, and pulling the hook frame by pulling the hook frame to the hook by rotating the movable body. In the fastening device for fastening that holds both the clamped bodies by force,
The receptacle is
(1) a receiver fixing member fixed to the other clamped body;
(2) In the state where it is rotatably attached between the one clamped body and the other clamped body to the receiving fixture fixing member, and is rotated to the one clamped body side, A receiver having a receiving portion that can be engaged with the hooking frame in the pulling direction of the hooking frame, and a pressurizing portion that is in contact with the one clamped body and applies a tensile force of the hooking frame. A tool movable member;
With
(3) The tensile force generated by the hooking frame between the two clamped bodies is applied in two directions: a direction in which adjacent ends of the clamped bodies are pulled together and a direction in which the clamped bodies are closed. ,
This is the gist.

  In this case, it is preferable that the receiving member movable member is normally urged to rotate to the other tightened body side via the spring means. Further, it is preferable that a pressing member made of an elastic material is attached to the pressing portion of the receiving member movable member.

  The fastening device for fastening according to the present invention has the above-described configuration, the pulling force of the hooking frame between the fastened bodies, the pulling direction of the adjacent ends of the fastened bodies, and the fastened bodies. Is applied in two directions, i.e., from the outside of the clamped bodies to the inside, so that each clamped body is opened in the direction of opening of the clamped bodies due to an increase in internal pressure on the inside of both clamped bodies (that is, Even if a force is generated (from the inside to the outside of the clamped body), the clamped body can be securely clamped by pressing it and without causing a gap between the clamped bodies. There is an effect that can be done.

  An embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows a fastening device for fastening (hereinafter simply referred to as a fastener). Fig.1 (a) is a top view of a fastener, FIG.1 (b) is a side view of a fastener.

  As shown in FIG. 1, the fastener 1 is pivotably attached to one clamped body via a fixed substrate 10, and has a movable main body 20 having an operation lever 22 at the tip, and is rotatable to the movable main body 20. And a receiving frame 30 fixed to the other clamped body. In addition, here, one to-be-tightened body is a door 5 of the housing, and this door 5 has a rectangular planar shape portion 51 and an outer peripheral edge portion 52 that protrudes in a direction perpendicular to the outer periphery of the planar shape portion 51. And have. The other body to be fastened is a housing 6, and the housing 6 is configured in a frame shape 61 whose front surface (or other surface is acceptable) is a rectangular shape 61, and the door 5 can be fitted at a predetermined position thereof. A concave opening 62 is formed, and a rectangular opening 63 that is slightly smaller than the planar shape portion 51 of the door 5 and an outer peripheral edge 52 of the door 5 around the opening 63 are formed in the concave portion 62 (surface to be a bottom surface thereof). And an inner peripheral edge 64 capable of abutting. The door 5 is attached to one side 65 of the frame shape 61 of the housing 6 via a hinge 66 so that one side of the planar portion 51 can rotate. In this way, the door 5 is integrally fitted into the recess 62 of the housing 6, the opening 63 of the housing 6 is closed, and the door 5 is rotated toward the one side surface 65 of the housing 6. By being moved, the opening 63 of the housing 6 is fully opened.

  The fixed substrate 10 is formed of a metal material in a predetermined plane shape, and is formed with rising at one end on both sides and near the center, and has a plane-shaped portion 11, a pair of bearings 12, and a lock piece 13. The planar shape portion 11 corresponds to the planar shape of the movable main body 20 described later, and is formed so that the movable main body 20 can be placed thereon. In addition, in the case of this fastener 1, the whole is comprised by the combination of this planar shape part 11 and the movable main body 20 in the elongate substantially box shape. The planar shape portion 11 is provided with through holes 110 through which the fasteners 14 such as screws can be inserted at appropriate positions at both ends and the center. The pair of bearings 12 are formed at one end on both sides of the planar portion 11 at a predetermined height upward, and a shaft hole 120 through which the pivot 26 can be inserted is formed in the upper part. The lock piece 13 is formed in a predetermined height higher than each bearing 12 in the vicinity of the center of the planar portion 11 and parallel to each bearing 12, and a lock hole for passing a padlock hook bar or the like on the upper part. 130 is punched. Although not shown here, the fixed substrate 10 is further provided with a stopper piece. This stopper piece is formed on the other end side of the plane-shaped part close to the lock piece, and is formed upward at a predetermined height substantially the same as or slightly lower than each bearing, and has a substantially inverted V-shaped upper part. A locking part is formed. In this way, the fixed substrate 10 is fixed to each through-hole 110 of the planar portion 11 through the fixing tool 14 at a predetermined position on the other side of the door 5 opposite to the one side to which the hinge 5 is coupled. The

  The movable body 20 is formed of a metal material in a substantially U-shaped cross section, and includes a flat surface portion 21 and both side surface portions 24. The movable body 20 has an operation lever 22 at the other end of the flat surface portion 21 and a lock piece insertion hole 23 near the center. A pair of bearings 25 are provided at one end of the surface portion 24. The flat surface portion 21 is formed in a long and narrow rectangular shape, and both sides of one end are notched into a substantially U shape, and the intermediate portion has a curved shape that turns around the pivot 26. The operation lever 22 is formed at the other end of the flat portion 21, and the other end protrudes from the other end of the fixed substrate 10 (so that a finger can be easily caught when operating the operation lever 22) and faces upward. A little curved. The lock piece insertion hole 23 has a shape corresponding to the cross-sectional shape of the lock piece 13 so that the lock piece 13 can be inserted in the vicinity of the center of the flat portion 21 and is slightly larger than that. Both side surface portions 24 are formed in an elongated rectangular shape corresponding to both side portions of the flat surface portion 21. The pair of bearings 25 is formed at one end of both side portions 24, and a shaft hole 250 into which the pivot 26 can be inserted is formed. These bearings 25 can come into contact with the outside of the pair of bearings 12 of the planar portion 11 of the fixed substrate 10. Further, an attachment hole 251 for attaching the hook frame 27 is formed at a predetermined intermediate position between the side surface portions 25. In this way, the movable main body 20 is placed on the fixed substrate 10 together with the bearings 25 and 12 of the movable main body 20 and the fixed substrate 10, and from one bearing 25 and 12 to the other bearing 25 and 12. The pivot 26 is passed and both ends of the pivot 26 are caulked, and the door 5 is pivotably attached to the predetermined position of the door 5 via the fixed substrate 10. In addition, although illustration is abbreviate | omitted here, this movable main body 20 is provided with the stopper engagement / disengagement piece together inside a plane part. This stopper engaging / disengaging piece is an elongated plate-like member having a flat pressing portion at one end, a locking hole or a locking groove through which the stopper piece can be inserted near the center, and a pair of other ends. It has a guide protrusion. A guide hole through which the stopper engaging / disengaging piece can be inserted is formed on one side of the movable body, and a pair of guide holes through which the pair of guide protrusions of the stopper engaging / disengaging piece can be inserted is formed on the other side. The stopper engaging / disengaging piece is wound around a pair of guide protrusions, and a coil spring is wound around the guide hole and the pair of guide holes. When the movable main body 20 is rotated toward the fixed substrate 10 in this way, the locking hole or the edge of the locking groove of the stopper engaging / disengaging piece comes into contact with the tip of the locking part of the stopper piece, and from this state When the movable main body 20 is further rotated (against the urging force of the stopper engaging / disengaging piece by the coil spring), the stopper engaging portion of the stopper piece is guided by the inverted V-shaped guide of the engaging portion. Is pushed in the same direction as the direction in which the pressing portion is pushed, and is inserted into the locking hole or the locking groove of the stopper engaging / disengaging piece. Is restored to its original state (by the biasing force of the coil spring of the stopper engagement / disengagement piece), and the stopper piece is engaged with the engagement hole of the stopper engagement / disconnection piece or the edge of the engagement groove. It is prevented from coming off. Due to the engagement between the stopper engaging / disengaging piece and the stopper piece, the movable main body 20 is fixed on the fixed substrate 10 and its rotation is restricted. From this state, when the pressing portion of the stopper engaging / disengaging piece is pushed toward the side surface of the movable main body, the entire stopper engaging / disengaging piece is displaced in the pushing direction, and the locking hole or the locking groove of the stopper engaging / disengaging piece is displaced. Moves to the position of the locking portion of the stopper piece, and the stopper piece comes out of the locking hole or the locking groove of the stopper engaging / disengaging piece. By the detachment of the stopper engaging / disengaging piece and the stopper piece, the rotation restriction of the movable main body 20 is released. The entire hook frame 27 is formed in a substantially U-shape or a substantially U-shape, and both sides thereof are bent into a substantially U shape on the hook end 271 side, and both ends are bent inward to form a mounting shaft 272. Is done. The hook frame 27 is attached to both side surface portions 24 of the movable main body 20 such that the mounting shafts 272 at both ends are inserted from the outside into the respective mounting holes 251 of the side surface portions 24 of the movable main body 20 and the respective insertion ends are caulked. It is done.

  The receiver 30 includes a receiver fixing member 31 and a receiver movable member 35. The receiving fixture fixing member 31 is formed in a substantially U-shaped or substantially U-shaped cross section, and has a fixing portion 32 and a pair of bearing portions 33. The fixing portion 32 is formed in a substantially rectangular planar shape, and a through hole 320 into which a plurality of fixing tools 14 such as screws are inserted is formed at one end thereof. The pair of bearing portions 33 is raised on both sides of the fixed portion 32, and a shaft hole 330 into which the pivot 39 can be inserted is formed in an end portion corresponding to the other end portion side of the fixed portion 32. In the case of this bearing portion 33, the upper portion of the bearing portion 33 is formed in an arc shape having a small predetermined diameter corresponding to one end portion of the fixed portion 32, and the other end portion having the shaft hole 330 is large in a predetermined shape. It is formed in a circular arc shape with a diameter and a curved shape with a predetermined diameter large between these end portions, and this curved surface shape hooks the hook frame 27 on the receiving portion 371 of the receiving member movable member 35 described later. It is a guide 34 for engaging and guiding the end 271. The receiver movable member 35 is formed in a substantially U-shaped or substantially U-shaped cross section so as to be disposed in the receiver fixing member 31, and includes a movable part 36 and a pair of movable bearing parts 37. In this case, the movable part 36 is formed in a substantially rectangular planar shape. In this case, an attachment hole 360 for attaching the presser member 38 is formed in the center of the movable portion 36. The pressing member 38 is made of an elastic material such as rubber, and protrudes from the center of one surface of the disk-shaped pressing portion 381 having a predetermined diameter larger than the mounting hole 360 and is inserted into the mounting hole 360. And a step-shaped attachment shaft 382 to be stopped. The pressing member 38 is inserted into the mounting hole 360 of the movable portion 36 from the outside, and the pressing portion 381 is brought into contact with the peripheral edge of the mounting hole 360 on the outer surface of the movable portion 36 (surface opposite to the receiving portion 371). The mounting shaft 382 is locked and fixed to the peripheral edge of the mounting hole 360 on the inner surface of the movable portion 36 (the surface on the receiving portion 371 side). The movable portion 36 and the pressing member 38 constitute a pressure portion 36P that contacts the door 5 and applies a tensile force of the hooking frame 27. The pair of movable bearing portions 37 is raised on both sides of the movable portion 36 and is formed so as to protrude on one end extension of the movable portion 36, and a shaft hole 370 into which the pivot 39 can be inserted is formed in the protruding end. In this case, each movable bearing portion 37 is formed in a substantially chevron shape as a whole, and the edge of each movable bearing portion 37 protruding on one end extension of the movable portion 36 is formed in a substantially S shape, and its concave shape. The upper part is a receiving part 371 of the hooking end 271 of the hooking frame 27. Further, in this case, a locking hole 372 for the torsion coil spring 40 is also drilled at a substantially central position of each movable bearing portion 37. In this way, the receiver movable member 35 is placed on the receiver fixing member 31, and the receiving portion 371 of the receiver movable member 35 is directed to the guide 34 side of the receiver fixing member 31, so that the receiver movable member 35 and the receiver are engaged. The bearings 37, 33 of the fixing member 31 are arranged together, and the pivot 39 is passed from one bearing 37, 33 to the other bearing 37, 33 with the torsion coil spring 40 wound around, and the pivot 39. Both ends of the torsion coil spring 40 are pivotably attached, and one locking end 401 of the torsion coil spring 40 is locked to the locking hole 372 of each movable bearing portion 37 and the other locking end 402 is a receiving member. Engaged with the end of the fixing member 31 that is close to the pivot 39 of the fixing portion 32, the receiving member movable member 35 is normally biased to rotate in the direction in which the receiving portion 371 and the guide 34 of the receiving member fixing member 31 are close to each other. Is done. The receiver 30 is attached to the door 5 with the receiver fixing member 31 on the other side surface 67 opposite to the hinge 66 of the housing 6, in this case, close to the recess 62 of the housing 6. The fixing tool 14 is fixed to each through hole 320 of the fixing portion 32 at a predetermined position corresponding to the movable main body 20. In this manner, the receiver fixing member 31 is fixed at a predetermined position on the other side surface 67 of the housing 6, and the receiver movable member 35 is normally rotated around the other side surface 67 of the housing 6 on the receiver fixing member 31. A state in which the movable member 35 is pivotally attached between the other side surface 67 of the housing 6 and the planar shape portion 51 of the door 5 in a state of being urged, and the receiving member movable member 35 is rotated to the door 5 side. Thus, the receiving portion 371 can be engaged with the hooking end 271 of the hooking frame 27 in the pulling direction of the hooking frame 27, and the pressurizing portion 36 </ b> P (the movable portion 36 and the pressing member 38) is the door 5. The pulling force of the hooking frame 27 is converted to the direction in which the door 5 is closed so as to act.

  In this way, by the rotation operation of the movable main body 20 on the door 5 side, the hooking frame 27 is hooked on the receiving member 30 on the other side surface 67 of the housing 6 and pulled, and the door 5 and the housing 6 (the other The pulling force of the hooking frame 27 between the side surface 67 and the side surface 67 of the door 5 and the side surface 67 of the housing 6 is pulled toward each other, and the outer peripheral edge 52 of the door 5 is recessed in the housing 6. The door 5 and the housing 6 are clamped and held by pressing the inner peripheral edge portion 64 of the 62 and causing the door 5 to act in two directions in which the opening 63 of the housing 6 is closed.

  2 and 3 show a specific mode in which the door 5 is fastened and held to the housing 6 by the fastener 1. When fastening the door 5 to the housing 6 with the fastener 1, first, as shown in FIG. 3, the opening 63 of the housing 6 is closed with the door 5, and from this state, the operation lever 22 is pulled up to move the movable body 20. Is rotated in the direction of separating from the fixed substrate 10, the hooking frame 27 is rotated toward the receiving tool 30, and the hooking frame 27 is hooked on the receiving tool 30. At this time, the receiver movable member 35 of the receiver 30 is urged to rotate toward the other side surface 67 of the housing 6, so that the receiver 371 and the guide 34 of the receiver fixing member 31 are close to each other. However, when the hooking end 271 of the hooking frame 27 is hooked against the upper part of the receiving portion 371 and the operation lever 22 is pushed down in this state to rotate the movable main body 20 toward the fixed substrate 10, The hook end 271 of the frame 27 engages with a receiving portion 271 that rotates and displaces in a direction gradually away from the guide 34 while being guided along the guide 34 of the receiving fixture fixing member 31. Subsequently, the movable main body 20 is rotated, and the hooking frame 27 hooked on the support 30 by the movable main body 20 is pulled toward the door 5 side. As the movable body 20 rotates, the lock piece 13 on the fixed substrate 10 is passed through the lock piece insertion hole 23 of the movable body 20, and the edge of the locking hole or the locking groove of the stopper engaging / disengaging piece described above. The stopper part comes into contact with the tip of the stopper part locking part, and the stopper part locking part pushes the stopper engagement / disengagement piece in the same direction as the pushing part of the pressing part by the inverted V-shaped guide of this locking part. The stopper engagement / removal piece is inserted into the locking hole or the locking groove. Then, as shown in FIG. 3, when the movable main body 20 is rotated to the top of the fixed substrate 10, the receiver movable member 35 is rotated to the door 5 side, and the receiving portion 371 is placed on the hooking frame 27. The pressurizing portion 36 </ b> P is brought into contact with the door 5 to apply the tensile force of the hook frame 27. That is, the pulling force by the hooking frame 27 between the door 5 and the (other) side surface 67 of the housing 6 is set so that the adjacent ends of the door 5 and the side surface 67 of the housing 6 are drawn together, and the door 5, the inner peripheral edge 64 of the recess 62 of the housing 6 is pressed by the outer peripheral edge 52 of the housing 6 to convert the door 5 into two directions of closing the opening 63 of the housing 6. Tighten and hold. At the same time, the lock piece 13 on the fixed substrate 10 passes through the lock piece insertion hole 23 of the movable body 20, and the lock hole 130 of the lock piece 13 protrudes to the outside of the movable body 20. At the same time, the locking portion of the stopper piece described above completely passes through the locking hole or the locking groove of the stopper engaging / disengaging piece, and the stopper engaging / disengaging piece is elastically restored to its original state. The stopper is locked to the locking hole or the edge of the locking groove of the stopper engaging / removing piece to prevent the stopper from coming off. Due to the engagement between the stopper engaging / disengaging piece and the stopper piece, the movable main body 20 is fixed on the fixed substrate 10 and its rotation is restricted. Then, by inserting a padlock hook rod into the lock hole 130 of the lock piece 13 and locking it, the tightened state of the door 5 is completely fixed.

  As described above, according to the fastener 1, the pulling force by the hook frame 27 between the door 5 and the other side surface 67 of the housing 6 is applied to the adjacent ends of the door 5 and the side surface 67 of the housing 6. Since the door 5 acts in two directions from the outside to the inside, that is, from the outside of the door 5 to the inside, the door 5 is placed inside the door 5 due to an increase in internal pressure. Even if a force is generated in the opening direction from 6 (that is, from the inner side to the outer side of the door 5), the door 5 can be pressed without causing a gap between the door 5 and the housing 6. Can be securely fastened to the housing 6.

  In this embodiment, the pressurizing part 36P is composed of the movable part 36 and the pressing member 38 of the receiver movable member 36. However, this is a more preferable example, and the pressurizing part 36P Of course, it may be configured only by the movable portion 36.

(A) Top view of the fastening fastener apparatus in one embodiment of the present invention (b) Side view of the fastener apparatus Side view showing tightening operation (before tightening) by the fastener device Side view showing the tightening operation (after tightening) by the fastener device (A) Plan view of a conventional fastening fastener device (b) Side view of the fastener device Side view showing problems in fastening operation by the fastener device

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fastening fastener apparatus 10 Fixed board | substrate 11 Planar shape part 110 Through-hole 12 Bearing 120 Shaft hole 13 Lock piece 130 Lock hole 14 Fastening tool 20 Movable main body 21 Plane part 22 Operation lever 23 Lock piece insertion hole 24 Side face part 25 Bearing 250 Shaft Hole 251 Mounting hole 26 Pivoting shaft 27 Hooking frame 271 Hooking end 272 Mounting shaft 30 Receiving member 31 Receiving member fixing member 32 Fixed portion 320 Through hole 33 Bearing portion 330 Shaft hole 34 Guide 35 Receiving member movable member 36P Pressurizing portion 36 Movable Portion 360 mounting hole 37 movable bearing portion 370 shaft hole 371 receiving portion 372 locking hole 38 pressing member 381 pressing portion 382 mounting shaft 39 pivot 40 torsion coil springs 401 and 402 locking end 5 door (one tightened body)
51 Planar shape part 52 Outer peripheral edge part 6 Housing (the other clamped body)
61 Frame shape 62 Recess 63 Opening 64 Inner peripheral edge 65 Side surface 66 Hinge 67 Side surface

Claims (3)

A movable main body rotatably attached to one tightened body via a fixed substrate, a hook frame rotatably attached to the movable main body, and a receiver fixed to the other tightened body A fastening fastener device for tightening and holding both the clamped bodies by the pulling force of the hooking frame by pulling the hooking frame on the receiving member by rotating the movable main body In
The receptacle is
A receiver fixing member fixed to the other clamped body;
The hook is attached to the holder fixing member so as to be rotatable between the one clamped body and the other clamped body, and is rotated toward the one clamped body. A receiver movable member having a receiving portion that can be engaged with the frame in the pulling direction of the hooking frame, and a pressurizing portion that makes contact with the one clamped body and exerts a pulling force of the hooking frame. When,
With
The tensile force by the hooking frame between the two clamped bodies is applied in two directions: a direction in which adjacent ends of the two clamped bodies are pulled together, and a direction in which the two clamped bodies are closed.
Fastening device for fastening.   The fastening fastener device according to claim 1, wherein the receiving member movable member is urged to rotate to the other fastened body side through a spring means in a normal state.   The fastening fastener device according to claim 1 or 2, wherein a pressing member made of an elastic material is attached to the pressing portion of the receiving member movable member.

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