CN107249388B

CN107249388B - Card pendant

Info

Publication number: CN107249388B
Application number: CN201680008195.1A
Authority: CN
Inventors: 尾崎圣宏
Original assignee: Sugatsune Kogyo Co Ltd
Current assignee: Sugatsune Kogyo Co Ltd
Priority date: 2015-02-13
Filing date: 2016-02-12
Publication date: 2020-05-01
Anticipated expiration: 2036-02-12
Also published as: CN107249388A; JPWO2016129669A1; WO2016129669A1; JP6261743B2

Abstract

A hook 14F is pivotally supported on a hook body 14 having a hook hole 12H to be hooked on a box frame post 2, a drag preventing member 20 is displaceable between a position for preventing the hook body 14 from being pulled and a position for allowing the hook body to be pulled, and a dummy lock protrusion 42 is provided on the drag preventing member 20 to be engaged in a dummy lock recess 44 of the hook body 14 at a position for allowing the hook body to be pulled in the drag preventing member 20. Accordingly, when the hook main body is detached from the box column, the hook main body is temporarily locked at the receiving position from the anti-pulling position and is held, so that the hook main body can be easily detached from the box column.

Description

Card pendant

Technical Field

The present invention relates to a clip attached to a clip portion such as a hook hole provided in a support such as a box post or a metal cabinet wall to hold a box plate, and more particularly, to an improvement of a clip having a pull-out preventing member attached to a clip main body to prevent the clip from being pulled out of the clip portion and falling off.

Background

A clip having a hook that is engaged with a hanging hole provided in a box column or a metal cabinet wall panel is generally provided with a pull-out preventing member attached to a clip body in order to prevent the clip from being pulled out from the hanging hole (see patent documents 1 to 3).

The anti-drag member is generally rotatably mounted near a hook of the hook member main body, and the hook member is hooked to a hook portion (hook hole) and is locked in the hook portion in a locked state, and is axially rotated between an anti-drag position where the hook member is prevented from being dragged and an allowable position where the hook member is allowed to be disengaged from the hook portion without being caught.

However, in the conventional clip member, when the clip member is to be disengaged from the clip portion (the engaging hole) of the support member such as a box column, the anti-pulling member must be pulled up and held at the receiving position by hand, and the clip member can be disengaged from the clip member in this state. Therefore, the disassembly is troublesome and the workability of disassembly is poor.

Prior art documents

Patent document

Patent document 1, patent No. 3465605

Patent document 2 examined Japanese patent application laid-open No. 7-29870

Patent document 1 JP-A-1-128627

Disclosure of Invention

Technical problem

The invention aims to provide a clamping and hanging piece, which can be separated from the clamping and hanging without pulling a drag-proof part and maintaining the position of the drag-proof part by hands, thereby having high disassembling operability.

Technical scheme

The technical scheme of the invention provides a clamping and hanging piece which is characterized by comprising a clamping and hanging piece main body, an anti-dragging part, a spring pressing mechanism and a false lock mechanism; the clamping and hanging piece main body is provided with a hook clamped and hung on a clamping and hanging part arranged on the support body; a drag prevention member which is movable between a drag prevention position where the hook body is prevented from being pulled up by being caught in a catching part where the hook body is caught and a drag position where the hook body is allowed to be pulled up by being separated from the catching part; a biasing mechanism for biasing the drag prevention member to the drag prevention position; a false locking mechanism for false locking the anti-drag member at the drag position for holding.

According to the technical scheme of the invention, the following modes can be adopted: the anti-drag member is pivotally supported by the hook body so as to be freely rotatable.

In this case, the hook lock device may further include a dummy lock release mechanism for releasing the dummy lock of the anti-pulling member by the dummy lock mechanism when the hook body is pulled.

The false lock unlocking mechanism can adopt the following modes: the anti-drag member is supported by the latch body by a shaft, and when the latch body is pulled, the anti-drag member is relatively pressed by the support body and unlocked from the pseudo-lock position. In this case, the force for unlocking the drag prevention member from the pseudo lock position can be applied by the drag prevention member being pressed by the engaging portion of the other stage of the support body.

According to an aspect of the present invention, the dummy lock mechanism may be formed of a dummy lock protrusion which is provided in the anti-drag member and which is capable of being engaged with a dummy lock recess (hole or groove) of the card-hanging member, or conversely, a dummy lock protrusion which is capable of being engaged with a dummy lock recess provided in the anti-drag member in accordance with a position where the anti-drag member is separated from the anti-drag position may be provided in the card-hanging member.

ADVANTAGEOUS EFFECTS OF INVENTION

According to the present invention, the anti-drag member is usually located at the position where the anti-drag member is prevented from being pulled up by being caught in the catching portion of the support body to which the card-hook main body is caught, but when the card-hook main body is detached from the support body, the anti-drag member can be pseudo-locked at the position where the pulling-up of the card-hook main body is allowed against the biasing of the biasing means, so that the card-hook main body can be detached from the support body while the anti-drag member is detached from the anti-drag position and pseudo-locked at the pulling-holding position, and therefore, the anti-drag member does not need to be held at the pulling-holding position by hand, and the card-hook can be detached with high operability.

Further, according to the present invention, when the card hanger body is detached from the hooking portion of the support body in response to the pulling-up of the anti-pulling member, the anti-pulling member is relatively pressed against the support body, and the anti-pulling member can be unlocked from the pseudo-locked position, so that the anti-pulling member can be automatically returned to the original anti-pulling position, and the anti-pulling of the card hanger body can be performed without performing an operation of unlocking the anti-pulling member from the pseudo-locked position when the card hanger body is mounted again.

Drawings

Fig. 1 is a view showing an example of use in which the card hanger of the present invention is applied to a box holder, wherein fig. 1(a) and (B) are a perspective view seen from above and a perspective view seen from below, respectively.

Fig. 2 is an enlarged exploded perspective view of a main part of the card hanging member of fig. 1.

Fig. 3 is a side view showing a state of use of the clip member 1 according to the embodiment of the present invention with a column of a box frame shown in cross section.

FIG. 4 is a view showing a box post hung by the hanging member of the present invention, wherein FIGS. 1(A) and (B) are a side sectional view and a front view thereof, respectively.

Fig. 5 is an enlarged side view of the body of the card hanging member according to embodiment 1 of the present invention.

Fig. 6 is a view showing a drag preventing member used in the card hanging member of the present invention, in which fig. 6(a) and (a ') are perspective views viewed from the front side and the back side, fig. 6(B) and (B') are left and right views, fig. 6(C) and (C ') are top and bottom views, fig. 6(D) and (D') are front and back views, and fig. 6(E) and (F) are sectional views of line E-E and line F-F of fig. 6 (D).

Fig. 7(a) to (C) are side views showing the box column in cross section, sequentially showing changes in the movement of members when the clip according to embodiment 1 of the present invention is attached to the box column.

Fig. 8(a) to (C) are side views showing the box column in cross section, sequentially showing changes in the movement of members when the hook according to embodiment 1 of the present invention is detached from the box column, and fig. 8(B ') is a cross-sectional view taken along line B ' -B ' of fig. 8 (B).

Fig. 9 is a side view of the clip main body of the clip according to embodiment 2 of the present invention.

Fig. 10(a) to (C) are side views showing the box column in cross section, sequentially showing changes in the movement of members when the clip according to embodiment 2 of the present invention is attached to the box column.

Fig. 11(a) to (C) are side views showing the box column in cross section, sequentially showing changes in the movement of members when the hook according to embodiment 2 of the present invention is detached from the box column.

Fig. 12 is a perspective view showing an exploded essential part of a card hanging member according to embodiment 3 of the present invention.

Fig. 13 is a view showing a drag preventing member for the card hanging member according to embodiment 3 of the present invention, in which fig. 1(a), (a ') and (a ") are respectively a left side view, a right side and a left side perspective view thereof, fig. 13(B) and (B ') are perspective views showing two half members into which the drag preventing member is divided in two at the center, and fig. 13(C) and (C ') are perspective views of the half member of fig. 13(B) as viewed from the right side and the left side.

Fig. 14(a) to (C) are side views showing the box column in cross section, sequentially showing changes in the operation of the components when the clip according to embodiment 3 of the present invention is attached to the box column, and fig. 14(D) is an enlarged view of a portion shown in D in fig. 14 (B).

Fig. 15(a) to (C) are side views showing in cross section the box column in which changes in the movement of members are sequentially made when the clip according to embodiment 3 of the present invention is detached from the box column, and fig. 15(D) and (E) are enlarged views of parts shown in D and E in fig. 15(B), respectively.

FIGS. 16(A) and (B) are sectional views taken along line 16A-16A and line 16B-16B in FIG. 15(B), respectively.

FIG. 17 is a perspective view showing a state where the hanger of the present invention is applied to a clothes hanger stay.

FIG. 18 is a perspective view showing a state where the hook member of the present invention is applied to a clothes hook.

Reference numerals

1 case frame plate

2R and 2L pair of box frame columns

3 horizontal clothes hanging support tube

4 vertical clothes hanging support tube

S support

10 card pendant

12 clamping hanging part

12H card hanging hole

14 card pendant main part

14F hook

Groove of 14FR hook

14R bracket plate part

14H axle support hole

14SR spring housing part

14D groove

Wall surface of 14DW groove

16 rotating support shaft

20 anti-drag component

22R, 22L wallboard

22RC foot

22RE extension piece

22LL lower plate

24U, 24L upper and lower projecting pieces

30 spring pressing mechanism

30S helical spring

30P spring leaf

40 false lock mechanism

42 false lock projection

44 false lock recess

46 arc-shaped swimming groove

Unlocking mechanism of 50 false lock

Detailed Description

Embodiments of the present invention are described in detail with reference to the accompanying drawings. The hanger 10 of the present invention also serves as a box holder for holding the box plate 1 and being hung on a pair of

box posts

2R and 2L (hereinafter, collectively referred to as "2") as an example, as shown in fig. 1, but the hanger 10 of the present invention may be applied to a clothes hanger support tube support member for supporting a horizontal clothes hanger tube 3 as shown in fig. 17 or a vertical clothes hanger tube support member for supporting a plurality of clothes hangers 4 as shown in fig. 18, and the support body S to which the hanger 10 is hung may be a side wall with a hanging hole 1 or a plurality of hanging holes of a metal cabinet, other than the box posts as shown in fig. 1, 17, and 18.

As shown in fig. 2 and 3, the card suspension member 10 of the present invention includes: a hook member body 14 having a multi-stage hook 14F to be hooked on a hook portion 12 in the form of a hook hole 12H provided in a support body S, i.e., a pair of box frame posts 2R, 2L; a drag prevention member 20 which is displaceable between a drag prevention position PP (positions of fig. 3, 7C and 8 a) where the hook body 14 is prevented from being pulled up by being caught in the hook hole 12H where the hook body 14 is hooked, and a drag prevention position AP (position of fig. 8B) where the hook body 14 is allowed to be pulled up by being separated from the hook hole 12H; the biasing mechanism 30 biases the anti-drag member 20 to the anti-drag position PP.

The hook body 14 has a bracket plate portion 14R for supporting a bracket board in a bracket board holder form in fig. 1 and 9, and has 4-stage hooks 14F in the illustrated form, but at least 1 stage of the hooks 14F is sufficient, and the number of stages of the hooks 14F is not limited to 4 stages.

As shown in fig. 2, 3 and 6, the anti-pulling member 20 is constituted by a pair of substantially C-shaped

wall plates

22R and 22L, and these

wall plates

22R and 22L are integrally assembled with each other with upper and lower projecting

pieces

24U and 24L interposed between the top ends of the C-shaped opening. One wall plate 22R has a leg portion 22RC extending so as to close the C-shaped opening, and a short rotation support shaft 16 for supporting the drag preventing member 20 to the hook main body 14 is provided at a middle portion of the leg portion.

The drag preventing member 20 is installed such that: as shown in fig. 8B', the plate portion of the card hanger main body 14 is inserted between the pair of

wall plates

22R, 22L, and is supported by the shaft support hole 14H (see fig. 5) near the hook 14F of the 2 nd stage of the card hanger main body 14 via the rotation support shaft 16 so as to be rotatable.

The upper protruding piece (hereinafter referred to as an upper protruding piece) 24U has the following functions: in a state where the card hanger main body 14 is caught in the catching hole 12H of the box frame post 2, the same catching hole 12H is caught by the biasing mechanism 30 so as to overlap with the hook 14F of the card hanger main body 14 (see fig. 7C and fig. 8 a), thereby preventing the card hanger main body 14 from being pulled up. The function of the lower tab 24L will be described in more detail later in connection with the false lock unlocking.

The biasing mechanism 30 is configured by a coil spring 30S engaging with an inner surface (right surface in fig. 6E or left surface in fig. 6F) of the upper protruding piece 24 in embodiment 1, and the spring 30S is disposed in a concave spring receiving portion 14SR (see fig. 5) of the latch main body 14, and normally biases the anti-drag member 20 in a direction (counterclockwise direction in fig. 6E) in which the upper protruding piece 24U faces the front latching hole 12H around the rotation support shaft 16. Therefore, as shown in fig. 3, the upper protruding piece 24U of the anti-pulling member 20 is caught in the catching hole 12H caught by the hook 14F by the biasing means 30, thereby preventing the catching member body 14 from being pulled up.

The card hanging member 10 of the present invention further includes the dummy lock mechanism 40: in order to detach the hook main body 14 from the box-frame column 2, the hook main body is pseudo-locked and held at a pull-in position AP where the hook main body is rotated clockwise in fig. 3 about the rotation support shaft 16 and the upper protruding piece 24U is withdrawn from the hook hole 12H of the box-frame column 2.

As shown in fig. 6(C), (C '), (D) and (D'), the dummy lock mechanism 40 includes thin dummy lock projections 42 provided on the opposite surfaces of the pair of

wall plates

22R and 22L, and a hole-shaped dummy lock recess 44 (see fig. 5) provided in the hook body 14 and into which the dummy lock projections 42 are inserted at the anti-drag position AP of the anti-drag member 20. In the illustrated embodiment, the hook main body 14 is provided with an arcuate groove 46 (see fig. 5) into which the dummy lock projection 42 is inserted without resistance within the range of axial rotation of the anti-drag member 20, and the dummy lock recess 44 is provided in a state of being bent continuously with the end of the arcuate groove 46. Therefore, the dummy lock projection 42 moves in the circular arc-shaped groove 46 between the movement from the anti-drag position to the drag accommodating position AP against the biasing of the biasing mechanism 30 by the anti-drag member 20, and when the anti-drag member 20 reaches the drag accommodating position AP, the dummy lock projection 42 enters the curved dummy lock recess 44 to pseudo-lock the anti-drag member 20 to the drag accommodating position AP and is held.

The card hanging member 10 of the present invention further includes a false lock unlocking mechanism 50: when the card hanger main body 14 is pulled, the false lock mechanism 40 releases the false lock of the anti-pulling member 20.

When the hook body 14 is pulled, the hook body 14 is pulled to press the anti-pulling member 20 against the support S, and the false lock protrusion 42 is forcibly pulled out from the false lock recess 44 to unlock the anti-pulling member 20 from the false lock position. In the illustrated form, the force to unlock the anti-drag member 20 from the false lock position is generated by: in the pseudo-lock position of the anti-pulling member 20, since a projecting piece (hereinafter, referred to as a lower projecting piece) 24L therebelow is caught in the catching hole 12H of the lower stage of the stay (see fig. 8B), when the hook main body 14 is pulled, the lower projecting piece 24L is relatively pressed against the upper wall surface of the catching hole 12H of the lower stage. Therefore, when the hook main body 14 is pulled, the anti-pulling member 20 is pressed, and the upper protruding piece 24U swings to the anti-pulling position PP around the rotation support shaft 16, so that the dummy lock protrusion 42 is forcibly pulled out from the dummy lock recess 44, and the dummy lock is released. At this time, as shown in fig. 8(C), the upper protruding piece 24U is not opposed to the engaging hole 12H but is offset and abuts against the wall surface of the support body S where the engaging hole 12H is not provided, so that the hook main body 14 does not return to the anti-pulling position AP.

In the illustrated embodiment, the lower projecting piece 24L of the dummy lock unlocking mechanism 50 is pressed by the upper wall surface of the lower engaging hole 12H to release the dummy lock, but may be provided as follows: for example, a lock hole or a recess for locking the lower protruding piece 24L in a pseudo-locked state is provided between the upper and lower lock holes 12H, and the lower protruding piece 24L of the drag preventing member 20 is relatively pressed by the lock hole or the recess when the hook main body 14 is pulled, thereby releasing the drag preventing member 20 from the pseudo-locked state. In the present specification, the lower engaging hole 12H, the engaging hole, or the recess for engaging the lower protruding piece 24L is collectively referred to as a engaging portion.

The operation of the card hanging member 10 of the above embodiment of the present invention to be hung or released from the box frame column 2 will be described with reference to fig. 7 and 8.

The operation of the hooking member 10 to the box-frame pole 2 will be described first. As shown in fig. 7(a), the hooks 14F of the hook body 14 are aligned with the hooks 12H of the rack post 2, which is the support body S, and the hooks 14F are set shallow in the hooks 12H of the rack post 2, so that the tip end portions of the hooks 14F are pressed into the inside of the rack post 2 as shown in fig. 7 (B). Thereafter, as shown in fig. 7(C), the hooking member body 14 is pressed down until the lower recess 14FR (see fig. 2) of the hook 14F is caught by the lower wall surface of the hooking hole 12H of the box frame post 2, and then the upper protruding piece 24U of the drag preventing member 20 is caught in the upper vacant space of the corresponding hooking hole 12H by the urging of the urging mechanism 30. Therefore, the hook 14F of the hook main body 14 is restrained by the upper protruding piece 24U and is not pulled upward, and therefore, the hook main body 14 is prevented from being pulled upward.

Next, in this anti-pulling state, when the hook body 14 (see fig. 7C and 8 a) hooked in the hook hole 12H of the box frame post 2 is disengaged from the hook, as shown in fig. 8B, the anti-pulling member 20 is axially rotated clockwise in fig. 8 about the rotation support shaft 16 while compressing the biasing mechanism 30, i.e., the spring 30S, and the upper protruding piece 24U is withdrawn from the hook hole 12H of the box frame post 2. In this way, when the upper protruding piece 24 of the drag preventing member 20 is detached from the hooking hole 12H, as shown in fig. 8(B), the dummy lock protrusion 42 of the dummy lock mechanism 40 provided at the dummy lock mechanism 40 of the drag preventing member 20 is caught in the dummy lock recess 44, so that the drag preventing member 20 does not return to the drag preventing position PP even if the handle is released from the drag preventing member 20. Therefore, the operator pulls up the card hanging member main body 14, and in the state shown in fig. 8(C), the hook 14F is lifted in the empty space above the card hanging hole 12H until the hook can be pulled out of the card hanging hole 12H, and the hook 14F is withdrawn to the outside of the box frame column 2 through the card hanging hole 12H, so that the card hanging member main body 14 is detached from the box frame column 2.

As can be seen from fig. 8B and C, when the anti-drag member 20 is axially rotated from the anti-drag position PP to the anti-drag position AP, the lower protruding piece 24L of the anti-drag member 20 is caught in the lower engaging hole 12H (see fig. 8B), so that when the hook body 14 is pulled, the lower protruding piece 24L collides with the upper wall surface of the lower engaging hole 12H, and therefore, as the hook body 14 is further lifted, the anti-drag member 20 is relatively pressed against the upper wall surface of the engaging hole 12H, and is axially rotated counterclockwise in fig. 8, and the dummy lock projection 42 of the anti-drag member 20 is disengaged from the dummy lock recess 44 of the hook body 14 and enters the play groove 46. Therefore, if the anti-drag member 20 is unlocked, the hooking member body 14 can be provided for the next hooking operation as shown in fig. 7 (a).

As is clear from fig. 6(E), (F) and 8(C), the lower protruding piece 24L is thinner than the upper protruding piece 24U, and even if the anti-pulling member 20 is in the false lock position and is caught in the lower catching hole 12H, the lower protruding piece 24L is gently caught in the lower catching hole 12H, so that the pulling-up of the catching member body 14 is not hindered. When the dummy lock protrusion 42 of the dummy lock mechanism 40 is caught in the dummy lock recess 44 in the event of a dummy lock or when the dummy lock protrusion is released from the dummy lock recess 44 in the event of a dummy lock, the dummy lock recess 44 is bent with respect to the groove 46, and therefore, there is a slight resistance, but since the dummy lock protrusion 42 is formed thin, the operator only needs to apply a slightly large force against the resistance.

Embodiment 2 of the present invention is shown in fig. 9 to 11. In the present embodiment, the dummy lock protrusion 42 of the dummy lock mechanism 40 is fitted into the hole-shaped dummy lock recess 44 of the card hanger body 14 at the dummy lock position, but elastically slides along the plate surface of the card hanger body 14 at the non-dummy lock position, and is the same as in the 1 st embodiment of fig. 2 to 8. Fig. 10 and 11 are views corresponding to fig. 7 and 8 of embodiment 1 illustrating the attaching and detaching operation of the hook main body 14, and in general, the spring 30S of the biasing mechanism 30 disengages the dummy lock projection 42 of the dummy lock mechanism 40 from the dummy lock recess 44, the upper protruding piece 24U of the anti-drag member 20 is inserted into the hook hole 12H of the housing post 2 and biased to the anti-drag position, and when the anti-drag member 20 is pulled, the dummy lock projection 42 is engaged in the dummy lock recess 44 to falsely lock the anti-drag member 20 to the anti-drag position. Therefore, in the present embodiment, since the dummy lock projection 42 receives sliding resistance with the plate surface of the hook main body 14 except for the dummy lock position, the smoothness of the movement of the drag preventing member 20 between the drag preventing position and the drag accommodating position is reduced in the drag preventing member 20 as compared with the case of embodiment 1. The operation of the dummy lock unlocking is the same as that of embodiment 1. Note that, in this embodiment, the pair of

wall plates

22R and 22L of the clip main body 14 are elastically coupled in the direction approaching each other. Therefore, when the dummy lock projection 42 faces the dummy lock recess 44, the dummy lock projection 42 automatically enters the dummy lock recess 44.

Embodiment 3 of the present invention is shown in fig. 12 to 16. In this embodiment, the biasing mechanism 30 is not formed of the coil spring as in the

embodiments

1 and 2, but is formed of a spring piece 30P integrally provided below the drag preventing member 20, and the same structure as that of the

embodiments

1 and 2 can be adopted. Further, the drag preventing member 20 is constituted by two substantially S-shaped

wall plates

22R and 22L integrally fixed to each other via upper and lower projecting

pieces

24U and 24L, a spring piece 30P is formed to be integrally and continuously raised obliquely upward from the lower part of the S-shape of the wall plate 22R on the right side, the spring piece 30P is engaged with the wall surface 14DW of the recess 14D of the hook main body 14 interposed between the

wall plates

22R and 22L of the drag preventing member 20, and the entire drag preventing member 20 is urged to be rotated about the rotation support shaft 16 in the counterclockwise direction in fig. 14 and 15 by the urging of the wall surface 14 DW. The lower projecting piece 24L is fixed between an extension piece 22RE of the wall plate 22R extending forward (leftward in fig. 13) of the spring piece 30P and the S-shaped lower plate piece 22LL of the wall plate 22L. Since the thickness of the spring piece 30P is slightly larger than the thickness of the wall plate 22R and the spring piece 30P slightly protrudes from the inner surface of the wall plate 22R, when the clip main body 14 is inserted between the anti-pulling members 20, the interval between the

wall plates

22R and 22L of the anti-pulling members 20 is widened, and when the spring piece 30P is in the groove 14D of the clip main body 14, the interval between the

wall plates

22R and 22L is narrowed again, and the spring piece 30P engages with the wall surface 14DW of the recess 14D.

The engaging operation (fig. 14) and the disengaging operation of the card hanger 10 according to embodiment 3 are the same as those of

embodiments

1 and 2 except for the operation of the biasing mechanism 30 biasing the drag preventing member 20 to the drag preventing position. As shown in fig. 14(a), before the start of the engagement, the spring piece 30P abuts against the wall surface 14DW of the recess 14D of the engagement member main body 14, the anti-drag member 20 is displaced counterclockwise in fig. 14, and when the engagement is started, the hook 14F is engaged in the engagement hole 12H, and the upper protruding piece 24U is engaged with the housing post 2, the spring piece 30P is pressed against the wall surface 14DW (see fig. 14(B) and (D)). When the hook 14F is pressed down until it engages with the lower surface of the engaging hole 12H, the upper protruding piece 24U faces the space above the engaging hole 12H, so that the spring piece 30P abuts against the wall surface 14DW, and the drag preventing member 20 is axially rotated counterclockwise in fig. 14, so that the upper protruding piece 24U fills the space above the hook 14F. In order to release the hook 10, when the anti-pulling member 20 is pivoted to the pulling-accommodating position as shown in fig. 15(B) and the dummy lock is performed by the engagement of the dummy lock protrusion 42 and the dummy lock recess 44, the spring piece 30P is pressed against the wall surface 14DW as shown in fig. 15(B) and (D), but the hook 14F is not prevented from being pulled up by the anti-pulling member 20 due to the dummy lock mechanism 40. Other operations are the same as those of

embodiments

1 and 2.

Practicality of use

According to the present invention, the anti-pulling member is normally located at the position where the card hanging body is prevented from being pulled, but when the card hanging body is detached from the support, the anti-pulling member can be falsely locked at the position where the pulling of the card hanging body is allowed against the biasing of the biasing means, so that the card hanging body can be detached from the support while automatically falsely locking the anti-pulling member at the position where the card hanging body is pulled by disengaging the anti-pulling member from the anti-pulling position, and therefore, the anti-pulling member does not need to be held at the position where the card hanging body is pulled by hand, the operability of the detachment of the card hanging is improved, and the industrial applicability is high.

Claims

1. A card pendant is provided with a card pendant main body, a drag-proof part, a spring mechanism and a false lock mechanism; the clamping and hanging piece main body is clamped and hung on the clamping and hanging part arranged on the supporting body; a drag prevention member which is movable between a drag prevention position where the hook body is prevented from being pulled up by being caught in a catching part where the hook body is caught and a drag position where the hook body is allowed to be pulled up by being separated from the catching part; a biasing mechanism for biasing the drag prevention member to the drag prevention position; a false locking mechanism for false locking the anti-drag member at the drag position for holding; wherein the false locking mechanism comprises a false locking part (42 or 44) arranged on the anti-drag component and a false locking part (44 or 42) arranged on the card hanging body, and the anti-drag component is false locked at the drag-containing position by the engagement of the two false locking parts; the anti-drawing member is pivotally supported by the latch body so as to be freely rotatable, and is pivotally rotated from the anti-drawing position to the drawing position.

2. The card hanging member as described in claim 1, further comprising a dummy lock unlocking mechanism for releasing a dummy lock of said drag preventing member by said dummy lock mechanism when said card hanging member body is pulled up; the false lock unlocking mechanism is composed of a protruding piece which is drawn by the card hanging piece main body and is collided with the card drawing part of the support body; the above-mentioned tab is formed in such a way that: the hook body is further pulled up and pressed by the hook part to separate the anti-pulling member from the pseudo lock position.

3. The card suspension member according to claim 1 or 2, wherein the dummy locking portion provided to the drag preventing member is a dummy locking protrusion or a dummy locking recess, and the dummy locking portion provided to the card suspension member main body is a dummy locking recess or a dummy locking protrusion, and the drag preventing member is pseudo-locked at the drag accommodating position by engagement of the dummy locking protrusion with the dummy locking recess.

4. The card suspension member according to claim 2, wherein the engaging portion with which the protruding piece of the dummy lock release mechanism collides is an engaging portion of a lower section of an engaging portion of the support member with which the card suspension member main body is engaged.