JP2740987B2 - Home snack leg - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a foldable home diaper leg.

[0002]

2. Description of the Related Art Conventionally, as shown in FIG. 13, a leg for a home nugget of this kind is composed of a leg body portion a and a leg root portion b which are pivotally connected to each other.
And pivotably move the leg body a around the pivot shaft c so that the leg body a can be bent or erected. Further, the leg body a is locked and held upright by a pin or the like. In addition, the leg body a can be folded from the upright holding state.

[0003]

However, in the conventional device, since the center of rotation is fixed, even when the leg body a is folded, a part of the leg body a is higher than the leg base b. Because it protrudes downward and the height dimension h is bulky,
Since the leg body part a is removed from the base part b of the leg and packed and transported, it is time-consuming and costly.

In view of the above, the present invention solves such a conventional problem. In the folded state, a part of the leg main body does not protrude below the base with the leg, and the leg main body is assembled with the base with the leg. An object of the present invention is to provide a home diaper leg that can be folded, packed, and transported while attached.

[0005]

In order to achieve the above-mentioned object, a first home diaper leg according to the present invention is a home diaper leg which is foldably mounted on a frame body. Arranged above the center of the vertical height of the frame
With a horizontal groove and approximately equal to the above vertical height
A leg base having a vertical groove having a vertical length, an upper locking pin that moves horizontally along the horizontal groove, and a lower locking pin that moves vertically along the vertical groove, and the upper locking And a leg body portion in which the lower locking pin moves vertically upward while the pin escapes in the horizontal direction and is folded. In the folded state, the upper and lower locking pins are disposed on substantially the same horizontal plane. Thus, most or all of the leg body can enter the vertical dimension of the frame.

[0006] Also, a second home diaper according to the present invention.
The legs are attached to the base of the legs so that the leg body can be folded.
The legs for home diapers to be locked on the leg body
A pin and a lower locking pin are attached, and at the base of the leg,
A locking part is provided to lock the upper locking pin when the leg is upright.
Of the locking part by pulling the leg body in the vertical direction.
The horizontal movement of the upper lock pin is enabled by releasing the lock.
Horizontal groove to be connected to the above-mentioned locking portion, and furthermore, the folding operation
With the horizontal movement of the upper locking pin at
Insert the vertical guide groove where the locking pin rises
In addition, the lower locking pin locks when the leg body is folded
And hold the folded part in the same position as the horizontal groove.
At one height position, it is provided continuously with the vertical guide groove .

[0007] Also, a third home trowel according to the present invention.
The leg can be bent by swinging the leg body around the base with the leg
An attached home diaper leg, which is vertically attached to the leg body.
A pair of upper locking pin and lower locking pin
The upper and lower locking pins are guided in the vertical direction at the base with the legs.
A vertical groove for holding the leg upright is provided, and
The pin penetrates through the vertical groove and is guided horizontally.
The horizontal groove for the leg bending guide is one end of the vertical groove.
Provided to be in communication with the upper and lower middle part, further, the upper locking pin, the upper end of the vertical groove and the other end of the horizontal groove ,
A resilient member for resiliently urging to select択的are those provided in the above-mentioned leg root portion.

[0008] Further , a fourth home diaper according to the present invention.
The leg can be bent by swinging the leg body around the base with the leg
The legs for the attached home garment,
A locking pin and a lower locking pin are attached, and
The lower locking pin is guided vertically while the leg body swings.
The vertical locking groove and the upper locking pin
A horizontal groove guided in a horizontal direction, and
When the upper locking pin is locked in the upright
It is connected to the flat groove, and the lower locking pin locks in the folded state.
The lock part to hold it in a position higher than the horizontal groove.
And the upper locking pin is connected to the vertical groove,
Raise the resilient member that selectively urges the locking groove and horizontal groove.
It is provided at the base of the foot.

[0009]

According to the first aspect of the present invention, the leg main body has a lower locking pin while the upper locking pin is guided by the horizontal groove and escapes outward in the horizontal direction. Is guided in a vertical groove
It is folded by moving the vertically upward Runode, the screenplay
The folding operation of the body is stabilized. Moreover, the legs in the folding operation
During swinging, the upper locking pin does not move downward, and
In the folded state is disposed on the upper and lower locking pins are substantially the same horizontal plane, thereby, in the folded state, the frame body of the vertical height in dimension
Then, most or all of the leg main body enters.
Therefore, the home rack in which this home rack leg was used
One is in a folded state, the overall thickness (height dimension when used as a horizontally folded) can sufficiently small to Rukoto.

[0010] (According to the second aspect of the present invention,
For example, when the leg is upright, the upper locking pin is
And the lower locking pin also fits in the vertical guide groove.
So that the legs are upright and stable
Home diapers can be used.

Also, pull the leg body from the leg upright state.
If the lock is released, the horizontal groove of the upper lock pin
In the horizontal direction. That is,
The lower locking pin moves with the horizontal movement of the upper locking pin.
Can be folded up the vertical guide groove.
You.

In the folded state, the lower portion is locked by the lock portion.
The pin is locked and the folded state is maintained , and the leg is suddenly upright
And never.

(According to the third aspect of the present invention,
For example, when the leg is upright, the lower locking pin
The upper locking pin is pulled up via the
Lock on the upper end of the straight groove.
It is fitted in the groove. Therefore, this vertical state is stable.
It is kept in a state.

Further , the leg body is made to resist the elastic force of the elastic member.
And pull down the upper and lower locking pins along the vertical groove.
The upper locking pin to one end of the horizontal groove.
And slightly swing the leg body around the lower locking pin.
The upper locking pin into the horizontal groove,
By swinging the part, it can be folded,
The lower locking pin is locked in the horizontal groove and the leg body is folded.
It becomes a tatami state.

(According to the fourth aspect of the present invention,
If the leg body is in the upright state, the elasticity of the elastic member
The upper locking pin is pulled up via the lower locking pin,
Locking pin locks in locking groove, lower locking pin locks in vertical groove
In this state, and the leg body does not swing
Hold.

When the leg is in the upright state, the leg main body is
Pull downwards against the elastic force of
Pivot slightly around the center pin, and then
Into the horizontal groove from inside, and swing the leg body
If you can, you can fold it. At this time, the lower locking pin
Locked in vertical groove, upper locking pin also locked in horizontal groove
Thus, the folded state is maintained.

[0017]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the drawings showing embodiments.

[0018] FIG. 1 shows the Home stand Yoashi of the upright state, this home your stand Yoashi is, the frame 1 shown in a virtual line
A base 2 with legs fixed by bolts or the like (not shown),
A leg body 5 is foldably connected to the leg base 2 via a pair of upper and lower locking pins 3 and 4.

The leg base 2 comprises a leg mounting member 6 made of plastic or the like and having a downward opening, and a metal fixing member 7 inserted and fixed in the leg mounting member 6.

As shown in FIGS. 2, 3 and 4,
The leg main body 5 is composed of a hollow covering support leg member 8 made of plastic or the like, and a rotating member 9 made of plastic or the like which is fixed to the upper end vacant space of the covering support leg member 8 in an intrinsic manner.

The upper end of the covering support leg member 8 is formed in an arc shape having a predetermined curvature when viewed from the side so as to be able to swing inside the leg mounting member 6.

Further, holding holes 10, 10 for inserting and holding the upper locking pin 3 are formed at predetermined positions on the upper end of the covering support leg member 8.

Next, a metal plate or the like is bent in a substantially U-shape in cross section to form an upper surface portion formed by bending the upper portions of the side plates 11 and 11 and the back plate 12 of the fixing member 7 and a coil spring or the like. Locking projections 14, 14 to which one ends of the resilient members 13, 13 are locked are protruded sideways, and furthermore, the side plates 11, 1 are further provided.
At the lower part of 1, there are formed horizontally bent pieces 40,40.

As shown in FIGS. 1 and 4, the side plates 11, 11 of the fixing member 7 have vertical grooves 15 for holding upright legs, in which both upper and lower locking pins 3, 4 are guided in the vertical direction. , 15
And horizontal grooves 1 for leg bending guides in which the upper locking pin 3 enters through the vertical grooves 15 and 15 and is guided in the horizontal direction.
6 and 16 are provided such that their one ends 22 and 22 communicate with the upper and lower middle portions of the vertical grooves 15 and 15.

The vertical grooves 15, 15 are formed vertically with a predetermined length, and the horizontal grooves 16, 16 have a predetermined length from a position lower than upper ends 23, 23 of the vertical grooves 15, 15 by a predetermined position. It is formed horizontally.

Also, the vertical grooves 15 , 15 are
And a lead groove into which the lower locking pin 4 fits.
And a direct direction guide groove 15b. In this case, vertical
The direction guide groove 15b is set wider than the locking groove 15a,
The locking groove 15a is set to have substantially the same width as the horizontal groove 16 .

Next, as shown in FIGS. 2, 3 and 4,
The pivoting member 9 has support holes 19, 19 through which the lower locking pin 4 is inserted and supported at the projecting portions 18, 18, respectively, on the side walls, and is formed at the upper end in the center of the upper locking pin 3. A locking ridge 21 that comes into contact with the formed holding groove 20 is provided in a protruding manner.

Then, the upper portion of the covering support member 8 is slidably fitted between the side plates 11 and 11 of the fixing member 7, and the upper locking pin 3 is inserted into the vertical grooves 15, 15 of the fixing member 7 and the covering support leg. The rotating member 9 is inserted into the holding holes 10 and 10 of the member 8, and furthermore, the rotating protrusion 9 of the rotating member 9 is brought into contact with the holding groove 20 of the upper locking pin 3, so that the rotating member 9 is covered with the supporting leg member. 8 and the upper flat portion 27 of the rotating member 9 and the lower flat portion 28 of the covering support leg member 8 are fixed by a fixing tool 26 such as a screw.

At this time, the upper locking pin 3 is
Is fixed by being sandwiched between the rear surface 25 of the upper end surface of the upper locking pin and the locking projection 21 of the rotating member 9.
The locking ridge 21 of the rotating member 9 is locked to prevent slipping.

Further, the lower locking pin 4 is inserted into the vertical grooves 15 and 15 of the fixing member 7 and the support holes 19 and 19 of the rotating member 9 so that the upper locking pin 3 and the lower locking pin 4 are Arrange at predetermined intervals on a vertical line.

Then, one ends of the resilient members 13, 13 are locked in circumferential grooves 17, 17 formed on both ends of the lower locking pin 4, and the other ends are locked projections of the fixing member 7. 14,14
The upper locking pin 3 is selectively moved to the upper ends 23, 23 of the locking grooves 15a, 15a and the other ends 24, 24 of the horizontal grooves 16, 16 via the lower locking pin 4. And the lower locking pin 4 is prevented from coming off. In addition,
The upper end 23 of the locking groove 15a may be referred to as a locking portion 23.
You.

The other ends of the resilient members 13, 13 are locked to both ends of the upper locking pin 3, and the upper locking pin 3 is
15 and the other ends 24 of the horizontal grooves 16, 16;
24, it is also desirable to selectively bias.

Next, the leg mounting member 6 into which the cushioning member 29 is inserted is fixed by a fixing tool 39 such as a screw via the horizontally bent piece portions 40, 40 of the fixing member 7, and the leg mounting member 6 is fixed. Is fixed to the frame 1.

When the leg body 5 is in the upright state, as shown in FIG. 1, the lower leg 4 is provided by the elastic force of the elastic members 13, 13. It raised the upper engaging pin 3 through, the upper engaging pin 3 engaged
Upper ends of stop grooves 15a, 15a (that is, locking portions) 23, 2
3 and the lower locking pin 4 is also provided in the vertical guide groove 15b,
The state where the leg body 5 is locked in the middle of the position 15b is maintained without swinging.

In order to bend the leg main body 5 from the upright holding state, first, as shown in FIG. 5, the leg main body 5 is bent against an arrow A against the elastic force of the elastic members 13, 13. As described above, the upper and lower locking pins 3 and 4 are moved downward along the vertical grooves 15 and 15 so that the upper locking pins 3 and the horizontal grooves 16 and 1 are moved downward.
6 to one end 22.

Next, as shown by the arrow B, if the leg body 5 is slightly swung about the lower locking pin 4, the upper locking pin 3
Penetrates into the horizontal grooves 16, 16 from the vertical grooves 15, 15 and moves toward the other ends 24, 24 while being guided in the horizontal grooves 16, 16 as shown in FIG. Is a vertical groove 1
5 and 15 are moved to the upper ends 23 and 23 sides.

Further, by swinging the leg body 5, FIG.
As shown in FIG.
It locks on the lock part 30 which is the corner part where 5 and 15 intersect,
The upper locking pin 3 is also locked at the other ends 24, 24 of the horizontal grooves 16, 16 to hold the leg body 5, and the leg body 5
Is folded.

When the lower locking pin 4 is located at the lower end of the vertical grooves 15, 15 or short of the lower end, the upper locking pin 3 comes to the one ends 22, 22 of the horizontal grooves 16, 16. 5), interval between upper and lower locking pins 3 and 4, vertical groove 1
The length of the locking grooves 15a, 15a and the vertical guide grooves 15b, 15b is set, and the upper locking pin 3 is connected to the other ends 24, 24 or 24, 24 of the horizontal grooves 16, 16.
24, the lower locking pin 4 or the locking portion 30
(See FIG. 7) so that the upper and lower locking pins 3 and 4 are locked.
And the length of the horizontal grooves 16, 16 are set.

The outer diameter of the lower locking pin 4 is determined by the locking grooves 15a, 15a of the vertical grooves 15, 15 and the horizontal grooves 16, 1.
The groove width is set larger than the groove width of No. 6 so that it cannot be penetrated.

Therefore, the lower locking pin 4 is
16 does not move above the one ends 22, 22, and in the above-mentioned folded state, the leg body 5 does not further swing in the direction of arrow B and is locked by the lock portions 30. Thus, rattling in the vertical direction can be prevented.

Next, in order to bring the leg body 5 from the folded state to the upright state, the leg body 5 is swung in the direction of arrow C in FIG. 7, and as shown in FIGS. 4 is a vertical groove 15,
When the upper locking pin 3 is moved downward in the vertical groove 15 from the horizontal groove 16, the lower locking pin 4 is moved by the elastic force of the elastic members 13. The upper locking pin 3 moves upward in the vertical grooves 15, 15 and locks on the upper ends 23, 23 via the through holes to be in the state shown in FIG.

That is, according to the legs for the home basketball,
The lower locking pin accompanying the horizontal outward movement of the locking pin 3
As a result, the leg body 5 can be folded,
Moreover, in the folded state, as shown in FIG.
Reference numeral 4 is disposed on a substantially same horizontal plane as the upper locking pin 3.

Therefore, in the folded state shown in FIG.
Most or all of the leg body 5 is within the vertical height of
Put in. In other words, the frame of the home tatto where this leg was used
Overall thickness dimension (as shown in the conventional example of FIG.
(The height dimension at the time of setting) can be set small.

Next, unlike the above embodiment, as shown in FIGS. 9 and 10, the lower locking pin 4 is guided to the side plates 11, 11 of the fixing member 7 in the vertical direction. 3
1 and horizontal grooves 32, 32 for leg bending guides in which the upper locking pin 3 is guided and guided in the horizontal direction.
1, 31 and the upper locking pin 3 is
The locking grooves 33, 33 for holding the legs standing upright, which are penetrated from the upper and lower sides and guided in the vertical direction, are inserted into the horizontal grooves 3.
2 and 32 are connected to one ends 34 and 34 thereof.

The vertical grooves 31, 31 are formed vertically with a predetermined length, and the horizontal grooves 32, 32 are horizontally extended by a predetermined distance from a position lower than upper ends 35, 35 of the vertical grooves 31, 31 by a predetermined distance. Formed in a predetermined length at a position separated in the direction,
Further, locking grooves 33, 33 are formed vertically above the one ends 34, 34 of the horizontal grooves 32, 32 with a predetermined length.

The upper ends 35 of the vertical grooves 31, 31
Lock portions 36, 36 for preventing rattling are formed on the side of the locking grooves 33, 33.

Further, the holding holes 10, 10 of the covering leg member 8 and the supporting holes 19, 19 of the rotating member 9 shown in FIG.
The vertical grooves 31, 31 and the locking grooves 33, 3 of the fixing member 7 in FIG.
The upper and lower locking pins 3 and 4 are respectively inserted and supported.

Further, the resilient members 13, 13 are locked to the locking projections 14, 14 of the fixing member 7 and both ends of the lower locking pin 4, whereby the upper locking is performed via the lower locking pin 4. The pin 3 is selectively elastically urged toward the upper ends 37, 37 of the locking grooves 33, 33 and the other ends 38, 38 of the horizontal grooves 32, 32.

The configuration other than the above is the same as that of the previous embodiment, and the assembling procedure is the same as that of the previous embodiment.

When the leg main body 5 is in the upright state, the resilient member 1
The upper locking pin 3 is pulled up via the lower locking pin 4 by the resilient force of the upper and lower locking pins 3, and the upper locking pin 3 is
And the lower locking pin 4 is also fixed to the vertical groove 3.
The state is locked in the middle of the positions 1 and 31, and the leg main body 5 holds this state without swinging.

In order to bend the leg main body 5 from the upright holding state to the folded state, as shown in FIG. 11, the leg main body 5 is opposed to the elastic force of the elastic members 13, 13. And pull the leg body 5 downward as shown by arrow D.
Is slightly pivoted in the direction of the arrow E with the center as the center, and the upper locking pin 3 is made to enter the horizontal grooves 32, 32 from the locking grooves 33, 33.

Further, when the leg body 5 is swung in the direction of arrow E, as shown in FIG. 12, the lower locking pin 4 is locked by the locking portions 36, 36 of the upper ends 35, 35 of the vertical grooves 31, 31. And the upper locking pin 3 is also connected to the other ends 38, 3 of the horizontal grooves 32, 32.
The leg body 5 is held in the state locked by 8, and is in a folded state.

When the lower locking pin 4 is located at the lower end of the vertical grooves 31, 31 or short of the lower end, the upper locking pin 3 comes to the one ends 34, 34 of the horizontal grooves 32, 32 (FIG. 11), interval between upper and lower locking pins 3 and 4, vertical groove 3
1, 31 and the length of the locking grooves 33, 33 are set, and when the upper locking pin 3 is located at the other end 38, 38 of the horizontal groove 32, 32 or before the other end 38, 38, the lower engagement pin 3 is engaged. Stop pin 4
Are locked to the lock portions 36, 36 (see FIG. 12), and the intervals between the upper and lower locking pins 3, 4 and the horizontal grooves 32, 32
Is set.

The locking portions 36 of the vertical grooves 31, 31
By locking the lower locking pin 4 to the lock 36, rattling of the leg body 5 downward can be prevented.

Next, to change the leg body 5 from the folded state to the upright state, the leg body 5 is swung in the direction of arrow E, and FIG.
When the upper locking pin 3 is made to enter the locking grooves 33, 33 from the horizontal grooves 32, 32 as shown in 1, the resilient force of the resilient members 13, 13 causes the upper locking pin 3 to move upward through the lower locking pin 4. The locking pin 3 moves upward to be in the state shown in FIG.

That is, according to the legs for the home goats,
The lower locking pin accompanying the horizontal outward movement of the locking pin 3
As a result, the leg body 5 can be folded,
Further, as shown in FIG. 12, the lower locking pin 4 is
It is arranged at a position higher than the third position.

Therefore, in the folded state shown in FIG.
Most or all of the leg body 5 is within the vertical height of 1.
Embed. In other words, the frame of the home goat where this leg was used
The thickness dimension of the whole body can be set small.

In the embodiment shown in FIGS. 1 and 9, the leg attachment member 6 is omitted and the frame 1 is not formed as a separate member.
And the leg attachment member 6 may be integrated.

[0059]

Since the present invention is configured as described above, the following significant effects can be obtained.

[0060] According to the leg for a home diaper according to the first aspect, the leg body can be folded in a stable state,
Moreover, in the folded state, the height of the frame of the home
Since the entire bulk or in the leg body portion into the dimension enters, the thickness of the whole of the Home stand where the leg is used can be sufficiently reduced, the overall kotatsu becomes compact,
When the product is shipped, it can be folded, packed and transported with the leg body 5 attached to the leg base 2.

[0061] According to the leg for the home diaper according to claim 2
When the leg is in the upright state, the upper locking pin 3 engages with the base 2 of the leg.
The lower locking pin 4 is also locked in the vertical
Since it is fitted in the guide groove 15b, its leg upright state is maintained.
Can be used in a stable state
Can be done, safe and without rattling. In addition,
When the lower locking pin 4 is locked to the lock portion 30 in the tatami mat state,
In both cases, since the upper locking pin 3 is fitted in the horizontal groove 16,
The folded state is maintained and the legs do not suddenly stand upright.
And easy to carry.

[0062] According to the leg for a home trowel according to claim 3
If the leg is in the upright state, the elastic force of the elastic member 13 causes the upper member to engage.
The stop pin 3 is locked on the upper end of the vertical groove 15, and at this time,
Since the lower locking pin 4 is also fitted in the vertical groove 15, the lower locking pin 4 is stable.
It is kept secure and secure. In addition, from leg upright state
Switching to the folded state or switching from the folded state to the upright leg state
The work is extremely simple, and it is compact in a folded state
Can be achieved.

[0063] According to the leg for a home trowel according to claim 4,
If the legs are upright and folded from the upright position,
As the pin 3 moves outward in the horizontal direction,
The lower locking pin 4 is lifted, and in the folded state after swinging
Is a lock portion where the lower locking pin 4 is higher than the horizontal groove 31.
It can be locked to 36 to achieve compactness in the folded state.
it can. In the folded state, the lower locking pin is
And the upper locking pin 3 is locked in the horizontal groove 32
This folded state is maintained, and the legs are suddenly upright.
And it is easy to carry. In addition, legs
From an upright state to a folded state, or from a folded state to a leg upright state
Switching to is very simple.

[Brief description of the drawings]

FIG. 1 is a sectional view of a main part showing an embodiment of the present invention.

FIG. 2 is a sectional view of a main part.

FIG. 3 is a sectional view of a main part.

FIG. 4 is an exploded perspective view partially omitted.

FIG. 5 is an explanatory diagram of use.

FIG. 6 is an explanatory diagram of use.

FIG. 7 is an explanatory diagram of use.

FIG. 8 is a front view showing a folded state of the leg body.

FIG. 9 is a sectional view of a main part showing another embodiment.

FIG. 10 is a sectional view of a main part.

FIG. 11 is an explanatory view of use.

FIG. 12 is an explanatory diagram of use.

FIG. 13 is a front view showing a folded state of a conventional leg body.

[Explanation of symbols]

2 Leg base 3 Upper locking pin 4 Lower locking pin 5 Leg body 13 Resilient member 15 Vertical groove 15b Vertical guide groove 16 Horizontal groove 22 One end 23 Upper end 24 Other end 30 Lock part 31 Vertical groove 32 Horizontal groove 33 Lock groove

Claims (4)

(57) [Claims] The present invention relates to a leg for a home nugget, which is attached to the frame body 1 so as to be foldable , wherein the center of the vertical height of the frame body 1 is the center.
And has a horizontal groove 16 disposed at a position higher than
A leg base 2 having a vertical groove 15 having a vertical length substantially equal to the vertical height, an upper locking pin 3 which moves horizontally along the horizontal groove 16, and a vertical direction along the vertical groove 15. And the upper locking pin 3
And a leg body portion 5 in which the lower locking pin 4 moves vertically upward and is folded while escaping outward in the horizontal direction, and the upper and lower locking pins 3 and 4 are substantially in the same horizontal plane in the folded state. A leg for a home nugget, which is disposed on the top and allows most or all of the leg body 5 to enter the vertical height of the frame 1. 2. A leg for a home diaper, wherein the leg body 5 is foldable and is attached to the base 2 with legs. The leg body 5 has an upper locking pin 3 and a lower locking pin 4 attached thereto. In addition, locking portions 23, 23 for locking the upper locking pins 3 in the upright state of the legs are provided on the root portions 2 with legs, and the locking portions 23, 23 by pulling the leg body 5 in the vertical direction are provided. Horizontal grooves 16, 16 that allow the upper locking pin 3 to move in the horizontal direction when the locking of the locking 23 is released are connected to the locking portions 23, 23, and are further folded by the folding operation. Vertical guide grooves 15b, 15b in which the lower locking pin 4 rises as the locking pin 3 moves in the horizontal direction are provided in the above-mentioned leg base 2, and the lower locking is performed when the leg body 5 is folded. The lock portion 30 that holds the pin 4 in the folded state by locking the pin 4 is inserted into the horizontal groove 16, 1
6 at the same height position as the vertical guide groove 15.
b, 15b, a leg for a home diaper characterized by being provided continuously. 3. A leg for a home nugget in which a leg body 5 is pivotably mounted by swinging around a base 2 with a leg. The lower locking pin 4 is provided, and the leg base 2 is provided with vertical grooves 15, 15 for holding the leg upright for guiding the upper and lower locking pins 3, 4 vertically. The upper locking pin 3 penetrates through the vertical grooves 15, 15, and is provided with horizontal grooves 16, 16 for leg bending guides to be guided and guided in the horizontal direction.
22 are provided so as to communicate with upper and lower intermediate portions of the vertical grooves 15, 15, and the upper locking pin 3 is further connected to upper ends 23, 23 of the vertical grooves 15, 15 and the horizontal grooves 16, 16.
Resilient member 1 for selectively resiliently biasing the other ends 24, 24 of the
A home diaper leg wherein 3, 13 are provided on the base portion 2 with legs. 4. A leg for a home nugget in which a leg body 5 is swung around a base 2 with a leg so as to be able to be bent, wherein an upper locking pin 3 and a lower locking are attached to the leg body 5. With pin 4 attached,
The vertical grooves 31, 31 in which the lower locking pin 4 is guided and guided in the up and down direction while the leg body 5 swings.
And horizontal grooves 32, 32 through which the upper locking pin 3 is guided and guided in the horizontal direction while the leg body 5 swings, and the upper locking pin 3 locks the leg in an upright state. Locking groove 33,
33 are connected to the horizontal grooves 32, 32, and a lock portion 36, which is locked and held by the lower locking pin 4 in a folded state,
At a position higher than the horizontal groove 32, the vertical groove 3
1, 31 and the elastic members 13, 13 for selectively elastically urging the upper locking pin 3 toward the locking grooves 33, 33 and the horizontal grooves 32, 32, respectively. 2. The legs for home nuggets, which are provided in 2.