JP2008202778A - Continuous thread mounting/demounting socket combining looseness preventing nut - Google Patents

Continuous thread mounting/demounting socket combining looseness preventing nut Download PDF

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JP2008202778A
JP2008202778A JP2007240162A JP2007240162A JP2008202778A JP 2008202778 A JP2008202778 A JP 2008202778A JP 2007240162 A JP2007240162 A JP 2007240162A JP 2007240162 A JP2007240162 A JP 2007240162A JP 2008202778 A JP2008202778 A JP 2008202778A
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nut
socket
screw
continuous thread
detaching
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Kenkichi Sato
賢吉 佐藤
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Abstract

<P>PROBLEM TO BE SOLVED: To solve the problems on a conventional continuous thread member such as a continuous thread mounting/demounting socket (a power type) which are mounted/demounted while clamping a screw with a roller or the like, that the thread is broken when strongly and firmly fastened, and many inefficient working processes exist in the way of a double nut where two nuts matching to the continuous thread member are mounted with a manual tool, both nuts are fastened in the opposite directions, and the outside nut is turned to be loosened to demount the continuous thread member. <P>SOLUTION: This continuous thread mounting/demounting socket combining looseness preventing nut is fastened to a continuous thread member and fixed to the thread with frictional force and repulsive force. A power tool or a manual tool is used to give positive/reverse rotation thereto. A continuous thread mounting/demounting socket is easily mountable/demountable without breaking the thread of the continuous thread member. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は、全ネジ部材を着脱できるソケットと弛み防止ナットに関するものである。  The present invention relates to a socket and a slack prevention nut from which all screw members can be attached and detached.

従来の全ネジ部材の着説はローラー等でネジを狭持するもので、全ネジ着脱ソケット(電動)がありますが、締付けが強く堅い場合にネジ山が破損する問題点があります。
また、手動工具により全ネジ部材に合うナットを2つ取付け、ナット同士を逆方向から締め付けて外側のナットを弛みの方向に回して、全ネジ部材を外すダブルナットの方法もあるが、作業工程が多く非効率的である。
特開2001−179552公報
The conventional method of attaching all screw members is to hold the screws with a roller, etc., and there is an all-screw attaching / detaching socket (electric), but there is a problem that the screw thread is damaged when tightening is strong and hard.
There is also a double nut method that removes all screw members by attaching two nuts that fit all screw members with a manual tool, tightening the nuts from opposite directions, and turning the outer nut in the direction of loosening. Is inefficient.
JP 2001-179552 A

上記記載による従来の問題点を解決するために、全ネジ部材に全ネジ着脱用ソケット兼用弛み防止ナットを締結し、摩擦力でネジ山に固定し電動工具・手動工具を用いて正転・逆転操作することで、全ネジ部材のネジ山を破損することなく容易に着脱できるような全ネジ着脱用ソケットを提供する。  In order to solve the conventional problems described above, all screw members are attached to all screw attachment / detachment sockets and loosening prevention nuts, and are fixed to the screw threads by friction force. Provided is a socket for attaching / detaching all screws which can be easily attached / detached without damaging the screw threads of all screw members.

上記課題を解決するために、本発明は次のような構成とする。
請求項1に記載の発明は、内周面に雌ネジと外面に係止溝を形成する六角形状の前端部ナットと、内周面に雌ネジと外周面に1以上の凸部を形成する円筒形状の中間部回転ナットと、内周面に雌ネジと外面の一部に係止溝を形成する六角形状の後端部ナットで構成し、前記外面に貫通長穴を有する六角形状の連結材で一体とし、前記貫通長穴を介在して係止溝に嵌め込まれる係止蓋を有することを特徴とする全ネジ着脱用ソケット兼用弛み防止ナットである。
請求項2に記載の発明は、請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部を塞ぎ軸足を一体としたことを特徴とする全ネジ着脱用ソケットである。
請求項3に記載の発明は、請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部にラチェット機構を介在してソケットを一体としたことを特徴とする全ネジ着脱用ソケットである。
In order to solve the above problems, the present invention has the following configuration.
According to the first aspect of the present invention, a hexagonal front end nut that forms a female screw on the inner peripheral surface and a locking groove on the outer surface, a female screw on the inner peripheral surface, and one or more protrusions on the outer peripheral surface are formed. Consists of a cylindrical intermediate rotation nut, a female screw on the inner peripheral surface, and a hexagonal rear end nut that forms a locking groove on a part of the outer surface, and a hexagonal connection having a through hole in the outer surface An all-screw attaching / detaching socket combined slack prevention nut characterized in that it has a locking lid that is integrated with a material and is fitted into a locking groove through the through-hole.
The invention according to claim 2 is a structure in which the all-screw attaching / detaching socket combined slack prevention nut according to claim 1 is formed, and the lower part of the rear end nut is closed and the shaft foot is integrated. This is a socket for attaching and detaching all screws.
The invention according to claim 3 is a structure in which the all-screw attaching / detaching socket combined slack prevention nut according to claim 1 is formed, and the socket is integrated by interposing a ratchet mechanism at the lower part of the rear end nut. This is a socket for attaching and detaching all screws.

請求項1に記載の発明は、内周面に雌ネジと外面に係止溝を形成する六角形状の前端部ナットと、内周面に雌ネジと外周面に1以上の凸部を形成する円筒形状の中間部回転ナットと、内周面に雌ネジと外面の一部に係止溝を形成する六角形状の後端部ナットで構成し、前記外面に貫通長穴を有する六角形状の連結材で一体とし、前記貫通長穴を介在して係止溝に嵌め込まれる係止蓋を有することを特徴とする全ネジ着脱用ソケット兼用弛み防止ナットである。
即ち、全ネジ着脱用ソケット兼用弛み防止ナットに係止蓋を嵌め込むことで、前端部ナットと中間部回転ナットと後端部ナットが同時に回転するので、その外面に電動工具・手動工具を用いて正転操作を与えると全ネジ部材の所定位置に螺進する。また、逆転操作を与えると全ネジ部材より螺進を解除できる。さらに、前記係止蓋を解除した状態で正転操作を与えると、一体とした連結材の前端部ナットと後端部ナットが同時に回転し、中間部回転ナットが回転しないので、全ネジ部材に中間部回転ナットの傾斜部と後端部ナットの前部側面が押圧され抵触し締結・固定することになる。従って、その状態で被締結材に全ネジ部材を正転操作を与えることで締結・固定できる。
次に、逆転操作を与えると全ネジ部材を前端部ナットの後部側面が中間部回転ナットの傾斜部に押圧され抵触し締結・固定する。従って、全ネジ部材を逆転操作することで被締結材より解除されることになる。また、各種類の通常ボルトに、係止蓋を嵌め込んだ状態で電動工具・手動工具で正転操作を与えると被締結材に締結・固定される。その後、電動工具・手動工具を取外し係止蓋を解除することで、前端部ナットと後端部ナットの双方が弛もうとした場合でも、中間部回転ナットの傾斜部に前端部ナット後部側面と後端部ナット前部側面が抵触し、全ネジ部材のネジ山に対して摩擦力と反発力が発生するので弛み回転が起こらないので完全ロックできる。また、全ネジ部材の所定位置に締結・固定が可能であり締結力を長期間維持できる。さらに、係止蓋を嵌め込み逆転操作させると被締結材よりナットを解除することができる。また、電動工具・手動工具を用いて正転・逆転操作し、摩擦力と反発力で締結・固定することでネジ山を破損することがなく繰り返し使用することも可能である。従って、ダブルナットのような羽交い絞めの作業工程が必要なく、維持費・人件費等の大幅なコスト削減に貢献できる。
According to the first aspect of the present invention, a hexagonal front end nut that forms a female screw on the inner peripheral surface and a locking groove on the outer surface, a female screw on the inner peripheral surface, and one or more protrusions on the outer peripheral surface are formed. Consists of a cylindrical intermediate rotation nut, a female screw on the inner peripheral surface, and a hexagonal rear end nut that forms a locking groove on a part of the outer surface, and a hexagonal connection having a through hole in the outer surface An all-screw attaching / detaching socket combined slack prevention nut characterized in that it has a locking lid that is integrated with a material and is fitted into a locking groove through the through-hole.
That is, the front end nut, the intermediate rotation nut, and the rear end nut rotate simultaneously by fitting the locking lid into the all-screw attaching / detaching socket and loosening prevention nut, so use an electric or manual tool on the outer surface. When the forward rotation operation is given, all the screw members are screwed into predetermined positions. Further, when a reverse operation is given, the screwing can be released from all the screw members. Furthermore, if a forward rotation operation is given with the locking lid released, the front end nut and the rear end nut of the integrated connecting member rotate simultaneously, and the intermediate rotation nut does not rotate. The inclined portion of the intermediate rotation nut and the front side surface of the rear end nut are pressed against each other to be fastened and fixed. Accordingly, in this state, all screw members can be fastened and fixed by subjecting the material to be fastened to normal rotation.
Next, when a reverse rotation operation is applied, the rear side surface of the front end nut is pressed against the inclined portion of the intermediate rotation nut so that all screw members are brought into contact with each other and fastened and fixed. Therefore, all the screw members are released from the material to be fastened by performing a reverse operation. In addition, when a normal rotation operation is applied to each type of normal bolt with a power tool or a manual tool in a state where a locking lid is fitted, the bolt is fastened and fixed to the material to be fastened. After that, by removing the power tool / manual tool and releasing the locking lid, even if both the front end nut and the rear end nut are about to loosen, the inclined part of the intermediate rotation nut and the rear side surface of the front end nut The front side surface of the rear end nut comes into contact with each other, and a frictional force and a repulsive force are generated with respect to the threads of all the screw members. Further, it is possible to fasten and fix all screw members at predetermined positions, and the fastening force can be maintained for a long time. Furthermore, when the locking lid is fitted and operated in reverse, the nut can be released from the material to be fastened. Further, it is possible to repeatedly use the screw thread without damaging it by performing forward / reverse operation using an electric tool / manual tool and fastening / fixing with a frictional force and a repulsive force. Accordingly, there is no need for a wing-and-squeeze work process such as a double nut, which can contribute to significant cost reductions such as maintenance costs and labor costs.

請求項2に記載の発明は、請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部を塞ぎ軸足を一体とした全ネジ着脱用ソケットである。従って、電動工具・手動工具に前記ソケットを装着した状態で全ネジ部材の着脱操作することができる。
なお、図面には示していないが、係止蓋の脱落防止対策として貫通長穴の左右長手方向の側面に爪部を設ける。さらに、前記係止蓋の左右長手方向の側面に、前記貫通長穴の側面に設けた爪部に係合できる長溝を有するように形成し、前端部ナット先端よりスライドさせて着脱する場合は、前端部ナットと後端部ナットからなる係止溝に、前記貫通長穴の爪部と前記係止蓋の長溝を係合して前後にスライドさせて着脱操作をする。また、上から嵌め込むようにして着脱する場合は、前記係止蓋の左右側面の先端が前記貫通長穴の爪部に抵触し、押圧力で拡小し挿入後に前記係止蓋の長溝に反発力で係合される。また、前記係止蓋を解除する場合は、ドライバー等を前端部ナット先端より差込み引き起こす。従って、前端部ナット先端よりスライドさせて着脱する場合と、上から嵌め込むようにして着脱する場合の、双方どちらにも対応して脱落防止できる形状とした。
The invention according to claim 2 is a full-screw attaching / detaching socket having the structure in which the all-screw attaching / detaching socket combined slack prevention nut according to claim 1 is formed, and the lower part of the rear end nut is closed and the shaft foot is integrated. It is. Therefore, all the screw members can be attached and detached while the socket is attached to the electric tool / manual tool.
Although not shown in the drawings, a claw portion is provided on the side surface in the left-right longitudinal direction of the through-hole in order to prevent the locking lid from falling off. Furthermore, on the side surface in the left-right longitudinal direction of the locking lid, it is formed so as to have a long groove that can be engaged with the claw portion provided on the side surface of the through long hole, and when detaching by sliding from the front end nut tip, The engaging groove formed by the front end nut and the rear end nut is engaged with the claw portion of the through-hole and the long groove of the locking lid, and is slid back and forth for attachment / detachment operation. In addition, when attaching and detaching so as to be fitted from above, the distal ends of the left and right side surfaces of the locking lid come into contact with the claw portions of the through-holes, expand by pressing force, and are repelled in the long grooves of the locking lid after insertion. Is engaged. Further, when releasing the locking lid, a screwdriver or the like is inserted from the front end nut tip. Therefore, it has a shape that can be prevented from falling off in either case of sliding from the front end of the nut at the front end portion and attaching or detaching it by fitting from above.

請求項3に記載の発明は、請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部をラチェット機構に介在してソケットを一体とした全ネジ着脱用ソケットである。即ち、前記六角形状の後端部ナットの雌ネジ底部が全ネジ部材の直径より拡径とした開口部を設けたので、全ネジ部材(ロングボルト等)に螺進して所定位置に移動でき、摩擦力と反発力で固定することでネジ山を破損することなく締結・固定できる。
なお、係止蓋の脱落防止対策は、上記請求項2に記載の発明の内容に準ずる。
The invention according to claim 3 is a structure in which the all-screw attaching / detaching socket combined slack prevention nut according to claim 1 is formed, and the socket is integrated with the lower portion of the rear end nut interposed in the ratchet mechanism. A socket for attaching and detaching screws. That is, since the female screw bottom of the hexagonal rear end nut is provided with an opening whose diameter is larger than the diameter of the entire screw member, it can be screwed into the entire screw member (long bolt, etc.) and moved to a predetermined position. By fixing with frictional force and repulsive force, it can be fastened and fixed without damaging the thread.
The measures for preventing the locking lid from falling off are in accordance with the content of the invention described in claim 2.

その他の使用用途としては、スタッドボルト・天井吊りボルト・型枠フォームタイ等がある。なお、上記記載の寸法・材質・形状等に関しては、特別限定するものではない。  Other uses include stud bolts, ceiling suspension bolts, and formwork ties. The dimensions, materials, shapes and the like described above are not particularly limited.

以下、本発明の実施の形態について、図面を参照しながら説明する。
(実施形態1) 図1・4・5・6.7・8・9は、実施形態に係る六角形状を有する全ネジ着脱用ソケット兼用弛み防止ナットの斜視図等である。
内周面に全ネジ部材1を螺合できる雌ネジ2と、六角形状の連結材3に形成した長方形状の貫通長穴4と一体となる係止溝5を形成する六角形状の前端部ナットaと、前端部ナットa同様の六角形状を有し一部に係止溝5を形成する後端部ナットcと、その中間部に前記同様内周面に雌ネジ2を設け、外周面に1以上の凸部7を形成する円筒形状の中間部回転ナットbを配置した。さらに、前記連結材3外面の貫通長穴4と前端部ナットaと後端部ナットcの係止溝5を介在し、断面がコの字形状の係止蓋8を嵌め込んだ場合に、中間部回転ナットbの固定を目的とする凸部7が、前端部ナットaと後端部ナットcと同時に回転するので、連結材3の内周面に抵触しない程度の大きさに形成する。この中間部回転ナットbは、前端部ナットaの後部側面に抵触する面と、後端部ナットcの前部側面に抵触する面は、上端部b1と下端部b2の範囲内でネジ山一つ位の傾斜部を設ける。従って、電動工具・手動工具を用いて正転操作する場合、後端部ナットcの前部側面が中間部回転ナットbの傾斜部を押圧することでスプリング座金の役目を果たす。
また、逆転操作するの場合、前端部ナットaの後部側面が中間回転ナットbの傾斜部を押圧することでスプリング座金の役目を果たす。即ち、全ネジ部材1を電動工具・手動工具を用いて正転操作・逆転操作をすることで被締結材に締結・解除することができ、さらに、連結材3外面に形成された貫通長穴4を介在した前端部ナットaと後端部ナットcの係止溝5に、前端部ナット先端よりスライドまたは、上から嵌め込むことのできる板状からなる係止蓋8を嵌め込むことで、中間部回転ナットbの固定を目的とする凸部7を介在させることで、前端部ナットaと中間部回転ナットbと後端部ナットcが同時に回転するので、全ネジ着脱用ソケット兼用弛み防止ナットを全ネジ部材1の所定位置に螺進させて締結・固定することができる。
即ち、全ネジ部材1に貫通長穴4を介在した係止溝5に係止蓋8を嵌め込み螺合した後、その外面に電動工具・手動工具をセットして正転操作で所定位置に螺進させ、その後、係止蓋8を解除し再度正転操作をすることで、後端部ナットcの前部側面または、前端部ナットaの後部側面が中間部回転ナットbの傾斜部に抵触することでダブルナットの役目を果たし締結・固定することになる。
また、弛み防止ナットに使用の場合は、各種類からなる通常のボルトに被締結材を介在させて全ネジ着脱用ソケット兼用弛み防止ナットを、上記記載内容と同様の工程作業を行うことにより容易に着脱操作ができる。
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(Embodiment 1) FIGS. 1, 4, 5, 6.7, 8, and 9 are a perspective view and the like of an all-screw detachable socket and loosening prevention nut having a hexagonal shape according to an embodiment.
A hexagonal front end nut that forms a locking groove 5 that is integral with a female screw 2 that can be screwed onto the inner peripheral surface of the entire screw member 1 and a rectangular through-hole 4 formed in a hexagonal connecting member 3. a, a rear end nut c having a hexagonal shape similar to that of the front end nut a and forming a locking groove 5 in a part thereof, and an internal thread 2 provided on the inner peripheral surface thereof at the intermediate portion thereof, A cylindrical intermediate rotation nut b that forms one or more convex portions 7 is disposed. Furthermore, when the through-hole 4 on the outer surface of the connecting member 3 and the locking groove 5 of the front end nut a and the rear end nut c are interposed, and a locking lid 8 having a U-shaped cross section is fitted, Since the convex portion 7 intended to fix the intermediate rotation nut b rotates simultaneously with the front end nut a and the rear end nut c, it is formed in a size that does not interfere with the inner peripheral surface of the connecting member 3. The intermediate portion rotating nut b has a surface that contacts the rear side surface of the front end nut a and a surface that contacts the front side surface of the rear end nut c within the range of the upper end b1 and the lower end b2. Provide a sloping part. Therefore, when the forward rotation operation is performed using the electric tool / manual tool, the front side surface of the rear end nut c serves as a spring washer by pressing the inclined portion of the intermediate rotation nut b.
Further, when the reverse operation is performed, the rear side surface of the front end nut a acts as a spring washer by pressing the inclined portion of the intermediate rotation nut b. That is, all screw members 1 can be fastened / released to the fastened material by performing forward / reverse operation using an electric tool / manual tool, and through holes formed in the outer surface of the connecting material 3 4 by engaging a locking lid 8 made of a plate that can be slid from the front end nut tip or fitted from the top into the locking groove 5 of the front end nut a and the rear end nut c intervening 4; By interposing the convex portion 7 for fixing the intermediate rotation nut b, the front end nut a, the intermediate rotation nut b, and the rear end nut c rotate at the same time. The nut can be fastened and fixed by screwing it into a predetermined position of the entire screw member 1.
That is, after the locking lid 8 is fitted and screwed into the locking groove 5 with the through-holes 4 interposed in all the screw members 1, an electric tool / manual tool is set on the outer surface and screwed into a predetermined position by forward rotation operation. Then, the locking lid 8 is released and the forward rotation operation is performed again so that the front side surface of the rear end nut c or the rear side surface of the front end nut a conflicts with the inclined portion of the intermediate rotation nut b. By doing so, it plays the role of a double nut and is fastened and fixed.
In addition, when used as a slack prevention nut, a loosening prevention nut that can be used as a socket for attaching and detaching all screws can be easily performed by interposing a material to be fastened with ordinary bolts of various types by performing the same process as described above. Can be attached and detached.

(実施形態2) 図2は、実施形態に係る六角形状を有する全ネジ着脱用ソケットAの斜視図である。
請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットの構造で、後端部ナットcの低部12を塞ぎ軸足9を一体とした全ネジ着脱用ソケットAである。
従って、全ネジ部材1に全ネジ着脱用ソケットAを請求項1に記載の内容と同様に電動工具・手動工具を使用することで容易に着脱操作ができる。
(Embodiment 2) FIG. 2 is a perspective view of an all-screw socket A having a hexagonal shape according to an embodiment.
An all-screw attaching / detaching socket A in which the lower end 12 of the rear end nut c is closed and the shaft foot 9 is integrated in the structure of the all-screw attaching / detaching socket combined slack preventing nut according to claim 1.
Therefore, the socket A for all screw attachment / detachment to the all screw member 1 can be easily attached / detached by using an electric tool / manual tool in the same manner as described in the first aspect.

(実施形態3) 図3は、実施形態に係る六角形状を有する全ネジ着脱用ソケットBの斜視図である。
請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットの構造で、後端部ナットcの低部12にラチェットd機構と、全ネジ部材1の直径より拡径とした開口部11を設けたソケット10を一体とした全ネジ着脱用ソケットBである。
従って、全ネジ部材1に全ネジ着脱用ソケットBを請求項1に記載の内容と同様にラチェットd機構の正転・逆転操作の機能を使用して容易に着脱操作ができる。
(Embodiment 3) FIG. 3 is a perspective view of an all-screw mounting socket B having a hexagonal shape according to the embodiment.
The structure of the all-screw attaching / detaching socket combined slack preventing nut according to claim 1, wherein a ratchet d mechanism and an opening 11 having a diameter larger than the diameter of the entire screw member 1 are provided in the lower portion 12 of the rear end nut c. This is a socket B for attaching and detaching all screws in which the socket 10 is integrated.
Therefore, the socket B for attaching / detaching all screws to / from the all screw members 1 can be easily attached / detached by using the forward / reverse rotation function of the ratchet d mechanism as described in the first aspect.

全ネジ着脱用ソケット兼用弛み防止ナットの分解斜視図である。  It is a disassembled perspective view of the slack prevention nut for sockets for all screw attachment / detachment. 全ネジ着脱用ソケットAの斜視図である。  It is a perspective view of the socket A for all screw attachment / detachment. 全ネジ着脱用ソケットBの斜視図である。  It is a perspective view of the socket B for all screw attachment / detachment. 全ネジ着脱用ソケット兼用弛み防止ナットの詳細斜視図である。  It is a detailed perspective view of the all-screw attaching / detaching socket combined slack prevention nut. 全ネジ着脱用ソケット兼用弛み防止ナットの前端部ナットの平面図である。  It is a top view of the front-end part nut of the slack prevention nut for sockets for all screw attachment / detachment. 全ネジ着脱用ソケット兼用弛み防止ナットの中間部回転ナットの平面図である。  It is a top view of the intermediate | middle part rotation nut of the socket for all screws attachment / detachment, and a slack prevention nut. 全ネジ着脱用ソケット兼用弛み防止ナットの後端部ナットの平面図である。  It is a top view of the rear-end part nut of the socket for all screws attachment / detachment and the slack prevention nut. 全ネジ着脱用ソケット兼用弛み防止ナットの断面図である。  It is sectional drawing of the slack prevention nut used as a socket for all screw attachment / detachment. 全ネジ着脱用ソケット兼用弛み防止ナットの係止蓋取付け要部の詳細図である。  It is detail drawing of the latching lid attachment principal part of the socket for all screws attachment / detachment, and a slack prevention nut.

符号の説明Explanation of symbols

A、B 全ネジ着脱用ソケット
1 全ネジ部材
2 雌ネジ
3 連結材
4 貫通長穴
5 係止溝
6 空間部
7 凸部
8 係止蓋
9 軸足
10 ソケット
11 開口部
12 低部
a 前端部ナット
b 中間部回転ナット
b1 上端部
b2 下端部
c 後端部ナット
d ラチェット
A, B All screw mounting / removal socket 1 All screw member 2 Female screw 3 Connecting material 4 Through long hole 5 Locking groove 6 Space portion 7 Protruding portion 8 Locking lid 9 Shaft foot 10 Socket 11 Opening portion 12 Low portion a Front end portion Nut b intermediate rotation nut b1 upper end b2 lower end c rear end nut d ratchet

Claims (3)

内周面に雌ネジと外面に係止溝を形成する六角形状の前端部ナットと、内周面に雌ネジと外周面に1以上の凸部を形成する円筒形状の中間部回転ナットと、内周面に雌ネジと外面の一部に係止溝を形成する六角形状の後端部ナットで構成し、前記外面に貫通長穴を有する六角形状の連結材で一体とし、前記貫通長穴を介在して係止溝に嵌め込まれる係止蓋を有することを特徴とする全ネジ着脱用ソケット兼用弛み防止ナット。  A hexagonal front end nut that forms a female screw on the inner peripheral surface and a locking groove on the outer surface, a cylindrical intermediate rotation nut that forms a female screw on the inner peripheral surface and one or more protrusions on the outer peripheral surface; It is composed of a female screw on the inner peripheral surface and a hexagonal rear end nut that forms a locking groove in a part of the outer surface, and is integrated with a hexagonal connecting member having a through-hole in the outer surface, and the through-hole An all-screw attaching / detaching socket combined with a loosening prevention nut, characterized in that it has a locking lid that is fitted in the locking groove with a gap therebetween. 請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部を塞ぎ軸足を一体としたことを特徴とする全ネジ着脱用ソケット。  2. A socket for attaching and detaching all screws according to claim 1, wherein the nut for preventing attachment and detachment of all screws according to claim 1 is formed, and the lower part of the rear end nut is closed and the shaft foot is integrated. 請求項1に記載の全ネジ着脱用ソケット兼用弛み防止ナットを形成した構造で、後端部ナットの低部にラチェット機構を介在してソケットを一体としたことを特徴とする全ネジ着脱用ソケット。  2. A socket for attaching and detaching all screws according to claim 1, wherein said socket for loosening and detaching all screws according to claim 1 is formed, and the socket is integrated with a ratchet mechanism at the lower part of the rear end nut. .
JP2007240162A 2007-08-20 2007-08-20 Continuous thread mounting/demounting socket combining looseness preventing nut Pending JP2008202778A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2007240162A JP2008202778A (en) 2007-08-20 2007-08-20 Continuous thread mounting/demounting socket combining looseness preventing nut

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2007240162A JP2008202778A (en) 2007-08-20 2007-08-20 Continuous thread mounting/demounting socket combining looseness preventing nut

Publications (1)

Publication Number Publication Date
JP2008202778A true JP2008202778A (en) 2008-09-04

Family

ID=39780492

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2007240162A Pending JP2008202778A (en) 2007-08-20 2007-08-20 Continuous thread mounting/demounting socket combining looseness preventing nut

Country Status (1)

Country Link
JP (1) JP2008202778A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114110562A (en) * 2021-11-25 2022-03-01 西安净源水处理科技有限公司 Superheater chemical cleaning main valve plugging device
CN114737654A (en) * 2022-04-15 2022-07-12 王江波 Full-automatic intelligent closestool

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114110562A (en) * 2021-11-25 2022-03-01 西安净源水处理科技有限公司 Superheater chemical cleaning main valve plugging device
CN114110562B (en) * 2021-11-25 2023-08-22 西安净源水处理科技有限公司 Main valve plugging device for chemical cleaning of superheater
CN114737654A (en) * 2022-04-15 2022-07-12 王江波 Full-automatic intelligent closestool

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