JP3107574U - Tool handle structure - Google Patents

Tool handle structure Download PDF

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JP3107574U
JP3107574U JP2004005328U JP2004005328U JP3107574U JP 3107574 U JP3107574 U JP 3107574U JP 2004005328 U JP2004005328 U JP 2004005328U JP 2004005328 U JP2004005328 U JP 2004005328U JP 3107574 U JP3107574 U JP 3107574U
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handle
tool
driver
air chamber
main body
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建徳 陳
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建徳 陳
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Abstract

【課題】水中作業に適し、夜間、或いは暗闇での作業でも、工具の所在が分かり易い工具の柄の構造を提供する。
【解決手段】 柄本体1を含み、該柄本体1は一体成型で、外部表面には蛍光塗料50を塗布し、頂部10は実心体で、頂部10上方にはステンレス製のドライバー部40を嵌設し、底部30には貫通ネジ孔31を形成し、ネジ蓋32により螺固密閉し、該本体の柄身20内部は密閉し気室とし、こうして該工具柄は水中、夜間或いは真っ暗な環境でも見つけ易くなり、遺失の恐れを払拭することができる。
【選択図】 図1
Provided is a tool handle structure that is suitable for underwater work and that allows easy understanding of the location of the tool even at night or in the dark.
SOLUTION: A handle main body 1 is formed, the handle main body 1 is integrally molded, a fluorescent paint 50 is applied to the outer surface, a top portion 10 is a real core, and a stainless steel driver portion 40 is provided above the top portion 10. The screw hole 31 is formed in the bottom portion 30 and is tightly sealed with a screw lid 32. The inside of the handle 20 of the main body is hermetically sealed as an air chamber, and thus the tool handle is underwater, at night, or completely dark. It will be easier to find even in the environment, and the risk of loss will be eliminated.
[Selection] Figure 1

Description

本考案は一種の工具の柄の構造に関する。特に一種のドライバーに応用可能な工具の柄の構造に係る。   The present invention relates to a type of tool handle structure. In particular, it relates to the structure of a tool handle that can be applied to a kind of screwdriver.

公知のドライバー柄には実心のドライバー柄と中空を具えたドライバー柄がある。
該実心のドライバーは一般の単純機能のドライバーで、該中空を具えたドライバーは多機能型のドライバーである。該中空を具えたドライバーはその付加機能装置を設置するため中空を具える。
上記2種のドライバーはともに水中においては沈む。例えば、該実心ドライバーは水に入れると一直線に水底へと沈んでいく。該多機能複合式ドライバーは該中空に水がしみ込む恐れがある他、該空間内に収納する物質が金属であれば水に触れ酸化してしまう。
これら性質は、該公知ドライバーを用い、水中、湖上、海上作業者が海上で船舶を修理する、或いは潜水し器機を修理する時には大きな問題となる。さらにこれら作業地点は特殊であるため、工具の安全性は非常に重要である。また不注意で遺失しても、付近で同様の工具を手に入れられる可能性は低く、作業を続けることができなくなってしまうが、これら公知の工具は水に弱く、水に沈んでしまえば取り戻すことは困難で、さらに水に触れれば損壊するため、水中作業には適していない。
さらに、水中において作業を行う時、或いは夜間の作業、或いは暗闇での作業では、工具を落としてしまえば、暗闇で、或いは水中で、該ドライバーを見つけられる可能性は低い。
特開2001−277142号公報
Known driver patterns include a real driver pattern and a driver pattern with a hollow.
The actual driver is a general simple function driver, and the driver having the hollow is a multi-function driver. The driver having the hollow has a hollow for installing the additional function device.
Both of the above two types of drivers sink in the water. For example, when the actual driver enters the water, it sinks straight to the bottom of the water. In addition to the possibility of water permeating into the hollow, the multifunctional composite driver will be oxidized by contact with water if the material contained in the space is a metal.
These properties are a major problem when underwater, lake, and marine workers use the known screwdriver to repair a ship or repair a submersible device at sea. Furthermore, the safety of the tools is very important because these working points are special. Also, even if you lose it carelessly, it is unlikely that you can get a similar tool in the vicinity and you will not be able to continue working. It is difficult to get it back, and if it touches water, it will be damaged, so it is not suitable for underwater work.
Further, when working underwater, at night, or in darkness, if the tool is dropped, the possibility of finding the driver in the darkness or underwater is low.
JP 2001-277142 A

公知構造には以下の欠点があった。
すなわち公知のドライバーは水に沈む構造であるため、水中作業時に不注意で遺失しても取り戻すことは困難で、さらに中空の柄を具えたドライバーは該中空部に浸水する恐れがある他、該中空内に収納する装置が水に触れ酸化してしまうため、水中作業には適していない。さらに夜間、或いは暗闇での作業でも、工具の所在が分かりにくく非常に不便である。
本考案は上記構造の問題点を解決した工具の柄の構造を提供するものである。
The known structure has the following drawbacks.
In other words, since the known driver has a structure that sinks in water, it is difficult to recover even if it is inadvertently lost during underwater work. Since the device housed in the hollow comes into contact with water and oxidizes, it is not suitable for underwater work. Furthermore, it is very inconvenient that the location of the tool is difficult to understand even at night or in the dark.
The present invention provides a tool handle structure that solves the problems of the above structure.

上記課題を解決するため、本考案は下記の工具の柄の構造を提供する。
請求項1に記載するように、一体成型の柄本体を含み、該柄本体の頂部には実心部を設置し、該実心部上には嵌槽を設置し、該嵌槽上にはドライバー部を嵌設し、該頂部下方に位置する柄身内部には密閉された気室を設置することを特徴とする。
請求項2に記載するように、前記ドライバー部の嵌設端は“L”状とすることが好ましい。
請求項3に記載するように、前記柄本体の外部表面には蛍光塗料を塗布することが好ましい。
請求項4に記載するように、前記ドライバー部はステンレス材料により製造することが好ましい。
請求項5に記載するように、前記柄本体の底部には外部より内部へと貫通するネジ孔を設置し、該ネジ孔にはネジ蓋を設置し、螺固密閉することが好ましい。
請求項6に記載するように、前記柄本体は気室以外のその他部位は実心体であることが好ましい。
In order to solve the above problems, the present invention provides the following handle pattern structure.
As described in claim 1, an integrally molded handle body is included, a real core portion is installed at the top of the handle main body, a fitting tank is installed on the real core portion, and the fitting tank is placed on the fitting tank. A driver part is fitted, and a sealed air chamber is installed inside the handle located below the top part.
According to a second aspect of the present invention, it is preferable that the fitting end of the driver portion has an “L” shape.
As described in claim 3, it is preferable to apply a fluorescent paint to the outer surface of the handle body.
Preferably, the driver portion is made of a stainless material.
According to a fifth aspect of the present invention, it is preferable that a screw hole penetrating from the outside to the inside is provided in the bottom portion of the handle body, and a screw lid is provided in the screw hole to be screw-tightly sealed.
According to a sixth aspect of the present invention, the handle main body is preferably a real body other than the air chamber.

本考案の工具の柄の構造によれば、工具が水に落ちても沈むことがないため、水中作業者は水中に落としてしまった工具を取り戻すために苦労する必要がなくなり、暗闇でも見つけ易いため、工具の所在を確認でき遺失せず、水に触れ酸化することを防止し、柄のトルクを強化することができるため、その使用寿命を延長することができ、
すなわちその柄本体は一体成型で頂部、柄身、底部に分かれ、該柄身内部には完全に密閉された気室を設置し、気室以外の他の部分は実心体で、これにより工具柄は水上に浮き、水中、湖上或いは海上作業において、該工具が水中に落ちても簡単に拾うことができ、また開口部からの浸水を恐れる必要もなく、
またその柄本体底部には外から貫通した気室のネジ孔を具え、該ネジ孔はネジ蓋により螺固され、気室を密閉すると共に、使用者は陸上での作業時に、該気室に砂などを充填し、握り心地を良くすることができ、
さらにその柄本体外部には蛍光塗料を塗布し、作業者は夜間或いは暗闇の作業環境においても、簡単に工具の所在を確認することができ、
加えて、その柄本体頂部にはドライバー部を嵌設し、該ドライバー部の嵌設端は“L”型とし、該ドライバー部と該柄本体との接触面を増加し、該工具のトルクを強化し、その使用寿命を延長可能であることを特徴とする工具の柄の構造である。
According to the structure of the tool handle of the present invention, since the tool does not sink even if it falls into the water, the underwater worker does not have to struggle to recover the dropped tool, and it is easy to find even in the dark Therefore, the location of the tool can be confirmed, it will not be lost, it can be prevented from being oxidized by touching water, and the torque of the handle can be strengthened, so its service life can be extended,
That is, the handle body is integrally molded and divided into a top part, a handle part, and a bottom part. A completely sealed air chamber is installed inside the handle body, and the other parts than the air chamber are real bodies, thereby making the tool The handle floats on the water, and can be easily picked up even when the tool falls in the water, on the lake or at sea, and there is no need to be afraid of inundation from the opening.
Also, the bottom of the handle body is provided with a screw hole of an air chamber penetrating from the outside. The screw hole is screwed by a screw lid to seal the air chamber, and the user can enter the air chamber when working on land. Filled with sand, etc., you can improve the grip,
In addition, a fluorescent paint is applied to the outside of the handle body so that the operator can easily check the location of the tool even at night or in the dark working environment.
In addition, a screwdriver portion is fitted on the top of the handle body, and the screwing end of the screwdriver portion is an “L” shape, increasing the contact surface between the screwdriver portion and the handle body, and increasing the torque of the tool. It is a structure of the handle of the tool characterized by being able to strengthen and extend its service life.

上記のように、本考案は工具の一体成型の柄本体中に完全に密閉された気室を設置し、その他部位は実心状とすることにより、特殊環境での作業者に最良の工具を提供することができる。さらにドライバー部はステンレス製であるため、酸化の恐れがない。またドライバー部の嵌設端は“L”状とし、工具トルクを強化することができる。また柄本体外部表面には蛍光塗料を塗布し、暗闇でも工具の所在をはっきりと確認できる。 As described above, according to the present invention, a completely sealed air chamber is installed in the integrally molded handle body of the tool, and the other parts are made into a true heart shape, so that the best tool can be obtained for workers in special environments. Can be provided. Furthermore, since the driver part is made of stainless steel, there is no risk of oxidation. In addition, the screwing end of the driver portion can be made “L” to enhance the tool torque. In addition, a fluorescent paint is applied to the outer surface of the handle body, so the location of the tool can be clearly confirmed even in the dark.

本考案は図1、2に示すように、主に柄本体1を含む。
該柄本体1は頂部10、柄身20、底部30に分けられ、該柄本体1は一体成型の本体である。該頂部10には実心部11を具え、該実心部11は嵌槽111を設置し、該嵌槽111はドライバー部40を嵌設する。該ドライバー部40はステンレスにより製造し、酸化を防止することができる。該柄身20は密封された気室21を設置し、工具に浮力を持たせることができる。
次に第3図に示すように、該気室21の底部30にはネジ孔31を設置し、ネジ蓋32により該気室21を螺合密閉する。
該気室21の設置により、該柄本体1の他部位はすべて実心体となる。これにより該柄本体1の気室21全体は密封状態となり、水中において高い水圧がかかっても、浸水の恐れはなくなるため、作業中に不注意で工具を水中に落としても(図4参照)、該工具は水面上に浮くため簡単に拾い上げることができる。
しかも、該ドライバー部40はステンレス製であるため、該ドライバー部40は水に触れても酸化により損壊することはないため、使用寿命を延長することができる。
The present invention mainly includes a handle body 1 as shown in FIGS.
The handle body 1 is divided into a top portion 10, a handle body 20, and a bottom portion 30, and the handle body 1 is an integrally molded body. The top portion 10 includes a real core portion 11. The real core portion 11 is provided with a fitting tank 111, and the fitting tank 111 is fitted with a driver portion 40. The driver part 40 is made of stainless steel and can prevent oxidation. The handle body 20 is provided with a sealed air chamber 21 so that the tool can have buoyancy.
Next, as shown in FIG. 3, a screw hole 31 is provided in the bottom 30 of the air chamber 21, and the air chamber 21 is screwed and sealed with a screw lid 32.
By installing the air chamber 21, all other parts of the handle main body 1 become real bodies. As a result, the entire air chamber 21 of the handle body 1 is hermetically sealed, and even if a high water pressure is applied in water, there is no risk of inundation, so even if the tool is inadvertently dropped into the water during work (see FIG. 4) The tool floats on the water surface and can be easily picked up.
In addition, since the driver part 40 is made of stainless steel, the driver part 40 is not damaged by oxidation even if it is in contact with water, so that the service life can be extended.

続いて図5に示すように、本考案は該ドライバー部40の嵌設端41を“L”型の端部とすることができる。これにより該ドライバー部40と該柄本体1の固設位置の接触面積は拡大し、該工具が受止められるトルクも拡大する。こうして工具の使用サイクルを強化し、その使用寿命も延長することができる。
さらに図6に示すように、本考案は該柄本体1の外部表面に蛍光塗料50を塗布することができる。該蛍光剤は夜間或いは暗闇において発光し、夜間作業者、或いは暗闇での作業者は真っ暗な空間においても工具の所在をはっきりと把握することができる。
また該柄本体1底部30に設置するネジ孔31とネジ蓋32により、該工具を水中以外の場所で使用する時には、該気室21に砂などを充填し、工具本体の重量を増加し、使い心地を良くすることができる。
Subsequently, as shown in FIG. 5, the present invention can make the fitting end 41 of the driver portion 40 an “L” -shaped end. Thereby, the contact area of the fixed position of the driver part 40 and the handle body 1 is increased, and the torque at which the tool is received is also increased. In this way, the use cycle of the tool can be strengthened and its service life can be extended.
Furthermore, as shown in FIG. 6, the present invention can apply a fluorescent paint 50 to the outer surface of the handle body 1. The fluorescent agent emits light at night or in the dark, and the worker at night or in the dark can clearly grasp the location of the tool even in a completely dark space.
Moreover, when the tool is used in a place other than underwater by the screw hole 31 and the screw lid 32 installed on the bottom part 30 of the handle body 1, the air chamber 21 is filled with sand or the like, and the weight of the tool body is increased. It can improve comfort.

本考案工具の柄の構造の外観透視図である。It is an external perspective view of the structure of the handle of the inventive tool. 本考案工具の柄の構造の側面剖面図である。It is a side autopsy figure of the structure of the handle | steering_tool of this invention tool. 本考案工具の柄の構造の第2実施例図である。It is a 2nd Example figure of the structure of the handle | steering_tool of this invention tool. 本考案工具の柄の構造の実施状態図である。It is an implementation state figure of the structure of the handle of the present invention tool. 本考案工具の柄の構造の第3実施例図である。It is 3rd Example figure of the structure of the handle | handle of this invention tool. 本考案工具の柄の構造の第4実施例図である。It is a 4th Example figure of the structure of the handle | steering_tool of this invention tool.

符号の説明Explanation of symbols

1 柄本体
10 頂部
11 実心部
111 嵌槽
20 柄身
21 気室
30 底部
31 ネジ孔
32 ネジ蓋
40 ドライバー部
41 嵌設端
50 蛍光塗料
DESCRIPTION OF SYMBOLS 1 Pattern body 10 Top part 11 Real center part 111 Fitting tank 20 Pattern body 21 Air chamber 30 Bottom part 31 Screw hole 32 Screw cover 40 Driver part 41 Insertion end 50 Fluorescent paint

Claims (6)

一体成型の柄本体を含み、該柄本体の頂部には実心部を設置し、該実心部上には嵌槽を設置し、該嵌槽上にはドライバー部を嵌設し、該頂部下方に位置する柄身内部には密閉された気室を設置することを特徴とする工具の柄の構造。 Including an integrally molded handle body, an actual core is installed on the top of the handle main body, a fitting tank is installed on the actual core, and a driver is installed on the fitting tank. The structure of the handle of the tool, wherein a sealed air chamber is installed inside the handle located below. 前記ドライバー部の嵌設端は“L”状とすることを特徴とする請求項1記載の工具の柄の構造。 The tool handle structure according to claim 1, wherein an insertion end of the driver portion has an “L” shape. 前記柄本体の外部表面には蛍光塗料を塗布することを特徴とする請求項1記載の工具の柄の構造。 The tool handle structure according to claim 1, wherein a fluorescent paint is applied to an outer surface of the handle body. 前記ドライバー部はステンレス材料により製造することを特徴とする請求項1記載の工具の柄の構造。 The tool handle structure according to claim 1, wherein the driver portion is made of a stainless material. 前記柄本体の底部には外部より内部へと貫通するネジ孔を設置し、該ネジ孔にはネジ蓋を設置し、螺固密閉することを特徴とする請求項1記載の工具の柄の構造。 The tool handle structure according to claim 1, wherein a screw hole penetrating from the outside to the inside is provided in a bottom portion of the handle body, and a screw lid is provided in the screw hole so as to be screw-tightly sealed. . 前記柄本体は気室以外のその他部位は実心体であることを特徴とする請求項1記載の工具の柄の構造。 The tool handle structure according to claim 1, wherein the other part of the handle body other than the air chamber is a real body.
JP2004005328U 2004-09-03 2004-09-03 Tool handle structure Expired - Fee Related JP3107574U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009090432A (en) * 2007-10-10 2009-04-30 Chikei Sha Buoyancy tool

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009090432A (en) * 2007-10-10 2009-04-30 Chikei Sha Buoyancy tool

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