JP2005296322A - Hook - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that it is difficult to hang a suspending cord on the rear surface and that the suspending cord has to be hanged separately on a bar with a forked metal fitting provided on the top end so as to be hooked by peeping into the back of a wall from the side of a picture frame in order to hang the picture frame at a high place on a wall surface in particular since a key-shaped projection is small in the case of a conventional hook. <P>SOLUTION: At the upper part of a fixed hook F1, a sliding and freely attachable and detachable slide hook F2 is arranged. Before hanging the picture frame at the hook F, a depth is expanded by both of the hooks F1 and F2 temporarily in order to easily hang the cord R. After adjusting the position of the picture frame, a weight is applied to the fixed hook F1 to cover the upper part of the fixed hook F1 with the slide hook F2 so as to prevent the cord R from being removed. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention mainly relates to a hook for hanging a large framed document or the like on a wall surface in a room. When a hanging strap connected to both sides of the back of the forehead is hung and released on the back side, the weight of the forehead becomes a trigger. Thus, the guide piece covering the hook approaches the wall surface and is surely stopped.

Conventional hooks for hanging a picture frame on a wall surface are known to have a hook with a double-sided adhesive on the wall mounting plate or a screw rod screwed into the wall surface. Attached to the wall surface in advance and hung a frame hanging strap.
Patent Document 1 proposes a means for preventing the hanging strap from being displaced, but the hook itself remains the conventional configuration.
Registered Utility Model Publication No. 3045890

In the conventional hook, since there is little protrusion of a key shape, it was difficult to hang the hanging strap used as the back surface of a frame. In particular, in order to hang on a high part of the wall surface, a hanging string was hung on a bar with a separate bifurcated bracket at the tip, and the back of the wall was looked from the side of the frame and hooked.
Furthermore, the adhesive strength of a hook with adhesive applied decreases with the passage of time due to the weight of the frame to be hung, and the hook with a threaded rod falls loosely due to an earthquake, etc., depending on the length and thickness. There was a fear.

The present invention has been developed to solve such problems of the prior art, and by placing a slide hook that slides on top of the fixed hook and can be freely contacted and separated, it is temporarily before the frame is hung on the hook. Both hooks have a wider depth to make it easier to hang the hanging strap. Adjust the position of the frame and then hang the weight on the fixed hook so that the slide hook covers the upper part of the fixed hook and does not come off the hanging strap. It is what.
The hook F according to the invention of claim 1 is provided with an outer cylinder that is pushed into a slot formed in the inner wall on one side of the mounting flange, and an upper cylinder and an intermediate cylinder that are assembled together on the other side of the mounting flange. A guide cylinder that adheres closely to the outer periphery of the operating cylinder and extends from the mounting flange to the inside of the outer cylinder is fixed to the cylinder. A coil spring that is externally fitted to the operating cylinder and stops at one end is brought into contact with the open end of the guide cylinder. So that the ring with fixed hook fits into the guide tube and the inward hooking protrusion of the ring with fixed hook extends from the guide groove of the guide tube to the concave latching part of the working tube. Engage and pull out the operating cylinder that is pulled out, and press the hook to release it, so that the operating cylinder enters the inner part of the outer cylinder by the action of the coil spring, and there is a fixed hook at the end of the operating cylinder Sliding slide that can be folded down from the side In which it characterized in that a click.

In the invention of claim 1, since the slide hook is projected by the operating cylinder, it is possible to easily hang the hanging strap on the back surface of the frame, and the slide cylinder moves into the wall by its own weight. The slide hook will cover the fixed hook and can be installed near the wall. Thus, even a single person can hang a heavy picture frame on the wall hook.
Further, not only in the frame, but also in a narrow place or a place out of reach, when hooking an object, the hook comes out to the front so that it is easy to hang.
Since the slide hook is configured to be foldable, it can be removed without difficulty by lifting the hanging strap.

The present invention will be described below with reference to the embodiments shown in the drawings.
The hook F is roughly arranged with an outer cylinder 2 to be pushed into a slot H formed in the inner wall W on one side of the mounting flange 1 and an upper cylinder 3 and an intermediate cylinder 4 to be assembled together on the other side of the mounting flange 1. The upper cylinder 3 is closely attached to the outer periphery of the operating cylinder 5 and is fixedly attached with a guide cylinder 6 extending from the mounting flange 1 to the inside of the outer cylinder 2. A coil spring 7 fitted to the operating cylinder 5 and stopped at one end is attached to the guide cylinder 6. The guide tube 6 is urged by pulling out the working cylinder 5, the ring 8 with the fixed hook is fitted into the guide cylinder 6, and the inward engagement protrusion of the ring 8 with the fixed hook is urged. 81 is hooked and pulled out from the guide groove 61 of the guide tube 6 so as to enter the concave latching portion 55 of the operation tube 5, and is released by pressing the ring 8 with the fixed hook. The operating cylinder 5 is inserted into the outer cylinder 2 by the action of the coil spring 7, The end of the moving tube 5 is characterized in lodging and providing the slide hook F2 freely raised folded therefrom fixing hook side.

  The round hole 11 at the center of the mounting flange 1 is provided with a step edge 11a at the hole edge, and the upper end edge of the outer cylinder 2 is fitted into the step edge 11a.

The upper cylinder 3 is separated from the short cylinder 31 having the same diameter as the middle cylinder 4 and the guide cylinder 6 with the hook, but the short cylinder 31 and the guide cylinder 6 are joined together and assembled. In addition, you may make it shape | mold integrally previously.
The upper cylinder 3 is provided with an annular contact part 31a at one end, and a hanging piece 31b is provided continuously from the peripheral end on the contact part 31a side, and a guide groove 61 is provided in the guide cylinder 6 on the peripheral side. The guide groove 61 faces the hanging piece 31b. The operation cylinder 5 can be smoothly slid so that the inner diameter of the guide cylinder 6 and the outer diameter of the operation cylinder 5 substantially coincide with each other.
31c is a cushion disposed on the abutting portion 31a, and is for reducing the impact when the working cylinder 5 enters the outer cylinder 2 and the flange 51 of the working cylinder 5 collides.

  The middle cylinder 4 is provided with a rectangular window hole 41 from one end, and an annular contact portion 42 to the periphery of the round hole 11 of the mounting flange 1 is provided at the other end. The middle cylinder 4 is attached to the mounting flange 1, but a pin 43 is implanted in the contact portion 42 of the middle cylinder 4, and the small holes 12, 12 at opposite positions with the round hole 41 of the mounting flange 1 inside. Pins 43 and 43 are inserted and attached. The pins 43 and the small holes 12 can be appropriately increased.

The operating cylinder 5 is inserted into the guide cylinder 6 through the upper cylinder 3 and the middle cylinder 4 and is latched and slid. The operating cylinder 5 is provided with a cap 51 that closes one end, and is in contact with and separated from the upper portion of the fixed hook F1. A slide hook F2 is provided.
The slide hook F2 is connected to the upright plate 52a along the cap 51 and the side end of the fixed hook F1 so as to be inclined and connected so that the rotating plate 52b covering the fixed hook F1 can be flipped up. Is. Specifically, the upright plate 52a and the rotating plate 52b are connected by a pin 52c, and a stopper 52d is provided to maintain an inclined state with respect to the fixed hook F1.
On the outer periphery of the barrel portion of the working cylinder 5, there are a rectangular projection 54 that enters the guide groove 61 of the guide cylinder 6 and a concave latching portion 55 (see FIGS. 2 and 3) that receives the tips of the latching projections 81 of the ring 8 with a fixing hook. A circumferential groove 56 is provided at the end of the body, and a retaining ring 57 for stopping one end of the coil spring 7 is fitted into the circumferential groove 56.

The upper cylinder 3 is assembled so that the window hole 41 of the middle cylinder 4 has a substantially rectangular shape, and the fixing hook F1 of the ring 8 with the fixing hook is viewed from above the window hole 41.
The upper cylinder 3 has a guide cylinder 6 that has a small diameter and is in close contact with the outer periphery of the working cylinder 5 in advance and extends from the mounting flange 1 into the outer cylinder 2. The guide cylinder 6 and the working cylinder 5 are operated as elastic means. A drive mechanism comprising a coil spring 91 to be externally fitted to the cylinder 3 and a ring 8 with a fixing hook is incorporated as a latching means.

The ring 8 with a fixed hook that is loosely fitted to the guide tube 6 is provided with a concave portion 82 on the inner periphery that is the base of the fixed hook F <b> 1, and an engaging projection 81 is formed on the inner periphery that faces the concave portion 82. The hooking protrusion 81 of the ring 8 with the fixing hook F1 is aligned with the guide groove 61 of the guide tube 6 and a spring 83 is retracted between the recess 82 and the guide tube 6 and stored. The ring 8 with the fixing hook is urged by the spring 8d, and the fixing hook F1 looks upward from the window hole 41, and the hooking projection 81 is pressed against the outer periphery of the working cylinder 5.
Then, when the operating cylinder 5 is pulled out, it enters the engaging projection 81 of the ring 8 with the fixed hook into the concave engaging portion 55 and stops, and the slide hook F2 of the operating cylinder 5 is inclined to guide the fixed hook F1. (See FIG. 2).

In this state, the hook F protrudes from the inner wall W to the front surface by the fixed hook F1 and the slide hook F2, so that the hanging strap R of the frame (not shown) can be easily hung.
After the positioning, the frame is lowered and a load is applied to the fixed hook F1 by the hanging strap R, and the hook projection 81 of the ring 8 with the fixed hook is released from the concave hook 55 of the working cylinder 5 and is compressed. The coil spring 7 is opened, the operating cylinder 5 enters the outer cylinder 2 via the guide cylinder 6, and the slide hook F2 covers the fixed hook F1.

When assembling, first, the operation cylinder 5 integrally assembled with the slide hook F2 is inserted into the upper cylinder 3 with the guide cylinder 6 integrally attached. At this time, the rectangular protrusion 54 of the working cylinder 5 enters the guide groove 61 of the guide cylinder 6. Then, the coil spring 7 is inserted from the outer periphery of the working cylinder 5, and the coil spring 7 is stopped by the retaining ring 57. The coil spring 7 is constrained at both ends by the open end 62 and the retaining ring 57 of the guide cylinder 6, and is compressed and biased by grasping and pulling out the operating cylinder 5.
In this state, the hooking protrusion 81 of the ring 8 with the fixed hook is aligned with the guide groove 61 of the guide cylinder 6, and the spring 83 is pushed between the recess 92 b of the ring 8 with the fixed hook and the other guide groove 71. The fixed hook F1 of the ring 8 with the fixed hook is arranged horizontally.
On the other hand, the outer cylinder 2 is fitted and fixed to a step edge 11 a around the round hole 11 of the mounting flange 1. Then, the working cylinder 5 and the guide cylinder 6 are inserted through the round hole 11 at the center of the mounting flange 1, and the pins 43 and 43 of the middle cylinder 4 are fitted into the small holes 12 and 12 of the mounting flange 1 to complete the assembly. .
When assembling, it is desirable to apply an adhesive as necessary so that it does not come off easily.

  The coil spring 7 is compressed by grasping and pulling out the operating cylinder 5, but the engaging protrusion 81 of the ring 8 with the fixing hook F <b> 1 is urged inward by the spring 83, so that it enters the concave engaging portion 55 of the operating cylinder 5. The operating cylinder 5 is stopped.

  When the frame is hung on the fixed hook F1 and the weight is applied, the engagement state between the engagement protrusion 81 of the ring 8 with the fixed hook and the concave engagement portion 55 of the operating cylinder 5 is released, and one end of the coil spring 7 that is urged by compression. Since the portion is in contact with the open end 62 of the guide tube 6, the operation tube 5 integrated with the slide hook F2 enters the outer tube 2 instantaneously and covers the fixed hook F1.

In order to use this hook F, a slot H is drilled in the inner wall W in advance, but a long nut is embedded in the slot H and the outer cylinder 2 is screwed by cutting a screw around the outer periphery. Good. When the slot H formed in the inner wall W is not used, the cap is covered with a cap so that the appearance is not impaired. Although detailed illustration is omitted, a plurality of set screws may be screwed into the inner wall W from the mounting flange 1.
The basic material can be selected as appropriate, such as a plastic molded product or metal, but the size, strength, and configuration can be changed depending on the article to be hung.

The hook is not illusioned on the frame hung by the hanging strap, and can be attached by, for example, supporting both ends of the curtain rail with the hook and bonding the contact surface to the wall surface of the curtain rail. Similarly, rails for wiring and piping can be used.
Furthermore, it can be hung on a wall surface even if it is heavy, such as an indoor wall-mounted ventilation fan or air conditioner.
It can be used on the exterior and exterior of buildings, gymnasiums and other reinforced concrete buildings.

It is a disassembled perspective view of the hook concerning this invention. It is sectional drawing of the hook of the state which pulled out the action | operation cylinder. It is sectional drawing of the state which the action cylinder adjoined to the wall surface with the load of the hanging string.

Explanation of symbols

F hook F1 fixed hook F2 slide hook 1 mounting flange 2 outer cylinder 3 upper cylinder 4 middle cylinder 5 actuating cylinder 6 guide cylinder 7 coil spring 8 ring with fixed hook

Claims (1)

  An outer cylinder that is pushed into a slot formed in the inner wall on one side of the mounting flange, and an upper cylinder and a middle cylinder that are assembled together are arranged on the other side of the mounting flange, and the upper cylinder is attached in close contact with the outer periphery of the working cylinder. A guide cylinder extending from the flange to the inside of the outer cylinder is fixed. A coil spring that is externally fitted to the operating cylinder and stopped at one end is brought into contact with the open end of the guide cylinder, and the operating cylinder is pulled out to be urged. An operation in which a ring with a fixed hook is fitted into the cylinder, and the inner cylinder is viewed from the middle cylinder, and the inward engagement protrusion of the ring with the fixed hook is urged and pulled out from the guide groove of the guide cylinder into the concave latching portion of the operation cylinder. The cylinder is hooked and released by pressing the hook so that the working cylinder enters the inner part of the outer cylinder by the action of the coil spring, and the end of the working cylinder falls to the fixed hook side and can be folded from there. A hook characterized by the provision of a slide hook .

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