WO2010010868A1

WO2010010868A1 - Device for temporarily fixing long object and method of temporarily fixing long object by using the device

Info

Publication number: WO2010010868A1
Application number: PCT/JP2009/063049
Authority: WO
Inventors: 一広鈴木
Original assignee: Suzuki Kazuhiro
Priority date: 2008-07-21
Filing date: 2009-07-21
Publication date: 2010-01-28

Abstract

A device for temporarily fixing a long object is provided with a support piece having a hole and also with a temporarily fixing device body. The support piece supports from below a hoop of a rope hitched to a rope hook of a truck. The temporarily fixing device is temporarily fixed by magnetic force of magnets to the surface of a truck bed door with the support piece suspended from the temporarily fixing device by a cord. The temporarily fixing device is provided with a plate-like body having a handle and also with a pair of rectangular-parallelepiped-shaped magnet holding bodies holding the magnets. The pair of magnet holding bodies is mounted parallel to each other with a spacing for allowing the rope to pass therethrough. That end of the cord which is located near the temporarily fixing device is fixed to the handle.

Description

Long article temporary fixing tool and temporary fixing method for long article using the long article temporary fixing tool

The present invention relates to a long temporary holding fixture and a temporary holding method of a long using the long temporary holding fixture.

In general, a rope fixing method is often used to fix a load loaded on a truck bed. According to this method, first, a hoop is provided at one end of the rope, and the hoop is hooked on a rope hook provided at the bottom of the loading platform. In that state, the other end of the rope is thrown to the side opposite to the side hooked on the rope hook (hereinafter referred to as the opposite side of the carrier) so that the rope passes over the load. Then, after the other end of the rope is wound around the rope hook of the carrier, a load is used to clamp the load loaded on the carrier.

Such a series of work is usually performed alone. Therefore, the operator hooks one end of the rope on the rope hook and then throws the other end of the rope to the opposite side of the carrier and wraps around the other side of the carrier. However, most of the rope hooks have a simple shape in which the tip of the rope hook extending downward from the loading platform is bent inward. For this reason, the rope hoop may be detached from the rope hook with a slight deviation of the rope between the time the operator throws the rope and the time it turns to the opposite side of the bed. To prevent this, the hoop of the rope may be tied to the rope hook with a string. However, the work of tying and unwinding is troublesome for the worker.

As a solution to such a problem, according to Patent Document 1, an apparatus for temporarily fixing a rope on the surface of an elevator door has been proposed. As shown in FIG. 13, the temporary fixing tool disclosed in Patent Document 1 includes a magnetic body 90 adhered by magnetic force to the surface of the tilt door of the track, and a holder 91 for holding the magnetic body 90. There is. The magnetic body 90 includes a pair of magnets 92 and a magnet cover 93 covering the magnets 92. A fixing groove 94 for passing a rope is provided on the surface of the magnet cover 93 in contact with the pivot door. The magnets 92 are respectively provided on both sides of the fixing groove 94. The holding body 91 is formed in the shape of a finger of a human hand. When using the above-mentioned temporary fastener, the hook of the rope is locked to the rope hook of the track and the rope is lifted along the surface of the door. Next, while maintaining the state, the magnetic body 90 is stuck to the surface of the tilting door by magnetic force through the rope in the fixing groove 94 of the temporary fixture. Then, the upper end of the rope is inserted between the adjacent fingers of the holder 91, and the rope is temporarily fixed to the surface of the swing door.

However, with this type of temporary fastener, when the other end of the rope that is not hooked on the rope hook is thrown to the other side of the bed or the rope is tightened on the bed, the rope It may come off between the two fingers of the temporary fixture. In addition, if the rope is thinner than the width of the fixing groove, the rope may hang down and slip through the temporary fastener, and as a result, the rope hoop may be detached from the rope hook. Moreover, according to said structure, the magnet is used as a means to stick a temporary fixing tool on an elevator door. For this reason, it can not be used for aluminum pivot doors.

The real fair 06-7001 gazette

The object of the present invention is to provide a long temporary fixing device capable of reliably fixing a long material to an object such as a magnetic body, and a temporary fixing method of a long material using the long temporary fixing device. It is to provide.

In order to solve said subject, according to the 1st aspect of this invention, the elongate temporary holding fixture for temporarily fixing a long thing to the surface of a magnetic body is provided. The long temporary fixture is suspended in the lower edge of the magnetic body, and the support piece having a hole and the support piece are suspended via a cord, and the magnetic piece is suspended in a state where the support piece is hung on the lower end of the magnetic body. It consists of a temporary fixing tool main body temporarily fixed to the surface of the body by the magnetic force of the magnet, and a hook hung on the upper end of the magnetic body, and the temporary fixing tool main body holds the plate-like body provided with a handle and the magnet. The magnet holder is disposed parallel to each other with a distance allowing insertion of a long object, and the end portion of the cord close to the temporary fixing device is a handle or a plate. The hook is fixed to the body, and the hook is attached to the upper end of the plate body of the temporary fixing body temporarily fixed to the surface of the magnetic body.

According to the above configuration, after hooking the hook on the magnetic body, the support piece is fitted to the lower end of the magnetic body from below. Thereby, the long object is supported from below by the support piece. Next, the temporary fixing tool main body is lifted until the cord is fully extended, and a long object is inserted between the pair of magnet holders. Then, in this state, the temporary fixing tool main body is attached to the surface of the magnetic body by the magnetic force of the magnet. The support piece is in a state of being suspended from the temporary fixing tool main body in a state in which the string is fully extended. For this reason, the support piece does not come off the magnetic body. Thus, the long object supported from below by the support piece does not come off the lower end of the magnetic body.

In the above long temporary fixture, a pressing plate for pressing the long material passed between the two magnet holders against the magnetic material and a biasing plate to bias the magnetic plate toward the magnetic material are used between the two magnet holders. Preferably, a spring is provided.

According to the above configuration, in a state where the temporary fixing tool main body is temporarily fixed to the surface of the magnetic body, the pressing plate presses the rope passed between the pair of magnet holders against the magnetic body by the biasing force of the spring. . Therefore, even when the long objects are thin or when a thin lashing belt is used, they can be reliably pressed against the magnetic material.

In the long temporary fixture, the cord is preferably a cord or a coil spring having elasticity.
According to the above configuration, the temporary fixing tool main body and the support piece are connected between the case where the hook is hooked to the upper end of the magnetic body for temporary fixing and the case where the magnetic body is adhered by magnetic force for temporary fixing The lengths required for the strings are different. In that respect, according to the present invention, it is not necessary to replace the cord, and it is possible to cope with both of the hook temporary tacking and the magnetic temporary tacking by using only one elastic cord or spring.

In the long temporary fixture, the hook is preferably a bifurcated hook.
According to the above configuration, since the long object is supported inside the bifurcated hook hung on the upper end of the magnetic body, the bifurcated hook can suppress swinging of the long material to the left and right.

In the long temporary fixture, the plate-like body has a support member extending laterally from the plate-like body along the surface of the magnetic body, and the support member has a hook that is hooked to the side edge of the magnetic body It is preferable to have.

According to the above configuration, the temporary fixing device fixed to the magnetic body can be supported from the lateral direction. Therefore, temporary attachment to the magnetic body of a long thing can be performed more reliably.
In the long temporary fixture, the long object is preferably a handle with parasol, and the magnetic material is preferably a door of a vehicle.

According to the above configuration, the parasol can be temporarily fixed to the surface of the door of a vehicle such as a bus. For example, rain and snow can be blocked when getting on and off a bus, and in particular, it can be expected to be used in bad weather conditions.

In order to solve the above-mentioned problems, according to a second aspect of the present invention, a temporary rope for temporarily stopping a hoop of a rope hung on a rope hook at a lower part of a truck bed is prevented from coming off the rope hook. A stop is provided. The temporary rope fastener is a hook that is hooked to the rope hook and has a hole, and a support piece that supports the hoop hooked to the rope hook from the lower side, and a pivot door of the track with the support piece being suspended via a cord. And a bifurcated hook hung on the upper end of the magnetic body, and the temporary fixing body holds the plate-like body provided with a handle, and the magnet The magnet holder is disposed in parallel with each other at a distance allowing the rope to be inserted, and the end portion of the cord close to the temporary fixing device is a handle or a plate-like member. The bifurcated hook is attached to the upper end of the plate body of the temporary fixing body temporarily fixed to the surface of the pivoting door and is tiltable around the horizontal axis.

According to the above configuration, after the hoop of the rope is hung on the rope hook, the support piece is fitted onto the rope hook from below. The hoop of the rope is thereby supported from below by the support piece. Next, the temporary fixing tool main body is lifted until the cord is fully extended, and the rope is inserted between the pair of magnet holders. Then, in this state, the temporary fixing tool main body is attached to the surface of the door by the magnetic force of the magnet. The support piece is in a state of being suspended from the temporary fixing tool main body in a state in which the string is fully extended. For this reason, the support piece does not come off the rope hook. Thus, the rope hoop supported from below by the support piece does not come off the rope hook. In this state, even if the rope not supported by the rope hook is thrown to the other side of the track, the rope hoop does not come off the rope hook. Therefore, the worker can safely go around on the other side of the truck and perform the loading operation. Also, even if the elevator door is made of a nonmagnetic material such as an aluminum plate and the temporary fixing device can not be temporarily fixed by the magnetic force of the magnet, the hoop of the rope is a rope hook by hooking the hook on the upper end of the elevator door. I can not get out of it.

In order to solve the above problems, according to a third aspect of the present invention, there is provided a method for temporarily fixing a long object using the long material temporary fixing tool for temporarily fixing the long material on the surface of the magnetic body. Provided. According to this method, the long temporary fixture is hung on the lower edge of the magnetic body and has the support piece having the hole and the support piece suspended through the cord, and the support piece is at the lower end of the magnetic body The temporary fixing tool main body temporarily fixed to the surface of the magnetic body by the magnetic force of the magnet in a hung state, and the hook hanging on the upper end of the magnetic body, the temporary fixing main body is a plate-like body provided with a handle. And a pair of rectangular magnet holding members for holding the magnets, the magnet holding members being disposed parallel to each other at a distance allowing insertion of the long object, and approaching the temporary fixing device main body of the cord The end is fixed to the handle or the plate, and the hook is attached to the upper end of the plate of the temporary fixing body temporarily fixed to the surface of the magnetic body, and inserting the long material into the hole of the support piece After being hooked to the lower end of the magnetic body, the top of the long object is supported on the surface of the magnetic body by the temporary fixing device

According to the above method, after hooking the hook on the magnetic body, the support piece is fitted to the lower end of the magnetic body from below. Thereby, the long object is supported from below by the support piece. Next, the temporary fixing tool main body is lifted until the cord is fully extended, and a long object is inserted between the pair of magnet holders. Then, in this state, the temporary fixing tool main body is attached to the surface of the magnetic body by the magnetic force of the magnet. The support piece is in a state of being suspended from the temporary fixing tool main body in a state in which the string is fully extended. For this reason, the support piece does not come off the magnetic body. Thus, the long object supported from below by the support piece does not come off the lower end of the magnetic body.

In the above-mentioned method for temporarily fixing a long object, the plate-like body has a pair of support members extending in the lateral direction along the surface of the magnetic body, and both support members are hooked on each of both side edges of the magnetic body It is preferable that the elongated object be supported on the surface of the magnetic body in the lateral direction by being stretched.

According to the above method, the temporary fixing device fixed to the magnetic body can be supported from the lateral direction. Therefore, temporary attachment to the magnetic body of a long thing can be performed more reliably.
In the above method for temporarily fixing the long object, the hook is preferably a bifurcated hook, and the long object is preferably supported on the inside of the bifurcated hook hung on the upper end of the magnetic body.

According to the above method, since the long object is supported inside the bifurcated hook hung on the upper end of the magnetic body, the bifurcated hook can suppress swinging of the long material to the left and right.
In the above temporary holding method of the long object, the magnetic body is the door of the vehicle, the long object is the handle with umbrella, the lower part of the handle of the umbrella is inserted into the hole of the support piece, and the middle part of the handle is The upper end of the handle is disposed and supported inside the bifurcated hook, the support member is a belt, and the support member is provided at both ends of the support member on the vehicle door It is preferable to be tensioned by hooking on each of the side edges.

According to the above method, the parasol can be temporarily fixed on the surface of the door of a vehicle such as a bus. For example, since rain and snow can be blocked when getting on and off a bus, it can be expected to be used particularly in bad weather conditions.

The perspective view which looked at the rope temporary fixing tool concerning a 1st embodiment of the present invention from the handle side. The perspective view which looked at the rope temporary fixing tool from the magnet holding body side. Sectional drawing for demonstrating the usage method of a rope temporary fixing tool. The perspective view which looked at the rope temporary fixing tool which concerns on 2nd Embodiment of this invention from the magnet holding body side. FIG. 5 is a cross-sectional view taken along line 5-5 of FIG. 4; The perspective view which looked at the rope temporary fixing tool which concerns on 3rd Embodiment of this invention from the magnet holding body side. Sectional drawing which shows the state which hooked the rope temporary fixing tool on the upper end of the door, and was temporarily fixed. Sectional drawing which shows the state which stuck the rope temporary fixing tool on the surface of a pivot door by magnetic force, and was temporarily fixed. Schematic for demonstrating the usage method of the parasol temporary fixing tool which concerns on 4th Embodiment of this invention. The perspective view which looked at the parasol temporary fixing tool from the downward direction. (A) is a side view of a parasol temporary fixture, (b) is a cross-sectional view taken along the line 11b-11b of FIG. The schematic diagram of the support piece of another example. The schematic diagram which shows the conventional rope temporary fixing tool.

First Embodiment
Hereinafter, with reference to FIGS. 1 to 3, an embodiment in which the long temporary fixing device of the present invention is embodied as a temporary rope fixing device 1 used to fix a load loaded on a truck bed will be described. Explain.

As shown in FIGS. 1 and 2, the temporary rope fastener 1 includes a temporary fastener body 4, a support piece 5, and a cord 6 connecting the temporary fastener body 4 and the support piece 5.
The support piece 5 consists of a metal piece. A substantially rectangular hole 9 is provided at the center of the support piece 5. A rope hook 8 (see FIG. 3) provided at the lower part of the truck bed is inserted into the hole 9 of the support piece 5. The temporary fixing device main body 4 includes a plate-like body 10 as a substantially rectangular plate-like body, a handle 2, a pair of magnets 12, and a pair of magnet holding members 13. The handle 2 is attached to one of the pair of surfaces of the plate-like body 10. Further, the pair of magnets 12 and the pair of magnet holding members 13 holding these are attached to the other of the pair of surfaces of the plate-like body 10.

Each magnet holder 13 is formed in a substantially rectangular parallelepiped shape. Each magnet holder 13 is disposed in the longitudinal direction and in parallel to the other magnet holders 13 in a state where the temporary fixing tool main body 4 is temporarily fixed to the surface of the folding door 20 (see FIG. 3). ing. The distance between the two magnet holders 13 is set to a distance through which the ropes 30 (see FIG. 3) for tightening can be inserted between the two magnet holders 13. Both ends of the cord 6 are fixed to the lower end of the handle 2 and the upper end of the support piece 5 through a ring.

As shown in FIG. 3, the periphery of the truck bed 21 of the truck is supported from below by a steel channel member 22. The channel member 22 is formed in a U-shaped cross section and has an upper surface, a lower surface, and a side surface. A hinged door 20 is attached to a side surface of the channel member 22 via a hinge 23 so as to be tiltable. The lower surface of the channel member 22 is provided with a rope hook 8 for hooking the hoop 25 of the rope 30. The rope hook 8 protrudes downward from the lower surface of the channel member 22, and the tip of the rope hook 8 is bent inward.

Next, a method of use and effects of the temporary rope fastener 1 will be described.
First, the hoop 25 provided at one end of the rope 30 is hooked on the rope hook 8. Next, the support piece 5 of the temporary rope fastener 1 is fitted to the rope hook 8 from below. Thus, the hoop 25 is supported by the support piece 5 from below. In this state, the temporary fastening tool main body 4 is lifted with the cord 6 fully extended, and is attached to the surface of the 20 cages by magnetic force. At the time of adhesion by magnetic force, the rope 30 is inserted between the pair of magnet holders 13. Note that, as with the channel member 22, the tilt door 20 is formed of steel.

By lifting the temporary fixing device main body 4 as described above, the support piece 5 is suspended from the temporary fixing device main body 4 in a state in which the string 6 is completely extended. Thus, the support piece 5 does not come off the rope hook 8. Therefore, the hoop 25 of the rope 30 supported from below by the support piece 5 also does not come off the rope hook 8. For this reason, even if the operator throws the other end of the rope 30 to the opposite side of the bed in this state, the hoop 25 of the rope 30 is supported from below by the support piece 5 and thus the rope hook 8 There is no departure from Therefore, the worker can safely go around to the opposite side of the loading platform and carry out the tightening operation. After the rope 30 is fixed and the tightening operation is completed, the temporary rope fastener 1 is removed from the surface of the folding door 20.

As described above, when the 20 cages are made of steel, it is possible to prevent the hoop 25 of the rope 30 from coming off the rope hook 8 by using the temporary rope fastener 1 of the present embodiment. Therefore, the worker can carry out the rope hanging work with confidence.
Second Embodiment
Hereinafter, a second embodiment of the present invention will be described with reference to FIGS. 4 and 5. In addition, the detailed description is abbreviate | omitted about the part similar to 1st Embodiment in 2nd Embodiment.

As shown in FIG. 4 and FIG. 5, the temporary rope fastener 1a is obtained by adding a pressing plate 40 for pressing the rope 30 against the elevator 20 to the temporary fastener main body 4 of the temporary rope fastener 1 of the first embodiment. is there.

The pressing plate 40 is formed in a substantially square plate shape. The pressing plate 40 is attached between the pair of magnet holders 13 on the plate-like body 10. Guide pins 41 are attached to the four corners of the back surface of the pressing plate 40. The plate-like body 10 is provided with four guide holes 42 at positions corresponding to the guide pins 41. The tip of the guide pin 41 passes through the guide hole 42 of the plate 10 and protrudes from the surface of the plate 10 near the handle 2. A head 43 is provided at the tip of the guide pin 41 to prevent it from coming off the guide hole 42. A coil spring 44 is provided around the guide pin 41 between the pressing plate 40 and the plate-like body 10. The pressing plate 40 is biased by a coil spring 44 in a direction away from the plate-like body 10.

In a state in which the temporary rope fastener 1a is temporarily fixed to the surface of the tilting door 20, the pressing plate 40 lifts the rope 30 passed between the two magnet holding members 13 by the biasing force of the coil spring 44 Press down. Therefore, even in the case of using the thin rope 30 or the thin lashing belt, they can be reliably pressed against the pivoting door 20 and temporarily fixed. Thus, it is possible to prevent the portion of the rope 30 close to the hoop 25 from hanging down.
Third Embodiment
Hereinafter, a third embodiment of the present invention will be described with reference to FIGS. 6 to 8. In addition, the detailed description is abbreviate | omitted about the part similar to 1st Embodiment in 3rd Embodiment.

As shown in FIGS. 6 and 7, the temporary rope fastener 1b is obtained by adding a bifurcated hook 50 to the temporary rope fastener 1 according to the first embodiment. The forked hook 50 is attached to the upper end surface of the temporary fixing device main body 4 via a hinge 51. That is, the bifurcated hook 50 is provided to be able to tilt around the horizontal axis C1.

In the first embodiment, the temporary fixing device main body 4 is temporarily fixed to the elevator door 20 by the magnetic force. For this reason, when the 20 cages are made of a nonmagnetic material such as an aluminum plate, the temporary fixing device main body 4 can not be temporarily fixed to the tilting door 20, and the temporary rope fixing device 1 can not be used. The

In that respect, according to the temporary rope fastener 1 b of the second embodiment, the forked hook 50 is attached to the upper end surface of the temporary fastener body 4 so as to be capable of tilting. Therefore, even when the elevator door 20 is a nonmagnetic material, the temporary fixing device main body 4 can be temporarily fixed to the elevator door 20 by hooking the forked hook 50 on the upper end of the elevator 20. The rope 30 is passed between a pair of hooks constituting the forked hook 50.

When 20 cages are made of steel, the temporary rope fastener 1b can be used as follows. As shown in FIG. 8, the fork-like hook 50 is turned down to the handle 2 side (left side shown in FIG. 8) in advance. Then, the temporary rope fastener 1b is attached to the surface of the 20 elevators by the magnetic force. In this case, in place of the temporary fixing device main body 4, a temporary fixing device main body 4a with a pressing plate 40 shown in FIG. 4 may be used. In addition, in the case where it is temporarily fixed by hooking to the upper end of the 20 cages and in the case of being temporarily attached by magnetic force on the surface of the cage 20, the string 6 connecting the temporary fixing device main body 4 and the support piece 5 is used. The required lengths are different. For this reason, it is preferable to use a cord made of an elastic material, a coil spring, or the like as the cord 6 from the viewpoint of being stretchable.

Therefore, according to the temporary rope fastener 1b of the third embodiment, by providing one elastic cord or spring, it is possible to cope with either the steel plate or the aluminum door as the pivoting door 20.
Fourth Embodiment
Hereinafter, a fourth embodiment in which the long temporary fixing device of the present invention is embodied in a parasol temporary fixing device 1d used when fixing a handle of a parasol to a door of a bus will be described with reference to FIGS. Explain with reference to. Hereinafter, when demonstrating parasol temporary fixing tool 1d of 4th Embodiment, the side which faces a door is made into a back side, and a door and an opposite side are described as the front side.

As shown in FIGS. 9 to 11 (b), the parasol temporary fixing device 1d includes a temporary fixing device main body 60, a locking portion 61, a pair of belts 62, and a support portion 63. The temporary fixing device main body 60 holds the handle 101 of the umbrella 100 vertically. The temporary fixing device main body 60 includes a cover 65 having a U-shaped cross section, a push plate 66 disposed in the cover 65, a pair of support pins 67 for holding the push plate 66 in the cover 65, and the support pins 67. And a pair of coil springs 68 which are externally mounted. The cover 65, the push plate 66, and the support pins 67 are all formed of a rigid material such as metal.

The cover 65 is formed by press-forming a plate-like body punched out of a metal plate into a predetermined shape. A pair of magnets 70 extending in the longitudinal direction is provided on both sides of the rear wall 65 a of the cover 65. Handles 71 gripped by the user are attached to both sides of the cover 65, respectively. The front wall 65 b of the cover 65 is provided with an insertion hole 65 c through which the shaft portion of the support pin 67 is inserted. The support pin 67 is assembled to the cover 65 in a state where the head is disposed on the front surface of the cover 65 and the shaft portion is disposed inside the cover 65.

A push plate 66 having a U-shaped cross section is fixed to the tip of the shaft portion of the support pin 67. The push plate 66 has a concave holding surface 66a extending along a circular arc, and is disposed in the cover 65 with the holding surface 66a directed rearward. The coil spring 68 is assembled between the front surface 66 b of the push plate 66 and the cover 65 in a state of being sheathed on the shaft portion of the support pin 67. The push plate 66 is biased by a coil spring 68 in a direction away from the cover 65. Therefore, when using the umbrella temporary fixture 1d, the handle 101 of the umbrella 100 is pressed by the coil spring 68 against the surface of the door D made of a magnetic material by the holding surface 66a of the push plate 66.

The locking portion 61 is provided at the upper end of the temporary fixing device main body 60. The locking portion 61 is configured by a pair of first fittings 75, a pair of second fittings 76, and one fixing plate 77. The first and

second metal fittings

75 and 76 are both made of a rigid material such as metal and extend in the longitudinal direction. At the upper end of the first fitting 75, a hook 75a hooked to the upper end of the door D is provided. The first fitting 75 is attached to the upper end of the second fitting 76 via a hinge (not shown). The locking portion 61 is formed as a bifurcated hook.

A fixing plate 77 is fixed to the pair of first brackets 75 so as to connect the upper end portions of both first brackets 75. The fixing plate 77 holds the right

side metal fittings

75 and 76 and the left

side metal fittings

75 and 76 so as not to swing back and forth or to the left and right. The lower ends of the second brackets 76 are respectively attached to the upper ends of both sides of the temporary fixing device main body 60 via hinges 78. For this reason, the first fitting 75 can be arranged to overlap the second fitting 76. Therefore, the locking portion 61 is configured to be foldable and attached to the temporary fixing device main body 60 so as to be tiltable around the horizontal axis C1.

The locking portion 61 has a first form in which the first fitting 75 is disposed so as to overlap the second fitting 76, and a second form in which the first fitting 75 is opened with respect to the second fitting 76. It is configured to be able to take The locking portion 61 is in the first form for non-use of the parasol temporary fastener 1 d and is in the second form when the parasol temporary fastener 1 d is in use. Further, the locking portion 61 is provided with a lock member 79 for locking the locking portion 61 in the second mode. The lock members 79 are provided to the pair of first fittings 75, respectively. Each lock member 79 is mounted slidably along the axis of the first fitting 75. At the time of use of the umbrella temporary fixture 1d, the lock member 79 is slid from the first metal fitting 75 to the connecting portion of the two

metal pieces

75, 76. As a result, the rotation of the first fitting 75 with respect to the second fitting 76 is restricted by the lock member 79, so that the locking portion 61 is held so as not to be folded.

The belt 62 holds the temporary fixing tool main body 60 temporarily fixed to the surface of the door D from the lateral direction. That is, the belt 62 is used as an auxiliary tool (support member) for assisting the fixation of the temporary fixing device main body 60 to the surface of the door D. Each belt 62 can be pulled out from both side surfaces of the temporary fixing device main body 60. Each belt 62 is stored in a state of being wound around in the temporary fixing device main body 60 when the parasol temporary fixing device 1 d is not used. On the other hand, each belt 62 is pulled out from the inside of the temporary fixing device main body 60 by a predetermined length when the umbrella temporary fixing device 1d is used. At the tip of each belt 62, a hook 80 hooked to the side edge of the door D is provided.

The support portion 63 holds the lower end of the handle 101 of the umbrella 100 held by the temporary fixing device main body 60. The support portion 63 is connected in a suspended state at the center of the lower end of the temporary fixing device main body 60. The support portion 63 includes a spring 81 connected to the center of the lower end of the cover 65, a belt 82 connected to the lower end of the spring 81, and a support piece 83 provided on the lower end of the belt 82. Further, a bracket 84 for adjusting the length of the belt 82 is attached to the support portion 63. By adjusting the length of the belt 82 using the metal fitting 84, it is possible to adjust the biasing force of the spring 81 in using the parasol temporary fixing device 1d. The support piece 83 is provided with an insertion hole 83a through which the handle 101 of the umbrella 100 is inserted. Further, the support piece 83 is provided with a hook 83 b hooked to the lower end of the door D.

Next, a method of use and effects of the parasol temporary fixture 1d will be described.
In this embodiment, a separation-type parasol that can be separated into two at the center of the handle is used. The umbrella 102 of the umbrella 100 is cut in half along the center line of the umbrella 102 in order to minimize the gap with the door D of the bus as a vehicle. For convenience of explanation, in a state where parasols are separated, a portion including only a handle is described as a first portion, and a portion including an umbrella is described as a second portion below.

First, after the locking portion 61 is in the second form, the hooks 75 a of the pair of first fittings 75 are hooked on the upper end of the door D. As a result, the umbrella temporary fixture 1 d is suspended from the upper end of the door D by the locking portion 61. Next, after the lower end (lower part of the handle) of the first part of the umbrella 100 is inserted into the insertion hole 83a of the support piece 83, the hook 83b of the support piece 83 is hooked on the lower end of the door D. Then, the temporary fixing device main body 60 is lifted up to a predetermined position along the surface of the door D against the biasing force of the spring 81. As a result, the spring 81 is pulled, and the lower end of the first portion of the parasol 100 is pressed against the lower end of the door D by the support piece 83.

Next, the temporary fixing device main body 60 is disposed in the vicinity of the upper end (the middle portion of the handle) of the first part of the umbrella 100 and is brought into contact with the surface of the door D together with the first part of the umbrella 100 from the front. Thereby, the first part of the umbrella 100 is pressed against the surface of the door D by the magnetic force of the magnet 70. At this time, the first portion of the umbrella 100 is pressed against the surface of the door D by the push plate 66 by the biasing force of the coil spring 68. Subsequently, the belts 62 are respectively pulled out laterally from both side surfaces of the temporary fixing device main body 60. Then, the hooks 80 of the both belts 62 are hooked on both side edges of the door D, respectively. Thereby, the umbrella temporary fixing device 1d is also supported by the both belts 62 from the lateral direction.

Finally, the second part of the umbrella 100 is inserted into the upper end of the first part of the umbrella 100, for example. In this case, the handle (the upper portion of the handle) of the second part of the umbrella 100 is disposed and held inside the bifurcated hook, that is, between the

right fitting

75, 76 and the

left fitting

75, 76. . Thus, the parasol 100 is securely fixed by the parasol temporary fixture 1 d so as not to be displaced from the predetermined position of the door D. When removing the parasol 100 from the door D, the reverse of the above procedure may be performed.

The above embodiments may be modified as follows.
In the first embodiment, the string 6 is fixed to the lower end of the handle 2 via the ring, but instead, the string 6 may be fixed directly to the plate-like body 10.

In the fourth embodiment, the pair of belts 62 provided in the umbrella temporary fixture 1d may be omitted. As a specific usage method of the temporary fixing tool which abbreviate | omitted the belt 62, the case where a smoke pipe is fixed to a guardrail, etc. are mentioned, for example at the time of an accident occurrence. In this case, since the smoke tube is considerably short compared to the handle of the umbrella, the smoke tube is temporarily attached to the guard rail using only the locking portion 61 as a bifurcated hook and the magnet 70 without using the support piece 83. It can be stopped.

In the fourth embodiment, the support piece 85 shown in FIG. 12 may be employed instead of the support piece 83. As shown in FIG. 12, the support piece 85 rotates the first piece 86 connected to the spring 81, the second piece 87 including the insertion hole 87a and the hook 87b, and the first and

second pieces

86, 87. It is composed of hinges 88 which can be connected. By this configuration, the connection between the support piece 85 and the temporary fixing device main body 60 can be kept better, and the parasol 100 can be securely fixed temporarily by the door D.

In the fourth embodiment, the locking portion 61 may be configured to be removable from the temporary fixing device main body 60. According to this configuration, it is possible to mount a short locking portion on the temporary fixing device main body 60 or to mount a long locking portion (see FIG. 11), as required. The range of application as a temporary fixing tool can be greatly expanded. In addition, although the locking portion 61 is configured to be foldable, instead of this, it may be configured to be extensible.

In the fourth embodiment, the belt 62 is embodied as the support member, but instead, a component made of a rigid member such as metal may be used as the support member.
In each of the above embodiments, the magnetic body is embodied in the door 20 of the truck or the door D of the bus, but in addition to this, doors, guard rails, fences, gates, plates of vehicles, ships, buildings It may be embodied in a signboard.

Claims

It is a long thing temporary fixing tool for temporarily fixing a long thing on the surface of a magnetic body,
A support piece hung on the lower edge of the magnetic body and having a hole;
A temporary fixing device main body which is temporarily fixed to the surface of the magnetic body by the magnetic force of a magnet in a state in which the supporting piece is suspended via a cord and the supporting piece is hung on the lower end of the magnetic body;
It consists of a hook that is hooked to the upper end of the magnetic body,
The temporary fixing device main body has a plate-like body provided with a handle, and a pair of rectangular parallelepiped magnet holding members holding the magnet, and the magnet holding member is a distance through which the long object can be inserted. End of the cord adjacent to the temporary fixing device main body is fixed to the handle or the plate-like body, and the hook is temporarily fixed to the surface of the magnetic body. A long temporary holding fixture characterized in that it is attached to the upper end of a plate-like body of a fixing device main body.
In the long thing temporary fixing tool according to claim 1,
Between the two magnet holders, a pressing plate for pressing the long material passed between the two magnet holders against the magnetic body, and a spring for biasing the pressing plate toward the magnetic body are provided. Long temporary fixtures that are characterized by
In the long thing temporary fixture according to claim 1 or 2,
The strap is an elastic strap or a coil spring.
In the long thing temporary fixture according to any one of claims 1 to 3,
The said hook is a bifurcated hook, The elongate thing temporary fixing tool characterized by the above-mentioned.
In the long thing temporary fixture according to any one of claims 1 to 4,
The plate-like body has a support member extending laterally from the plate-like body along the surface of the magnetic body, and the support member has a hook that is hooked to a side edge of the magnetic body. Long temporary fixtures characterized by
In the temporary fixing tool of the long thing according to any one of claims 1 to 5,
The long object is a parasol with a handle, and the magnetic body is a door of a vehicle.
A temporary rope fastener for temporarily holding a rope hoop hung on a rope hook at the lower part of a truck bed so as not to come off the rope hook,
A support piece hooked to the rope hook and having a hole and supporting the hoop hooked to the rope hook from below;
A temporary fixing device which is temporarily fixed to the surface of the tilting door of the track by the magnetic force of a magnet in a state in which the supporting piece is suspended via a string;
It consists of a bifurcated hook hung on the upper end of the magnetic body,
The temporary fixing device main body is composed of a plate-like body provided with a handle and a pair of rectangular solid magnet holding members for holding the magnets, and the magnet holding members are separated by a distance which allows the rope to be inserted. The ends of the cord disposed parallel to each other and in proximity to the temporary fixing device main body are fixed to the handle or the plate-like body, and the bifurcated hook is temporarily fixed to the surface of the pivot door A temporary rope fastener fixed to the upper end of a plate-like body of a tool body and tiltable about a horizontal axis.
A method for temporarily fixing a long object using a long material temporary fixing tool for temporarily fixing the long material on the surface of the magnetic body,
The long temporary fixture is hung on the lower edge of the magnetic body and has a support piece having a hole and the support piece suspended via a cord, and the support piece is hung on the lower end of the magnetic body And a hook that is hooked to an upper end of the magnetic body, the temporary fastening body being a plate provided with a handle. And a pair of rectangular magnet holding bodies for holding the magnet, the magnet holding bodies being arranged in parallel to each other at a distance allowing the long objects to be inserted, the magnet holding bodies The end adjacent to the temporary fixing device is fixed to the handle or the plate, and the hook is attached to the upper end of the plate of the temporary fixing device temporarily fixed to the surface of the magnetic body,
After the long object is inserted into the hole of the support piece and hooked to the lower end of the magnetic body, the upper portion of the long object is supported on the surface of the magnetic body by the temporary fixing device main body. How to temporarily fix long items.
In the temporary fixing method of the long thing of Claim 8,
The plate-like body has a pair of support members extending in the lateral direction along the surface of the magnetic body, and the both support members are stretched by being hung on each of both side edges of the magnetic body. A method for temporarily fixing a long object, comprising: supporting the long object from the lateral direction on the surface of the magnetic body.
In the temporary fixing method of the long thing of Claim 9,
The hook is a fork-like hook, and the long object is supported inside the fork-like hook hung on the upper end of the magnetic body.
In the temporary fixing method of the long thing of Claim 10,
The magnetic body is a door of a vehicle,
The long object is a patterned umbrella,
The lower part of the handle of the parasol is inserted into the hole of the support piece,
The middle portion of the handle is supported on the surface of the magnetic body by the temporary fixing device main body,
The upper portion of the handle is disposed and supported inside the bifurcated hook;
The support member is a belt,
The temporary support method for a long object, wherein the support member is stretched by hooking both ends of the support member to both side edges of the door of the vehicle.