JPS5847633A - Grip structure in vehicle compartment - Google Patents

Abstract

PURPOSE:To reduce the cost of an assist grip in a vehicle compartment, by rotatably inserting, into the attachment surface of a body, one end of a grip core material made of normal iron plate strip or the like, for constituting the assist grip, so that a resiliently curve-deforming resilient member of high price is useless. CONSTITUTION:One end part 10a of a grip core material 10 is, rotatably toward the inside of a vehicle compartment, hinged by means of a hinge pin 9 to a hinge bracket 3 secured to the attachment surface of a body within a cover 18. Meanwhile, the other end part 10b of the grip core material 10 is inserted into an inserting hole 24 in the attachment surface of the body, and then the curved part of the core material 10 is engaged and locked to a stopper 13 so that the grip core material 10 is laid along the attachment surface of the body, evenly therewith. By this arrangement, the grip 1 is disengaged from the stopper 13 when the grip 1 is held and pulled toward the inside of the vehicle compartment by fingers 29, and then, the other end 10b of the core material 10 is engaged with the pawl part 16 of a stopper 17, thereby the grip 1 is protruded toward the inside of the vehicle compartment and is held in this state.

Description

[Detailed Description of the Invention] The present invention provides grips for assist grips, etc. of vehicles such as automobiles.
Regarding lip structure.

As a conventional grip structure, there is Kyoko No. 56-23146. This grip structure is a structure in which a metal core material is covered with a soft coating material and attached to the body mounting surface. It has a 7-lip 7-og mechanism that surrounds the grip and maintains its shape when in use, and restores its flat shape when not in use, so that it can be secured to the mounting surface by a scoop or dowel. This relates to the grip structure for .

However, in a grip having such a structure, the core material of the band is made of a material that can be elastically deformed and restored to its flat state, making it expensive.

Also, if you put your hand into the grip recess and pull it out towards the interior,
The two ends are drawn toward each other and curve out, but
If the stone is an elastic material, the body mounting EIK should not collide with the body so that the stone becomes flat with the force of deflection, so that the hand is released before the hole in the core material is securely engaged with the hook claw.
If your fingers are caught between the grip and the body mounting direction, a loud impact sound may be generated.

Also, depending on the degree of elasticity of the material 1, 5, it may be hard.
For those with comparatively weak arm strength, such as women and children', pulling it out indoors may be painful.The frequency of use of the grip may be reduced. Instead of using elastic materials that can be deformed and restored to flatness, for example, expensive materials such as spring steel, ordinary steel strips, synthetic resin materials such as MuBB and Delrin, recycled materials, etc. can be used.
It is inexpensive, and even if you stop pulling out while pulling the grip toward the indoor side, the grip will not collide with the body mounting surface and will be in a free state. The object is to be light and sufficiently usable even by relatively weak people such as women and children.The structure of this invention in accordance with the above object is that a hinge bracket is fixed to the body mounting surface, and the hinge bin is fixed to the body mounting surface. Through,
One end of the grip stone is rotatably supported indoors by this hinge bracket, and the other end of the grip stone is inserted into the body mounting surface, and the protrusion of the 1s1 stopper is fixed to the body mounting surface. The grip stone is fitted flatly along the body mounting surface, and the grip core material is protruded inwardly from the body mounting surface by engaging with the pawl of the second stopper fixed within the body mounting surface. The main purpose of this document is to maintain the same information.

Ru.

In the figure, reference numeral 1 denotes a grip, which is fixed to the roof side inner panel 2, which is the body mounting surface, by screws 4 and locating pins 5 through the lining 14, and is made of synthetic resin such as polypropylene or aluminum or die made of aluminum, zinc, etc. This is done through a hinge bracket 3 made of cast material and a hinge pin 9 which is inserted into the through hole 7 of the nine base part 60 that protrudes m inward from the hinge bracket 3 and is prevented from being removed by a locking tool 8 such as a 1-ring. One end 1Oa is rotatably supported by the hinge bracket 3 in the vehicle interior R direction, and the other end 10m) is inserted into the interior through the through holes 11 of the roof side inner panel 2 and the roof lining 14, as seen in plan view. It is bent into an abbreviated character shape, and the Kutekpan Teitai, MuB
e, a grip core lO made of a synthetic resin material such as Delrin, recycled material, etc., and the grip 1 fitted into the through hole 11;
A protrusion 12 that can be freely engaged and detached from the other end 10b of the 6th material 1O protrudes inward and is fixed to the 9th first stop horn <-13 and the embossed part 2& of the roof side inner panel 2 with screws 15, and is fixed to the grip core. The other end IQb of the material 10 is
It consists of a second stopper 17 made of a plate spring material and having a claw 16 protruding from the side. 18 is a grip, δ material 10
A cap made of polypropylene resin at one end 1° has a first tongue 19 projecting from the hinge bracket 3 and a second tongue protruding outward from the free end of the spacer 6. Leg pieces 21 * 22 that are respectively engaged with are protruded inwardly. B is one end 1 of the grip stone 10
The covers except for 0a cover most of the parts and are made of a soft covering material such as O extrusion molding such as vinyl monochloride film.

In addition, the first stopper 13 is formed with a through ROM through which the other end 1 (l) of the grip core material 10 can be freely inserted.
A part of the spacer δ is formed to prevent the grip stone lO from directly interfering with the grip stone lO, and a claw 3.26 that can be freely engaged and detached is provided in a protruding manner on the roof side inner panel 2.

Since the present invention has such a configuration, next, FIGS.
The effect will be explained using diagrams.

First, referring to FIGS. 6 and 7, the cover of the grip 1 is fixed in a position along the roof lining 14. As shown in FIGS. The direction (support) is the roof panel, and when you hook the four fingers of your hand on the grip part n consisting of the cover field and the grip core material 10 and pull it, the cover field fitted to the protrusion will be released. Indoor RIIK as shown in Figure 8
stand out. The cross-sectional position at the time of contact is the two-dot chain line shown in Fig.
It will get caught in the claw 16 of the

According to the invention, therefore, the grip, ? As for the S material, you can choose an inexpensive material such as a steel plate or a synthetic resin plate as long as it is a band plate.Moreover, if you pull the grip part towards the indoor side, it will protrude from the surface of the body, making it easier to grip. For example, the surface of the body KfE1 can be reduced, making it difficult to hit the occupant's head, and furthermore, when pulling the grip part,
Once you get over the protrusion of the first stopper, you are free to move and the new group can appear as you like. This invention has practical benefits such as it can be used as a grip even by girls, children, and others who are said to be relatively weak. .

[Brief explanation of drawings]

FIG. 1 is an explanatory cross-sectional view of a grip 1 according to an embodiment of the present invention, and FIGS. 2 and 3 are cross-sectional views of the top layer line and the base-III! of FIG. 1. 4 is an exploded perspective view of FIG. 1, FIG. 5 is a perspective view of the first stopper 13, FIG. 6 is a perspective view of the state shown in FIG. 1, and FIG. FIG. 8 is a cross-sectional explanatory view taken along the line ■--■ in FIG. 6, and is a perspective view of FIG. 1...Grip, 2...
Body mounting surface, 3...... Hinge bracket, 9... Hinge pin, 1G-...
・・・Grip stone, 1OattOi-・・・・・・
One end and the other end of the grip core material IO, 13...
...1st stopper, 17...2nd stopper. Book 5 Sugar) σ Gekisho 7 So Jun B

Claims (1)

[Claims] One end of the grip core material is rotatably supported in the interior direction on the body mounting surface, the other end of the grip core material is inserted into the body mounting surface, and the grip core material is placed at the 85th position in the body mounting direction. The second stopper is fixedly held by the first stopper and protrudes toward the indoor side from the body mounting surface. A heavy grip structure characterized by being firmly held by a stopper.