JPH0224331Y2 - - Google Patents

Description

[Detailed Description of the Invention] <Industrial Application Field> The present invention relates to a cover sheet for a parked automobile, and particularly to an automatic sheet winding device for an automobile.

<Prior art> Generally known car cover sheets are:
A sheet roughly shaped like a car was manually placed over the car, but this was time-consuming and had the disadvantage that the sheet could not be dried if it had become wet due to rainwater or night dew. To solve this problem, there is a system in which annular bodies are arranged vertically and horizontally on the upper surface of the seat, ropes are inserted through the columns in the longitudinal direction, and the sheet is folded between each adjacent annular body. (Jitsukai 55-39207).

<Technical objective to be solved> However, in the above conventional technology, since the seat is quite wide as a car cover,
There is the disadvantage that one person cannot operate the sheet, the rope, and the means for winding the rope. In addition, the sheet is so hard that it cannot actually be folded properly.

Therefore, the present invention was devised to solve the above-mentioned drawbacks.It is an automatic car seat winder that allows one person to easily cover the seat, fold the seat neatly with one touch, store it, and dry it as is. We will provide the equipment.

<Structure of the invention> In view of the above purpose, the present invention includes an automobile seat,
A rope for storing and covering the sheet, a storage rod for pulling and storing the rope, and an automatic rope winder capable of automatically winding the rope by applying self-rotation force to a rotating body. The gist of the present invention is an automatic vehicle seat winding device which is equipped with a winding mechanism and which draws a rope to store and cover the seat.

In particular, the present invention not only automatically winds up the rope as described above, but also inserts the rope into the vertical and horizontal annular bodies between the top surface of the sheet and the periphery and pulls the rope, so that the top and bottom of the sheet can be properly folded and stored. It can be stored in a rod.

<Embodiment of the invention> A more preferred embodiment of the invention will be described based on the accompanying drawings. FIGS. 1 and 2 are perspective views showing the present invention in use, in which FIG. 1 shows the seat being covered with an automobile, and FIG. 2 shows the seat being stored. FIG. 3 is a partially cutaway enlarged view of the main part of the automatic sheet winding device for an automobile according to the present invention in FIG.

On the automobile seat 1, round annular bodies 2 are arranged by sewing or the like in six rows in the longitudinal direction at predetermined intervals on the upper surface in the longitudinal direction and the peripheral edge. Here, the vertical rows of the annular bodies 2 are arranged at intervals that make it easy to fold the sheet when it is stored in the storage section, and are also arranged at the lower peripheral edge of the sheet, and the horizontal rows are provided with ropes for covering the sheet, which will be described later. The numbers are arranged according to the number of books. In addition, in order to store and cover the sheet, the ends of the ropes on the top surface of the sheet are tied to four annular bodies 2, and the peripheral edge of the sheet is fixed by rotating it endlessly at the front end of the sheet, respectively. Rope 3 is attached to the annular body in longitudinal direction from the fixed point of
3' is inserted. The rope 3 on the opposite side of the fixing point passes through a storage rod 4 having a flexible spring 14 at the tip to facilitate pulling out and storage.
Furthermore, it is fixed to a rotating body 7 which is rotatably provided. Note that the storage rod 4 is fixed to a horizontal frame 8 installed on the main body frame 6 of the storage section 5, and the rotating body 7 is pivotally attached to the main body frame 6.

Further, in the storage section 5, in order to attract and stretch the rope 3, a motor or a tension spring 9 applies a self-rotating force in a certain direction to the rotating body 7 to attract the rope and suspend the sheet from the storage rod 4. The present invention includes an automatic rope winding mechanism 10 which is housed and stretches the sheet against the rotational force to cover the automobile.

In addition, 11 is a roof part of the storage part 5, and 12 is a partition plate which partitions the rotating body 7 and the storage sheet 1.

<Function> To explain the usage state of the present invention having the above-mentioned configuration, in FIG. The four ropes 3 are pulled out from the storage rods 4, and the rope 3' inserted through the annular body at the peripheral edge of the seat is pulled out from the rotating body 7 via a pulley, and the four ropes 3 are pulled out from the rotary body 7 via a pulley. Stretch the sheet 1 and cover the car. In this case, the ropes 3, 3'
is arranged on the top surface and peripheral edge 13 of the seat.
Due to the tensile force of the automatic rope winding mechanism, the rope is brought into close contact with the vehicle and is difficult to separate from.

Next, in order to store the seat 1 in its original state, remove the seat 1 from the peripheral edge 13, and the rotating body 7, which is given a rotational force in a certain direction by the spring 9,
rotates, the ropes 3 and 3' are attracted and wound around the rotating body 7, and with just a little touch, the annular body 2 is collected and inserted into the storage rod 4, and
The sheet between each annular body 2 is folded in the longitudinal direction and suspended and stored. The flexible spring 14 at the tip of the storage rod 4 makes it easy to insert the ropes 3, 3' into the storage rod 4 and wind them around the rotating body 7.

<Effects of the invention> As described above, the present invention uses an automatic rope winding mechanism that applies a self-rotating force in a fixed direction to a rotating body to stretch a seat from a storage compartment and cover a car. By removing it from the front of the car, you can pull the rope and fold the seat into the storage rod for storage, so not only can you pull out the seat, but you can also fold it easily by just one person. It can be stored.

In addition, when covering a car with a seat, the rope is inserted not only through the top surface of the seat but also through the annular body around the periphery, so that the car can be sufficiently covered with tensile force and easily removed by wind, etc. There is no risk of it being removed. Furthermore, when storing the seat, the seat can be folded neatly and neatly by simply removing the seat from the car and assisting in folding other seats.

Furthermore, separate storage rods for multiple rows of ropes prevent ropes from getting tangled and sheets from overlapping when the ropes are pulled out from the rotating body, making it easier for one person to cover and store the sheets. have

Furthermore, since the stored sheets can be dried in a folded state, the durability of the sheets is also good.

[Brief explanation of the drawing]

Figures 1 to 3 are perspective views of the device of the present invention, of which Figure 1 is a perspective view showing a state in which a seat is covered with an automobile, and Figure 2 is a perspective view showing a state in which the seat is stored in a storage section. A partially cut away perspective view, Figure 3 is the 1st
FIG. 2 is an enlarged view of a partially broken main part of the automatic automobile sheet winding device shown in the figure. 1... Automobile seat, 2... Annular body, 3,
3'... Rope, 4... Storage rod, 5... Storage section,
7...Rotating body, 10...Rope automatic winding mechanism, 1
3... Seat periphery.

Claims (1)

[Scope of utility model registration request] An automobile seat in which a plurality of annular bodies are arranged vertically and horizontally in a plurality of rows at predetermined intervals on the upper surface and peripheral edge of the seat in the longitudinal direction; Storage of the same number of ropes as the plurality of rows of ropes, in which the plurality of rows of ropes are inserted in vertical rows, and the sheet is folded and stored by passing through an annular body other than the longitudinal peripheral edge of the sheet by winding up the plurality of rows of ropes. The seat storage section has a rod, and the storage section applies a self-rotating force in a certain direction to a rotary body to draw the rope in the winding direction, so that the upper surface and peripheral edge of the seat can be assembled into a car seat. An automatic vehicle seat winding device comprising an automatic rope winding mechanism that folds and stores the sheet and stretches the sheet against the rotational force to cover the vehicle.