JPS6027920A - Selection chart of elevating device for baggage receiving deck - Google Patents

Abstract

PURPOSE:To allow even a user to select the best kind of a receiving-table elevating device speedily from various kinds of receiving-table elevating devices by preparing specifically a chart, etc., containing two elements, i.e. height from a floor surface and overall width of the bed of a vehicle. CONSTITUTION:While the format of receiving-table elevating devices is written in a left-side column A, the floor surface height of the bed of a vehicle is written in a center column B. Then, the class is written in a row C at a lower position. Then, coordinates between the class and floor-surface height are formed at the part D encircled with the A-C, and when a format determined by an intersections is usable, the intersection is marked with a ''round mark''. Further, the overall width of the bed of the vehicle is written in a lower right-side row E. Thus, coordinates between the floor-surface height and the overall width of the bed are formed and the size of the width of a tail gate suitable to an intersection is written.

Description

[Detailed Description of the Invention] (Field of Industrial Application) This invention, as shown in Figs. Regarding the selection chart of loading platform elevating device for.

(Prior art) The loading platform elevating device to be installed on a cargo vehicle is based on the size of the vehicle, the height of the floor of the cargo box, and the height of the cargo box.
Lifting capacity that corresponds to the total width of the cargo box and the weight of the cargo being handled,
The type of tailgate varies depending on the height of the tailgate corresponding to the size of the cargo to be handled (1), and the optimal type must be selected according to these factors.

By the way, in the past, selecting the type of loading platform lifting device required a variety of knowledge and experience, and could only be done by an elderly person in charge, and could not be done by the user. Moreover, even if the user were to select this format, he or she could not make the final selection.

(Objective of the Invention) Therefore, the object of the present invention is to enable even users with little knowledge and experience to select the optimal model (
It is an object of the present invention to provide a selection chart for a loading platform fL unloading device, which allows the selection of a loading platform fL unloading device to be carried out naturally, simply, and quickly without hesitation.

(Structure of the Invention) In order to achieve the two goals, the selection chart of the 1:1 cradle lifting device of this invention is based on the row of loading platform lifting device type and the floor surface of the car cargo box. 1-height rows or places facing each other 1. On the other hand, the small row of cars and the full-width row of the east cargo box? Please select the type of loading platform lifting device that can be used based on the two factors listed in - and the floor surface -1-height. 1, and
Select the width of the tailgate from the above floor height above ground and 1 - the total width of the cargo box in the mud. The method is characterized in that it consists of a region map in which the type of receiving box y1 unloading device is selected based on two factors: the height of the tail date determined by the height of the cargo 21:).

(Example) Hereinafter, the present invention will be explained in detail with reference to illustrated embodiments.

In Fig. 3, on the left side [111, row 11] are the types of loading platform elevating device (G II, \i6 old) raised floor ■ type, II
Type, V 6 (10 Low-floor type, V 30 (1,5550
High floor 11 pears.

Type X, 8550 low-floor type, S 3 (10), while writing the floor height of the car's cargo box in column B of the center square opposite to the type of two-leg cargo platform lowering device. Describe it.

Also, located at the bottom, between the row of squares in the above format and the floor surface area - located between the high horizontal row B and the "two-foot floor surface area"
- Square in the direction intersecting the high square B] In column C, write the diminutive case indicating how many tons of 11 is used.

Then, in the horizontal direction of the area surrounded by the above-mentioned main points A, B, and C, intersect the diminutive and the floor height above ground as a kind of coordinate, and then determine the horizontal direction from the intersection. If a format corresponding to 5 is available, a circle mark is placed in the square 5 as a kind of mark.

Mainly, in the diagram shown in Figure 3, 'JLU' is located on the lower right side and intersects row B of the squares of the floor height above ground.
7. Column II [List all the prefectures in the shipping box of Kunili-4:
I care. Then, the floor surface I - height square El and the full width square I of the packing box are crossed like a seed seat (like a vote ′ζ =
C The intersection 1 koyo 1) Determine the 1st edition skillful combination tail case) ・j method in ・describe. J5, No. 1
In the figure, the width of the tail gate 1 is indicated by W, and the height of the tail date 1 is indicated by 11.

In Figure 5, the abscissa is taken as 11; the height of the tailgate 1 is determined from the weight of the object, and the ordinate is the height of the tailgate 1, which is determined from the weight of the item. ,
One part of the intersection of both seat edges is compatible with the loading platform W! , is a region diagram showing a dressing bath system type.

According to the selection table for the loading platform elevating device having the configuration shown in 11, you can quickly select the most suitable type as shown below, which is natural and simple.

The car I am currently using is a 4-ton car, and I have placed a high-strength bow 08 on the floor of the car.
0 ++un, the total width of the car's packing box is 22 (l f) 1
11111, and the weight of the baggage handled is 80 (, I
In KB, 11:i: From the size of the object, the required height of the tailgate is 125f)1010. Select the ton class and mark ○ or f: I on the right side 11
゜12, ] 3. , 1 = 1, 15, and as a first step narrow down to 1] types of format c++, \' 6 t) t,) raised floor ll type, X type, S 55 (,) raised floor type II, l type . This first stage selection operation can be performed naturally without any resistance since the user performs the selection operation based on the car 1'6 with which he or she is most familiar.

Next, from the square row B of the 1-height floor surface to the floor height of the car cargo box] square 21゜2 that matches 0801111n.
Select 2.23. Then, the sides 11 and 12 selected in the first stage 1 wisdom mentioned above. L3. 14.15, three types of squares 11, 12.14 corresponding to the 171i direction are selected as the second stage, and GIl, V 6 t) O raised floor ll type are selected. , S
We further narrowed down several types that were compatible with the three types of 550 high floor II type.

Next, in FIG. 5, the abscissa 800 indicates the upper part of 'J 7 ) i, and the ordinate 1250 indicates the height of the tail date.
The intersection point 31 is selected as type GII, and the third step is to select one type of species.

Next, in Figure 3, from the row E of squares indicating the total width of the shipping box, select square 41 that matches the total width of the shipping box 22 (1 (1111111), and match this square opening 11 with the type. Select the square 1]51 that corresponds to the 11th square, and as the fifth step, select the tail game 1, middle 2 (15 (111
Select I III.

In this way, form G11. Tailgate height'b
125 (l bil+, tailgate width 205
(, 1++on is finally selected.

The order in which the basic data are used in this selection is 118° -> floor surface, 2 heights -> lift capacity and tail date height -> total width of the cargo box. ing. Therefore, the user can perform this selection task naturally and quickly.

It goes without saying that the chart for selecting the type and width of the tailgate and the area chart for selecting the type are not limited to the above-mentioned embodiments, but may be applied to various deformation forces within the scope of the present invention.

As is clear from the above explanation, the selection chart for the loading platform lifting device of the present invention is structured as described above, so that even inexperienced users can smoothly and easily select the optimal type without hesitation. , can be done quickly and is therefore of extraordinary practical value.

[Brief explanation of drawings]

Figures 1, 2 and 4 are explanatory diagrams of the loading platform elevating device, Figure 3 is a diagram of an embodiment of the present invention, and Figure 5 is a diagram of the area of an embodiment of the invention. 1...Tailgate. Patent applicant: 1Kotsuka Kaihatsu Kogyo Co., Ltd.

Claims (1)

[Claims] (1) While the column of the type of loading platform lifting device and the column of the floor surface height of the car cargo box are written in opposite locations,
What is the column width of the small column of the car and the full width of the car cargo box? ” - You will be asked to select the type of loading platform lift device that can be used based on one factor: height, and the two factors: the above-mentioned floor height above ground and the total width of the above-mentioned type of cargo box. The width of the tailgate is selected by 4f.
The type of receiving box and unloading device is selected based on two factors: the lift capacity determined by the weight of the cargo to be handled and the height of the tailgate I, determined by the size of the cargo.
A selection chart for the unloading device, which consists of a map and a diagram of the area to be used.