JPS5948308A - Method for calling out rotary rack - Google Patents

Abstract

PURPOSE:To facilitate the sorting and storage of articles, by using a measuring instrument to measure the article and by using a central processing unit to search for a call-out number corresponding to a measured value section to which the measured value of the article belongs and by automatically operating a rotary rack in response to the output of the CPU. CONSTITUTION:Shelves 2, each of which is slender in the horizontal direction and has numerous storage portions 1, are provided at appropriate vertical intervals between a right and a left endless chains 4 engaged with upper and lower sprockets 3. The output of an electronic measuring instrument 9 is entered into a central processing unit 10 to read a prescribed call-out number out of an index table on which appropriately divided sections of measured values are caused to correspond to call-out numbers set for the storage portions 1 of a rotary rack 12. A control panel 11 is operated by the output of the CPU 10 to drive a motor 5 so that the storage portion 1 corresponding to the read-out call-out number is put in a position 7 for conveying into and out of a storage place. At that time, an indicating light 8 for a position corresponding to the storage portion 1 is turned on to indicate the storage position.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a method for measuring various articles 11* to 8<(,1 minute,
It is suitable for efficiently and efficiently carrying out the storage work corresponding to this sorting, that is, the loading work into rotating 4) S11.
1. I will show you how to call the fence (Il, it's what I do 2).

Below, the following will be explained based on the attached illustrative diagrams: 1. Figures 1 and 2 show an example of a rotating shelf to be used, in which a horizontally long shelf 2 with a large number of article storage parts 1 is arranged between the upper and lower gear wheels.
) Mu left and right - phantom infinity! ,? The loading/unloading work using the workbench 6 is carried out by rotating the endless pipes 1 and 4 between the pipes 1 and 4 at appropriate intervals. In position 1 (E, call shelf 2 of 6 J
Something that can be done ^)ro68t, one person out blr fr
Among the fences 2 that were moved out in the business position Ashi 1, there is an automatic point + I table that indicates the goods storage section 1 where the person exits the warehouse phantom 1 < 2, j January Goyo Ru.

” % invention horn 7 using rotating shelf 12 of 2, 5fl
l,'1 To explain based on figure 9; t, it
It! 'I (7, 'F1 #, l
-Is Fikrop ℃1 Yasosir ID the above-mentioned d1 measuring instrument? 11) I-5 and then calculate the measured value by V minutes IJ for each appropriate range.
[,+)-ilt-! 'Ill'f 1g worth and each item storage section 1 of the carousel 12, 'set) i: 1- or index Google 1? It is memorized and manually input from Measuring Instrument 9 is 7+ ilt /ll'l
(Search to which measurement value category /l belongs to which l+[output δ1-J;41 +, i', tl.

Control panel 114J of rotating shelf 12, i'+il microphone+
1butt1se・) from 庺-10 (iY Vj, 1-1
works, microbroceso() -10 searches 1-,
The number of people leaving the warehouse is 1゛γ! 1i77, the motor 5 is driven (2) and the indicator light 8 at the position corresponding to the article storage section 1 to be warehoused is turned on.

Therefore, the worker uses the measuring device 9 on the workbench 6.1 of the rotating shelf 12 to assemble and measure the stored items.
Based on the 61 measurement results, the rotating shelf 12 is automatically operated,
That 1+! ! c, 15. The sorting storage location based on the 11 measurement pattern of fi+measured articles, that is, the specific article storage section 1, is called to the warehouse loading/unloading operation 41γ location 7. Special feature 5 indicated by the lighting of indicator light 8? The object to be measured may be stored in the second object storage section 1.

By carrying out the warehousing work in this way, it is possible to see that the goods are stored in the carousel 12 in a manner that is sorted by quantity and for each open side f1 growth section. Utilizing MicroProcess Tsuya-10, each time a cap measurement value classification is set directly or indirectly, the call number of the article 117 storage section 1 corresponding to the open side value classification is searched, and the corresponding article storage section is searched. 1 to the loading/unloading work position 7, the carousel 12 is operated automatically, and the month indicator light 8 is turned on to indicate the article storage section 1 to be unloaded. ．． .

The method of calling a carousel according to the method of the present invention can be used in the following manner.

fi1 set i1+11 device? Then, using an electronic microphone II meter, measure the fitting part of the part with the shaft and hole with the fitting tolerance indication, and measure the fitting part of the part with the shaft and hole that matches the fit. (11 minutes! 5, It will be stored on the rotating shelf in this sorted state.

(Using an electric f-divider to analyze electrical characteristics as a 21ill measuring instrument 9, 1jt resistor and =ν resistor, part 111
T's? The electrical QJf characteristics of the electrical parts are opened, and based on this measuring device 41, the electrical parts are placed on the rotating shelf together with the sorting rack.
Stored in 1 piece N,i.

(Using an electronic scale as a 31ill measuring instrument, with a!)
The total weight of the immediate product is 7111, and this 617Ill withered fruit is Ij;-,! The products are ranked IJ L,, for each rank (1 minute +7.: #W C Stored in the carousel)
Ru.

The method of the present invention is carried out as described above.1) The call number of each article storage section of the C1 carousel is colored against the open side value classification of the J stored articles, and the a1 measurement value is Measure the stored items once using the 2+i1 measuring device that outputs an electrical signal, search the call number corresponding to the tllilll value category to which the obtained measurement value belongs, and place the item in the item storage section with the corresponding call number. This method is characterized by the fact that the carousel is operated automatically in order to prevent the items from being brought to the storage position. f, :fll
By performing measurement value setting operation iJ (no need)), the article storage section in which the article to be opened is to be stored is automatically selected and called to the warehousing position. By simply storing the measurement crystal, the articles can be stored on the rotating shelf in a sorted state based on the 11 measurement results. 4
With JT, it is possible to perform sorting and storage work based on one measurement extremely efficiently and accurately.

The rotating rack used can be of any configuration. For example, a rotating shelf in which the shelf circulates along a horizontal circulation path may also be used. Further, when the article storage section called to the loading/unloading work position is used as one sorting section, the indicator light 81J is not necessary.

[Brief explanation of the drawing]

Figure 1 is #1 of the rotating shelf (section 11, Figure 2 ↓J
FIG. 3, a front view of the main parts, is a block diagram N for explaining the method of implementing the present invention.

Claims (1)

[Claims] The call number of each article storage section of the rotating shelf and the old measurement value V of the stored articles
Measure the stored items using a measuring device that outputs a value of 11' (oki, meter) at an electric temperature of 14℃ and has a temperature of 1υ, fr4
Rare 8? A rotation characterized in that a microprocessor searches for a call number corresponding to an old measurement value classification to which a measured value belongs, and automatically operates a carousel to call the article storage section with the corresponding call number to the storage position. How to call shelves.