JPS5894078A - Card selector - Google Patents

Abstract

PURPOSE:To avoid the collision between a card and a card draw-out member, by giving a displacement to the card draw-out member that drew the card out to a prescribed position to a prescribed height from that position in a selection mode and therefore having a contact between the card and the draw-out member. CONSTITUTION:Numbers of card charts 1 containing a sucking bar 3 provided at the front side of each chart are stored into a card case 14 so that they can move forward. Then a draw-out member 33 having a permanent magnet to such the bar 3 is attached to the bar 3 of each chart 1. A desired one of charts 1 is selected and moved forward, and only a specific chart 1 to which the shift is permitted is drawn out. A driving cam 19 is set to a driving shaft 48 which is turned by a motor 18 of a card selector and with coupling to the member 33. Then only the specific chart 1 is extracted to a prescribed position by means of the member 33 and with the revolution of the shaft 48. This chart 1 is displaced by the cam 19 to the waiting position lower than and in front of a prescribed position. Thus the collision is prevented between the chart 1 and the member 33.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is based on the identification of cards from among a large number of cards (various cards, medical records, microcards, microfics - class 11 for office use, holders containing these medical records, class 1 for office use, etc.). The present invention relates to a card selection device 1 for selecting cards.

Conventionally, the above-mentioned device includes a case in which a large number of adsorption pieces are movably stored in a card case provided on the front side, and a drawer member having an adsorption piece T and a magnet 1 to be adsorbed is adsorbed to the adsorption piece of each card. Then, move this drawer member to the front of the tube and select FFrl! among the above cards. [In the sorting instruction operation] Only specific cards that are allowed to move forward are placed in the control position fliK, and then displaced downward to release the adsorption of the card from the adsorption piece. Are known.

However, after the drawer member displaced below the predetermined position of the conventional device is selected, the JIK that operates to select the desired card again rises from directly below the predetermined position to the predetermined position. If a card that has been pulled out to the specified position remains in the corresponding position, or if a card that has been returned to the other card case is inadvertently protruding slightly ahead of the specified position. 1. Is there a drawback that the drawer member collides with a card that has not been returned to the normal orientation of the card case, and the card is damaged or falls off, or the drawer member is prevented from moving to a predetermined position, making selection operation impossible? A') π.

In view of the above-mentioned drawbacks of the conventional art, the present invention displaces the drawer member that has pulled out the card to a predetermined position to a position below and in front of the predetermined position, and from this position during the next selection operation. By being displaced to the same height as the above-mentioned predetermined position, even if there is a card that inadvertently protrudes ahead of the above-mentioned predetermined position, the drawer member can be prevented from colliding with this card. I tried, but it was O.

The illustrated embodiment will be described below.

1 is a horizontal rectangular card made of cardboard, and the front is 01l.
Two rectangular recesses are formed in the lower corner of the l (left side in Figure 1),
A vertically elongated rectangular adsorption piece 3 made of a magnetic material such as iron or stainless steel is attached to the front part, and a notch 4 and a row of teeth 5 are provided approximately at the rear half of the lower edge.

There are 16 notches 4 and 15 -5a notches, which are arranged alternately.
It has a shape of a tube, and 15 tubes are resected to #79TI3, which corresponds to the code number assigned to the medical record.

, 6 is a casing whose front surface (kidney, 11 left i) is a horizontally long rectangle, with an opening 8 formed in the road side half of the front surface, and an opening 8 extending 117 tt from the lower edge of the opening 8 inward from the lower edge of the opening 8. The front 92 plywood boards 9.10t and the rear base plate 10 are hung horizontally with the rear base plate 10 slightly lowered. After & 12. Left wall 13 and right wall (1 diagram not shown) K! ! The medical record 1 is
Card case 14 that can store 500 cards in rows on the left and right.
t-forming. A selector bar 15 and a holder 17 of a locking member 16 are installed on the base plate 10 on the other side, and a motor 18 is installed below the base plate 9.10. A housing section 20 for the drive cam 19 and the like is formed.

The above base plate 9. 1O has a length that can accommodate 500 medical records 1t and a width equivalent to approximately half of the width of the medical record 1, and is located on the front side of the support plates 21 established at intervals of 79rLL on the bottom wall 11' of the casing 6. Spacers 23, 23 attached to a pair of front and rear support rods 22, 22 suspended horizontally on the upper edge
At the top end of the base plate 9t1, there is a gap between them and the supporting rods 22 and 22, and the rack is placed at the same height as the lower side of the opening 8, with a gap between the top end 1 of the front 117 and the shield. , and support plate 2
1 is horizontally suspended on a plywood board 101 at the upper edge of the rear side.

The selector bar 15 and lock par 16 are connected to the base plate 10.
It has an elongated plate shape with approximately the same length. In addition, the above-mentioned halter 17 has the same number (16) of the notches 4 as the selector bar 15 and the lock bar xstf and the longitudinally grooved 24 pipes arranged in a row at the same intervals in front of the holder 17. The base plate 10KtiI fixed base plate has its upper surface at the same height as the base plate 9, and is attached to the longitudinal groove 24 of the locking bar 1atm's bulge, and also to the selector bar 15.
One sheet is inserted into each of the other vertical fj 424 so as to be vertically movable. , and approximately the front half of the lower long side of the medical chart It is attached to the base plate 9K.
Predetermined state 1 placed on 17! (Fig. 1) and stored in the card case 14, the front hand portion of the I & layer piece 3 protrudes forward of the base plate 9, each tooth 5 comes into contact with the upper surface of the holder 17, and each notch 4 It is installed so as to face above the groove 24.

25 and 26 are position regulating members, which are card case 1
The support plate 37.4 has a length corresponding to the 500 medical records 1 stored in the support plate 37.4 and is established along the inside of the rear wall 12 of the casing 6. Pressure springs 30 and 31 (only some of them are shown) are fitted in nine places 28 and 29 formed at intervals in the longitudinal direction of the foot, which is horizontally suspended between the upper and lower parts of the frame so as to be freely movable back and forth. ] is biased to move forward.

The upper position regulating member 25 has a diagonally inclined slope 32 formed on the front side corresponding to the notch formed at the rear upper corner of the medical chart 1, and this slope corresponds to the notch. By contacting it, it acts to push down the rear m portion of the medical record 1.

Further, the lower position regulating member 26 is adapted to abut against the lower end portion of the rear edge of the medical chart 1.

Next, a drawer member 33 for sucking the suction piece 3 and pulling out the medical chart 1 is disposed between the cupboard 9 and the upper end 1 of the front 117.

It has a rectangular tube shape with an approximately vertically elongated rectangular cross section made of an aluminum profile, and has a tube length corresponding to the 500 medical charts stored in the card case 14. It is a trap that moves up and down and back and forth.

Moreover, this pull-out member 33 is integrally formed with a magnet accommodating part 34t having nine parts with an inverted U-shaped side surface on the upper side, and eight oblong rectangular permanent magnets 35Yt (only some of which are shown) are installed in the crushed stone accommodating part s34. ing.

In addition, a pair of elongated grooves 36 and 36 are formed in the longitudinal direction of the inner surfaces facing each other on the upper and lower sides of the magnet accommodating part 34, and a pair of grooves 36 and 36 made of synthetic resin that fit inside the magnet accommodating part 34 are formed. On the upper and lower surfaces of the magnet mounting members 37 and 38, the recesses flIas and 36
The projections 39 and 39Yr that fit into the Wj are integrally formed, and the retaining piece 3 is formed inward on the rear side of the mounting member 37.
A pair of engaging pieces 38' and a 3-piece t integrally protrude from the & side of the mounting member 38 toward the left and right (FIG. 2).

Reference numeral 40.40 denotes an adsorption plate made of a long and narrow steel plate having approximately the same thickness as the magnet housing portion 34, and has a through hole 41 which is fitted into the protrusion 39 with a required spacing in the longitudinal direction. ，
However, when housing the permanent magnets 35 and mounting them in the section 314, first, the suction plates 40.4'0 are placed vertically facing each other with a required spacing between them. Insert the magnet mounting member 37.37 between the left and right ends, and insert it into the through holes 41, 41 corresponding to the protrusions 39.39Yr on the upper and lower surfaces of the sleeve, and insert the magnet mounting member 37.37 between the mounting members 37.37. The permanent magnets 35 and the magnet mounting members 3B are arranged in an alternating K1 row and inserted, the protrusions 39 and 39 on the upper and lower surfaces of each magnet mounting member 38 are fitted into the corresponding through holes 40, 40, and the magnet mounting members 37 are inserted. , 38 and aft engage with the rear surface of each permanent magnet 35.

As a result, the permanent magnet 35. The magnet mounting members 37, 38 and the adsorption plates 40, 40 are attracted to each other and are integrally connected to each other in the desired arrangement state, and the protrusions 39 protrude from the through holes 41, 41 on the upper and lower surfaces of each adsorption plate 40, 40. .39 protruding end tube fits into the groove 36, 36, and inserts into the magnet accommodating part 34 from one side end with the engaging pieces 31 and 3 pointing backward, and attaches the left and right end magnets. Add the magnet accommodating portion 34KII using an appropriate means such as member 37.37Yt screw.

In this way, each permanent magnet 35 is installed in the magnet housing part 34, and the rear long side edge of the adsorption plate 40, 40 is attached to the magnet housing part 34.
protruding from behind.

The above-mentioned pull-out member 33 is constructed by fitting the vertically long slider 42.42Tr attached to the rear surface of the left and right 4m, and the guide rail 44°44 attached to the front end of the actuating plate 43.430. It is supported so that it can move up and down at an angle of 43°43.

The actuating plate 43.43 has four long holes 45t1 formed therein.
These support plates 21.21 are slidably fitted into corresponding ones of support shafts 46 horizontally protruding from four outer surfaces of the support plate 21.21, respectively, and They are mounted parallel to each other so that they can move back and forth.

471;j A horizontally elongated window hole formed in the approximate center of the operating plates 43, 430, into which the drive cams 19 and 19 are fitted at both ends, and a shaft 48 horizontally suspended on the support plate 21.
The drive cams 19, 19 are located outside and parallel to the actuating plate 43.49 is horizontally mounted on the support plate 21 in front of the shaft 48 and parallel to it. Use a rod to connect the left and right sides to the actuating plate 4.
3,430 through the chamber hole 47, and the lever 5 is inserted into the protruding part.
0.0, 50.51° 51, respectively, and projecting from planar support pieces 52.52 attached to the left and right end portions of the drawer member 33.
3 and the drive cam 19.19 via the levers 50, 50.
It is connected to.

In addition, the actuating plate 43.43t1 is connected to the driving cam 19.19 through a pin 54.54 protruding from its outer surface and the lever 51.51 tube.

The lever 50 has a plate shape, is supported on the rod 49 of the tube at a substantially central portion, and is fitted into the U-shaped disciple 55 formed on the front side with the pin 53t, and has a pin 56 on one side of the rear end. It's attached.

The lever 51 has an abbreviated plate shape, with a central bend S supported on the rod 49, and a U-shaped disciple 57 formed at the upper end.
Fit the bin 54 to the rear end, and attach the bin 58 to one side of the rear end.
I'm wearing it.

And the drive cam 19t! , a disc-shaped shaft hole formed in the center is fitted onto the shaft 48, a pin 56 of the lever 50 is fitted into a cam groove 59 formed on the outside H, and a cam groove 60 formed on the inside surface is fitted. Bin 581 of the lever 51
-Mated.

The cam groove 59 has an annular t with a shaft hole t8tie, a large diameter part 61, and a small diameter part 62, 63t whose diameter increases in two stages.
The cam groove 60 also has a large diameter h64°, a small diameter portion 65, and a medium diameter portion 66°67 whose diameter increases in two steps, without an annular t surrounding the shaft hole. .

Reference numeral 68 denotes a drive gear fitted to the rotating shaft of the motor 18'v, and 69 a gear fitted to the shaft 48, which is coupled to the drive gear 68.

The motor 18 is connected to a known console keyboard (
(not shown).
0 is installed with an operating mechanism (not shown) having a selector bar cam and a lock bar cam for vertically operating the selector par 15 and lock par 16, which is electrically connected to the console keyboard and The code number assigned to medical record 1 is stored in the console keyboard, and when you key in the code number of medical record 1 to output one in a row, the motor 18
is rotated once, and a predetermined selector par 15 and lock par 16 corresponding to the code number are moved up and down by the operating mechanism.

70 is a handle attached to the right end of the shaft 48.

Therefore, what is in the medical record, that is, a medical record 1' in which the second tooth 5 from the front corresponding to the code number is removed (Fig. To explain the actual extraction, the pull-out member 33 is now at a fixed position on the front side separated from the suction piece 3 and below it, at the same height as the lower side of the opening 8. (Fig. 1), the pin 56 of the lever 50 is located in the large diameter part 61 of the cam groove 59, the pin 58 of the lever 51 is located in the large diameter part 64 of the cam groove 60, and the selector It is assumed that the par 15 and the lock par 16 are located within the vertical groove 24 (Figure I!1).

Then, when you key in the code number and selection command for the medical record °1' to be selected on the console keyboard, the motor 18 rotates and the drive cam 19 moves counterclockwise (
1), the pin 56 is rotated to the small diameter portion 62 of the cam groove 59
By moving the S lever 50 clockwise (as shown in the figure)
The pull-out member 33 is raised through the bin 53' and is positioned in front and at the same height as the suction piece 3 (FIG. 3).

Then, as the drive cam 19 continues to rotate once, the pin 58 of the lever 51 is displaced to the small diameter portion 65 of the cam groove 60, so that the lever 51 rotates clockwise (31st) and As the actuating plate 43 goes out of control, the drawer member 33 also moves back and removes each suction piece 3 of the chart 1.1'.
The suction plates 40 and 40 come into contact with and adsorb (5th diagram).

By the way, for a short time just before the bottle 58 of the lever 51 is displaced to the small diameter part 65, the bottle 58 is displaced to the small diameter part 66 (FIG. 4), which is slightly smaller in diameter than the small diameter part 65. l.

The drawer member 33 that has attracted each suction piece 3 of 1' is attached to the fifth
The medical records 1 and 1' are moved back a little further than the position shown in the figure, and the rear edges of each chart 1 and 1' are brought into contact with the position regulating members 25 and 26, and they are moved back against the pressure springs 30 and 31 to collide with the support plate 27. (Fig. 4), this one gave him the bottle 5 as mentioned above.
8 is displaced to the small diameter portion 65, and the pull-out member 33 moves forward (
(Fig. 5) and the position regulating members 25 and 26 are
, 31 elastically displaces forward and comes into contact with the rear edge of the chart 1, and at the same time as the pull-out member 33 moves forward slightly (5th Fj<1) as described above, the drive cam 1
As the lever 9 continues to rotate, the bin 56 of the lever 50 is displaced to the small diameter portion 63, and the lever 50 is rotated slightly counterclockwise so that the drawer member 33 is prepared with the suction piece 3 of each medical chart 1 adsorbed. (Fig. 6) Thus, as described above, the drawer member 33 moves back and forth while the three suction pieces of each chart 1 are still suctioned, and the position regulating member 2
5.26 moves back and forth and the pull-out member 33 slightly lowers at the same time. Together, these actions act as if the entire medical chart 1 is being shaken little by little, and each medical chart 1 is moved to a predetermined position fkK. It is something that can be evened out.

In addition, if one drawer member 33 is selected as described above, two parts of the selector bar 15 from the front corresponding to this medical record 1' are selected.
The selector par 1 is raised and its upper edge is inside notch 4 (since tooth 5 has been removed, two notches 4 are continuous in size) and all other medical charts. Fits into each notch 4 second from the front (#6N%) Then, as the drive cam 19 continues to rotate, the pin 58 displaces from the small diameter part 65 of the cam groove 601 to the medium diameter part 66, and the lever 51 rotates counterclockwise (FIG. 6) and the actuating plate 43 moves forward by one notch 4, the drawer member 33 also moves forward (7-), thereby causing it to be attached to the drawer member 33. 3 tons per piece @ attached medical record 1.1'
is pulled forward, but all medical records 1 except medical record 1' are prevented from moving forward because their ridges (teeth 5) are engaged with the selector bar 15' into which their notches 4 IC are fitted. It remains in a predetermined position without moving, and the adsorption between the adsorption piece 3 and the pull-out member 33 is released, while the notch 4' of the chart l' has the size of two notches 4 as described above. Since the suction piece 3 is allowed to move forward by one notch, the suction piece 3 is attracted to the pull-out member 33 and drawn forward by one notch (FIG. 7).

Further, after the medical record 1' moves forward by one notch, the locking member 16 rises and its upper edge portion is moved forward by one notch.
Insert into the notches 4 at the rear of all medical records 1 except '' (Fig. 7, 1).

As the drive cam 19 continues to rotate, the pin 58 is displaced from the middle diameter portion 66 to 67 of the cam groove 60, and the lever 51 is rotated counterclockwise (Fig. 1147) and activated. The plate 43 moves forward by approximately two notches 4, and the drawer member 33 moves forward as well (Fig. 8), so that the chart 1', which has the suction piece 3 sucked to the drawer member 33, is drawn forward. , After that, selector bar l and lock par 16 return to the position @, (Figure M8). - Thus, medical record 1' was selected due to the occurrence of a back-and-forth difference between it and other medical records I.

In this case, medical records 1 other than 1 medical record 1' are lock par 16
Since it is locked by the above-mentioned operation of pulling out the medical chart 1', it will not move blindly forward.

Then, the drive cam 19 continues to rotate, and the pin 56 returns to the large diameter portion 61 of the cam groove 59, thereby causing the lever 50 to
is rotated counterclockwise (FIG. 8) and the pull-out member 33 is lowered, thereby making it clear that the medical chart 1' is attracted to the suction piece 3, and then the bottle 58 is moved into the large cam groove 60. As a result, the lever 51 rotates counterclockwise and the actuating plate 43 moves forward a little, and the pull-out member 33
The selected medical record 1' is returned to a position slightly forward of the front edge of the suction piece 3 (FIG. 1).

Note that the card targeted by the device of the present invention is not limited to the above-mentioned medical records, but may also be a microcart, a microfacility, office documents, and a holder containing these medical records, office documents, and the like.

As is clear from the above description, according to the present invention,
Card 1kFjT The drawer member t pulled out to a fixed position is displaced to a position below and in front of this predetermined position, and during the next selection operation, from this position it is moved to the same height as the predetermined position from which the card was selected. (For example, even if there is a card that is not in the normal storage state, for example, the card that was taken out last time remains in the same state), or it is inadvertently placed slightly ahead of the above specified position. Even if there are cards that protrude, the drawer member will rise in front of those cards, so the drawer member will not come into contact with these cards and interfere with the selection operation.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a right side view with a part of the casing cut away, FIG. 2 is a plan view of the main part with some pipes omitted, and 3rd to 7th The figures are side views of the main parts showing each process of the selection operation. Fig. 3 shows the starting state, and Fig. 4 shows the state where the drawer member has sucked all the suction pieces of the corresponding chart and is the most retracted state. Figure 5 shows a state in which the drawer member is slightly advanced compared to the state in Figure 4, and Figure W and Figure 6 shows a state in which the drawer member is slightly lowered than the state in Figure 5.
Figure 7 shows only the adsorption pieces of the specific medical record to be selected.
Shows the state where it is attached to the drawer member and pulled out forward, wJ
Figure B shows the medical chart identified in Figure 7, drawn out further forward, Figure 9 shows the state where the selection operation has been completed and the pull-out member has been displaced below the chart, and Figure 1O shows the pull-out member. FIG. 11 is a cross-sectional view of the main parts of the drive cam, the selector bar cam, and the lock bar cam. 3...Adsorption piece, 1.1'...Card barrel medical record, 1
4...Card case, 35...Permanent magnet, 33...
- Pull-out member, 18...More 1'-148...Shaft serving as a drive shaft, 19...Drive cam. Patent applicant Silver Seiko Co., Ltd.

Claims (1)

[Claims] L. The drawer member is housed in a card case with a large number of adsorption pieces provided on the front side so as to be movable in the # direction, and the drawer member tube has a magnet that attracts each card. A card selection device f which moves the card forward and pulls out only a specific card among the cards that is allowed to be moved forward by a required tracking instruction operation.
In ll, a drive shaft rotated by a motor is provided in conjunction with the drawer member, and by rotation of the drive shaft, the drawer member t1 draws out only the specific card to a predetermined position, and then the drawer member t1 is located below the predetermined position and A card selection device characterized by comprising a drive cam that is displaced to a forward standby position.