JPS58171326A - Labeler for file - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a labeler for files.

There is a known file in which a piece of cardboard is folded in half, a document is sandwiched between the two, a clasp is formed at one end of the document, and the file is sealed using a large bunch of paper. This type of file has an S + long quadrilateral display C protruding from its open side edge to display the contents of the filed document. This display piece is integrated with the file, so if you write the file contents directly in this part, the file contents will not be exchanged and you will not be able to rewrite them in the event of an outage, so please attach a label. The method used is to write on this label, and when the contents are clear, remove the label or paste an overlapping label and write on it.

The labels used for such files are attached to a backing paper using a release agent, and the back side is coated with pressure-sensitive adhesive.The label is peeled off and folded in half from the center line in the width direction. The display part of the file is sandwiched between the front and back sides and pasted.

However, this label is thin and has a pressure-sensitive adhesive applied to the back, so when attaching it to the display part of the file, the folded parts stuck together (the label was stuck to the label).
Another drawback was that it could not be folded in half accurately, and the pieces were folded in a rough manner, resulting in rippling and rippling, which was extremely unsightly in appearance.

The present invention was made in order to eliminate the above-mentioned drawbacks of the conventional technology, so it is possible to print two labels by simply inserting the display part of the file.
The object of the present invention is to provide a labeler for nine files, which is constructed so that it can be folded and firmly attached with the back of the display part OII sandwiched therebetween.

Hereinafter, the present invention will be described in detail based on embodiments shown in the drawings.

The labeler 1 according to the present invention is composed of a base frame 8, a lifting rod 1, and a file tray 4.

The base frame 2 is formed in the shape of a housing with its front and upper sides open, and has left and right sides that are formed exactly the same.

The left and right side plates S, S have their rear ends fixed to both side edges of the upright back plate 6, and their lower ends fixed to the bottom plate 7. And side plate 1. A long hole 8 is formed in the rear plate 6 in a position that is closed to the back plate 6, and in a straight position in a position that is opposite to the back plate 6.

This elongated hole 8 has 51 holes at both ends of the support frame of the positioning plate 9!
The provided support shaft 11 is fitted so as to be able to move up and down. The positioning plate 9Fi is arranged horizontally, and the support frame 1O is perpendicular to the back surface and fixed in good condition.
It has a length approximately equal to the distance between the two.

The nine supporting shafts 11 are fitted with a bottomed cylindrical collar ■ on the Dol1gla side in contact with the outer surface of the hawk 1#21 tlI plate 5, as shown enlarged in Fig. 11. As shown, a Suzu ring ratio is installed between the JIIi'12m and the head 11a of the support shaft 11, and the support shaft 11 is moved outward.
aK Apply force to the pusher and use the reaction force to press the collar U against the outer surface of the side board, so that the supporting frame W1 and therefore the positioning board can be freely positioned within the length of the long hole $. It is configured.

Further, a roller 14 is rotatably supported via a support shaft in a horizontal state similar to the positioning plate in the vicinity of the upper end of the roller and above the elongated hole.

Furthermore, guide frame castings are fixed to the outer surfaces of the side plates i and s and to the upper ends of the front sides thereof. Information frame 1 @Fi
As shown in Figure 5, it is formed almost in the shape of an inverted character, and there is a gap of 16 m between it and the Confucian board S below it.

The upper edge of the guide frame 16 is flush with the edge of a stepped portion ia formed on the front side of the upper edge of the FilIl plates s and i, which is lowered by 1R. This information frame ill IPlJ
The file holder can be attached to the stand 4 removably. As shown in Fig. 1, the file holder base 4 is formed in the shape of a rectangular flat plate, and is made of, for example, a transparent synthetic wood board.

The force is applied to the step at the opening of the stepped part formed on the front side of the upper end of the vessel.

The guide frame is, 1a K: the locking piece 1 that is fitted on the back side of the guide frame at one end position in the longitudinal direction of the table 4.
7 are gathered. That is, the locking piece 17Fi is formed into a substantially L-shape as shown in FIG.
The cell wall between Ll and teaK is fitted.

The receiver is fixed to the lower surface of the table 4 via the thick base 17b of the locking piece 17Fi. Of course, the internal surfaces of the stop pieces 17 are positioned at positions that are substantially in contact with the **SO external surfaces, respectively.

9. The receiver has a long hole 4a formed along the longitudinal direction in the center of the width direction near the other end of the base 40.
&fC, the guide bin 18 is slidably fitted through the slide space 19.

On one side of the slide base, another positioning plate □□□ is fixed, which is placed on the upper surface of the stand 4 and crosses the stand 4 at a portion perpendicular to one direction of the axis. Therefore, by moving the slide base, the positioning plate can be freely slid to position the file as described later.

The clay figurines on the side plates i and s have a pair of O on the left and right with a slight distance apart.
An L-shaped support type 211 is attached with its rear end fixed to the outer edge of the back plate-O so as to be located in the same plane as the side aS. And a support formed in an L shape; I:! 1, no water part 21
The upper edge of a+na is formed with an arcuate notch in the center, which faces each other.

A pressure roller n is rotatably supported between the pair of support rollers 21 via a support shaft n, in contact with the upper side of the roller 14. This pressure roller n is the 1111i
As shown in the figure, both ends of the spindle n are rotatably supported on the block UK. Reference numeral 4 is a relatively thick O-shaped plate door added to the inner side of the support plate n2, which is formed with the lower end open on the strip, and is fitted into the nine-notch SSa so that it can be raised and lowered. The shaft of this cut arrow part a is located in the same plane as the axis of the tia-ra 14, which includes the fill-up. Therefore, the 1-ra 14 and the pressing roller n are the same.
It is on oiiiits.

A spring is loaded between the block U and the upper bottom of the through hole 2sb formed above the notch W& of the Todoroki IIjt3s), and the pressure roller nt roller 14K is mounted via the block U. It is pressed so that it is in constant contact with the other side. As shown in an enlarged view in FIG. 11, the block arm is provided with a through hole 14m for positioning the lower end of the spring section.

Further, a support shaft V is rotatably supported between the backing plate z and parallel to the roller 14. The mounting position of the support shaft l is above the suppression roller n and closer to the front side. At the center of this spindle ME)@@ direction, a nine calligraphy wheel with an acute angle tip is rotatably supported.

The vertical parts 21c of the pair of left and right supporting sales houses 21 are located opposite each other - long holes with vertical axes! 1d
is formed in the elongated hole ff1d, and a support shaft pivotally attached to the elevating frame 1, which will be described later, is fitted into the elongated hole ff1d so as to be able to rise and fall freely.

On the other hand, the elevating frame S is formed in the shape of a casing that is open at the bottom, and has a pair of left and right side plates.

This side plate is placed in good condition with its internal surface in contact with the external surface of the support plate n, and its rear end side is placed in good condition with its internal surface in contact with the external surface of the back surface 116 of the base frame 3. Back W
The upper half IIK of the left and right edges of the ji board is fixed.

The back board has the same width as the back &6, but is longer than the back board, extending from the upper edge of the back board to the front.
invaluable person.

A plate 31 is provided in the vicinity of the front edge of the IIO from above the front side of the IIO.

On the back side of the back rki board, as shown in Figure 13, there is a l.
``The center part of the VC rotating lever is scattered.

The lower end of this rotating lever is a length formed directly on the back plate (material). The base frame mh passes through LIOa.

The rear plate 6 is rotatably supported by a fixed spindle blade, and the pivot lever rotates around the spindle blade so that the rotating lever plate is in a position near the front end of the bar plate as shown by the chain line. When in the straight position 11, turn the knob 12 while tilting from the upper left to the lower right.
m is provided protrudingly.

A notch 82b is formed on the back surface of this rotary lever. This notch s2b has a shape as described later.

On the free end side of the rotary lever, its lower end is fitted into the notch @12b, and in good condition, the lower end of the link frame is rotatably supported via the support shaft s4.

The upper end of the link is rotatably supported near the upper end of the back plate via the shaft. The position of this axis is the first
As is clear from 3wA, it is located above the spindle blade of the rotary lever and at the 9th position to the right in Figure 1!1.

In addition, the rotating lever is in the 13th W7Al (as shown in the figure, when it is in the horizontal state, the elevating frame 3 body with the back surface IIw is in contact with the upper end of the support shaft 5SFi with the elongated hole a in the downward direction 11, making it easy to link). One edge of the left side in FIG. 1S is in contact with the slope 12c of the notch 52blD knob on the back side of the rotary lever.

When the moving bar proverb is moved to an almost straight state as shown in the 13th WA Nakakurizo, the position of the supporting axis rises, so the link frame moves through the axis frame to the back *sot The entire push-up lifting frame 3 is raised.

When the slot is open, the long hole IDa increases by %, and the spindle U is in contact with the lower end of the long hole 11, and the one edge of the right side in Figure 1s of the link is the slope of the one end side of the rotary lever of the notch part ``B''. It is in a state of wearing dK11.

That is, range 1 of raising and lowering the lifting frame 3 by the rotation lever 526c.
8 is determined by the elongated hole -, and the O state during elevation is the link irises, the notch 52bo and the slope s2c.

- can be held by -.

On the other hand, a large-diameter O-gear is pivotally connected via a shaft V to one side plate of the elevator, near the front end of the outer 11 surface of the left side in FIG.

A collar iris is arranged between this large-diameter gear and the wheel to separate it by a predetermined distance, and the lower end of the operating lever is in contact with the outer surface between the wheels.
The lower end is a wide part 4 with a large area as shown in Figures 1E and 2.
At 0m, the outer end of the support shaft is fixed.

Further, a retaining portion 40b for a stopper is formed at the rear of the lower end of the wide portion 40&. A stopper is fixed in the vicinity of the upper end on the outer surface of the side where the gear gap of the cylindrical plate is attached facing the rotation locus. This control lever is used to restrict the rotation limit of the lever in the direction of the counter in FIG. 2. The counterclockwise rotation of the operating lever 40 in FIG. - Another retaining part 40 formed on one edge above r
This is done by adjusting the abutting position relative to c.

Operation lever 4001m1 vrK is pivoted, and the straight part 4Dd above the 9th part is formed with a thicker inner surface toward the 9th part, and the lower end of the thick part 0 leaves a slight space between the tips of the teeth between the gears. A stepped portion is formed.

Naoten 11411 Meg/A Mizogiku on the side facing the board Shoyu
is cut along one direction of the shaft up to the position where the stage ISK is reached, and its opening faces the chain wheel 110 m ahead.

KO0114De#1lilN44 K Z tte VAN
A spring clip is attached to the upper end of this groove, and a claw is attached below the spring clip so that it can freely slide into the spring as shown in Figure 12. The claw is shaped like a long and slender rod, and its lower end is shaped like an acute angle, while the OII is straight.
However, the other side has an inclined slope 46&. This slope is 4 Mar! The stopper is oriented as shown in FIG. Also, the center part of claw 4 [) has a bottle C.
are protruded in a perpendicular state, and are faced outward from the opening 4Db, which is opened in the middle of this bottle 47Fi operation lever. Therefore,
If you push the bottle 47 upwards with your fingertips, the spring -
By bending the claw 4st and moving it upward, the engagement between its tip and the gear can be released.

The KFi shaft near the bottom of the left and right side plates and the front joint of the mackerel O is rotatably supported, and the operating lever of this shaft is attached to the lR.
A gear is fixed to the nine end of the nine-figure ring, which is attached to the outer part of the outer ring, and is meshed with the gears.

A pair of left and right gears, SHA, is fixed to the shaft and separated by a predetermined distance. A shaft assembly is rotatably supported slightly below the shaft hammer in the shaft-side preparation, and a shaft assembly is rotatably supported between the gears.

Gear blades that mesh with each lead are fixed. A collar hammer is fitted between the gears sg and u of this shaft assembly, and between the gear blade and the side plate device 29, respectively.

Therefore, when you rotate the operating lever, the gears will move.

49, the shaft rotates, and the gears so and io and the gear blades meshing with the gears are turned in opposite directions.

On the other hand, Confucian@19. In the Katsuma, the shafts are rotatably supported at the lower part between the gears and at a position close to the back wI[loK between the gears, parallel to the shaft. This O@UFi is slidably fitted into the elongated hole lid formed in the straight part mO of the support plate. On the left and right sides, one end of the lever is fixed to the outer end between the shafts, and the free end of the lever is mounted parallel to the shafts. ing.

The distance between this O axis is 1[s, and the position 1 is located under 麺O.

Of the lever SO, the operating lever chrysanthemum is attached and the tip of the lever located in the right position IsO upper part K has an arc-shaped O notch Il easy number to prevent the lever g from coming into contact with the gear #. ing.

Trenches are clustered on the outside of trench 9 and the other lever barrier. Then, this knob mb is formed, and between the lever part of the nine figures, the lIl plate and the 0, there is a ** between the shafts, and in good condition, the spring nail is elastic, and the -shame is in the direction of gathering outward. The force is applied, and the p1 notch Sia is formed, pushing the nine levers of the lever to the outside of the side plate. Therefore, a force that restricts rotation is acting on the shaft 54.

On the other hand, a rectangular opening 11"mm is formed in the center of the upper surface of the mass sales company O of the lifting frame 3 in parallel to the axis, and the upper end of this opening 11smaOw is placed at a position according to the shape of the face plate. In good condition, between the front and rear pair of guide plates, the SO is fixed to the side plate, Wal&l, in a downward position parallel to the axis.On the inner 11th surface of the upper end of the guide
As shown in FIG.
It is configured so that a label, which will be described later, can be easily inserted between the upper ends of s and s. Further, the opposing surfaces of the pair of guides *a and IIO are tapered surfaces ab and sb in which both surfaces approach each other as they go downward, as shown in FIG. Between the information boards.

The length of the lid in the vertical direction is the same as the length of the side plate in the vertical direction.

A U-shaped positioning frame is attached to the upper end of the chassis, a pair of front and rear guide shafts, and the upper end of the Sa. This positioning style is excellent @I) Fi left and right * @eoa.

The guide 1 [m, - is sandwiched elastically from the front and back through lead bars, and the nine convex stripes assembled on the inner surface of the even plate lead a of the back picture @ SO Yu are attached to the guide 1 [a It is fitted into a well-horizontal guide groove formed on the exterior of the holder, and guides the positioning member slidably along the horizontal direction.

On the other hand, the label used in the labeler according to the present invention is
4wA and 15th gK are configured as shown. That is, what is indicated by the reference numeral 61 is a mount that also serves as a release paper and is formed into a continuous strip shape, the surface of which is coated with a KFi release agent.

A label invitation is affixed to this mount nail.

The label has a rectangular shape, and adjacent labels are completely separated by a cutter, and a pressure-sensitive adhesive is applied over the entire surface of the label. Trench 9, at both ends of the label in the longitudinal direction and at the center in the width direction 1
1 is formed with a substantially triangular notch -a that indicates the center position when folding in half. And this notch I
It connects la Sa and forms j) m*b#E.

Next, a method of using the labeler according to the present invention constructed as above will be explained.

When the stand 4 is placed so that the locking pieces 17 are located on the outside of the side plate S, and is placed on the step sa of the side plate and pushed in, the tip 17m of the locking piece lγ is guide frame 16
, 1ee) The inside information was combined during Suonma 181, and the receiver was on stand 4.
The tip ends in contact with the edge of the stepped SaO odor section.

Next, between the back plates of the lifting frame 1, lll1. The first rotary lever is connected to the first rotary lever through the attached rotary lever.
Rotate counterclockwise in Figure 5 to turn from the horizontal position to the vertical position as shown by -1. Then, since the link frame is pushed up and the support shaft is fixed to the back surface @a of the base frame 3 through the elongated hole 311Da, only the elevating frame 3 rises. Then, a gap opens between the upper edge of the horizontal ridge 21 extending in front of the supporting sales company and the lower end of the side plate ridge. At this time, as shown by a line in Fig. 13, the link is in the position 11 rotated clockwise around the axis, and the noble edge OS part on the right side of the link iris is in the notch @ a2b slope d. Since it is in contact with the lift frame 3, the weight of the lift frame 3 is added and the lift frame 4 does not descend.

In this state, the operating lever 55 is brought into an upright state, and the lever 55 is rotated about its shaft 54 through the groove on the outside of the side plate, so that the free end side of the lever 55 rises, and the shaft sb 1ill plate 2 in a direction in which it contacts the lower end of the 1ill plate 2. This shape 11 is reliably held by the frictional force of the spring E wound around the shaft 8, since one lever section is pressed against the outer surface of the mackerel.

In this state, the mount 61 is inserted into the elevating frame 3 1 between the guide hammer and SO facing the opening 31 & of the plate 31, using the label hammer as a guide hammer. When this stand @ 81 is inserted for the first time, it is preferable that two or three labels are not attached to the backing paper. In other words, it is good for only the mount company to exist for a certain length. The tip of the mount 61 that is first inserted will move downward in the direction of the mount 4, as shown by the chain line in FIG.
At this time, it is guided so that it passes through the front side of the gear section and bites between the gears m and 51 that mesh with each other. Then, when operating/(-40) is slightly rotated clockwise in Fig. 4, the shaft r that fixes the operating lead will rotate, and the outer end of the shaft r, that is, the outer side of the side plate. The V gears rotate,
Since the gear 49 that meshes with it rotates, the rotation of the shaft causes the chain wheel to move.

52 rotates, and the tip of the mount 61C1 is sandwiched between the chain wheel piece 62 and pulled upward. In this state t; in the state shown in FIG. 4, the mount 81 is curved into a U-shape, passes through the front 111 between the shafts, and is guided to the gear shaft.

Note that the positioning of the mount 61 in the width direction is performed using a positioning frame 60t.
- This is done by sliding it into contact with the side edge of the mount 61. In this state, return the operation lever (-40) counterclockwise in Figure 4.
The mount @1 is sandwiched between them, and a large frictional force is applied to the mount 6.
1, so when the operating lever 40 is rotated counterclockwise in the figure & K tri operating lever, the ship's straight angle @ 4
A claw whose groove 40e of 0d is given downward elasticity.
Because the inclined surface 46 of the gear slip slips over the gear plate while bending the spring 46, the gear 38 does not rotate and -
Between cars.

The lever does not turn, only the operating lever returns, and the adjustment screw center and the engaging portion 40e come into contact, making seven operations and stopping at t<+40.

Next, pinch the knob 86'bt to rotate the lever in the direction away from the lower end of the l1M mackerel. Then, mount 6
1 has a chain wheel 150. & 2 because it bites in between,
Although its position does not change, the Ichinoseki lowers with the rotation of Reno (-Shame), so the mount 61, which was curved in a U-shape, is stretched into a V-shape, and the part of the mount with a label resemblance is As shown in Fig. 5, the mount 61, which is pulled downward and bent into an acute angle with a radius that is vaguely similar to the radius of the first line, begins to peel off from the linear label insert.This state is shown in Fig. 5. This is the state shown in .

Next, turn the rotary lever Tatsumi's hole 32&t')t into the 15th
When the link is rotated clockwise in the figure, the link is rotated counterclockwise and pulled downward as shown by the solid line in FIG. 15, so that its own weight is added and the lifting frame sB is lowered.

At the same time, since the shaft s4 is also lowered, the shaft pivoted at the tip of the shaft slides on the upper edge of the horizontal part 21 of the support part 11 and advances towards you, fitting into the notch s. Stop at the state
Also, the lower end edge of the lifting frame 1 011 plate is sandwiched between it and the supporting sales company.

At this time, as shown by am in Fig. 6, the mount 61F1 hymn decoration, which was in a tensioned state, will sag, but if you turn the control lever almost 90 degrees and turn it back and forth several times, ,
When rotating the operating lever 40 in the clockwise direction in FIG.
Since the sharp tip of the claw engages with the gear layer, it is rotated clockwise, the gear sob is rotated counterclockwise, the gears J & 2Fi are rotated clockwise, and the mount @lFi is sent upward.
The guide plate 59 is extended in a straight line from the lower end to the position where it touches the shafts. Of course, when the operating lever 4 is rotated in the counterclockwise direction, the claw 5eat simply slips as described above.

During the above operation, the label likeness is pasted and the nine mounts 61 are sent out through the guide plate ss and io, so the first label &
As shown in Figure 6, the peeling is gradually carried out between the pressure roller n and the gear layer, and then the seventh layer is gradually peeled off.
Its lower end contacts the positioning Iie as shown.

At this time, as shown in FIG. 7, the label is completely peeled off from the backing sheet and placed on the positioning sheet, and is held between the rollers 22, 14 and the gear layer and kept upright. There is.

At this time, the label adhesive is applied to the 1IllFi facing the front side and in contact with the gear layer, but the gear layer is in contact with the gear layer.
O The tips of the teeth are acutely angled, so there is no bonding.

In this way, the lower part of the label resemblance was placed on the positioning plate and in good condition, and both 1II1 plates of the base frame 3 were inked.

Pinch the collar 121 protruding from the center of the outer joint of S to loosen the spring, make contact between the collar ν and the side plate sll, raise and lower the support stem 10 through the pin 11, and position 1. Decide on the location of the meeting. That is, the folding sheet ab or notch 621& of the label association is positioned so that it is in contact with the roller 14 and the pressing roller n.

Next, the receiver places the file hammer on the stand 4, moves the slide base ut- of the guide bin 18 so that the protruding display part Oa exactly matches the longitudinal direction of the label hammer, and uses the positioning IIXIK to determine the file date. The side edges of the support plates 21 and 21 are positioned, and the receiver is advanced on the stand 4 to advance through the gap between the upper ends of the plates s and i and the lower ends of the support plates 21. Then, as shown in Fig. 6, the display 1i1sOa is pressed against the fold IIab part of the label invitation, and when it is pushed further, the suppression roller n of the clay figurine bends the spring part, and -F
To move to 7i, from the label arlt fold row b part to V
Roller 14 while being folded in two into a letter shape! Go between the
Due to the pressing force of the suppressing roller n, the display part is stuck between the top and bottom and stops when it hits the back plate. This state 11 is the state shown in FIG.

If the file hammer is further pulled toward the front 111 from this state, the pasted label @2 is again pressed between the pressure roller n and the roller 14 and is securely pasted.

Once the mount 61 with the label nail attached is pressed once in this way, all you need to do is to position the display area hammer a and feed it, as shown in Figure 16. You can reliably fold the label in half and stick it in good condition with one touch.

Then, for each adhesion of the label of one printing, the operation lever 401 and its engagement l141Ob are held at the platform that corresponds to the lower end of the stopper.
The next label is peeled off by just rotating it by 0 degrees and 1 degree, and the next label is placed on the positioning tube 9, waiting for the next adhesive operation tube. .

In addition, if the width of the label invitation differs, the amount of feed per time will also change, so in this case, adjust the adjusting screw a to change the contact state between the engaging part 40a of the operating lever chrysanthemum and the adjusting screw. It is sufficient if the amount of rotation of the operating lever lead is regulated by t - . If the length of the label changes, move the positioning frame and adjust its position. Also, if the width of the label changes, it is necessary to adjust the positioning I[- by moving it up or down as described above.

As is clear from the above theory, according to the present invention, when attaching a label, by simply positioning and inserting the file, it is possible to accurately fold it in half and attach it to the display section with a single touch. can.

Furthermore, since labels can be fed simply by turning the operating lever, labels can be automatically fed reliably just by loading the mount once.

[Brief explanation of drawings]

The figures illustrate one embodiment of the present invention, and Fig. 1 is an overall perspective view, No. 2 Ill ore negative view, No. 5 III Fi front view,
Figures 4 and 5WA are vertical cross-section diagrams explaining the method of attaching the mount O, 4IQ and 7WJ are vertical cross-section diagrams explaining the label supply method, and Figures 8 and 9 are the label attachment methods. FIG. 10 is a partially enlarged longitudinal sectional side view illustrating the initial state IIIvt and a partially enlarged plan view illustrating the state of label supply; FIG.
El is a partially enlarged longitudinal sectional front view illustrating the structure of the suppression roller, FIG. Rear view of the propeller, Figure 14 is a plan view of the mount to which the label is attached, Figure 1591
1 is a plan view of the label, FIG. 16 is a partially enlarged plan view of a file showing the label attachment form, No. 17111ri No. 1
5 is a partially enlarged sectional view taken along line A-A in FIG. 5; FIG. 1...Labeler, dew...base frame, 3...lifting frame, 4
...The receiver is a stand, s, B...Your position, -1W...Back plate, 9...Positioning plate, U, a...Color, u, M,
DESCRIPTION OF SYMBOLS 11...Spring, 14...p-ra, audience...guide frame, 17...locking piece, n...support plate, n...press roller, body...block, song ...Spring, edition, Mai, a, so, jI2...gear, invitation...rotating lever, deaf...link, chrysanthemum...sweeping lever, seed...stopper, -...・Adjustment screw, art...spring, Iku・
...claw, C...bottle, M, #-guidance, seasonal...positioning frame, 1...mount, similar...label, prisoner...file, illusion a...display section . shi-: ", -ζ', 17- Book 6WJ 7th 8th WJ 10th viJ 14th 'III Figure 15 16\lJ

Claims (1)

[Claims] The front side and the upper part are open and there is a nine-base frame, a file holder having a slideable file positioning pad removably attached to the upper side of the tip of the base frame, a stand, and the base frame OW. The top edge of the left and right 01111 of the base frame and OI using the mask
A pair of support plates on the left and right sides are provided at a distance from each other, and a positioning plate is supported horizontally between the left and right side plates of the base frame and its position in the vertical direction is adjustable; A roller is rotatably supported horizontally between the left and right sides of the frame and above the positioning plate, a pressing roller is pressed by a spring so as to be in constant pressure contact with the upper side of the roller, and the base frame. The lower part of the frame is opened so that it can be raised and lowered freely, and on the back side of this elevator frame, the outside of the back plate of the base frame O is stacked and attached to form a drawback. One end is rotatably supported on the base frame OWW* by fitting into the long hole in the vertical direction, and the other end is connected to the free end side of the rotating lever. The sides are rotatably supported on the upper part of the elevating frame, and the rear ends are fixed to the back plate of the elevating frame, and the left and right sides are movable up and down along the outer surface of the support IIO. an operating lever whose lower end is rotatably supported on the outer surface of the side plate; a gear rotatably supported coaxially with the operating lever; and a spring provided in the operating lever that presses the gear in a direction into which it engages. and when the operating lever is rotated in the opposite direction to the direction in which the two-pel mount O is fed, a pawl that can be operated from the outside and a pawl that can be operated from the outside is uncoupled from the gear when the operating lever is rotated in the opposite direction to the direction in which the two-pel mount O is fed. a pair of gears fixed to two horizontal and parallel support shafts and meshing with each other, an intermediate gear that transmits the rotation of a shaft coaxial with the operating lever to these gears, and the operating lever. Rotation I! It is equipped with an adjustment screw that adjusts the radius to 111III, and is equipped with an operating lever, and is rotatably supported between a stopper fixed to the nine-fold elevator frame plate and the left and right side plates of the elevator frame O, and is fixed to nine support shafts, respectively. The shaft, which is pushed down to the free end side of the lever and is exposed between the lower end of the side plate of the lifting frame and the support plate, and the @ plate of the lifting frame are arranged parallel to each other in a straight state and separated from each other in the front and back. a pair of guide plates; a positioning frame attached to the pair of guide plates for positioning the label mount in the width direction; A file labeler that is rotatable in the center of a support shaft and has a gear with sharp-angled teeth.