WO1982000908A1

WO1982000908A1 - Card reader

Info

Publication number: WO1982000908A1
Application number: PCT/JP1981/000191
Authority: WO
Inventors: Electric Works Ltd Matsushita
Original assignee: Abe H; Kasai H; Kotani A; Muroi H
Priority date: 1980-08-30
Filing date: 1981-08-25
Publication date: 1982-03-18

Abstract

A card conveying device for a card reader. A conventional card conveying device for a card reader has a linear conveying passage, which should be longer than the length of a card. Accordingly, when the device employs a long card, the entire device tends to become very large. In order to reduce the size of the device, a card conveying device is so constructed as to provide a card inlet and a card outlet on the front surface of a case, to connect the card inlet to the outlet via a conveying passage bent approximately in U-shape within the case and to transfer the card while bending it in its longitudinal direction. This card conveying device can be used mainly for a card reader.

Description

m

Title of invention Power-Drift technology

The present invention relates to a force-driller, and more specifically, to a long force-code in which a large amount of information is recorded is housed in a case, and the brightness is increased.

After the information recorded on the card is read out as a signal by the pickup head accommodated in the case, the card is sent out of the case. -It is about data. Background technology

—Long, long-strength—Take the force into the case using the key, read the information indicated in the force, and then send the force out of the case. In the case of a type of force dolly, this force dolly is usually used in a rack or on one board together with other control devices. In fact, it is actually possible to send the power inlet to the front of the case and the power outlet to the back of the case to send the power to the back of the case. It is impossible for the poor. Therefore, in the past, Japanese Patent Publication No. 52-373141, Waiting Public Patent No. 541-1121 19 and Japanese Patent Publication No. 52 -A structural force such as that shown in Japanese Patent No. 496991-a drier-is provided. In Japanese Patent Publication No. 555-273 7341, after the reading of the card inserted from the power input port is completed, the power supply of the power port reverses and the power input is reversed. It discloses a structure for returning the force through the card insertion slot, but in this structure, it is necessary to ensure that the case has a crawling longer than the length of the force in the case. If you use a long force,

ΟΜΡΙ As the depth of the source becomes longer, the force-dryer becomes larger, and the rack and the head are aligned with various control devices that are finished with other components. There is a question that it cannot be incorporated into one panel H and is not suitable for actual use. Or good jar in the power of the octopus - the structure you back to the揷入port side soil, force - and means that the soil of the transportable OkuSo Λ made a ⁵ Ryo reverse operation, the force - the de揷入opening Gawani There is a need for a means to stop the reading operation at the return head, which is required to return the return path, and the internal mechanism is complicated, which makes it possible to reduce the size and weight of the power driver. In addition, the speed of the return of the force is high because the force is returned by the transport device along the straight line when returning. There was a problem that the power rod might jump out of the insertion port when it became too long. In Japanese Patent Publication No. 541-1112, the rear end is bent upward into the case from the inlet at the front of the case, and a force is inserted into the case. -Discloses a structure in which the force is sent out from the outlet in the front of the case along the unloading path immediately after the force is put in a straight line in the space. However, in this case, too, the case must be provided with a depth equal to or greater than the length of the force in the case, as in the case of using the long force. Must make the entire force-driller large, cannot make it into a compact, and the force- 'is returned along a straight line Therefore, if the return speed of the force is high, there is a possibility that the force will jump out of the outlet. Furthermore, in Japanese Patent Publication No. 52-49691, the force is reduced by direct force. It discloses a structure that can read the stored information of the force-load in the question of naturally dropping or slipping through, thereby eliminating the need for a force-feeding device. In this construction, it is necessary to prevent the power tower from stopping halfway, and the power path must be located approximately on the straight line at the top and bottom. The force that is released by gravity from the upper case out of the case prevents it from scattering below the case. It is necessary to use the receiver to the force outlet. Therefore, if the case is required to have a height longer than the length of the card, and if a long force is used, the height of the force driver increases. There is a problem that the use of Yi Yin is inadequate. SUMMARY OF THE INVENTION The present invention has been made to solve the problems included in the prior art described above, and has been made to improve a force-drier using a long force. It discloses the invention that was made.

Disclosure of the invention

The present invention relates to a case in which a long force-recording a large amount of information is attached to the front surface of a case along the length of the force-lever, and the case is inserted through a card insertion port. After reading the information recorded in the power cord as a signal and collecting it as a signal, the force placed in the front of the case will be taken out. It is an indicator of the ability to do this. Basically, the power drier is a case in which a power inlet and a power outlet are arranged on the front, and a long length introduced from the power inlet. Introduced into the U-shaped conveyer path, which guides the power to the power outlet at the power outlet, and the power inlet, which is located at one location of the transport path. The power to be removed is transferred along the transport path to the power outlet.

ΟΜΡΪ An outlet driven by the rotor and a

—Where E ^: The information shown on the power bar is read as a signal. ) A head and a curved re-Ile that is arranged to change the way the card is sent to the transport path leading to the force-outlet exit from the delivery roller. It is composed of a guide and an I-le that guides the force — '' ¾ ¾-'口収口口口接触にに-接触接触接触. This power—

-To read the information that was recorded on the card, advance the force from one end in the longitudinal direction into the case through the force insertion slot on the front of the case. After that, the case is rotated and driven by the case in a case! ) The force on the front of the case is changed by the force, while the feeding direction is reversed along the B-shaped U-shaped curved feeding path formed in the case. -In the meanwhile, the custody exit goes a long way.-In the meantime, the 1 blue report recorded in cudo is read and received by the 'reading and reading' box. As described above, in the force-drier of the present invention, both the operation of inserting the force and the operation of ejecting the force are performed by the front E in the case, and the operation of handling the force is performed. In addition, the power outlet is easier than the power outlet, and the power outlet is more open than the inlet. The card is conveyed while being bent in a U-shape, so that the card can be moved almost directly, as seen in a conventional force-drier. Unlike the case of proceeding along the route ^), it is not necessary to lengthen the laughing of the case in proportion to the length of the card, and the length of the case is shorter than the length of the force. The length of the case can be shortened, so that even when a long force is used, the case must be short and the force can be reduced.

OMPI The recorder can be used in a rack (single panel) together with other controllers that are arranged in a certain lament. Further, after the force is sent through the □ -roller, the force-discharge outlet is advanced while contacting the guide-I, which changes the transport method. When the force is curved along the guideline-I, the force is advanced to the card outlet, resulting in a guideway-1 Even if the card is pushed forward by the sending ci-ra, it will receive an appropriate resistance to the progress of the carrying method. The resistance received by the card reduces the card's transport speed to / J, so that it can prevent the force-card from unintentionally jumping out of the force-discharge port. That is.

In addition, during the month of this report, the power outlet is used as a means for facilitating the removal of power from the power outlet. The structure is disclosed in which the length of the force is longer than the length along the transport path leading to the -force, and the rear end is separated from the 力 -force by this structure. -The front end of the power rod is protruded from the outlet to the front of the case ffl from the outlet, and the power rod is stopped by the embarrassment protruding ffl. It is possible to go to 单 with the protruding part on the front of the case.

In addition, the present invention discloses the following various structures as means for accurately reading information recorded on a force in a reading head. The first is a feed formed by a pair of mouths, one for each side of the reading head along the transport path.

□ - La and the press opening - Tsu Bok and La £ If you location to yield reading together 'o Hall interim ⁰ A support plate for advancing the force along the upper surface is placed at a position corresponding to the opening, and the opening to release the feeder and the presser is to be read out of each of the openings. The force of each port that contacts one side of the door is read and read along the transport path. This document discloses a structure that has been displaced, and by this seeding, both sides of the longitudinal direction are held down and sent to each other. )-The force passing through the lane can be moved forward while the force-card is in contact with the support plate, and the reading head can be read as the card advances. As a result of a part of the force-head at the position where it can be read by the E-contact on the support plate, the force-head 'of this part oscillates at the same position as the read-head. The distance between the power rod and the reading head is always kept at a predetermined length, and the information indicated on the power head is read and read incorrectly. Can be prevented. As another example, a support for advancing a force along its upper surface is arranged at a position corresponding to the reading head, so that the support and the cutout can be used. 'The diagonal guide for sending the power from the card inlet to the support plate at an angle from the entrance to the feed path between the insertion port and the diagonal guide. ^ Disclose what you have done and, according to this structure, force-do entrance! ) It is possible that the force-discharge outlet will move forward while the force-discharged through the guide guide is pushed onto the support plate. As described above, accurate reading and reading can be performed by the reading and reading head.

Still another structure is composed of a receiving plate for advancing the force rod along a curve above it and a holding plate in contact with the force of the receiving plate. □-Sends the force-feeder via the read-out head. □-Places it in the «transmission path on the opposite side of the feeder and receives the force from the □ -heater. Discloses a structure to apply a force to the rear end of the method for transferring the force sent from the sea to the rear end of the method, which resists the force-holding force from being sent to the same way. With this construction, the tension between the force holder and the feed roller is applied to the force along the transport path to prevent the force from oscillating. Accurate reading at the head ¾ The reading operation can be performed. In still another structure, a feeding roller and a holding port are disposed on both sides of the reading head along a force-feeding path, and both the holding port and the feeding port are connected. -Forced to rotate by the feeder-Feeder-Force from the feeder-Force along the transport path applied to the feeder-Holder than the force sending the feeder-Force from the feeder- This figure shows that the force to send the force along the transport path applied to the '' is set to a small value, and that the presser port and the feeder are made by this structure. As a result, the pull-off force acts on the force-do and acts on the force-do to prevent the deflection of the force-do, and the read-out is performed in the same way as described above. Is something that can be done.

Also, one of the features shown in the present invention is to send and read power by one switch and read by head! ) May be started, and as a means of achieving this effect, send it by sending it to the ^^ position along the pongee's method! ) □-To get the action and reading by the = E-ta of the 、, read the 'list' at the bottom! ) Start the actuating unit to close the switch □-

OMPI When the front end of the card reaches the feed roll, one side of the front end of the card is cut off, and the actuator contacts the inclined end formed by cutting off the actuator. From the position where it contacts the beveled edge of the card to the position where it contacts the side edge green of the card as the force is fed. In addition, a structure is disclosed in which the switch is closed by using the switch, and by adopting this structure, the mark sensor which is usually used for detecting the position of the card is disclosed. Control of the card sending and reading with a simple switchless machine using a single switch without using complicated circuit components such as a signal conversion circuit based on Can be done.

Further, in the present invention, a structure for reading all the marks arranged on the force plate with a reading head without error is provided as a structure for sending the mark to the transport path and holding down the force. A reading pad and a feeding roller are sequentially arranged, and a front margin portion and a rear margin portion having a predetermined length along a feeding direction of a force are respectively provided on both front and rear ends of the card. Form and read]? Marks that specify the information to be read by the head are arranged on the card between the front margin and the rear margin, and the card at the sending roller is arranged. The front margin is longer than the length along the feed path between the position where the force in the conveyance direction is transmitted to the mark and the mark reading position in the reading head. Between the reading position in the field and the pressing position of the field in the force clamp You disclose a structure rather than the length of the rear margin portion is also by the length along the sending passage, transmission is by card front end to the structure of this]? Russia over to La reach

OMPI The front end of the card appears to be lifted before the force is applied, or the rear end of the card is separated from the force holder and the reading end is lifted. The mark is not read, and the mark is read in a state where the front end of the force is always held by the force holder and the feeder. And all marks on the force code can be read in the correct position with respect to the readout, and incorrect readouts can be performed. Can be eliminated.

Brief description of the drawings

FIG. 1 is a schematic perspective view showing an embodiment of the force-driller of the present invention, and FIG. 2 is a diagram showing a partial structure of the power-driller of the present invention. A;: b; ic) is the same as the above-mentioned force-driller's force-doing operation, and the fourth is the same. FIGS. 5 to 7 are partially enlarged sectional views showing the relationship between the read head and the force used for the tri-writer, and FIGS. In the embodiment of the present invention, the outline is a side view, which shows the inner part, the eighth is the needle driver of the present invention, and the ninth is the needle, which shows the other essential parts of the incarnation of Kiyoshi. And Fig. 10 is a view showing the inner view of the other Ishiki Kiyoshi as well as the power of the present invention, and Fig. 11 is the power of the present invention. Switch and force used for dolly-Exploded perspective view showing ^ ^ 'warm groove of dolly The figure is on the side of the part corresponding to Fig. 11: & figure, 13 th evil ', ahD) (c) is a partly cutout showing the operation of the switch of the boss. The above diagram, 14th, shows the power of the present invention-the read-out in another implementation of the drier is clear!) The head and the outlet-la and power-press Fig. I5 is a top view showing a clearing of the force used in the embodiment shown in Fig. 14, and Fig. 16 is a force side of the present invention. -Reading and reading in yet another embodiment of the drier-Partial side view showing the dimensional relationship between the head and the feeder □- FIG. 18 is a schematic side view showing the interior of the kiln shown in FIG. 17 showing the power drill of the present invention. Ο

BEST MODE FOR CARRYING OUT THE INVENTION

The present invention will be described in more detail below with reference to the accompanying drawings. As shown in Fig. 1 and Fig. 2 1 ^ 1, the force-drainer of the present invention is provided with a force-to-feed 'insertion port 2 and a card discharge port 3 which are separated from each other vertically. Is a U-shaped case that guides the case 1 with a front surface and a long force that is inserted from the force-door 2 into the force-door 10.威 = Κ タ Κ Κ Κ Κ 威 e e e e 威 e e e e e e e e e e Driven by the card 揷 entrance 2! ? The inserted force rod 10 is carried through the rollers 12a and 12b, and the force rod 10 is conveyed as described above; and the force rod 10 is conveyed along the force-discharge outlet 3 along the line 11. The information shown in the 1-1 12 and the power ド which is arranged at one location of the above-mentioned 遴 transmission path 11 力力力力揷 2 揷 2 2 揷Read 収 Head 14 and send! □ □-L 1 2 力搬送ド-ド搬送-搬送搬送力力搬送搬送搬送力力ララララ- ? The bay was set up to convert the shape of the curve, which was connected to the force

OMPI And a guide rail 15 which is designed to have a card outlet. This power is used, for example, as a means of inputting information for a mouthpiece-type timer. In this case, the reading head 14 is used. The read information is supplied to a timer that has a strong operation mechanism such as a micro mouth sensor, and the on / off control of the load specified by the force 10 is performed. The load is controlled based on this information. Fig. 1 shows an example in which the above-mentioned timer is built into case 1; the power inlet 2 and the power outlet 3 are located at the front end of case 1. In the center of the front of the case 1, the time display part 5 of the timer described above and the operation button 6 of the timer are arranged. Fix the case 1 to the rack ゃ equipment receiving frame with the metal fitting 7 to be put out. The force-code 10 is a mark in which a multi-kind matrix in which the desired information is determined by marking with a pencil or the like. A force mark is used, and a mark, such as a pencil, placed on the force mark 10 is read out by the head 14. As shown in the fourth section, the reading head 14 has an infrared emitting type LED on the surface corresponding to the force 10, as shown in FIG. 55, as shown in the same figure, irradiate the surface of the power source 10 with the light emitted from the infrared emitting LED. By emitting this reflected light with the ultra-star PT, the amount of light reflection is large or small, that is, there is a mark on the mark with a pencil or the like. It is read by the electric signal flowing through the phototransistor 5 PT.

OMPI The 1H was sent to the above timer. The transport path 11 curved in a substantially U-shape as described above basically relieves the force inserted through the force-door inlet 2 as shown in the second evil. In order to be guided along the road, one end of the load is placed at the end of the load-door 2 and the other end of the case 1 Guides 1-5 and 1-5 that convert the force-curling method of the force-curve '10' by curving it in a bow-shape and force-curve-curved with the force I-15 One end was once again put back to the horizon, and one end was positioned with the power outlet 3 in order to send it to the power outlet 3. The guides I-I and I-I and I-I-I and I-I-I are a continuous one-piece I-I. The reading head 14 is a straight line part of the path 11, that is, between the carrying-in section — I 16 and the gate 15). And sent to the head of the read head 14 and the guideline — j and L5 □- In addition to the connection between the head 14 and the impression 16-□ 13 is arranged, and the part corresponding to the reading head 14 is input to the head. "10 A flat support plate 17 that fits along its surface is marked, and the mark applied to the force 10 on this support 17 is read. Outlet-port constituting la 12-At least one of la 12a and 12b is connected to 6-ta 20 via high speed gear group 21 -The force to be inserted from the inlet 2-10 force; this send!)-The force by the outlet 12-the outlet 3 The length of the line between the wire 12 and the power inlet 2 is the length of the power 10

OMPI It is defined to be shorter than its length, and is the force to be inserted into the inlet, as shown in Figure 3 ': a) (b) (c), respectively. — De 10 sent! )--1 that has reached la 12 is sent by □-la 12. Power is sent automatically; power is sent automatically, and power 10 is sent to the roller 1. After passing through No. 2, it is curved in a U-shape by Guider-I and 15 to narrow the area, and then unloaded. Then, it is sent to the power outlet 3. The length along the transport path 11 leading to the feed-out port 3 is set to be shorter than the length of the feeder 10. As shown in FIG. 3 (c), the front end force in the way of sending the force 10; when the force 10 projects out of the force-extraction port 3 by a predetermined length, The rear end of the feeder is moved away from □-L 1 2, and force 10 is stopped in Case 1 with the protruding part of the front end protruding outside Case 1 ^ Therefore, since the force-do 10 does not protrude from the force-do outlet 3 and the force-do 10 can be ejected, the operation for removing the force-do 10 is performed in this case. 1 It can be easily performed with a protruding part in front S. Also, the above-mentioned guide'-I-I-Shi 15! ) The force that passes through the outlet □ -la 12 is located between the mouth-la 12 and the force-do outlet 3, and the force passing through the la- 12 is the guide-J. As you move along the guide, you will receive a resistance from the guide to the direction of travel, and consequently the force from the feeder. -Even if the transport speed of the card '10' becomes faster, the card-10 will not slow down due to the resistance received from this guide-I-15 The power '10' can be inadvertently popped out of the power 'out' outlet 3. In the embodiment shown in FIG. 5 to FIG. 7, the force-dos 10 which is introduced from the force-dos inlet 2 is brought into E-contact with the support plate 17 so that the read-out is possible. The distance between the force 10 and the read head 14 at the position of the mark to be read by the head '14 is fixed, and the distance between the read head 14 and the read head is fixed. de I ⁴ accurately rows that have a Ri by Ruyomi yield to, reading Osamu Ri e la - the shows an embodiment which employs the ingredients structure of the anti-Gutame. In the embodiment shown in FIG. 5, the force—the force to be inserted through the door inlet 2—is sent □ —the presser foot that is arranged to guide the arm □ —j 13 □ -Sending that gives a driving force along the way of sending to 卜 '10 □-Each of □ that constitutes la 12 □ — La 13a, 13b. 12a, 12b » ί 对冋 ί 4 4 4 ί 4 ί ί 4 ί 4 ί ί 4 4 4 4 4 4 4 各 4 各Mouth in contact with each other-La: L2b, 13b ^ ffltt, so that the readout head '14 along the transport path 11 is not visible! ), Presser foot — send with 13 ) Force the force plate 10 between the mouth and the wire 12 into the support plate 17, and connect a part of the force plate 10 to the support plate 17 by E-contact. The power 10 is advanced along the transport route 11, and the power read 10 is captured by the head 14. As a result of a part of カ 's card' 10 being S-contacted on the support plate 17, the force-10 of this part is read! ) A runout should occur at the same position as the head 14; always keep the distance between the force 10 of this part and the read-out head 14 constant. This makes it possible to reduce the length of the information, thereby preventing the information shown in the output box 10 from being read by mistake. You. In the examples shown in the sixth and seventh examples, the above input line is used to read the force 10 inserted through the force insertion slot 2 and to guide the force 14 to the force input. 16 is placed diagonally with the upper surface of the support plate 17 set aside, and the input rail-16 is driven by the force-door inlet 2. An example of a diagonal guide for sending out from an obliquely upward direction is shown in the figure. The force sent along the straight line through the spring 16-the force that the rod 10 does not touch on the support plate 17; As a result, the distance between the force 10 and the reading IX on the support plate 17 becomes constant on the support plate 17 in the same manner as in the above-described embodiment. That can prevent

L ¾)

In the eighth to tenth cases, a force is applied by applying a tensile force along the longitudinal direction to the force 10 at a position corresponding to the reading head 14. -The force associated with the transfer of the box '10-An embodiment employing a specific structure for preventing the swing of the box '10 is shown. In the case of Evil 8 and Hideshi, as shown in Fig. 9, one of the above-mentioned loading rails I-I 16 has been constructed, and the power lever 10 has been moved forward along it. The plate 25 is connected to the surface of the force plate 10 on the receiving plate 25 by the spring force at a position where there is no mark 38 to the surface of the force plate 10 so that the force 10 is connected to the plate 25. Presser plate held by

The force that is composed of 2 and 6 — the presser foot 2 4 is connected to the force input port 2 and the reading head 14, and the force output port 3 is connected. □-Power to be advanced by LA 12- The rear end of the arm is brought into contact with the force holder 24 by the frictional force received from the force holder 24. Receiving a force that resists sending to the

Tensile force along the transport method acts between this force and the presser foot 24 and the outlet 12 and the force generated by this pulling force.

-It is possible to prevent the swing of the box '10', and as a result,

The distance between I and the input port 10 is kept at a predetermined distance, so that an accurate reading operation with the reading head 14 can be performed. No.

In the embodiment shown in FIG. I 0, the sending port -La 12 and the presser □ -La 13 are respectively arranged in both measurements of the reading head 14, and one of the transmitting □ -La 12 is provided. □ -La 1 2b and presser foot — One of 1-La 13b □ -La 13b is turned one way at a time. It shows a structure in which the diameter of la 12b is larger than the diameter of the latter mouth-la 13b, and it is sent by this structure □-la 1 2 XD force-add to '10' Pressing port is less than the force of the feeding method. — The force is lower than that of L1 3 — The force on the feeding method is lower than that of the 卜 '10. Force is applied to the presser port-LA 13 and force is applied to

-It is possible to stop the fluctuation of C10 from μm.

The 1st 1st and 1st 2 1 ^ detect the force-injection 10 from the force-in port 2, and detect the force in the outgoing line 1-2. A concrete structure for starting the reading and reading of the code 10 is shown below. The transfer of this force 10 and the start of the read / write operation are performed by a single switch 30 such as a micro switch.

ΟΜΡΙ This switch 30 is actuated by the force that reciprocates at the terminal of the power port 10 sent from the power port 2! It is performed by the heater 31. That is, the switch 30 is operated by the displacement of the actuator 31 along the width of the cut 10. , Act: The LI-ta 31 is spring-biased in a direction in which it contacts the side end of the power rod 10, and the power rod 10 is sent along the transport path 1 I. The switch 30 is closed by receiving the force from the side edge of the force rod 10 and displacing along the width of the force rod 10. When the roller 12 is driven by the heater 20, the reading head 14 is activated at the same time. The force rod 10 is formed in a substantially rectangular shape with the corner の on one side of the front end dropped off, and the beveled end is shaped to be 5 due to the fall of the trailing edge of the front end. As shown in Fig. 13 (a), when the power 10 is inserted into the entrance 2 to the entrance 3 to the entrance 35, as shown in Fig. 13 (a), -Unit 31-Abutment, unit-10 As the unit goes along with the unit, unit 3-1 unit-unit-10 unit along the bevel 35 As a result, the switch 30 enters due to the movement of the follower, and as shown in FIG. 13 (b), the switch 30 is inserted into the follower of the force 10. As long as the cut-out unit 31 is in contact, the 'send' □ -la 12 and the read-out head 14 are activated, and the power record '10' is recorded. Then, the card 10 is advanced, and as shown in FIG. 13 (c), the force 10 is read; The actuator 31 returns to its initial position due to the spring force when it leaves the switch 31, and the switch 30 returns to its original position. Head 14 and Outlet — La 1 2

OMPI Stops. As shown in the figure, this actuator 31 is located at one end of the groove of the outlet 12 and projects into an I-shaped notch 34. Send □-La 12's glaze t ??? The read-out head 14 is slightly out of position, and the force-10 is the outlet-la 1 When the number 2 is reached, the outlet 12 starts to operate, and as shown in FIG. 13 (c), the actuator 31 from the card 10 as shown in FIG. 13 (c); ^; When the switch 30 is moved away, the rear end of the force 10 is fed. □-The prone position held by the wire 12 or the outlet-wire 12 The outlet-la 12 stops in a prone position, and the force-10 front ends before reaching the outlet-la 12 and the card 10 rear ends. Send! ? It is designed so that the sending roller 12 does not idle after moving away from 0_12. The position of the actuator 3 when the switch 30 is inserted by contact with the card 10 and the readout of the head 14 The length along 1 is the length of the first mark of the double-marked marks arranged along the front and rear sides on force 10.カカカ '0 カいかいかいかいかいかいかいかいかいかカいかカカいかいかいかいかAnd I take care of it, or just before read-in head '14 works. The misfortune 3 2 is an ^ for collecting the switch 30.

In Figs. 14 to 16, the front and rear sides of the force-do 10 are moved by the feeder-a 12 and the force-doe presser 24 arranged on both sides of the reading and reading pad 14. Then, the power-de 10 was raised almost one straight line

OMPI It shows a specific structure for correctly reading all the marks arranged along the front and back on the output '10 in the same state Ml. That is, a front margin portion A and a rear margin portion B each having a predetermined length along the way of transmitting the power rod 10 are respectively provided at both front and rear ends of the power rod 10. Is formed, and the mark 44 for specifying the information to be read in the above-mentioned read head 14 is the force between the front margin A and the rear margin B. The force at the outlet-la 12-at the position 41 which transmits the force to the way of transport to the door 10-and at the reading box 14 The length of the front margin A is longer than the length ^ 1 along the self-conveying path between the mark 44 and the reading position 40 of the mark 44, and the reading head The length of the line between the readout position 40 and the force-presser foot 14 at 14 and the force-presser position 24 at 42 and the press-down position 42 of the force 10 along the transport path ^ ΰ the length of the rear margin Β L ₂ is rather long ^: constant has been our ΰ As a result, the front end of the power rod 10 is sent. □-The front end of the power rod 10 is lifted before reaching the position 12; or, the rear end of the power rod 10 is force- Despite the force of the presser foot 24, the rear end was raised and the mark 44 was read and received without any force. — Marks 44 of force 10 are read with the sense of pressure held down by force 1 2 and force holder 2 4, so all marks 44 are always read. It can be accurately read at a distance * away from the head 14 and a predetermined length. No. 1 4 1 ^ is used as a power 'presser 24, which is formed by a pair of □-れれれれ送-送送送送送送送送In the example shown, the force-do 10 is the presser foot La 13 and Outlet-Used for La 12-ί Both sides are pressed by the back spring 39 and the front and rear are pressed against La 12, 13. Fig. 16 shows the card 10 as a force with the end of the support plate 17 provided at a position corresponding to the read-in head '14 as a force holder 24. An example is shown in which a presser spring 26 for digging a hole is used. In the figure, the incense symbol 45 in Fig. 15 indicates a mark painted in black with an illusion, etc., in contrast to the mark 45 marked with this mark. Information is read in read head 15 and head 14.

Fig. 17 shows a vertical case 1 on which an analog clock display section 5 and a timer operation button 6 are placed on the If side. :]-La 13, Read Head 14, Support Plate 17, Outlet-La 12, Output Level 1 In this case, as shown in FIG. 18, a straight line component forming one of the transmission paths 11 that is bent substantially in a U-shape is formed in the case 1 in the case 1. It is moved along the top and bottom. That is, both the loading rails 1 and 16 and] ^ out rail 19 are curved, and inserted into the lower part of the front of case 1 through the inlet 2 The force to be applied to the unit is bent along the I-I 16 and then sent to the presser Ra 13 to support the back of the unit. And a record of the force '10 is read and collected while traveling along the transport path 11 on this straight line. The resulting guide-) is a force that is not curved by 15; form

The force that has been applied to the key is output to the outlet 3, as described above. In the same manner as in the embodiment of the present invention, the force 10 is advanced along the conveying path 11 which is curved in a substantially U-shape, and the force for inserting and removing the force 10; You can do it on your own.

Claims

The scope of the claims

il) A case in which a force-doss opening and a force-to-discharge outlet are separated from each other vertically, and a long force inserted from the force-dos entrance. -Abbreviation for guiding the power to the power outlet

A transfer path curved in a U-shape and a pair of □ -distributors arranged in one place of the above-mentioned transfer path. The power to be input is passed between the two □ -ra and the power is transmitted along the above-mentioned transport path. A read-out head that reads out the information shown on the card inserted from the power supply entrance that is placed in one place as a signal, and a transmitter that sends the information. A curved rail arranged to change the way the power is fed to the transport path leading to the exit. et force - de Osamude port crocodile guide to that gUIDE Les - ¾ shall be the Toku遨and I and O and by Ri ^ Ru this one Bok 'rie data _c

(2J Sending □ — It is noted that the length of the force-to-roll along the transport direction is longer than the length along the transport path ^ from the rail to the force-discharge outlet. Claim S 笫 1! ¾Power-Dr. ο

(3) —Roller of both sides from the roller of 对 —Power between doors -Door entrance Power through the zen □ -La and force-do 揷 entrance; と読み上記上記上記読み上記読み読み読み読み読み読み読み読み読み読みA flat plate that advances the force and the force that is sent along the transport path along the path. On the flat plate, the information indicated by the force is read and received by the reading head. A support plate is arranged at a certain distance from the reading head, and is sent and received. — Each of the five parts of the square □ — The force between the head and the read-out head of the la-The mouth of the mouth that touches one side of the doe-The axis of the la □ -La The feeder's head is displaced along the above-mentioned feeding path from each of the ports that come into contact with it. The force-drain described in claim 1 characterized in that the force-discharge outlet goes aside while the force-d is brought into E-contact on the support plate. — Ta.

(4) A flat plate on which the force to be sent along the transport path is further advanced along iti, and the information indicated by the force on this flat plate is read and read. The support plate to be read is arranged in a fixed distance from the read head, and the transfer path between the support plate and the insertion port is -Oblique guide 9 for sending the card to be sent from the oblique direction to the support plate from the oblique entrance — 1 When the force to be delivered through the diagonal guide- 1 is pressed against the support, the force to go out of the outlet is # sensitive. A force-driller as set forth in claim 1.

(5) Receiving the force inserted through the above-mentioned insertion slot, the receiving plate and the force on the receiving plate are advanced along the above-mentioned transport path. The presser foot that comes in contact with the presser plate where no information is displayed on the surface is pressed, and the presser foot is sent to the power inlet port! ) This card is arranged along the transport route between The above-mentioned readout cartridge is placed between the presser and the feeder and the feeder. The feeder receives the force from the feeder and sends the power to the outlet. The rear end of the transfer method receives the force that resists the transfer of the force to the transfer method from the force holder and the upper end of the transfer method. Claim 1. The force described in claim 1, wherein the force is applied to the force by a tensile force along the feeding path.

(6) — Force between the two rollers from the pair of rollers-Force inserted from the door 揷 Inlet — Force through the door-Presser that presses the door □-力力ララ押力読み読み読み読み読み読み読み読み読み読み読み読み読み読み読み読み読み読み力読み力読み読み読み読みThe transmission a-la is both rotated by the = e-ta and the transmission is carried out. The force applied along the feed path is set to a small value, and the force to send the force is set to a small value. The card reader according to claim 1, characterized in that a pulling force acts on the force card along the self-conveying path.

(7) The reading head is arranged in the transmission path between the self-sending port-la and the power-slot, and the power-'is substantially rectangular and the power- Of the front end in the feed direction of the '-' is dropped to form a beveled end connecting the front end of the force and the trailing end of the card. 0-How to glaze LA! □-Mining and reading by one of the members The actuator that closes the switch that initiates the collection of the information indicated by the force-source is provided and the front end of the force-source is transmitted. When it reaches □ -ru, the above-mentioned contact is made to the tip of the force-do, and the upper-actuator is brought into contact with the tip of the force-do. □-Displacement from the contact position to the position where it comes into contact with the trailing edge of the force- The force driver according to claim 1, characterized in that the switch is closed.

18) Self-feed □-In the transport path between the-door and the power-door, the power-door is sent across the power-inlet that is inserted from the power-door. In addition to the force-depressor that is guided to the power supply, the force-depressor and the opening of the presser-retainer are arranged in close proximity to the force, and the front and rear ends of the force-do are installed. Each of them has a front margin and a rear margin having a predetermined length in accordance with the method of transmitting power, and the information read by the above-mentioned reading head is recorded. The designated mark is self-aligned on the force of the front margin and the rear margin-, and is sent by itself. The margin along the above-mentioned line is longer than the length along the above-mentioned transmission line between the position where the mark is placed and the position where the mark is placed in the reading box. On Patents characterized in that the above-mentioned rear margin is longer than the length along the feeding line between the reading and receiving position of the force and the force-holding position of the force-holding presser. A force-driller according to claim 1.

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