KR20020062146A - Ic chip read-write device - Google Patents

Abstract

PURPOSE: To provide an IC chip reader/writer capable of miniaturizing the whole device and increasing the speed of processing operation by using a structurally strong IC chip capable of reading and writing information in a non- contact state instead of a paper card or plastic card and compactly collecting various functions such as receiving, read/write, waiting and collection of the chip. CONSTITUTION: A sorting disk 10 constituted so as to be reversibly and freely rotatable by stepping motor 11 is provided with a plurality of housing chambers 10A for housing an IC chip MC or SC. In this case, the accepting position of the IC chip MC or SC, an access position for reading/writing data, an ejecting position for ejecting the IC chip MP or SC, and a collecting position are arranged on the rotary locus of the sorting disk 10.

Description

IC chip lead write device {IC CHIP READ-WRITE DEVICE}

The present invention relates to, for example, an IC chip lead / light device suitable for use in admission management of various facilities including parking lots, settlement management of usage fees, and the like.

As a device that manages admission to various facilities and the settlement of charges, it has been conventionally known to have been found in Japanese Patent Application Laid-Open No. 4-274585 and Japanese Patent Application Laid-open No. 5-151402. A non-contact processing system using a processing system using a card, and an IC coin filled with IC elements as shown in, for example, Japanese Patent Application Laid-Open No. 3-265083 or Japanese Patent Application Laid-Open No. 2000-163518; For example, as shown in Japanese Patent Laid-Open No. 8-77309, there is a non-contact processing system using an IC tag capable of reading and writing.

However, the processing system using the magnetic card uses the magnetic card of a paper product or a plastic product as a recording medium, so that the magnetic head is brought into contact with the magnetic stripe of the magnetic card to read and write the information. The card may be bent or damaged, causing the magnetic data to be damaged. It may not be possible to use it repeatedly several times. In the case of performing a discount on a fee, the process of allowing a single card to be held up is limited, and the process of inserting a plurality of cards to increase the discount rate of the fee again cannot be achieved structurally.

On the other hand, in the case of the non-contact processing system using the IC coin or the IC tag, since the IC coin or IC tag in which the IC element is filled is used, the amount of information compared to the processing system using the magnetic card is increased. It is very numerous and non-contact, so it has excellent durability that enables long-term use. On the other hand, the processing device using IC coin performs information read / write while driving the IC coin from top to bottom. In order to realize the operation that the whole device is extended in the vertical direction and enlarged relatively, and the operation to hold the coin once and hold it back or return it, there are technically difficult aspects, resulting in complicated structure and expensive manufacturing cost. .

In addition, since the belt conveyor is used as the conveying means for the processing apparatus using the IC tag, it causes more complicated structure and a problem that the processing operation is late and cannot be quickly responded. There was also.

Therefore, the technical problem of the present invention can read and write information in a non-contact manner instead of a paper card or a plastic card, and at the same time, using a structurally robust IC chip, accommodating the IC chip, reading and writing, waiting, and recovering It is possible to provide an IC chip read / write device which compactly arranges various functions of the device and which makes it possible to reduce the overall size of the device and speed up the processing operation.

1 is a side cross-sectional view of an IC chip lead write device according to the present invention;

2 is a top view of the apparatus of FIG. 1,

3 is a plan view of the main part of the apparatus of FIG.

4 is a side cross-sectional view of the main part of the device of FIG.

5A, 5B, and 5C are explanatory views sequentially illustrating respective processing states of storing, reading and retrieving the IC chip by rotation of the distribution disk;

6A, 6B, and 6C are explanatory views sequentially illustrating respective processing states of storing, reading, and releasing an IC chip according to another embodiment of the present invention;

7A, 7B, 7C, and 7D are explanatory views sequentially illustrating the processing states of storing, reading and retrieving the service IC chip according to another embodiment of the present invention;

8 is a block diagram illustrating the electrical configuration of the present invention.

(Explanation of the sign)

MC, SC: IC chip 1: lead / write device

1A: Support plate 3: Guide passage

4, 9: chip input sensor 5A: chip stopper

6: feeder solenoid 7: first guide port

8: second guide sphere 10: distributing disc

10M: Reading mark 10A: Storage room

11: stepping motor 12: issue, return solenoid

14: discharge gate 15: reading recording section

16: Positioning sensor 17: Recovery port

20: Guide sphere DR: acceptance position

(1) In order to solve the above technical problem, in the present invention, as described in claim 1, the IC which reads and writes various types of information including the time to the non-contact IC chip inserted into the apparatus is finished. An IC chip lead / light device configured to return a chip back out of a device or to recover the device into a device, the IC chip lead / light device having at least two or more storage chambers for storing a non-contact IC chip inserted into the device, and being rotated forward by a motor in a circumferential direction. Or a distribution disk which transfers the IC chip in the storage chamber to the required position while rotating in reverse, and which is located on a trajectory in which the distribution disk rotates, and which communicates with the IC chip accommodated in the storage chamber in a non-contact manner, A non-contact read / write unit for writing and an IC chip housed in the storage chamber of the distribution disk are discharged to the outside of the apparatus. And means, and the IC chip of the receiving room is configured to install a collection means for collecting in the device.

(2) In the present invention, as described in claim 2, a distribution disk provided with at least two or more storage chambers on a receiving plate provided in the apparatus is freely rotated forward and backward by a motor, and the rotational trajectory of the distribution disk is provided. An acceptance position of the IC chip on the surface, an access position for performing non-contact reading and writing of various information on the IC chip, a standby position for temporarily suspending the IC chip, a discharge position for discharging the IC chip to the outside of the device, and A recovery position for recovering the chip into the device is provided, and the IC chip in the storage chamber is placed in any of the above positions without the motor rotating or distributing the distribution disk according to the contents of the read / write for the IC chip. It is configured to

(3) In the present invention, as described in claim 3, the distribution disk is installed in an inclined state with the storage chamber inclined upwardly, and the IC chip is accommodated along the upper surface of the distribution disk in this inclined state. A chip stopper which is provided with a guide path capable of supplying the position, and in the middle of the guide passage temporarily suspends the IC chip supplied to the guide passage, and sends the pending IC chip toward the receiving position in accordance with the issuance request. It is configured to install.

(4) In the present invention, as described in claim 4, the accommodating position of the IC chip, the access position of the IC chip, and the discharging position for discharging the IC chip out of the apparatus are provided in the same position on the rotational track of the distribution disk. At the same time, a part of the receiving plate which forms the bottom plate of each storage chamber of the distribution disk, which opens at the same position, opens and closes the discharge gate which can discharge the IC chip in the storage chamber to the outside of the apparatus when opened. It is provided so that it is provided freely, and a discharge contact reading part is provided in the discharge gate.

(5) In addition, in the present invention, as described in claim 5, two guide holes for supplying IC chips to the receiving positions of the distribution discs are provided, and the guide passages including the chip stoppers in the two guide holes are successively connected. One of the guides provided is used for supplying a new IC chip, and the other guide is used for storing IC chips introduced from outside the apparatus.

(6) In addition, in the present invention, as described in claim 6, a plurality of read marks are provided at regular intervals in the circumferential direction of the distribution disc, while the above-mentioned reading marks are read on the side of the apparatus having the distribution disc attached thereto. A positioning sensor for detecting the position of the distribution disk is provided.

(7) Moreover, in this invention, as described in Claim 7, it is comprised so that the guide passage for IC chips provided in succession to one of the guide spheres, and the input sensor which can detect the IC chip put into each of the other guide spheres are provided. Doing.

(8) Furthermore, in the present invention, as described in claim 8, the guide tool for supplying the IC chip to the accommodation position of the distribution disk is made into one, and the single guide tool is used to store the new IC chip and the IC introduced from the outside of the device. It is configured to be used together for a dragon.

According to the means described in (1) above, when the IC chip is accommodated in the distribution chamber of the distribution disk, the motor rotates the distribution disk to read and write information on the memory of the IC chip and to discharge and retrieve the IC chip. Therefore, the non-contact read / write unit which reads and writes the information, and the discharge means and the recovery means of the IC chip can be provided compactly on the rotational trajectory of the distribution disk, thereby miniaturizing the entire apparatus and speeding up the processing. At the same time, it is possible to exhibit durability that can be used repeatedly many times by using a structurally robust IC chip.

According to the means described in the above (2), when the IC chip is inserted, read / write of information about the IC chip memory is performed at a predetermined position, and the rotation of the distribution disk based on the read / write is performed in the storage chamber. The accommodated IC chips are transferred to any position during discharge, recovery, and air, and corresponding processing is performed. Particularly, since the distribution disk is capable of waiting processing for placing the IC chips in the storage chamber in the air position, for example, After the entrance IC chip is inserted, one or more service IC chips can be sequentially loaded, and a fee processing such as a discount service can be carried out. As it is, it is also possible to insert a plurality of service IC chips (in fact, unlimited), read them one by one, and collect them. In addition to enabling charge calculation and processing thereof, speeding up the processing is minimized by minimizing the time required for the IC chip accommodated in each storage room to move to each position. Makes it possible to do

According to the means described in (3) above, by distributing the distribution disk in an inclined manner, the IC chip can be stored in a stable state without raising the IC chip inside the storage chamber when the IC chip is inserted, and the mechanism for rotating the distribution disk. In addition, the structure of the guide passage for supplying the IC chip in the storage chamber can be made relatively simple, and moreover, the IC chips inserted into the storage chamber from the guide passage are accurately inserted one by one through the temporary stop action of the chip stopper. It is possible to prevent malfunctions in which several IC chips are put into a single storage chamber at the same time.

According to the means described in (4), the bottom part of the housing part for storing the IC chip is freely opened and closed to allow the IC chip to be stored and discharged to the outside of the device at the same time. Since a function of reading and writing the information of the chip is also provided, it is possible to quickly check the inserted IC chip, various processing of reading and writing information, and discharge processing to the outside of the device.

According to the means described in (5), two guide tools for guiding the IC chip are used, and one is used for issuing a new chip and the other is used for storing IC chip from the outside of the device. The structure is simplified and can be used, for example, in a parking IC chip issuing machine of a parking lot or in a parking fare calculator in which a service IC chip can be used, thereby making it possible to cope with various uses.

According to the means described in (6) above, the positioning sensor reads the read mark provided on the distribution disk, thereby controlling the forward and reverse rotation of the distribution disk by a motor to accurately position the IC chip accommodated in each storage chamber at the required position position. Makes it possible to move.

According to the means described in (7) above, the new IC chip introduced from one guide port and the IC chip from the outside of the device introduced from the other guide port are respectively detected by the chip input sensor, and the number of the inserted sheets is counted. It is possible to adjust the input timing.

According to the means described in the above (8), since the new IC chip input and the IC chip insertion guide from the outside of the device are used together, the entire apparatus can be further simplified.

As described above, the above-described technical problems can be solved by each means described in the above (1) to (8) to solve the problems of the conventional technology.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of an IC chip read / write device according to the present invention described above will be described with reference to the drawings. FIG. 1 is a side cross-sectional view showing the whole of the present invention, FIG. 2 is a plan view thereof, and FIG. 3 is a main part of the present invention. 4 is a side cross-sectional view of the plurality of storage chambers on the receiving plate 1A inclined and attached to the lower portion inclined to the upper portion of the base 1K. The distribution disk 10 provided with (10A…) is attached with a rotational freedom path, and the new IC chip MC put into any one of these storage chambers 10A or the IC chip SC fed from the outside of the apparatus is stepped motor. (11) transfers to one of the access position, the standby position, the discharge position, and the recovery position installed on the rotational track of the distribution disk 10, thereby bringing no contact with the memory (IC element) of each IC chip (MC, SC). Read / write various kinds of information Is configured to (MC, SC) to the atmosphere or recovered, or in the discharge to the outside, or the device (1) of the device (1).

Further, in the drawings, 2 and 2 are frame plates on the left and right sides attached to the upper surface portion of the receiving plate 1A across the upper surface side of the distribution disk 10, and 3 is the frame plates 2 and 2 on the left and right sides. The guide passage for the new IC chip MC formed therebetween, and the tip side (lower side) of the guide passage 3 formed by the slide plate 3A and the shooter cover 3B provided together is the slide plate 3A. ) Is connected to the first guide sphere 7 formed by two guide plates 7A and 7B between the left and right two frame plates 2 and 2 via the lower slide plate 3C installed in succession. And a structure in which the new IC chip MC transferred through the guide passage 3 is placed in the storage chamber 10A of the distribution disk 10 positioned at the accommodation position indicated by the symbol DR in FIG. 3. To achieve.

In addition, 4 is an IC chip detection input sensor provided in the said guide path 3, 5 is rotated using the attachment shaft 5C in the part of the notch part 3D provided in the said lower slide plate 3C. Opening and closing lever with movement freedom 6 connects the open end 5 of the flanger to the lower end of the open and close lever 5, and the open and close lever 5 is shown as a solid line in FIG. A feeder solenoid capable of switching rotation to an open position, and normally, the open / close lever 5 is set at a locking position shown by a solid line in FIG. 1, so that the chip stopper 5A stops the movement of the IC chip MC. When the feeder solenoid 6 is turned on and the open / close lever 5 is rotated to the position of the imaginary line, the chip stopper 5A is pulled on the lower slide plate 3C, and the IC chip MC It is made of a structure that allows the fall (input) of the first guide sphere (7).

Next, 8 is a second guide sphere formed by using one guide plate 7A constituting the first guide sphere 7 and the bottom guide plate 8A, and is located below the first guide sphere 7. In addition to this second guide tool 8, the IC chip SC sent from the outside of the apparatus 1 is put in, and this is accommodated in the storage chamber 10A of the distribution disk 10 located at the accommodation position DR. It is configured to put in. In addition, 9 denotes an input sensor which projects the actuator 9A onto the passage of the second guide tool 8 so as to counter the number of inputs of the IC chip SC, and 1C denotes the left and right frame plates 2 and 2. It is an attachment bracket fixed to the base 1K side.

The above-mentioned distribution disk 10 attached to the receiving plate 1A inclined downward is attached obliquely along the receiving plate 1A, and this receiving plate 1A becomes the bottom plate of each storage chamber 10A, The IC chip MC or SC input from each of the guides 7 and 8 can be accommodated in each of the storage chambers 10A. However, the portion of the accommodation position DR and the upper right side in Figs. The receiving plate 1H of the part of the recovery port 17 shown is notched.

1, 3, and 4, 1A 'is a notch opening of the receiving plate 1A formed at a portion of the receiving position DR, and 14 is a plate that opens and closes the notch opening 1A' from the bottom surface side. The discharge gate of the wrapper structure, 13A is a rotary shaft for attaching the proximal end 13 of the discharge gate 14 to the base 1K side, 12 is the front end side of the flanger 12A of the proximal end 13 Issuing and returning solenoid for opening and closing the discharge gate 14 by connecting to the lower end, 15 is a read and write section of the IC data attached to the bottom surface of the discharge gate 14, located in the receiving position (DR) The IC chip MC or SC housed in the storage chamber 10A of the distribution disk 10 has a structure in which various pieces of information are read and written non-contacted by the read / write section 15 at the portion of the accommodation position DR. Consists of

Therefore, in the present invention, the receiving position DR of the IC chip serves as an access position for reading and writing information, and a discharge position for discharging the IC chip to the outside of the apparatus by opening the discharge gate 4, so that the entire apparatus is provided. Its structure is compact. In addition, in FIG.2 and FIG.3, the position corresponded to the left and right accommodation chambers 10A and 10A shows the standby position which makes IC chip MC or SC hold | maintain temporarily, Furthermore, the recovery port 17 of the upper right side The position consists of the recovery position which collect | recovers IC chip MC or SC in the apparatus 1 via the shooter 17S shown in FIG.

3, 10M... Is a read mark provided on the outer circumferential surface of the distribution disk 10 to transfer the IC chip MC or SC contained in each storage chamber 10A to each of the above-described positions accurately. ) Is read by the positioning sensor 16 attached to the upper side of the receiving plate 1A, thereby controlling the operation of the stepping motor 11 that rotates the distribution disk 10.

In FIG. 1, 11A is a rotational shaft of the distribution disk 10, 10S is a central attachment portion of the distribution disk 10 to which the rotational shaft 11A is attached, and 1B is the rotational shaft 11A and the stepping motor 11 described above. ) And the frame plate installed on the base 1K for attaching the issuing / returning solenoid 12 described above, 1B 'is a bracket that supports the rotational movement axis 13A of the discharge gate 14 freely with rotation. This is provided in series with the frame plate 1B. In addition, the space | interval L shown in FIG. 4 is a clearance which discharge | releases this when a small tool or a small coin other than IC chip MC or SC was thrown in by play or accident.

Since the present invention has the above-described configuration, first, through the guide passage 3, the first guide tool 7 is provided in the storage chamber 10A of the distribution disk 10 positioned at the receiving position as shown in Fig. 5A. When the newly inserted IC chip MC reads IC information by the read / write section 15 provided on the bottom surface of the discharge gate 14, it is determined whether the IC chip MC is normal or not, and the reading is OK. After recording the necessary information, the operation signal is sent to the issuing / returning solenoid 12 so that the discharge gate 14 is opened downward and the IC chip MC having the necessary information (visual information, etc.) is recorded outside the apparatus 1. Is issued to the stepper motor 11, the operation signal is sent to the stepping motor 11 so that the distribution disk 10 is rotated 3/8 in the counterclockwise direction in FIG. Is dropped into the recovery port 17 to collect in the apparatus 1.

In addition, when the IC chip MC issued as described above is put into the storage chamber 10A of the accommodation position DR as shown in FIG. 5A through the second guide mechanism 8 from the outside of the apparatus, the readability is determined. In the case of NG, the discharge gate 14 is opened and the IC chip MC, which is NG, is returned to the outside of the apparatus 1, but in the case of OK, the rate calculated based on the read IC information is calculated. After displaying on a display unit (not shown) provided outside the apparatus, the distribution disk 10 is rotated 90 degrees clockwise as shown in FIG. 5B, and the IC chip MC, which is OK, stands by in the standby position. Then, the storage of another IC chip SC (for example, a service chip) into the storage chamber 10A positioned at the storage position DR is prepared.

If no other IC chip SC is inserted, the distribution disk 10 is returned to the home position, the read / write section 15 performs the closing winding processing on the IC chip MC, and then the distribution disk 10 is counterclockwise. The IC chip MC, which has been rotated 3/8 in the rotational direction, is dropped by the dropping port 17 and recovered, but another IC chip SC is thrown in to the storage chamber 10A of the receiving position DR. If accepted, the read / write section 15 reads the information from the inputted IC chip SC and sends it to the computing unit. If the information is discount information, the new rate is calculated by subtracting the discount amount and displayed on the display unit.

The other IC chip SC whose information has been read as described above is immediately closed by the read / write section 15 by the read recording section 15. Then, the distribution disk 10 is rotated in the counterclockwise direction as shown in Fig. 5C. The IC chip (SC), which has been closed by 3/8 turns, is dropped into the recovery port (17), and the IC chip (MC), which was first introduced, is also subjected to the waste winding process. Similarly to the SC, the distributing disk 10 is dropped to the recovery port 17 in the counterclockwise rotational direction to be recovered.

In the case where two or more other IC chips SC (service chips) are used, the discounted amount can be further increased by repeating the operations shown in FIGS. 5B and 5C.

The apparatus according to the present invention shown in Figs. 1 to 5 has a configuration in which two guide spheres 7 and 8 of the IC chip are provided, but the new IC chip MC is shown in Figs. 6A and 6B are configured so that the issuance of the issuance, the inlet of the used IC chip MC, and the inlet of another IC chip SC used for service are all arranged in one guide slot 20. FIG. Fig. 6C sequentially illustrates the storing state of the new IC chip MC, the read-write state of information, and the state of discharging the finished IC chip MC to the outside of the apparatus. In these figures, DX is accommodated. Position, DY denotes an access position by the read / write section 15, and DZ denotes a discharge position, and furthermore, a recovery position in which the position of the receiving chamber 10A on the right side of the figure is opened in the recovery port 17 (see FIG. 7). It consists of a structure.

FIG. 7 is a diagram illustrating the processing procedure when one or two service IC chips SC are put in addition to the issued IC chip MC in the apparatus having a single guide tool 20. FIG. 7A shows a situation in which the service IC chip SC is continuously inserted into the used IC chip MC, and FIG. 7B shows a situation in which the second service chip SC is continuously inserted, and FIG. In the state where the distribution disk 10 was rotated 270 ° in the counterclockwise direction in the state shown in Fig. 7A, the used IC chip MC, which had been read out and closed, was dropped on the recovery port 17 and recovered. At this point, the information of the two service IC chips SC and SC is being read, and the charges calculated and calculated in the state of FIG. 7A are reduced by this service information so that the charges are newly displayed on the display unit. do.

Further, FIG. 7D shows that the service IC chips SC and SC, which have been closed, are read and dropped at the sequential recovery port 17 as the distribution disk 10 rotates counterclockwise. As shown in FIG. 1, the discount amount can be further increased by continuously inserting the service IC chip SC as in the embodiment shown in FIGS. 1 to 5.

Fig. 8 is a block diagram illustrating the electrical configuration of the IC chip read / write device according to the present invention described above, wherein the bus 27 is provided between the CPU 25 constituting the center of the controller and the memory 26 storing the system program. In the interface 28 connected through the above, the feeder solenoid 6, the read / write unit 15, the issuing and returning solenoid 12, the two chip input sensors 4 and 9, the stepping motor 11 and the position The determination sensor 16 is connected, and each has the structure which performs each operation mentioned above under the supervision of the CPU 25 according to the system program stored in the memory 26. As shown in FIG.

According to the above-described procedure, according to the IC chip read / write device according to the present invention, the inserted IC chip is accommodated in a storage chamber of a distribution disk, and the read / write information of the IC chip is read while rotating the distribution disk. In addition, the IC chip can be written down, issued, temporarily held, or used and unused, can be scrapped and collected at the recovery port. Compared with the conventional processing apparatus which performs the processing such as carrying out or conveying IC dug by conveyor, the structure of the whole apparatus can be made simple and compact, and the processing time can be greatly shortened. In addition to using the IC chip that enables robust and repeatable use, it is truly suitable for use in the management of parking lots and other facilities.

Claims (8)

An IC chip read / write device configured to read / write various types of information, including time, to a non-contact IC chip inserted into a device, and to return the IC chip that has completed the read / write back to the device or to collect it into the device. At least two storage chambers for storing the non-contact IC chips put into the apparatus, and a distribution disk for transferring the IC chip in the storage chamber to the required position while being rotated forward or reverse in the circumferential direction by a motor, A non-contact read / write unit which reads and writes various types of information by contacting the IC chip housed on the rotating trajectory and in contact with the IC chip housed in the storage chamber, and the IC chip housed in the storage chamber of the distribution disk. And a collecting means for recovering the IC chip in the storage chamber into the apparatus. 2. The distribution disk according to claim 1, wherein a distribution disk having at least two or more storage chambers provided on a receiving plate provided in the apparatus is freely rotated forward and backward by a motor, and the receiving position of the IC chip is placed on the rotational track of the distribution disk. An access position for non-contact reading and writing of information about the IC chip, a standby position for temporarily suspending the IC chip, a discharge position for discharging the IC chip out of the device, and a number of times of collecting the IC chip into the device An IC chip lead configured to position and to position the IC chip in the storage chamber at the position with or without rotation of the distribution disk according to the contents of the lead / write to the IC chip. Light device. The distribution disk according to claim 1 or 2, wherein the distribution disk is provided in an inclined state with the storage chamber inclined upward, and the IC chip can be supplied to the accommodation position of the distribution disk along the upper surface of the distribution disk in this inclined state. The guide passage is provided, and in the middle of the guide passage, a chip stopper is provided which can temporarily hold the IC supplied to the guide passage and send out the pending IC chip toward the receiving position in accordance with the issuance request. IC chip lead light device. The storage space of each distribution disk according to claim 2, wherein the accommodation position of the IC chip, the access position of the IC chip, and the discharge position for discharging the IC chip to the outside of the apparatus are provided at the same position on the rotational track of the distribution disk. Of the receiving plate serving as the bottom plate of the bottom plate, the opening having the same position is opened, and the opening part is provided with a free opening and closing path for discharging the IC chip in the storage chamber when the opening is opened. An IC chip read / write device comprising a read / write section. 4. The new IC chip according to claim 3, wherein two guide holes for supplying the IC chip to the accommodation position of the distribution disk are provided, and one of the two guide holes is provided with a guide passage provided with a chip stopper in series. An IC chip lead / lighting device for supplying an IC chip, wherein the other guide tool is used for storing IC chips introduced from outside the apparatus. The apparatus side according to claim 1, 2, 3, 4, or 5, wherein a plurality of read marks are provided at regular intervals in the circumferential direction of the distribution disk, and the apparatus side on which the distribution disk is attached freely rotates. An IC chip read / write device, characterized in that a positioning sensor is provided for reading the read mark and detecting the position of a distribution disk. The IC chip according to claim 5, wherein an IC chip guide passage provided in succession to one of the guide spheres and a chip input sensor capable of detecting the IC chip inserted into each of the other guide spheres are provided. Lead light device. 7. A new guide chip according to claim 1, 2, 3, 4, or 6, wherein the guide tool for supplying the IC chip with respect to the receiving position of the distribution disk is used as one. An IC chip lead light device, which is used in combination for storing IC chips introduced from outside of the device.