CN101676957A - Valuable medium processing device - Google Patents

Abstract

The present invention provides a valuable medium processing device, capable of processing the pint-sized coins and coins, and having interchangeability with the present valuable medium processing device. The valuable medium processing device includes an IC coin channel,where IC coins can roll in, where the IC coin channel is composed of a movable IC coin track configured with an input port continuously and fixed IC coin track configured with the movable IC coin channel continuously; a coin track continuously configured with the IC coin track near the input port below the IC coin tract and formed by the fixed coin track for the input coin rolling; a magnet nerghboring with the IC coin track near the input port; and an interlocks driving the magnet and the movable IC coin track; the interlocks may move by magnet of the IC coin, and the movable IC coin track will move with the interlocks to the position of the IC coin channel.

Description

Valuable medium processing device

Technical field

The present invention relates to distinguish the true and false of coin and the valuable medium processing device that can read or write the value information of Coin shape electricity price value information storage medium.

Specifically, relate to the valuable medium processing device of putting into the shared input port of coin and Coin shape electricity price value information storage medium.

In addition, valuable medium processing device of the present invention can be used in Coin-freed video game machine, automatic vending machine etc.

In this manual, so-called " coin " is the general name of the chip of hard coin, game machine as currency and token etc., and so-called " IC coin " is the general name of Coin shape electricity price value storage medium.

Background technology

As the 1st prior art is known a kind of such division Currency Type mechanism arranged, promptly, the behind of the shared input port of the vertical slit-shaped that all can drop at IC coin and hard coin is provided with the lengthwise path with this input port same widths, Width central portion on the bottom surface in this lengthwise path is formed with width can only take in the hard coin, the hard coin passage of the falling ramp that the gradient is relatively large, be provided with the slit-shaped hard coin receiving port that width can only allow the hard coin fall at this hard coin with the place ahead of passage, and at the curb that on both sides of the road be formed with the gradient less falling ramp of this hard coin with passage, be provided with IC coin acceptance division (for example, with reference to patent documentation 1) than this more forward the place ahead of slit-shaped hard coin receiving port.

As the 2nd prior art is known a kind of such structure arranged, be provided with downward-sloping coin transfer passage continuously with same input port, in this coin transfer passage, be provided with a plurality of gates (shutter), the size of the coin by distinguishing input and open a plurality of gates selectively, thereby IC coin and coin are assigned to each self-corresponding handling part (for example, with reference to patent documentation 2).

Patent documentation 1: TOHKEMY 2006-189986 (Fig. 1-Fig. 3, the 2nd page the-the 4th page)

Patent documentation 2: TOHKEMY 2005-293097 (6 pages the-the 11st page of Fig. 2-7, the)

The 1st prior art can be put into coin and IC coin in the same input port, has the advantage that client can not make a mistake the input port.

But, though coin is dropped in the hard coin passage,, therefore might on curb, roll and do not drop in the coin usefulness passage because coin has inertial force because of rolling by the curb of soft falling ramp, the result can't distinguish coin.

In addition, coin is just to be identified after being assigned with in the process of rolling on the IC coin passage.

Therefore, the IC coin read or writing station must be configured in the downstream of the passage that coin rolls, the problem that exists device to maximize.

And in the 1st prior art, the true and false of coin only is to distinguish that mechanically its thickness distinguishes, therefore can not pick out only is the thickness smash identical with genuine note thickness.

Distinguish precision in order to improve the true and false, need that also diameter, material etc. is carried out the true and false and distinguish that this must be provided with condition discriminating apparatus with passage continuously with coin, the problem that exists device to maximize.

Say that at length consideration from guarantee the interchangeability with the Coin discrimination apparatus that has used game machine etc. aspect need become Coin discrimination apparatus the size that is not more than Coin discrimination apparatus in the past.

Specifically, valuable medium processing device must be incorporated in the space of about width 50mm, height 130mm and depth 120mm.

The 1st prior art maximizes as described above, therefore can't be made into the machine that has been provided with to have the such size of interchangeability.

The 2nd prior art must be distinguished portion at the treating apparatus of the downstream configuration IC coin that gate distributes and the true and false of coin the same with the 1st prior art, can't be made into the machine that has been provided with to have the such size of interchangeability.

Summary of the invention

The 1st purpose of the present invention is to provide can handle the small-sized IC coin and the valuable medium processing device of coin.

The IC coin that the 2nd purpose of the present invention is to provide the valuable medium processing device that can handle and be provided with to have interchangeability and the valuable medium processing device of coin.

The 3rd purpose of the present invention is to provide at an easy rate can handle the small-sized IC coin and the valuable medium processing device of coin.

In order to reach this purpose, valuable medium processing device of the present invention constitutes as described as follows.

A kind of valuable medium processing device, its true and false to the above-mentioned coin in the shared input port of the IC coin that is put to coin and at least a portion and is made of magnetic is distinguished and is distinguished into the reception coin, return coin, and communicate with above-mentioned IC coin and be distinguished into and receive the IC coin or return the IC coin, it is characterized in that, comprise: the IC coin passage, roll therein for above-mentioned IC coin, this IC coin passage is by the movable IC coin guide rail that disposes continuously with above-mentioned input port, and the fixedly IC coin guide rail that forms continuously with above-mentioned movable IC coin guide rail in fact constitutes; Near the coin passage, itself and above-mentioned input port IC coin passage is formed by the fixed coin guide rail that rolls for the above-mentioned coin that is dropped into continuously and be formed on the below of above-mentioned IC coin passage; Near the magnet, itself and above-mentioned input port IC coin passage disposed adjacent; And linkage, it drives and links above-mentioned magnet and above-mentioned movable IC coin guide rail, above-mentioned linkage can be moved by the above-mentioned magnetic absorption of IC coin, and above-mentioned movable IC coin guide rail and above-mentioned absorption are moved interlock and is moved to IC coin passage formation position.

A kind of valuable medium processing device, its true and false to the above-mentioned coin in the shared input port of the IC coin that is put to coin and at least a portion and is made of magnetic is distinguished and is distinguished into the reception coin, return coin, and communicate with above-mentioned IC coin and be distinguished into and receive the IC coin or return the IC coin, it is characterized in that, comprise: the IC coin passage, roll therein for above-mentioned IC coin, this IC coin passage is by the movable IC coin guide rail that disposes continuously with above-mentioned input port, and the low early and high after fixedly IC coin guide rail that forms continuously with above-mentioned movable IC coin guide rail in fact constitutes; Near the coin passage, itself and above-mentioned input port IC coin passage is formed on the below of above-mentioned IC coin passage continuously and with above-mentioned IC coin guide rail abreast, is formed by the low early and high after fixed coin guide rail that rolls for the above-mentioned coin that is dropped into; Near the magnet, itself and above-mentioned input port IC coin passage disposed adjacent; And linkage, it drives and links above-mentioned magnet and above-mentioned movable IC coin guide rail, above-mentioned linkage can be moved by the above-mentioned magnetic absorption of IC coin, and above-mentioned movable IC coin guide rail and above-mentioned absorption are moved interlock and is moved to IC coin passage formation position.

In the invention of technical scheme 1, magnet is attracted from the magnetic of the input IC coin in shared input port, and movable IC coin guide rail is moved to the position of formation IC coin passage with the mobile interlock of this magnet.

Thus, the IC coin is fixedly rolling on the IC coin guide rail after rolling on movable IC coin guide rail.

In this IC coin passage, communicate by letter with the storage part in being built in the IC coin, carry out predetermined process, be distinguished into and take in the IC coin and return the IC coin.

Coin is put under the situation in the input port, because coin is not a magnetic, so magnet can not move because of inserting coin.

Thus, movable IC coin guide rail can not move to the position that constitutes the IC coin passage, drops to downside so insert coin from the IC coin passage, rolls on the fixed coin guide rail.In this rolling process, obtain the information such as diameter of coin, compare with standard value and distinguish true from false, smash is returned, and true coin is contained.

Thereby, utilize by the moving of magnet of the magnetic of IC coin absorption movable IC coin guide rail is moved, constituted the IC coin passage, so have structure very simple, can miniaturization and constitute such advantage at an easy rate.

And, because miniaturization, so can form the size that has interchangeability with existing valuable medium processing device.

In the invention of technical scheme 2, magnet is attracted by the magnetic of the IC coin that drops into from shared input port, and the mobile interlock of movable IC coin guide rail and this magnet is moved to the position that constitutes the IC coin passage.

The IC coin that rolls in the IC coin passage can be retained the position that device stops at regulation.

The IC coin that is stopped by retaining device is by being configured the information that nigh read-write equipment read, write regulation.

The IC coin of the predetermined process that is through with is removed by retaining device and is stopped, and rolls in the IC coin passage again, is assigned to by the IC Coin dispensing apparatus and returns passage or take in the passage.

Be assigned to the IC coin of returning passage and in returning passage, roll, arrive and return mouth, returned client, be assigned to the IC coin of taking in passage and be incorporated in the incorporating section.

The coin absorption that magnet can not dropped into from shared input port is not so movable IC coin guide rail constitutes the IC coin passage.

Thus, the coin of input drops to the coin passage from the IC coin passage, rolls in coin passage

Roll midway at this, coin characteristics such as diameter, material, thickness are detected, and based on this detection information, condition discriminating apparatus carries out that the true and false is distinguished and/or Currency Type is distinguished.

Based on the result that distinguishes of this condition discriminating apparatus, coin is assigned to by Coin dispensing apparatus and takes in passage or return in the passage.

Be assigned to the coin of returning passage and in returning passage, roll, arrive the shared mouth of returning, returned client, be assigned to the coin of taking in passage and be incorporated in the incorporating section.

IC coin passage and coin passage are set up in parallel up and down, dispose read-write parts, condition discriminating apparatus respectively, and the input port of IC coin and coin is shared with returning mouth, so have the advantage that can make equipment miniaturization.

Description of drawings

Fig. 1 is the stereographic map of the valuable medium processing device of embodiment.

Fig. 2 is the left side view of the valuable medium processing device of embodiment.

Fig. 3 is the right side view of the valuable medium processing device of embodiment.

Fig. 4 is the vertical view of the valuable medium processing device of embodiment.

Fig. 5 is the A-A cut-open view of Fig. 4.

Fig. 6 is the B-B cut-open view of Fig. 3.

Fig. 7 is the C-C cut-open view of Fig. 3.

Fig. 8 is the D-D cut-open view of Fig. 4.

Fig. 9 is the exploded perspective view of linkage of the valuable medium processing device of embodiment.

Figure 10 is the E-E cut-open view of Fig. 3.

Figure 11 is the F-F cut-open view (state usually) of Fig. 3.

Figure 12 is the amplification view of input holdout device portion of the valuable medium processing device of embodiment.

Figure 13 is the G-G cut-open view of Fig. 2.

Figure 14 is the H-H cut-open view of Fig. 3.

Figure 15 is the I-I cut-open view of Fig. 2.

Figure 16 is the F-F cut-open view (the IC coin drops into state) of Fig. 3.

Embodiment

A kind of valuable medium processing device of preferred forms of the present invention, its true and false to the above-mentioned coin in the shared input port of the IC coin that is put to coin and at least a portion and is made of magnetic is distinguished, be distinguished into the reception coin, return coin, and communicate by letter with above-mentioned IC coin and be distinguished into and receive the IC coin or return the IC coin, it is characterized in that, comprise: the IC coin passage, roll therein for above-mentioned IC coin, this IC coin passage is by the movable IC coin guide rail that disposes continuously with above-mentioned input port, and the low early and high after fixedly IC coin guide rail that forms continuously with above-mentioned movable IC coin guide rail in fact constitutes; Near the coin passage, itself and above-mentioned input port IC coin passage is formed on the below of above-mentioned IC coin passage abreast with above-mentioned IC coin guide rail continuously, is formed by the low early and high after fixed coin guide rail that rolls for the above-mentioned coin that is dropped into; Near the magnet, itself and above-mentioned input port IC coin passage disposed adjacent; And linkage, it drives and connects above-mentioned magnet and above-mentioned movable IC coin guide rail, above-mentioned linkage can be moved by the above-mentioned magnetic absorption of IC coin, and above-mentioned movable IC coin guide rail and above-mentioned absorption are moved interlock and is moved to IC coin passage formation position.

Embodiment

In an embodiment, coin C is discoid and is metal, can utilize from focusing on to be tilted in the lower channel and roll.

IC coin EC is discoid, can utilize from focusing on to be tilted in the lower channel and roll, and, constitute by core ECC and ring ECR.Core ECC is built-in with the IC chip TP with antenna that can read or write in non-contacting mode; Ring ECR is positioned at the periphery of core ECC, by magnetic, preferably be made of the ferromagnetism body, for example forms thickness and the diameter slightly littler than 500 Japanese yen coins.

So-called Coin shape electricity price value information storage medium is meant IC coin EC.

IC coin EC can constitute suitable size, but in order to make client produce the impression that its value is higher than the maximum amount coin, preferably constitutes the size with 500 Japanese yen coin same degree.

Can suit to select the material of magnetic, but be under the situation of iron, cause outward appearance not good because get rusty, also be forged easily, the stainless steel that the Jap.P. that the therefore preferred the applicant of employing applies for is put down in writing for No. 3039838.

Valuable medium processing device 100 comprises: the retaining device 108 of input port 102, IC coin passage 104, coin passage 106, IC coin, read-write equipment 112, IC Coin dispensing apparatus 114, condition discriminating apparatus 116, Coin dispensing apparatus 118, return passage 120, return mouthfuls 124, the pick-up unit 128 of cancellation device 126, IC coin, drop into holdout device 132.

Input port 102 at first is described.

Input port 102 has the C and as the function of the IC coin EC of electricity price value information storage medium of inserting coin.

Input port 102 is shared input ports of coin C and IC coin EC.

In the present embodiment, input port 102 is lengthwise rectangles, and its width forms greatlyyer slightly than the thickness of 500 Japanese yen coins of maximum ga(u)ge, and it highly forms greatlyyer slightly than the diameter of 500 Japanese yen coins.

Like this, IC coin EC, 5 yen～500 Japanese yen coins and game tokens can be put in the input port 102.

Shared by the input port that makes coin C and IC coin EC, have and can dwindle the advantage that the input port is provided with scope, can makes equipment miniaturization.

In the present embodiment, input port 102 is formed on the front shroud 134 of the lengthwise rectangle that stands vertically.

Front shroud 134 is fixed to the front surface that covers metal tabular front panel 136.

Then, with reference to Fig. 5 IC coin passage 104 is described.

IC coin passage 104 has the function of rolling for the IC coin EC that is put in the input port 102 under the effect of deadweight.

IC coin passage 104 forms continuously with input port 102, be from input port 102 far away more more by under downward ramp way, be by IC coin guide rail 162, substrate 144 and cancellation cover plate (cancel cover) 146 surround the below and about the passage (Fig. 6) of the lengthwise slit-shaped that forms.

In other words, IC coin passage 104 is to hang down the linearly extended passage in right highland by the side 152 of substrate 144, the side 160 of cancellation cover plate 146 and the left side that IC coin guide rail 162 is divided among the Fig. 5 that forms.

IC coin guide rail 162 is elongated projections of the linearity that forms with the low early and high after ground of the angle of regulation (Fig. 5 sees it then is that a left side is low right high) continuously with the lower edge of input port 102, comprising: be formed integrally as the fixedly IC coin guide rail 162F of linearity with substrate 144; And can be bearing in rotationally cancellation on the cover plate 146, can be at the fixing movable IC coin guide rail 162M between IC coin guide rail 162F and the input port 102, fixedly IC coin guide rail 162F and movably the IC coin guide rail 162 of the low early and high after linearity of IC coin guide rail 162M formation.

Substrate 144 is tabular bodys of the essentially rectangular that is made of the nonmagnetic material that stands vertically that vertically is fixed with front panel 136.

The side 152 of substrate 144 is in order to guide coin C and the IC coin EC that is dropped into, and is positioned at same plane with the side 140 of input port 102.

Substrate 144 is preferably integrally formed by resin.

Cancellation cover plate 146 is tabular bodys of the essentially rectangular that is made of nonmagnetic material, setting its upper end for swings on the axle 156 that is bearing in freely on bearing 154A, the 154B (Fig. 2) that is installed on substrate 144, under the effect of the spring 158 that the application of force is used, be subjected to rotating force and close substrate 144, arrive substrate 144 by the projections that makes the lower end, thereby with side 152 and 160 location, spaced and parallel ground with regulation.

Cancellation cover plate 146 is preferably integrally formed by resin.

In the centre of the part that is positioned at input port 102 sides of cancelling cover plate 146, rotating freely from outstanding forwards, backwards bolster 165A, the 165B of pendular body 163 that is formed with movable IC coin guide rail 162M in the upper end, the earth's axis is bearing on bearing 167A, the 167B.

Pendular body 163 is the bars that extend along the vertical direction, its via from the centre sidelong to outstanding bolster 165A, 165B, rotate and be bearing in freely on bearing 167A, the 167B.

From the bottom of pendular body 163 towards front panel 136 outstanding being provided with by moving plate 169 (Fig. 2).

The axis of bolster 165A, 165B and fixed coin guide rail 150 configured in parallel.

Movable IC coin guide rail 162M and fixed coin guide rail 150 configured in parallel, under the situation that is positioned at guide position GP, the side 152 that facing of rolling for IC coin EC tilts.

In addition, effect has along making its moment from common-use tunnel 170 exit axis (moment) usually on pendular body 163, and this moment is set under the situation that is equipped with IC coin EC also can remain on guide position GP with IC coin EC.

Then, with reference to Fig. 5 coin passage 106 is described.

Coin passage 106 has the function of rolling for the coin C that is put in the input port 102.

Coin passage 106 is continuous with near the IC coin passage 104 the input port 102, below IC coin passage 104 with IC coin passage 104 abreast straight line extend.

The width of coin passage 106 is identical with IC coin passage 104 thickness.

Specifically, has the big slightly width of thickness than the 500 the thickest Japanese yen coins in 5 yen～500 Japanese yen coins.

In other words, coin C and IC coin EC can roll in coin passage 106 and IC coin passage 104.

Coin passage 106 is the rectangular lengthwise linearity passages in cross section that surrounded by the fixed coin guide rail 150 that tilts, substrate 144 and cancellation cover plate 146 low early and high afterly.

In other words, coin passage 106 more away from input port 102 more by tilting down, its upper end is connected with IC coin passage 104.

Coin C is after input port 102 has just been dropped into, and the amount of mobile diameter roughly in IC coin passage 104 drops in the coin passage 106 afterwards.

Therefore, the IC coin passage 104 that links to each other with input port 102 is common-use tunnels 170 shared with IC coin passage 104.

Coin guide rail 166 is outstanding from the lower end of the side 160 of cancellation cover plate 146, and coin guide rail 166 upper surfaces tilt towards substrate 144 sides with descending.

Utilize this inclination, coin C rolls on one side against substrate 144 on one side, therefore has the effect that makes scrolling position stable.

Interval between the side 160 of the side 152 of substrate 144 and cancellation cover plate 146 is configured to bigger slightly than the maximum ga(u)ge of the coin C that selects.

Coin passage 106 is made of substrate 144, cancellation cover plate 146 and coin guide rail 166.

Coin guide rail 166 is made of roll beginning guide rail 148 and fixed coin guide rail 150.

Coin guide rail 150 forms abreast with fixing IC coin guide rail 162F.

The beginning guide rail 148 that rolls is the trapezoidal sheet metals that are fixed on the cancellation cover plate 146 adjacent with front panel 136, and the rolling surface 168 that falls that links to each other with fixed coin guide rail 150 forms agley.

Therefore, coin C's falls the rolling speed that can not cause the wearing and tearing that fall rolling surface 168 and can improve coin C.

Coin C can be rolled on coin guide rail 166 with the state of holding up to its side channeling conduct by the side 160 of side 152 and cancellation cover plate 146 on one side on one side.

Then mainly cancellation device 126 is described with reference to Fig. 3.

Cancellation device 126 has the coin C that is stuck in the coin C in IC coin passage 104 or the coin passage 106 or drop into cancelled and it is turned back to returns mouthfuls 124 function.

In the present embodiment, cancellation device 126 comprises cancellation cover plate 146, cancellation bar 174 and the 1st linkage assembly 176.

At first bar 174 is cancelled in explanation.

Cancellation bar 174 is bars that client operates in order to return coin C, and rotation in the middle of the cancellation bar 174 is installed in freely from substrate 144 on laterally outstanding stationary shaft 178.

The control lever 180 of cancellation bar 174 is outstanding to the place ahead of front shroud 134 from the opening 182 of the below, right side of the input port 102 that is formed on front shroud 134, can be disposed by client with pressing.

Be formed with by what the inclined-plane constituted in the medial side face of control lever 180 and press down cam 184, the 1st swing arm 190 can be pressed.

Control lever 180, is also kept by the position of readiness of block (not shown) block at Fig. 3 along the clockwise direction application of force among Fig. 3 usually by flexibly.

The 1st linkage assembly 176 then is described.

The 1st linkage assembly 176 has following function: press down that cam 184 rotates along the counter clockwise direction among Fig. 3 situation under, the lower end edge that makes cancellation cover plate 146 moves away from the direction of substrate 144.

In the 1st linkage assembly 176, the 1st swing arm 190 rotates and is installed in freely from front panel 136 along on the stationary shaft 185 that laterally extend at the rear, promote the lower end of cancellation cover plate 146 by the horizontal top 190T of the 1st swing arm 190, making cancellation cover plate 146 is that fulcrum rotates with axle 156, tilts with respect to substrate 144.

Thus, gap between the side end face of coin guide rail 166 and the side 152 forms more than the thickness of coin C, and the upper surface of fixed coin guide rail 150 is with respect to laterally downward-sloping, and therefore the coin C of mounting falls owing to conducting oneself with dignity on fixed coin guide rail 150.

The coin C that falls drops to coin and returns after guide rail 192 (Figure 13) goes up, because deadweight and return on the guide rail 192 to the right of Fig. 5 at coin and to roll, tumble to returning mouth 124, this coin is returned guide rail 192 and is being formed on below the coin passage 106 on the substrate 144, have a down dip towards front panel 136 side direction, constitute and return passage 120.

Return mouthful 124 groove shapes that form round both sides and the place ahead of coin C, so coin C remains on the state of erectting and returns in mouthfuls 124.

The pick-up unit 128 of IC coin EC and coin C then, is described with reference to Fig. 5.

Pick-up unit 128 is configured on the common-use tunnel 170, and the valency medium that has that has being put in the input port 102 is the function that coin C or IC coin EC distinguish.

Thereby pick-up unit 128 can change to other devices with same function.

In the present embodiment, pick-up unit 128 comprises the 1st sensor 196 and the 2nd sensor 198 of the side 152 that is configured in substrate 144.

In the present embodiment, the 1st sensor 196 and the 2nd sensor 198 are the infiltration type photoelectric sensors that cross common-use tunnel 170, can be altered to reflective photoelectric sensor, touch sensor etc.

The 1st sensor 196 be configured in transfer device 122 and IC coin guide rail 162 near, by coin C and IC coin EC blocking projection light, output detection signal when projection light is interdicted.

The 2nd sensor 198 is not configured in can be interdicted projection light by the coin C through common-use tunnel 170, and can be by the position of large diameter IC coin EC blocking projection light.

Therefore, under the situation that the projection light of the 1st sensor 196 and the 2nd sensor 198 is interdicted simultaneously, pick out IC coin EC and dropped into, transfer device 122 is withdrawed from from IC coin passage 104.

Then, condition discriminating apparatus 116 is described.

Condition discriminating apparatus 116 has the true and false of the coin C that rolls in coin passage 106 and the function that Currency Type is distinguished.

Condition discriminating apparatus 116 comprises coil case 232,234,236, and this coil case the 232,234, the 236th is wrapped in coil relative along coin passage 106 and substrate 144 and cancellation cover plate 146 and forms on the core that is fixed.

Coil case 232 is used to detect the diameter of coin C.

Coil case 234 is used to detect the thickness of coin C.

Coil case 236 is used to detect the material of coin C.

To be input to from the output of these coil cases 232,234,236 and distinguish circuit (not shown), compare positive puppet and the Currency Type of distinguishing coin C with the specified standard value.

Condition discriminating apparatus 116 is under the situation of counterfeit money, cancelling signal CS to be outputed to Coin dispensing apparatus 118 at coin.

Then, Coin dispensing apparatus 118 is described.

Coin dispensing apparatus 118 has the coin C that will be in coin passage 106 rolls and is assigned to coin and returns in the passage 191 or be assigned to and lead to the coin of preserving coin receptacle and take in function among the passage 244C.

Coin dispensing apparatus 118 has coin and divides part 246, electromagnetic driver 248 and the 2nd linkage assembly 252.

Coin divide on the extended line that part 246 can be positioned at coin passage 106 canceling position CP or to the reception position SP1 that takes in passage 244C guiding.

It is to be installed in top from 2nd swing arm 254 of substrate 144 on laterally outstanding stationary shaft 258 freely towards the barred body that extends transverse to coin passage 106 from rotation that coin divides part 246.

The other end of the 2nd swing arm 254 is combined on the iron core 260 of the 1st electromagnetic driver 248 by linkage assembly 252.

Iron core 260 to the application of force, is maintained at canceling position CP by the left of spring (not shown) in Fig. 8 usually.

Be characterized as at condition discriminating apparatus 116 under the situation of true coin, the 1st electromagnetic driver 248 is by excitation, iron core 260 is by right-hand the moving in Fig. 8, so the 2nd swing arm 254 rotates to counter clockwise direction, coin divides part 246 to be moved to reception position SP1 and kept.

Coin divides under the situation that part 246 is maintained at reception position SP1, and the coin C that rolls in coin passage 106 drops to coin from fixed coin guide rail 150 and divides on the part 246, is directed into coin and takes among the passage 244C.

Coin divides under the situation that part 246 is positioned at canceling position CP, coin C that falls from coin passage 106 and coin divide part 246 butts and are directed into right-hand Fig. 5, turn back to so coin C rolls on coin is returned the coin cancellation guide rail 192 of passage 191 to return in mouthfuls 124.

Then, with reference to Fig. 5,6,7 explanation transfer devices 122.

Transfer device 122 has and is directed to function in the coin passage 106 with being put to coin C in the input port 102.

Transfer device 122 comprises transfer body the 262, the 3rd linkage assembly 264 and the 2nd electromagnetic driver 266.

It is tabular shifting body 262, is formed L shapedly as shown in Figure 12, is positioned at the vertical position of an end with the 3rd swing arm 270, and wherein the 3rd swing arm 270 rotates to be installed in freely and is parallel on the stationary shaft 268 that substrate 144 ground are fixed.

Shift body 262 and have portion of standing vertically 272 and down slop portion 274, the coin C that is dropped into bumps against the portion of standing vertically 272 and the inertia that rolled by cancellation, because of after deadweight falls downwards, drops on the rolling surface 168 of rolling guide 148.

The end of connecting rod 278 is rotated and is installed in freely from the ratio stationary shaft 268 of the 3rd swing arm 270 away from the outstanding upward axle 276 in the position of substrate 144.

The other end of connecting rod 278 rotates and is installed in freely on the iron core 280 of the 2nd electromagnetic driver 266.

Iron core 280 by spring (not shown) to the projected direction application of force.

Therefore, by excitation, iron core 280 is attracted and under the situation that moves top in Fig. 6, the 3rd swing arm 270 is to counterclockwise rotating at the 2nd electromagnetic driver 266, shift body 262 and in the common-use tunnel 170 of IC coin passage 104, advance, be positioned at the position of roughly cross-section common-use tunnel 170.

The 2nd electromagnetic driver 266 is by under the situation of demagnetization, iron core 280 under the effect of not shown spring to Fig. 6,12 below move.

The 3rd swing arm 270 rotates to clockwise direction, shifts body 262 and withdraws from (Fig. 6,12 position) from common-use tunnel 170 (IC coin passage 104).

At this moment, drop into to stop parts 306 to enter into the IC coin passage 104 adjacent as described later like that, so the C that can't insert coin with input port 102.

Then, with reference to Fig. 5 IC coin retaining device 108 is described.

IC coin retaining device 108 has under the situation that IC coin EC is dropped into the function that IC coin EC is retained in the IC coin passage 104.

IC coin retaining device 108 comprises locking plate 282 and the 4th linkage assembly 283 between locking plate 282 and the 2nd electromagnetic driver 266.

Locking plate 282 rotates and to be installed in freely from substrate 144 on the outstanding stationary shaft 284 in side above IC coin passage 104, and is adjacent with substrate 144, can rotate in the plane parallel with substrate 144.

The 4th linkage assembly 283 comprises slide 287, pin 288 and slotted hole 290, this slide 287 is fixed on the iron core 280, also can be moved by substrate 144 guiding along lateral shuttle, pin 288 is given prominence to horizontal from slide 287, this slotted hole 290 is formed on the locking plate 282, and pin 288 can be slidably inserted in the slotted hole 290.

Prevent body 291 disposing fixing bar-shaped falling across the fixing opposition side of the sidewall 152 of IC coin guide rail 162F.

Be maintained under the state of retention position HP at IC coin EC, can prevent, thereby cancellation cover plate 146 is moved cause the generation of the situation that IC coin EC falls from retention position HP because of operation cancellation bar 174.

The 2nd electromagnetic driver 266 is by under the situation of demagnetization, and slide 287 is arranged in the left of Fig. 8, so locking plate 282 is maintained at the holding position SP2 that rotates along the clockwise direction among Fig. 5.

Locking plate 282 is positioned under the situation of holding position SP2, the IC coin EC that on IC coin guide rail 162, rolls and the top butt of locking plate 282, and rolling is prevented from, and IC coin EC is maintained at retention position HP.

The 2nd electromagnetic driver 266 is by under the situation of excitation, and iron core 280 is by right-hand the moving in Fig. 8, and locking plate 282 is rotated by the counter clockwise direction in Fig. 5.

Thus, the top of locking plate 282 is moved to not the position with IC coin EC butt, IC coin EC can be in IC coin passage 104 further the left in Fig. 5 roll.

The IC coin EC that rolls in coin passage 104 is directed to by IC Coin dispensing apparatus 114 and takes in passage 244IC or the IC coin is returned passage 313.

Then, with reference to Figure 12 input holdout device 132 is described.

Drop into holdout device 132 and have at IC coin EC and be retained under the situation of retention position HP, can't make coin C and IC coin EC put into function in the input port 102.

Dropping into prevention parts 132 is the L shaped bars 302 that form with the 3rd swing arm 270.

The top of L shaped bar 302 is to stop sheet 306.

Stoping sheet 306 can enter into common-use tunnel 170 neutralizations in the position near the front panel 136 at 102 rears, input port withdraws from from common-use tunnel 170.

Therefore, shift body 262 and stop sheet 306 to utilize the swing of the 3rd swing arm 270 and enter into common-use tunnel 170 neutralizations with mutually opposite phase place and withdraw from from common-use tunnel 170.

Particularly, be arranged under the situation of common-use tunnel 170, stop sheet 306 to withdraw from from common-use tunnel 170 at transfer body 262.

Shift under the situation that body 262 withdraws from from common-use tunnel 170, stop sheet 306 to be arranged in the common-use tunnel 170 relative with input port 102.

Therefore, stoping sheet 306 to be positioned under the situation of common-use tunnel 170, coin C and IC coin EC can't be put in the input port 102.

Read-write equipment 112 then is described.

Read-write equipment 112 has to communicate by the IC chip TP with the IC coin EC that is retained in retention position HP and reads the function that writes value information.

In the present embodiment, read-write equipment 112 is fixed on the substrate 144, is to have carried the IC with communication function and the substrate 311 of communicating by letter of antenna.

IC Coin dispensing apparatus 114 then is described.

IC Coin dispensing apparatus 114 has the IC coin EC that will be disengaged the maintenance of locking plate 282 and is assigned to the IC coin and takes in passage 244IC or IC coin and return function in the passage 313.

IC Coin dispensing apparatus 114 comprises that the IC coin divides part 314 and the 3rd electromagnetic driver 316.

The IC coin divides the longitudinal axis 318 rotations of part 314 to be bearing in freely on bearing 318A, the 318B that is formed on the substrate 144.

The upper end of the longitudinal axis 318 is fixed with to the outstanding passive bar 325 in side, and the free end of passive bar 325 is inserted in the hole 332 of driving body 328 on top of the iron core 326 that is fixed on the 3rd electromagnetic driver 316.

The 3rd electromagnetic driver 316 is by under the situation of demagnetization, and iron core 326 utilizes spring (not shown) outstanding and be maintained at the position CP that returns shown in Figure 7.

Returning position CP, the position that the IC coin divides part 314 to be maintained at Fig. 7, after linking to each other as the side 152 of returning guide surface 333 and forming IC coin passage 104 of a side, along with extension downwards to horizontal broad warp highlightedly.

Utilize this bending, IC coin EC is directed into the IC coin and returns in the passage 313.

The IC coin is returned the below that passage 313 is formed on fixed coin guide rail 150, is separated by next door 335 and returns passage 191 with coin and dispose side by side.

Next door 335 is positioned on the extended line of cancellation cover plate 146.

The 3rd electromagnetic driver 316 is by under the situation of excitation, and the IC coin divides part 314 to be rotated by the clockwise direction in Fig. 7, return guide surface 333 rear side take in reception position RP on the extended line of sidewall 160 that guide surface 336 is positioned at cancellation cover plate 146.

Take in guide surface 336 and form agley, take among the passage 244IC thereby IC coin EC is directed to.

Thereby IC coin EC is directed into the IC coin and takes among the passage 244IC.

The IC coin is taken in passage 244IC and is taken in passage 244C with respect to coin and divided by substrate 144, and takes in passage 244C with coin and dispose side by side.

In addition, preferably take in and dispose the anti-parts 320 that angle on the passage 244C at coin.

It is swingingly to be installed in fan-shaped prevention body 324 on the axle 322 with respect to axle 322 that present embodiment anti-angled parts 320.

Usually, under the effect of gravity, stop the part of body 324 to hang down to become to be projected into to take in the state in the passage 244.

Under the situation that true coin C passes through, stop body 324 to be moved by this coin C, this coin C can pass through.

After coin C has passed through, stop body 324 to utilize the moment that deadweight produced of self to restore to the original state.

Thus, under situation about being pulled outwardly, under the effect of this coin C, stop body 324 stressed and be drawn into and take in the passage 244C, therefore be prevented from body 324 and stop and move and can't pull out coin C with the coin that plays of rope.

The display 330 of the value information that the IC chip TP that is used to show IC coin EC stored preferably is installed on front shroud 132.

Preferred display 330 forms up, is configured to the state that client sees easily.

In addition, make front shroud 134, on the front panel 136 of front shroud 134 rear side, dispose a plurality of LED and make LED luminous, can improve ornamental with translucent resin.

And, by the loudspeaker of packing into, energy playing back music, broadcasting.

The mobile device 332 of movable IC coin guide rail 162M then, is described with reference to Fig. 9,11 and 16.

Mobile device 332 has under IC coin EC is put to situation in the input port 102, makes movable IC coin guide rail 162M move to the function of guide position GP.

Mobile device 332 comprises permanent magnet 334 and linkage 336.

Permanent magnet 334 at first is described.

Permanent magnet 334 can contact, leave the ground disposed adjacent with the common-use tunnel 170 in the positive downstream of coin slot 102, is configured in the side of the ring ECR of IC coin EC.

In other words, permanent magnet 334 can be in the opening on being formed at substrate 144 335 attracted by the magnetic of ring ECR and near IC coin EC move.

Then, linkage 336 is described.

Linkage 336 has under the situation that magnetic force that permanent magnet 334 utilizes self has been moved by the ring ECR of IC coin EC absorption, makes the function with the mobile interlock of movable IC coin guide rail 162M of moving of permanent magnet 334.

Linkage 336 comprises the 4th swing arm 338.

The 4th swing arm 338 be with the centre rotate be bearing in freely from the back side of front shroud 134 on the outstanding stationary shaft 344 in horizontal rear, the clava of linearly extension along the vertical direction.

Columniform permanent magnet 334 is inserted in the cylinder retainer 340 that is fixed on the upper end that is formed at the 4th swing arm 338, the position that is positioned at stationary shaft 344 downsides on the 4th swing arm 338 is formed with fastening recess 346, is formed with pushing part 342 in the bottom of the 4th swing arm 338.

Pushing part 342 promote pendular bodies 163 by moving plate 169.

The counter clockwise direction of the 4th swing arm 338 in effect lower edge Figure 11 of self moment of being produced of deadweight rotated, but the ring ECR of IC coin EC is under the situation of the above magnetic of setting, and the 4th swing arm 338 utilizes the clockwise direction of absorption affinity in Figure 11 of permanent magnet 334 to rotate.

Thus, pushing part 342 promotes by moving plate 169 pendular body 163 to be rotated, and makes movable IC coin guide rail 162M move to guide position GP (Figure 15).

Ring ECR is that IC coin EC is adsorbed by permanent magnet 334 under the situation of ferromagnetism body such as iron, can't roll on movable IC coin guide rail 162M.

In this case, utilize the cancellation operation of cancellation bar 174 and remove absorption by absorption decontrol 350.

Therefore, with regard to and the magnetic force of permanent magnet 334 between relation with regard to, it is above and below the setting that the magnetic of ring ECR is necessary for setting.

In other words, if iron is the ferromagnetism body, ring ECR is necessary for the weak magnetic substance as the magnetic stainless steel.

Then, absorption decontrol 350 is described.

Absorption decontrol 350 has the function of the false IC coin that releasing adsorbed by permanent magnet 334.

Be inserted into the fastening recess 346 from the releasing sheet 352 of the 1st swing arm 190 to the outstanding arc in side.

As mentioned above, under the situation that the false IC coin made by the ferromagnetism system of ring ECR is dropped into, when depressing cancellation bar 174, the 1st swing arm 190 is pressed down cam 184 pushings and counter clockwise direction in Figure 10 is rotated.

Thus, top 190T promotes the lower end of cancellation cover plate 146, and therefore cancelling bar 146 is that fulcrum rotates with axle 156, and the interval between the substrate 144 is extended.

And, utilize the rotation of the 1st swing arm 190, remove the top 346U that sheet 352 promotes fastening recess 346, therefore the 4th swing arm 338 rotates along the counter clockwise direction among Figure 16.

Thus, permanent magnet 334 is drawn back from false IC coin forcibly, under false IC coin drops to, arrives and returns after the passage 120, is returned in the mouth 124.

The effect of present embodiment then, is described.

The situation that has dropped into genuine note coin C at first is described.

This valuable medium processing device 100 is not under the situation of standby (standby) state, the 2nd electromagnetic driver 266 of transfer device 122 is by demagnetization, iron core 280 is moved to the below of Fig. 6 in the effect of spring (not shown), the 3rd swing arm 270 rotates to clockwise direction by means of connecting rod 278, and being positioned at can be along the position to greatest extent (state of Fig. 6) that clockwise rotates.

Thus, shift body 262 and be maintained at the position of withdrawing from from common-use tunnel 170.

On the other hand, the input that is moved to opposite phase stops sheet 306 to enter in the common-use tunnel 170.

Therefore, coin C and IC coin EC are dropped into stops sheet 306 to stop, and can't put in the input port 102.

This valuable medium processing device 100 is under the situation of holding state, and the 2nd electromagnetic driver 266 is by excitation, and iron core 280 is pulled up in Fig. 6, and the 3rd swing arm 270 rotates to counter clockwise direction by connecting rod 278.

Thus, shift body 262 and enter into common-use tunnel 170, drop into prevention sheet 306 and withdraw from from common-use tunnel 170.

Therefore, coin C and IC coin EC can put into respectively in the input port 102.

The 1st electromagnetic driver 248 of Coin dispensing apparatus 118 is by demagnetization, and iron core 260 is right-hand the moving in Fig. 5 under the effect of spring (not shown), so the 2nd swing arm 254 is rotated (state of Fig. 5) along clockwise direction by the 2nd connecting rod 252.

Thus, coin divides part 246 to be maintained at canceling position CP.

The 3rd electromagnetic driver 316 of IC Coin dispensing apparatus 114 is maintained at canceling position CP also by demagnetization.

In other words, the IC coin divides the guide surface 333 of returning of part 314 to be maintained at the position (state of Fig. 7) that links to each other continuously with the sidewall 152 of substrate 144.

Coin C is put under the situation in the input port 102, and permanent magnet 334 is not adsorbed by coin C, so pushing part 342 does not promote by moving plate 169.

Thus, movable IC coin guide rail 162M is not projected in the common-use tunnel 170, and the rolling that the C that inserts coin drops to coin passage 106 begins to roll after beginning on the guide rail 148, rolls on fixed coin guide rail 150.

Under the situation that coin C is dropped into suddenly, the diameter of coin C is less, therefore the optical axis of the 1st sensor 196 and the 2nd sensor 198 can not interdicted simultaneously, therefore the 2nd electromagnetic driver 266 keeps by the state of excitation, shifts body 262 and is projected in the IC coin passage 104.

Thus, the C that inserts coin advances in common-use tunnel 170 and runs into portion that stands vertically 272 or the rake 274 that shifts body 262.

The coin C that runs into portion of standing vertically 272 or rake 274 rebounds and is eliminated to horizontal mobile inertial force to input port 102 sides, falls under the effect of gravity, dropping on the beginning guide rail 148 that rolls.

Drop to coin C on the rolling surface 168 of the beginning guide rail 148 that rolls and quickened by its arc surface and roll, on fixed coin guide rail 150, roll subsequently.

In the process that coin C rolls on fixed coin guide rail 150, relative with sensor 236,234,232 successively, obtain the identifying information relevant with material, thickness and the diameter of coin C.

Condition discriminating apparatus 116 is distinguished the true and false and the Currency Type of coin C from these identifying informations.

Because this situation is a genuine note, thus be characterized as genuine note, the 1st electromagnetic driver 248 with the stipulated time by excitation.

Utilize this excitation, iron core 260 is pulled to right-hand among Fig. 8, and therefore the 2nd swing arm 254 is to counterclockwise rotating.

Thus, divide part 246 to move to reception position SP1 shown in Figure 5.

The coin C that falls from fixed coin guide rail 150 drops to that coin divides on the part 246 and rebounds to the left of Fig. 5, is taken in passage 244C guiding to coin.

Drop to the coin C that takes on the passage 244C and make and stop the clockwise direction of body 324 in Fig. 5 to rotate and pass through, be retained in and keep in the coin receptacle (not shown).

Even desire with the coin C pull-up that is retained, can be prevented from as described above also that sheet 324 stops and can't pull-up by fishline.

Then, the situation that has been dropped into smash is described.

Be put to smash and above-mentioned rolling on the fixed coin guide rail 150 of coin passage 106 similarly in the input port 102.

Condition discriminating apparatus 116 is based on the identifying information output counterfeit money signal from sensor body 236,234,232, and therefore the 1st electromagnetic driver 248 is not by excitation.

Thus, coin divides part 246 to keep canceling position CP among Fig. 5, so smash is run into branch part 242 and returned passage 191 guiding to coin, is maintained to return in mouthfuls 124 and return.

Then, illustrate IC coin EC is put into situation in the input port 102.

When IC coin EC was inserted in the input port 102, permanent magnet 334 was by ring ECR absorption, and the 4th swing arm 338 rotates along the clockwise direction among Figure 11.

Thus, pushing part 342 promotes by moving plate 169, so pendular body 163 is that fulcrum rotates with bolster 165A, 165B, and movable IC coin guide rail 162M moves to guide position GP (Figure 15,16).

IC coin EC on movable IC coin guide rail 162M, roll and in IC coin passage 104 the right left from Fig. 5 roll.

Utilize this rolling, IC coin EC is by the side of permanent magnet 334, therefore movable IC coin guide rail 162M be not subjected to by permanent magnet 334 produce with its confining force to guide position GP guiding, the IC coin EC that rolls on movable IC coin guide rail 162M utilizes its weight and produces the moment that is maintained at guide position GP, and movable IC coin guide rail 162M keeps guide position GP.

IC coin EC interdicts the projection light of the 1st sensor 196 and the 2nd sensor 198 midway rolling, so pick-up unit 128 detects IC coin EC.

Thus, the 2nd electromagnetic driver 266 is by demagnetization, iron core 280 moves to the below of Fig. 6, therefore the 3rd swing arm 270 rotates to clockwise direction, shifting body 262 withdraws from from common-use tunnel 170, and IC coin input stops sheet 306 to enter into common-use tunnel 170, the C that can not insert coin (state shown in Figure 6).

In addition, the position that locking plate 282 turns to Fig. 5 by slide 287, pin 288, IC coin EC is maintained at retention position HP.

Utilize to shift body 262 and withdraw from from common-use tunnel 170, on IC coin EC was rolled to fixedly IC coin guide rail 162F from movable IC coin guide rail 162M, the upper end was retained in retention position HP (Fig. 5) by locking plate 282 stop.

IC coin EC is retained in after the retention position HP, is communicated by letter with IC chip TP in being built in IC coin EC by read-write equipment 112, reads or write value information.

IC coin EC is retained under the situation of IC coin EC retention position HP, even cancellation bar 174 is rotated, and opened cancellation cover plate 146, because IC coin EC is maintained at substrate 144 and falls and prevents position stability between the body 291, therefore can not produce the read-write mistake yet.

The value information of IC coin EC is that the 3rd electromagnetic driver 316 of IC Coin dispensing apparatus 132 is by excitation under zero the situation, and driving body 328 is moved, and therefore the top of passive bar 325 is moved (state of Figure 14), and the longitudinal axis 318 is to counterclockwise rotating.

Utilize this rotation, the IC coin divides part 314 to rotate along the clockwise direction among Fig. 7, takes in the reception position RP that guide surface 336 is maintained at and cancels the wall coplane of cover plate 146.

Then the 2nd electromagnetic driver 266 is by excitation, and move the top in Fig. 6.

Thus, slide 287 moves to equidirectional, and locking plate 282 rotates by the counter clockwise direction of pin 288 in Fig. 5, moves to non-holding position.

IC coin EC after the stop of locking plate 282 is removed utilizes the inclination of fixing IC coin guide rail 162F and begins to roll, and arrival IC coin divides on the part 314.

The IC coin divides part 314 to be in reception position RP, so IC coin EC is contained guide surface 336 guiding and is taken in passage 244IC guiding to the IC coin.

Under the situation of residual valuable information, the 3rd electromagnetic driver 316 is maintained at canceling position CP not by excitation in IC coin EC.

In other words, the IC coin divides the guide surface 333 of returning of part 314 to be maintained at position with side 152 coplanes of substrate 144.

In this case, IC coin EC is divided part 314 to be directed to the IC coin by the IC coin to return in the passage 313, is returned to return in mouthfuls 124.

The present invention is except the foregoing description, also can be that permanent magnet 334 is adsorbed by the ring ECR of IC coin EC, utilize this absorption, the movable IC coin guide rail of IC coin moves to non-guide position, below the IC coin passage in roll, dropped under the situation of coin C, this coin can roll in the coin passage at upside after the rolling on movable IC coin guide rail, carries out predetermined process in each coin passage.

But, consider that magnetic with the reliability that move of permanent magnet 334 guiding to guide position GP, as embodiment, preferably constitutes IC coin guide rail and utilizes moving of magnet and move to guide position GP.

Claims (2)

1. valuable medium processing device, its true and false to the above-mentioned coin in the shared input port (102) of the IC coin (100) that is put to coin (C) and at least a portion and is made of magnetic (ECR) is distinguished and is distinguished into and receives coin, return coin, and communicate with above-mentioned IC coin and be distinguished into and receive the IC coin or return the IC coin, it is characterized in that

Comprise:

IC coin passage (104), above-mentioned IC coin rolls in this IC coin passage (104), and this IC coin passage (104) is made of movable IC coin guide rail (162M) that disposes continuously with above-mentioned input port and the fixedly IC coin guide rail (162F) that forms continuously with above-mentioned movable IC coin guide rail in fact;

Near the coin passage (106), itself and above-mentioned input port IC coin passage is formed by the fixed coin guide rail (150) that rolls for the above-mentioned coin that is dropped into continuously and be formed on the below of above-mentioned IC coin passage;

Near the magnet (334), itself and above-mentioned input port IC coin passage disposed adjacent;

Linkage (336), it drives and links above-mentioned magnet and above-mentioned movable IC coin guide rail,

Above-mentioned linkage can be moved by the above-mentioned magnetic absorption of IC coin,

Above-mentioned movable IC coin guide rail and above-mentioned absorption are moved interlock and are moved to the guide position (GP) of IC coin.

2. valuable medium processing device, its true and false to the above-mentioned coin in the shared input port of the IC coin that is put to coin and at least a portion and is made of magnetic is distinguished and is distinguished into and receives coin, return coin, and communicate with above-mentioned IC coin and be distinguished into and receive the IC coin or return the IC coin, it is characterized in that

Comprise:

The IC coin passage, above-mentioned IC coin rolls in this IC coin passage, and this IC coin passage is made of movable IC coin guide rail that disposes continuously with above-mentioned input port and the low early and high after fixedly IC coin guide rail that forms continuously with above-mentioned movable IC coin guide rail in fact;

Near the coin passage, itself and above-mentioned input port IC coin passage is formed on the below of above-mentioned IC coin passage continuously and with above-mentioned IC coin guide rail abreast, is formed by the low early and high after fixed coin guide rail that rolls for the above-mentioned coin that is dropped into;

Near the magnet, itself and above-mentioned input port IC coin passage disposed adjacent;

Linkage, it drives and links above-mentioned magnet and above-mentioned movable IC coin guide rail,

Above-mentioned linkage can be moved by the above-mentioned magnetic absorption of IC coin,

Above-mentioned movable IC coin guide rail and above-mentioned absorption are moved interlock and are moved to the guide position of IC coin.

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