TW201013583A - Value medium processing device - Google Patents

Abstract

The first object of the present invention is to provide a value medium processing device capable of processing small IC coins and coins. The second object of the present invention is to provide a value medium processing device capable of processing small IC coins and coins, which are interchangeable with existing value medium processing devices. A value medium processing device discriminates the authenticity of coins inserted into a common insertion slot for coins and IC coins at least partially constructed by magnetic body for sorting the coins into accepted coins or returned coins, and communicates with the IC coins for sorting the IC coins into accepted IC coins or returned IC coins. The value medium processing device includes: an IC coin passage allowing the IC coin to roll, and being formed of a movable IC coin guide rail disposed next to the insertion slot, and a fixed IC coin guide rail disposed substantially connecting the movable IC coin guide rail; a coin passage disposed following the IC coin passage in the neighborhood of the insertion slot and formed under the IC coin passage, and formed by the fixed coin guide rail for the inserted coin to roll; a magnet disposed adjacent to the IC coin passage in the neighborhood of the insertion slot; and an interlocking mechanism that interlockingly-driving the magnet and the movable IC coin guide rail, the interlocking mechanism being able to be stuck to the magnetic body of the IC coin and move, the movable IC coin guide rail being linked to the sticking movement and moving to a position constituting the IC coin passage.

Description

201013583 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a value media processing apparatus for discriminating the authenticity of a coin and the value information of a readable person or a hardband type value information memory medium. More specifically, it relates to a value media processing device that puts coins and hard-band type electronic value information memory media into a common input port.动 动 ί ί 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明瞥"The total of the hardband type electronic value memory media [Prior Art] There is a t-type mechanism in the coin. The 1c coin and the money-sinked slit-shaped common input port are placed at the same width as the input port. The bottom surface of the ft path forms a coin passage for the descending slope of the slope only in the central portion of the width direction, and the slit-shaped coin accepting port of the width is used in front of the groove and the lower slope of the coin is lowered. The shoulder of the inclined surface is provided with an IC coin receiving portion in comparison with the slit-shaped money = for example (see, for example, Patent Document). In terms of the knowing technology of the mouth, it is known that the following is the case: the coin transport path that is connected to the same input 囍 丨 丨 倾斜 在 在 在 在 在 在 四 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬For most gates, the 1C coin and the belt 1 are used as the reference processing section (10). ). ^利文1: Japanese Special Open 2006-189986 (Figure 丨 - Figure 3, 2 pages _ 4 pages) F Lee Document 2: Japan Special Open 2005-293097 (Figure 2-7, 6 pages - 11 pages) : Put the coin and IC _ into the same - input port and take care of the road, the rate of decline of the slope of the road, the coin is dropped to the coin, and the coin may not be able to make the difference. It is identified after being divided in the path of the 1C coin. For the 201013583 road, the IC coin reader or writing device must be placed downstream of the hard-belt rolling path, which has the problem of making the device large. In the first conventional technique, because of the authenticity of the coin, only the thickness is mechanically discriminated, so it is impossible to distinguish the counterfeit coin whose thickness is the same. ΐ ΐ, ί 判 判 判 ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί (4) The viewpoint of the interchangeability of the coin_device is required to be accommodated in the size of a conventional coin discriminating machine. % % Μ,言' must store the value media processing unit in a space of approximately 5 mm in width and 130 mm in width and 120 mm in depth. With = her, b, the legal secrets of the existing model configuration Ϊ: 2 Ma 1 know, Zhuang must be like the first conventional technology in the closed-door distinction between the traitor and Na Zhizhen Qingqing, Yu made it and set up [invention content] (Problems to be Solved by the Invention) The first objective of the media is to provide value for handling small 1c coins (10). The second objective is to provide value for processing IC coins and coins that are interchangeable with existing value ship processing devices. Miscellaneous. The Moon 3 is intended to provide a touch ship handling device f that can handle small 1C coins and coins at a low price. u e硬贤 (A way to solve the problem) ί ϊ ’ 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 , a value media processing device, discriminating between a coin input and a common input port made of a magnetic coin: a return K: _, characterized by: IC hard _, ^ = 201013583, 'and configured by connection The move to the input port is hard = the fixed 1 formed by the movable ic coin guide (: | 忐 = = 1 1c 转 secret == ^, below the road) and scrolled by the coin for the investment Fixed hard 3

The movable connection is placed in the 1c hard-belt path near the input port; the linkage is set: 2 to 2 the magnet and the movable IC coin guide; the linkage device can be moved by the IC, and the movable 1 is movable. The coin guide is linked to the adsorption movement, and is a value media processing device, and the discriminant is composed of a magnetic body; [〇: the common investment of the hard ❿ is characterized by: an Ic coin passage for the κ硬傲 V is configured by a movable redundant hardband guide that is connected to the input port.

The ic hard 瞥 guide rail is formed and the forward descending fixed 1c hard 5 f ' is connected to the ic coin passage near the population and the I ❹ in ί hard (4) descending fixed (10) guide is formed; a nearby ic hard passage; a linkage device that drives a movable 1c coin guide; the continuous installation is movable in the ic coin, and the movable 1C coin guide moves to the adsorption movement to move (the effect of the invention) ΤΓ = In the invention of claim 1 of the patent application, by input from the common input port

Hi magnetic (four) sucks 5 丨 magnets to move the movable IC to the guiding position by moving the magnet. On the track, after the iIC coin rolls on the movable IC hard track, it communicates with the memory unit built in the IC coin in the fixed 1c coin guide in the ^1C hard f path, and performs the same processing, which is different from storing the IC coin and Return the Ic coin. When the hard f is put into the input port, since the hard engine is not a magnetic body, the magnet does not move by the coin entering the 201013583. Set, the coin guide does not move to the position that constitutes the ic coin path. The movement and the entrance of the 妙 妙 妙 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The composition of the bribe is as long as the type of the exchange, so it can be used as a value media processing device with the knowledge of the second. In the invention of claim 2, the magnetic body by your mound = hard The magnet is attracted to move the movable month 4 ==:= to the position constituting the 1C coin passage. The track is linked to the moving position of the magnet. The 1C hard band of the busy coin path can be stopped by the retaining device. The predetermined reading sound is stopped by the retaining device by the retaining device. Once again, in 1c = the path is broken by the IC hard (four) _ then the path or the 1c coin that is stored and corrected is rolled and reaches the return port, and the customer is returned to the storage area for the Ic coin to the storage path. Into the coin, _ 1C. Rolling through, the investment hard to do IC hard material road to the Na-channel, in the hard road access department # 'side Μ, material, thickness and other hard-band characteristics' discriminating device based on this side of the news And the authenticity judgment and / or the currency period. m soot According to the results of the use of this Xiang device, hard (four) by the hard dragon device and 201013583 to distinguish between the storage path or the return path. The coins that are distinguished from the return path roll on the return path and reach the common return port, and are returned to the customer; the coins that are distinguished from the storage path are stored in the storage unit. Since the ic coin passage and the coin passage are juxtaposed in the above manner, the reading and writing mechanism and the discriminating device are disposed, and the input port and the return port of the 1C coin and the coin are common, so that the device can be downsized. [Embodiment] The best mode of the present invention is a value media processing device for discriminating the authenticity of the coin inserted into a common input port of a coin and at least a part of an IC coin made of a magnetic material. And distinguishing between accepting a coin and returning a coin, and communicating with the Ic coin and distinguishing between accepting a 1C coin or returning a 1C coin' is characterized by: comprising: an IC coin path for the ic hard engine to scroll, and configured to connect to a movable ic hardband of the input port, a rail, and a fixed 1C coin guide formed substantially continuous with the movable 1C coin guide and descending forward; the coin passage is connected to the IC coin passage near the input port The lower side of the 1C coin passage is formed in parallel with the IC coin guide rail, and is formed by a fixed coin guide for rolling forward of the coin rolling; the magnet is adjacent to the IC coin disposed near the input port a path; a linking device driving the magnet and the movable IC coin guide; the interlocking magnetic body moves, and the movable IC hard track is interlocked with the shifting = 1C coin passage configured to move the position. [Embodiment] The two-coin C is disc-shaped and made of metal, and can be tilted downward by a 1C hard-belt EC-shaped disc shape and can be used in the downward tilting path itself: hard ECC, ECR, and formed For a little less than, for example, 堉 $ i i 直径 直径 其 其 其 其 其 其 其 , , , , , , 核 核 核 核 核 核 核 核 核 核 核 核 核 核 核 核 核 核 核 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其瞥EC. The size of the touch is 'but the age of the test is higher than the 冋, P, and should be the same size as the 500 round coin. HJ ΐ ΐ 材质 材质 材质 材质 材质 材质 材质 材质 材质 材质 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但 但*敝<Bei value media processing device 100 includes: input port 102; IC coin path 1〇4; f 106; 1C coin retaining device 1〇8; read-in writing device 112; busy hard device 114; Device 116; hard tampering device 118; return path 12 〇; f return port 124; side device 128 with H IC hard band removed; input blocking device 132. First, the input port 1〇2 will be described. The entrance 102 has a function of inputting a hard tape c and a 1C coin EC as an electronic value information memory medium. The entrance port 102 is a common input port for the coin C and the IC coin EC. In the present embodiment, the input port 1〇2 is a vertically long rectangle formed to have a thickness of a Japanese yen 500-yuan coin having a width slightly larger than the maximum thickness, and the height thereof is slightly larger than the diameter of a Japanese yen coin. From the above, you can put the ic coin EC, the Japanese yen 5 round ~500 φ round coin and the game token at the input port 1〇2. Since the input ports of the coin C and the 1C coin EC are made common, the range of the inlet and outlet can be reduced, so that the device can be downsized. In the present embodiment, the inlet port 102 is formed by a lid 134 before the vertical longitudinal rectangle. The front cover 134 is fixed to cover the front surface of the metal plate-shaped front panel 136. Next, the 1C coin passage 1〇4 will be described with reference to Fig. 5 . The 1C coin passage 104 has a function of rolling the 1C hard 瞥 EC input to the input port 1 〇 2 by its own weight. The 1C coin passage 104 is formed to be connected to the input port 1〇2 and is located at an exiting path 9 201013583. The inclined passage is surrounded by the 1C coin guide 162, the base 44 and the 盍 146. (Fig. 10) The IC coin path 1〇4 is a path extending linearly in a downward direction in Fig. 5 by the side surface 152 of the susceptor 144, the cancel ί=ΪΪ1160, and the 1 〇 coin guide 162. The EC1^ material 162 series is connected to the linear elongated protrusion formed by the U 1G2 in the U 1G2 and is fixed by the angle of the mosquito, and is fixed by the ic hard f guide and the movable IC hard guide. It is composed of 162 ,, and its hard material 162 is formed into a linear shape on the base 144; the movable IC is hardly supported by the cancel cover 146 in a rotatable manner and can be located at the fixed coin g and the input port 1〇2 Between the fixed IC hard drive guide legs and the movable ic hard guide rail 16 Μ Μ constitutes one of the forward descending linear ic coin guide 162. The base 144' is a substantially rectangular plate-like body composed of a vertical magnetic body fixed at a right angle to the front panel 136. The side surface 152' of the base 144 is for guiding the inserted coins c and 1 (:; coin EC, ', the side surface 140 of the input port 102 is located in the same plane. The base 144 is preferably integrally formed by resin. The upper end portion is supported by a non-magnetic heterogeneous rectangular plate-like body, and the shaft 156 of the bearings 154A, 154B (FIG. 2) mounted on the base 144 is supported in a rocking manner, and is supported by the health-care section 158. The rotational force of the near base 144 is set by placing the lower end projections 159 against the base 144 to position the side surfaces 152 and 16〇 in parallel at a predetermined interval. The cancel cover 146 should be replaced by a tree deer. In the middle of the input port 1〇2 side of the cancel cover 146, the upper end portion has the support shafts 165A and 165B projecting forward and backward from the movable body coin guide 162M, and is rotated by the bearings ι 67 Α and 167B. The swinging body 163 is a rod extending in the up-and-down direction, and the support shafts 165A, 165B projecting laterally from the middle are supported by the bearings ι 67 Α, 167B in a rotatable manner. The lower end portion of the rocking body 163 is rotatably supported. Passing toward the front panel 136 is provided with a passive piece 20101358 3 169 (Fig. 2) The axes of the support shafts 165A, 165B are arranged in parallel with the coin guide 15A. The movable 1C coin guide 162M is disposed in parallel with the coin guide 150, and when located at the guide position GP, The surface on which the ic coin EC rolls is inclined toward the side surface 152. Further, the oscillating body 163 usually has a moment acting in the direction of the exit from the common passage 17, and is usually located at the unguided position NGp that has been withdrawn from the common passage 17 , when it is mounted. The 1C coin EC is set to have a torque that is held at the guiding position Gp. Next, the coin passage 106 will be described with reference to Fig. 5 .

The coin passage 106 has a function of rolling the coin c input to the input port 1〇2. The hard tape passage 106 is continuous with the 1C coin passage 1〇4 in the vicinity of the input port 1〇2, and extends straight below the 1C coin passage 1〇4. The width of the coin passage 106 is the same as the thickness of the ic hard common passage 1〇4. Specifically, it has a width slightly larger than the thickness of the thickest 5 圆 round coin among the coins of 5 to 500 cents. In other words, the coin C path 104 rolls. And the 1C coin EC can be in the coin passage 1〇6 and the ic coin hard belt passage 106 by a longitudinal straight line shape of the cross-sectional rectangle surrounded by the hard belt guide 150, the base 144 and the cancel cover 146 which are inclined in a forwardly descending manner. path. In other words, the coin passage 106 is inclined downward as it goes away from the input port 1〇2, and its upper end is connected to the 1C coin passage 1〇4. After the coin c has been loaded from the input port 102, the 1C coin passage 104 (also used as the coin passage 106) is moved by about the diameter, and then dropped to the coin passage 1〇6. Therefore, the 1C coin passage 1〇4 connected to the input port 102 is a common passage 17G of the coin passage ηη < The U6 coin guide 166 protrudes from the lower end of the side 160 of the cancel cover 146, and the top surface of the hard static guide 166 is inclined to descend toward the side of the base 144. By this tilting, the coin C is rolled against the base 144, and thus has the effect of rolling stability. The distance between the side 152 of the seating base 144 and the cancel guiding side 164 is set to be slightly 11 201013583 larger than the maximum thickness of the distinctive coin c. The coin passage 106 is constituted by a base 144 and a cancel cover 146 and a coin guide 166. The coin guide 166 is constituted by rolling the start rail 148 and the hard tape guide 150. The fixed coin guide 150 is formed in parallel with the fixed ic coin guide 162F. The rolling start rail 148 is a trapezoidal metal plate fixed to the cancel cover 146 adjacent to the front panel 136, and is formed with a falling rolling surface 168 connected to the coin guide 15A. This is to prevent the falling rolling surface 168 from being worn by the falling of the coin c, and to increase the rolling speed of the coin C. The coin C guides the side by the side 152 and the side 16 of the cover 146, and this rolls on the coin guide 166 in a standing state. Next, the canceling means 126 will be described mainly with reference to FIG. The canceling means 126 has a function of canceling the coin c caught in the 1C coin passage 1〇4 or the coin passage 1〇6, or the coin c that has been thrown, and returning it to the return port 124. The first device 126 includes a cancel cover 146 and a cancel lever. * First, the cancel lever 174 is illustrated. The four-site cancel lever 174 is a lever that the customer operates to cancel the hard tape C, and is attached to the © fixed shaft 178 that protrudes in the lateral direction from the susceptor 144 so as to be freely rotatable. The operating lever 180 is disposed from the front of the front cover 134, and the front sill of the front (four), and is configured to be formed by the lower side of the operating lever 18G. The yoke 184' can be depressed and the ith rocker 19G can be depressed. . Further, the operating lever 180 is pressed in the clockwise direction in FIG. 3, and the through position is stopped and held by the stopper (not shown) in the standby position shown in FIG.曰 Next, the first connection mechanism 176 will be described. The first link mechanism 176 has a depression of the 190T when the lower pressing cam 184 is pressed to make the (four) 146 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The lateral front end of the f 1 rocking 〇 19 下 of the cover 146 is inclined with respect to the base (4). The end of the pick-up cover 146 is pivoted with the shaft 156 as a fulcrum, and the gap of the coin 152 is inclined under the hard, so that the hard-belt C' of the hard-down direction falls to the lower side of the hard-belt path 1〇6. Base (4) shape

The weight of the refund return guide 12G constituting the return passage itself is rolled in the right direction of the paste 5, and the return port 124 is formed to surround the sides and the front groove of the coin c, so the coin C is at the return port 124. Stay in the standing state. Next, the detecting means 128 of the 1C coin EC and the coin C will be described with reference to FIG. The detecting device 128 is disposed in the common path 17A and has a function of discriminating the value media coin c or the 1C coin EC input to the input port 102. Therefore, the detecting device 128 can be changed to other devices having the same function. In the present embodiment, the detecting device 128 includes a first inductor 196 and a second inductor 198 disposed on the side 152 of the susceptor 144. In the present embodiment, the first inductor 196 and the second inductor 198 are traversing the transmissive photoelectric sensor of the common path 170, but may be changed to a reflective photoinductor or a contact inductor. The first sensor 196 is disposed near the escapement device 122 and the 1C coin guide 162. The projection light is blocked by the coin C and the 1C coin EC, and the detection signal is output when blocked. The second inductor 198 is disposed at a position that is blocked by the coin C of the common passage 170 but blocked by the large-diameter 1C coin EC. Therefore, when the projection lights of the first sensor 196 and the second sensor 198 are simultaneously blocked, it is determined that the 1C coin EC is charged, and the escape device 122 is withdrawn from the 1C coin channel 104. Next, the discrimination means 116 will be described. 13 201013583 The discriminating device 116 has a function of discriminating the authenticity and the currency value of the hard c's which are rolled in the coin passage 106. The β discriminating device 116 includes, along the coin passage 106, coil bodies 232, 234, and 236 that wind the coil around the core 144 and the core 144 to be fixed. The coil body 232 is used to detect the diameter of the coin C. The coil body 234 is used to detect the thickness of the coin C. The coil body 236 is used to detect the material of the coin C. The output from the dedicated coil bodies 232, 234, and 236 is input to a discriminating circuit (not shown) and compared with the reference value of the crucible, and the coin and the coin of the coin C are discriminated. The status of the counterfeit currency will cancel the signal and secondly the coin sorting device 118 will be described. The coffee dispensing device 118 has a hard t (four) that will roll in the female passage 106, and the coin will be returned to the secret m _ thief box. J 乂 The second 嶋 嶋 246 and the shirt move please

The coin sorting body 2 can be located in the coin path 1〇6 or guided to the storage position Sp of the storage path 244C. , flat ^ set CI hard ίί2 rocking rod 254 ❸ front end of the rod extending to the horizontal direction I 1 () 6 'where 'the second rocking rod 254 is free to rotate = type female ^ in the horizontal direction from the base 144 The fixed axis says. The force electromagnetic is coupled and coupled by the connection mechanism 252: the excitation: the timing is determined because the first electromagnetic actuator 24: the direction of the clock is rotated, the coin division body 246 is moved = the clamp 254 is reversed. (4) The coin C held by the body member holding the 201013583 is dropped from the coin guide 150 onto the coin sorting body 246 and the coin storage passage 244C. When the hard coin division body 246 is located at the cancel position CP, since the coin C dropped from the coin abuts on the coin division body 246 and is guided to the right in FIG. 5, the coin canceling guide 192 of the 〇6 coin return path 191. Rolling up and returning to the return port $ will be described next with reference to Figures 5, 6, and 7. < 4〇 The escape device I22 has a function of the hard-band c-guide 106 to be input to the input port 102. The coin escape device 122 includes an escapement 262, a third link mechanism 264, and an electromagnetic actuator 266. The ji ji ❹ detachment body 262 is plate-shaped, and is formed into an L shape as shown in FIG. 12, one end of the third rocking lever 270, wherein the third rocking lever 27 gZ is mounted in parallel with respect to the base 144 The fixed fixed shaft 自 freely movable 262 has a vertical portion 272 and a downward inclined portion 274, which are input; ^ = eliminates the rolling inertial force at the J-shaped portion 272, and leans down to the lower, then falls to The rolling surface 168 of the rolling guide 148 is on. ^下洛洛

The end of the joint 278 is rotatably mounted on the shaft HI at a position farther from the base 144 than the fixed shaft 268 of the third rocking lever 270. The other end is rotatably mounted on the shaft. The second electromagnetic actuator moving core 28G is urged in a protruding direction by a spring (not shown). Gu/Γϋϊ2 Electromagnetic Actuator 266 *Excitation, core, and attraction, advance to 262 to the position where the 1C coin turns to the counterclockwise direction of the escaped body 170. The common path 170 of the road 4 is traversed approximately to the 12th of Fig. 6. When the demagnetization is applied, the core 280 is not illustrated by a spring 15 " 262 201013583 At this time, as will be described later, since the input preventing member 3〇6 advances to the 1C coin passage 1〇4 adjacent to the interface 02, it cannot Put coins into the pot. Next, a 1C hard tape retaining device will be described with reference to FIG. The occupant 1c hard (four) sunday coin 282 and the second electromagnetic actuator stop piece 282 are above the 1C coin passage 104 to be rotated, and the ι2 3, ί mechanism 283 is fixed to the core 280, including: a sliding piece 287, guide two == horizontal; = complex 2? 0 motion =, set; pin 288, from the clear to the slidable square = into, && long hole =, formed on the stop piece 282; pin ^ 152 ^a^,j *§ε£ Because the hard 瞥Ec is kept in the state of the reserved position TM, the 取消ηΓ is prevented from moving to the cancel cover 146 to make the 1C coin EC from the reserved position ❹ leftmost: first, because the slide The 287 bit is set to SP2 in Figure 8. #Keep the holding position rotated in the clockwise direction in Figure 5: the position of £££ s, the road/flip of the W hardband EC' is guided to the storage path 244IC by the IC coin sorting 201013583 The 1C coin returns the path 313. Next, the input preventing means 132 will be described with reference to FIG. The input preventing means 132 has a function of making the coin C and the 1C coin EC impossible to be put into the input port 2 when the 1C coin EC remains in the reserved position HP. The input preventing mechanism 132 is an L-shaped rod 302 formed integrally with the third rocking lever 270. The front end of the L-shaped bar 302 is a blocking piece 306. The position of the face plate 136 of the blocking piece 306 near the rear of the input port 1〇2 can advance and retreat in the common path 170. Therefore, the escapement body 262 and the stopper piece 306 advance and retreat in the common passage 17 in an opposite phase by the shaking of the third swing lever 270. In detail, when the escape body 262 is located in the common path 170, the blocking piece 306 is withdrawn from the common path 170. When the escape body 262 exits from the common path no, the blocking piece 3〇6 is located at the common path 170 with respect to the input port 102. Therefore, when the blocking piece 306 is located in the common path 170, the coin c and the 1C coin EC cannot be put into the input port 1〇2. Next, the reading and writing device 112 will be described. The read-in writing device 112 has a function of reading the write value information by communication with the 1C wafer TP of the IC coin Ec remaining at the reserved position jjp. In the present embodiment, the read/write device 112 is fixed to the susceptor 144 and mounts the communication substrate 311 having the communication function 1C and the antenna. σ Next, the 1C coin sorting device U4 will be described. The 1C coin sorting device 114 has a function of distinguishing the unsecured IC coins Ec from the 1C coin storage path 244IC or the 1C coin return path 313, wherein the 保持 holding system uses the stop piece 282. The coin sorting device 114 includes an IC coin sorting body 314 and a third electromagnetic actuator 316. The 1C coin sorting body 314 is longitudinally supported by 318A, 318B formed by the base 144 in a rotatable manner. A passive rod 325 protruding laterally is fixed to the upper end portion of the longitudinal shaft 318. The 25th movement of the passive rod 17 201013583 3 is fixed to the front end of the thin 326 of the electric actuator 316 when the third end is fixed. When the actuator 316 is demagnetized, the core 326 protrudes and the coin is finely held and held in FIG. 7 (not shown) CP * IC 314 7 , ^ 152 wall 335 partition and juxtaposed in the coin return path 19 by knife division The partition 335 is located on the extension of the cancel cover 146. When the third electrical actuator 316 is energized, the IC coin area is rotated clockwise, and the guiding surface 334 is returned. The extension of the side wall 160 of the cover M6 is placed on the guiding surface. Sub = lead 336 is directed to the side EC of the storage path to guide the 1C coffee C to the 1C coin storage path. The health storage mechanism is disposed with respect to the coin storage path by the base. The anti-fishing mechanism 32 is preferably disposed in the coin storage path. When the portion of the body 324 is passed by gravity to protrude toward the storage passage, the blocking body 324 is moved by _c, after the 2 coins = the blocking body 324 is used The torque itself is restored. Coin: Accepted: (3) in the storage path (2010) 201013583 It is preferable to install the indicator 330 for indicating the value information of the IC chip which is stored in the coin. It is indicated that 330 is preferably formed upwards and configured in a manner that is easily visible to the customer. Further, by manufacturing the front cover 134 as a translucent resin and arranging a plurality of LE:D on the front panel 136 on the back side of the front cover 134 to emit light, the decorative property can be improved. Furthermore, music or announcements can be played by grouping into the speakers. Next, a device 332 of the movable IC coin guide 162M will be described with reference to Figs. The mouth slap Bf causes the portable device 332 to have a function of moving the 1C coin Ec to the input 1C coin guide 162M to the guidance position Gp. The mobile device 332 includes a permanent magnet 331 and a linkage 336. First, the permanent magnet 331 will be described. ΓίΪίϋ1 # is adjacent to the common path 17〇 disposed immediately downstream of the hard-belt input port = 2 in a contactable or detachable manner, and is disposed on the side of the lc hard band %. (4) The H magnet 331 can be opened at the opening σ 335 formed at 144 to be close to the IC coin Ec by the magnetic traction of the clothing ECR. Next, the interlocking device 336 will be described. The coin magnet 331 is a function of moving the 1C coin guide 162M of the permanent magnet 331 by the magnetic force of its own magnetic force adsorbed by the % ECR of the ic = coin EC. The linkage 336 includes a fourth rocking lever 338. The cylinder 4 cylindrical hydrous magnet 331 formed at the upper end of the fourth rocking lever 338 is formed by inserting a solid circle with respect to the fixed length and a pressing portion 342 at the lower end. The lower side of the boring shaft 344 has a locking recess 346. The pressing portion 342 presses the passive piece 169 of the oscillating body 163. The fourth rocking lever 338 is rotated in the counterclockwise direction in FIG. U by its own torque, 201013583. However, when the ECR of the 1C coin EC is a magnetic body having a predetermined value or more, the adsorption force of the permanent magnet 3> Figure u is rotated in the clockwise direction. Thereby, the pressing portion 342 presses the passive piece 169 and causes the swinging body 163 to rotate the 1C coin guide 1621V [moves to the guiding position (Fig. 15). When the ring ECR is a ferromagnetic material such as iron, the busy coin EC is adsorbed on the permanent magnet 331 ′ and cannot roll on the movable busy coin guide 丨 丨 。. By the canceling operation of the cancel lever 174, the adsorption releasing device 350 is used, so that the relationship between the magnetic force and the permanent magnet; 5 331 must be below a predetermined value or more than a predetermined value.

If the iron is a ferromagnetic body, then the county will be the magnetic stainless steel. Next, the adsorption release device 35〇 will be described. The disengagement/removal device 350 has a pseudo 1C in which a pseudo 1C coin adsorbed on the permanent magnet 331 is inserted into the side of the swaying lever 190, and is inserted into the squat. When the coin is pressed, the depression canceling 174 is pressed by the pressing cam 184 to rotate in the counterclockwise direction. Saki 1st shakes the cup 190 and goes to the map

Therefore, because the front end 190 is pressed and pressed to cancel the lower end of the cover 146, the shaft 156 is pivoted as a fulcrum, and the interval from the base 144 is enlarged, because the release piece 352 is passed by the third: r6, so 4 Shake the lever ^ In the fall = positive open, the pseudo-busy coin is followed by the description of the actual 'returned to the return port. First, the case of investing in the real coin C is explained. When the value media processing device is not in a standby state, the escape device (2) 20 201013583 = the magnetic actuator 266 is demagnetized, and the core 280 is moved by a spring (not shown) to FIG. 6 through the connection 278 to make the third rocker The 270 is rotated toward the clockwise direction*, and is positioned at the most clockwise position (state of Fig. 6). Thereby, the escapement body 262 maintains a position to exit from the common passage 170. On one side, the input moving in the opposite phase prevents the sheet 306 from advancing to the common path 170. Therefore, the coin C and the 1C coin EC are prevented by the input of the stopper piece 3〇6, and it is impossible to input the input port 1〇2.

When the local media processing device 1 is in the standby state, the second electromagnetic actuator 266 is excited, and the core 280 is pulled up in FIG. 6, and the third rocking lever 270 is turned counterclockwise through the connection 278. Rotate. Thereby, the escapement body 262 is advanced to the common passage 170, and the input preventing piece 306 is withdrawn from the common passage 170. Therefore, the coins C and the 1C coins EC can be individually put into the input port 1〇2. ^Because the first electromagnetic actuator 248 of the coin sorting device 118 is demagnetized, the core 260 is moved to the right by the spring (not shown) to the right of FIG. 5, so that the second rocking lever 254 is made to the most clockwise through the second link 252. The direction is rotated (state of Figure 5). Thereby, the coin division body 246 is held at the cancel position CP. The third electromagnetic actuator 316 of the 1C coin sorting device H4 is also demagnetized and held at the cancel position CP. In other words, the return guide surface 334 of the 1C coin sorting body 314 is held at a position (the state of Fig. 7) which is connected to the side surface 152 of the susceptor 144 in a continuous manner. When the coin C is put into the input port 1〇2, since the permanent magnet 331 is not adsorbed to the coin C, the pressing portion 342 does not press the passive piece 169. Thereby, since the movable 1C coin guide 162 does not protrude toward the common passage 170, the input coin C falls onto the rolling start guide 148 of the coin passage 1〇6, starts rolling, and rolls on the coin guide 150. When the coin C is strongly inserted, since the diameter of the coin C is small, the optical axes of the first inductor 196 and the second inductor 198 cannot be blocked at the same time, so that the second electromagnetic actuator 266 is still excited, and the escape body 262 is directed to 1C. The coin passage 104 protrudes. 21 201013583 Thereby, the coin C is advanced in the common passage 170 and collides with the vertical portion 272 or the inclined portion 274 of the escape body 262. The coin C colliding with the vertical portion 272 or the inclined portion 274 bounces toward the input port 1〇2 side and eliminates the moving inertial force in the lateral direction, and falls by gravity and falls onto the rolling guide 148. The coin C that has fallen to the rolling surface 168 of the rolling start rail 148 is accelerated by the circular arc surface and rolled 'and then rolled on the coin guide 丨5〇. In the process of rolling the coin C on the coin guide 15 依, the identification information discriminating device 116 for obtaining the material, the thickness and the diameter of the coin c is sequentially obtained with respect to the inductors 236, 234, 232 ′, thereby identifying the information to discriminate the coin c. Authenticity and currency. Since this case is a genuine coin, it is judged to be a genuine coin, and the i-th electromagnetic actuator 248 is excited for a predetermined time. By this excitation, since the core 260 is pulled to the right in Fig. 8, the second rocking lever 254 is rotated in the counterclockwise direction. Thereby, the division body 246 moves to the retention position §ρ shown in FIG. The coin C dropped from the coin guide 150 is dropped onto the coin sorting body 246 and bounced back to the left in Fig. 5, and guided to the coin storing path 244 (: the coin C dropped in the storage path 244C, so that the blocking body 324 is drawn 5 is rotated in the clockwise direction and passed through, and remains in the reserved cash box (not shown). Even if you want to catch the retained coin C by the fishing line, it is blocked by the blocking piece 324 如前所述 as described above and cannot be caught. Next, a case in which the counterfeit coin is put in. The counterfeit coin input to the input port 102 is scrolled with the coin guide 150 on the coin path 1〇6. ～Because the discriminating device 116 is based on the identification from the sensor body 236, 234, 232. The pseudo electromagnetic signal is outputted, and the first electromagnetic actuator 248 is not excited. Thereby, since the coin sorting body 246 maintains the cancel position cp in FIG. 5, the counterfeit currency collides with the sorting body 242 and is guided to the coin return path 191, Keep at the return port 124 and take it clean. 22 201013583 - ίThe case of investing the 1C coin EC into the investment π 1() 2 ecr=HEC sweeping into the input port 102 is the permanent magnet 33 and attached to the ring The rocker lever 338 is rotated clockwise in Fig. 11. ΐβ Because the frog portion 342 presses the passive piece 169, the oscillating body 163 is rotated by the yaw 5, 16t point, and the movable IC hard track moves to the guide ^ path = the left hard square r 'And at (4) 10 moving EC by rolling through the side of the permanent magnet 331, the track 2M is not subjected to the permanent magnet 331 to the leading position seam / itf ' but because of the Ic coin EC rolling on it The torque of the GP is generated by the weight thereof. Therefore, the movable 1C coin guide 162M holds the guide 2 because the 1C hardband EC blocks the projection light of the first sensor 196 and the second sensor 198 during the scrolling, so the detecting device 128 is detected as the busy coin Ec. Thereby, since the second electromagnetic actuator 266 is demagnetized, the core 280 moves downward in FIG. 6, so that the third rocking lever 270 is swung in the direction of the af clock, and the female 262 is from the hill. When the path no exits and the IC coin input preventing piece 3〇6 advances to the common pass 170, the coin C becomes uninjectable (state shown in Fig. 6).

Further, the stop piece 282 is held by the slide piece 287 and the pin 288 to the position 1C of the coin 1 in the holding position Ηρ. Due to the withdrawal of the escapement body 262 from the common passage 170, the ic coin EC rolls on the fixed ic coin guide 162F from the movable 1C coin guide 162M and the upper end is stopped by the stop piece 282, and remains at the reserved position Hp (Fig. 5 ).曰 When the 1C coin EC remains in the reserved position up, it is communicated with the 1C wafer TP built in the 1C coin EC by the read-in writing device 112, and the value information is read or written. When the 1C coin EC remains at the 1C coin EC holding position HP, even if the spin cancel lever 174 opens the cancel cover 146, since the 1C coin EC is held between the base 144 and the falling 1F preventing body 291 and the position is stable, No read write errors are generated. When the value information of the 1C coin EC becomes zero, since the third electromagnetic actuation of the sink coin division 23 201013583 device 114 is moving at the front end of the & moving rod 325 (the shape of the driving body 328 of FIG. 14 is moved) By this rotation, the ICI coin zone H, 4 axis 318 is rotated in the counterclockwise direction. The storage guide surface 336 is kept in the direction of canceling the f === clock, and the wall is placed on the same side. The second electromagnetic actuator 266 is energized, and moves upward in FIG. 6, whereby the sliding piece 287 moves in the same direction H to rotate in the counterclockwise direction in FIG. 5, and moves. 282 stops the sheet 282 by pinning. The hard stop caused by the stop

The coin It starts to roll 'reach IC coin area' 314^ IC ❿ = the knives body 314 is at the storage position, so the 1C hard worm EC is guided to the f-putting guide surface 336 and guided to the IC hard transfer path 244IC. When the skin is in the 1C hard band EC, the third electromagnetic field remains in the cancel position 〇>. In other words, the return guide surface 334 of the 1C coin sorting body 3U is held at the same side of the side surface 152 of the spot 144. The pedestal at this time, the 1C coin EC is guided to the buckle path 313 by the 1C coin sorting body 314, and returns to the return port 124. The hard return, the present invention, in addition to the above embodiment, can also be performed by the IC coin EC The ring ecr is attached to the permanent magnet 331 'and is moved by the movement of the 'movable busy coin guide of the IC coin to the unguided position' to the lower 1C coin passage; when the coin c is inserted, the coin is made movable The 1C coin guide rolls and rolls on the coin passage on the upper side, and 'determines the processing in each coin passage. However, it is considered that the accuracy of the movement of the permanent magnet 331 to the guide position Gp by the magnetic body is appropriate. In the embodiment, the Ic hard-traveling rail is moved to the guiding position GP by the movement of the magnet. [Brief Description of the Drawings] Fig. 1 is a perspective view of the value media processing apparatus of the embodiment. Figure 3 is a plan view of the value media processing device of the embodiment. Figure 4 is a plan view of the value media processing device of the embodiment. Figure 5 is a cross-sectional view of the line AA of Figure 4. 6 Figure 3 is a cross-sectional view of the CC line segment of Figure 3. Figure 8 is a cross-sectional view of the DD line segment of Figure 4. Figure 9 is an exploded perspective view of the linkage device of the value media processing device of the embodiment. Fig. 11 is a cross-sectional view of the FF line segment in Fig. 3 (normal state) Fig. 12 is an enlarged cross-sectional view of the input blocking device portion of the value media processing device of the embodiment. Fig. 13 is a sectional view of Fig. Figure 14 is a cross-sectional view of the HH line in Figure 3. Figure 15 is a cross-sectional view of the I-Ι line in Figure 2. Figure 16 is a cross-sectional view of the FF line in Figure 3 (1C coin input state). Description]

C~coin CP~cancel position EC~1C hard 瞥ECC~core ECR~ring (magnetic) GP~guide position HP, SP, SP2~retention position (hold position) NGP~unguided position~storage location TP ~ wafer 100 - value media processing device 102 - input port 104 to 1C coin path 25 201013583 106 to coin path 108 to 1C coin retaining device 112 - read writing mechanism 114 - 1C coin sorting device 116 - discriminating device 118 - coin Distinguishing device 120 to returning passage 122 to escapement device 124 to returning port 126 to input preventing device 128 to 1C coin detecting mechanism © 132 to input preventing device 134 to front cover 136 to front panel 140, 152, 160 to side 144 Base 146 to cancel cover 148 to rolling guide 150, 166 to coin guide 154A, 154B, 167A, 167B, 318A, 318B to bearing 156, 276, 322 to shaft 158 to spring 159 to projection 162 to 1C coin guide 162F to fixed 1C coin guide 162M to movable 1C coin guide 163 to swinging body 165A, 165B to support shaft 168 to rolling surface 169 to passive sheet 26 201013583 170 to common passage 174 to cancel lever 176 to first joint mechanism 178, 185 258, 268, 284, 344~ fixed shaft 180 to operation lever 182 to opening 184 to depression cam 190 to first swing lever 190T to front end 191 to coin return passage 〇 192 to coin return guide 196 to first inductor 198 ～2nd sensor 232, 234, 236 to coil body 242 to partition 244C to coin storage path 244IC to 1C coin storage path 246 to coin partition 248 to first electromagnetic actuator 252 to second link mechanism 254~ The second rocking levers 260, 280, 326, the core 262, the escapement 264, the third connection mechanism 266, the second electromagnetic actuator 270, the third rocker 272, the vertical portion 274, the inclined portion 278, and the connection 282 are Stop piece 27 201013583 283~4th link mechanism 287~slider piece 288~pin 290~long hole 291~ drop prevention body 302~L-shaped bar 306~stop piece 311~communication board 313~return path 314~1C coin division body 316 〜3rd electromagnetic actuator 318~vertical axis 320~anti-fishing mechanism 324~blocking body 325~passive rod 328~driver 330~representer 331~magnet 332~hole 334~return guide surface 335~ partition wall 336~ Linkage device 338~4th rocking rod 340~cylinder 342~ pressed part 346~ seat locking recess portion 346U~ 350~ upper adsorption sheet releasing means releasing 352~

Claims (1)

201013583 VII. Patent application scope: i A value media processing device for discriminating between the coin (c) and the common input port (1〇2) of at least a portion of the 1C coin (100) composed of a magnetic body (ECR) The authenticity of the coin, and the difference between accepting coins and returning coins, and communicating with the 1 (: coin and distinguishing between accepting 1C coins or returning 1C coins, characterized by 'contains: 1C coin passage (104)' for the 1C The 1C coin passage (104) is a movable IC coin guide (162 punched) and a fixed coin guide (162F) formed by being connected to the movable ic coin guide by being connected to the input port. Forming; a pure helium passage (1〇6), which is formed by a 1C coin passage in the vicinity of the input port and on the lower axis ' of the 1C m road and is rolled by the coin (150) for the coin to be cast; The magnet (331) 'is adjacent to the input port 1 (: coin passage; the linkage device (336) 'drives the magnet and the movable IC; the linkage device can be moved to the magnetic body of the IC coin to move, Bit iC hard-traveled rail linkage __移_ IC coin guide back 1C hard special hard material health 11 don't be M coin or contain: 'rolling the coin'. This IC coin is formed by connecting the coin guide to form a guide, and is essentially connected to The movable 1C hard band path is lowered by the fixed 1c coin guide; the hard path with the path is =1 === is input to the 1C coin path adjacent to the input port; 29 201013583 linkage device, drive The magnet and the movable ic coin guide are connected; the interlocking device is movable by the magnetic body of the 1C coin, and the movable 1C coin guide is moved to the guiding position of the 1C coin in conjunction with the adsorption movement. 30