TWI361757B - - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coin imprinting method and a mechanism thereof, and more particularly to an operation of the transmission set, in conjunction with the coin storage mechanism and the imprinting mechanism, to press a coin The method and mechanism for engraving the pattern. [Prior Art] Visitors to amusement parks or famous attractions will purchase or request souvenirs related to the location. The souvenirs are all inclusive and usually have local humanities, special fonts or landscape styles. Highlighting the characteristics of the region 'and displaying it on a variety of products' like mugs, clothes, keys, dolls, stickers, etc., and commemorative coins are one of them, but in the process of making commemorative coins, it used to be merchants or After the manufacturer embosses the pattern, it is distributed on the market. _ There is a kind of medal stamping device, as shown in the Republic of China patent number: M 3 4 8 6 8 5, the device is pressed by the roller to "require the user, and the device is electrically driven and can be automatically completed. The medal press user only needs to coin and select the embossed pattern; however, due to the operation, the die device cannot be placed at any place, and it is bound to rely on ^: nearby, resulting in a narrower location for erection. And the user I / white, has completed the pleasure of imprinting. In addition to J mesh, there are several problems in the market related types of the following: 1 stomach city, save 1 · need electricity ^ let The device operates, and in the context of the situation, it should avoid wasting power. 旳 旳 旳 2 · · · · · · · · · · · · · · · · · · · · · · · · · · · 2 · · · · · · · · · · · Fully automatic commemorative coins, although fast and convenient, do not let the user personally participate in the production of the sense of authenticity, reducing the fun of users playing outside. 4 · With the current related equipment, to obtain the medal, the user must first replace The token 'inputs are put into the device with tokens, so that the device is engraved on the token. Therefore, before the commemorative tape is obtained, it is quite inconvenient to find the pivotal building for the token change. From the above points, the current Related devices or devices still have their inadequacies, inconveniences or shortcomings to be overcome. · [8] In view of the above problems, the inventors have invested a lot of time in the field of research and innovation in order to solve the shortcomings of the prior art. The invention provides a coin embossing mechanism, which is a pressure:: a package group, a second transmission group, and a saki machine "two pressure 疒 疒 second check rod, let use It is possible to operate the §Xuandi-transmission group and the second transmission group through the -first-grip two-soil to: = gears and mood wheels, etc., using gears and idlers == by r teeth =:: teeth The promotion of the group = the purpose of the application, the hair 'dependence = do the first; 1661757 a grip group and the r-grip operation the entire process; == 3⁄4 ^ the third effect of the invention, no electricity as a power source in the tour Any money in the park or famous attractions will not be circulated in the market. Fan made and the operation of the device, look for the money section sets _ children _ annoying. It is only 5th that the function of the invention is activated. The imprinting machine is made of a transparent material. In order to operate the imprinting machine (4), the user can enjoy the red bit ^^, in addition to enjoying the fun of making hard. More preferably - see the beauty of the mechanical operation, the reviewer can further understand the present invention. Hereinafter, the preferred embodiment of the present invention will be described in detail with the cooperation of the formula and the figure: [Embodiment] The third embodiment of the present invention provides a hard embossing machine kit 3 - embossing machine from i, the embossing machine table i includes a first transmission group ^ • a third transmission group 1 1 , fresh The mechanism 1 2 and the embossing mechanism 1 3 ; =?; 10 are connected to a first check wheel 100, the =1 1 check rod 10 01 locomotive; the second transmission group 11 is connected to 1 1 The reverse wheel 11 is connected to the first transmission group 1 ◦, and the number of coins c is printed (corresponding to the sixth figure); and the pressure S is pressed against the first The transmission group i 0 and the second transmission group 1 5 1361757 drive the coin storage mechanism 1 2 and the breaking mechanism i 3 to operate. The first transmission group 1 includes a first movable wheel 1 0 2, a third driving gear moving gear 101, a second main 4 and a push coin gear set i 〇 5, and the first rainbow first driving shaft捍i 〇 drive gear 1 0 !, the second active rack 1 G 4 _ is connected to the first _ 〇 3, and is also connected in series with the first check wheel 2 ^ ^ ^ and the third drive gear The second driving gear i 〇 2 and the coin pushing gear set 1 0 5 are the second driving gears 1〇3. 'The push coin gear set i Q5 includes two driven gears 1 〇 5 2 - third driven teeth ^ = 5 1 , - 0 5 4; the second idle gear 丄〇 5 丄 5 3 and a rack The second driven gear 1〇5 is connected to the second driving gear 102, the moving gear 1 0 5 3 is connected to the first wheel 1 〇5 1, and the third slave 5 4 series includes two racks, and the branch is ^i 〇 3, and the rack set 1 〇 three driven gears 1 〇 5 3 . ^The first driven gear 1〇 5 2 and the first wheel 1 move 1 ◦ 4 up - step series - third stop 1. δΛ One turn wheel 1 〇6 series connected to a third check bar 1 〇6 Read the first gear 1 该 1, the second drive gear 1 〇 2 and the circumference of the 2 2 are arranged in different positions of the teeth The timing difference in the operation of the coin carrier gear set 10 5 . a moving plate 2, a chassis 1 2 0 3 and an outer sleeve 1 2 04; the first turn 2 ^ 2 〇 2 is a disk surface, and a first coin perforation 1 2 0 ' is opened thereon and the first rotation The tray 1202 is disposed on the base 1201, and the teeth are connected. Referring to the fourth to seventh figures, the coin storage mechanism i 2 includes a coin ^ = 'the coin cartridge 12 〇 includes a base 12 〇 1, a first The first driving gear 1 〇1 is rotated 1661 757; the chassis 1 2 Ο 3 is disposed under the first rotating disk 1 2 0 2 , and a second coin perforating 丄 2 〇 3 i is opened thereon; the outer sleeve The 1 2 0 4 sleeve is sleeved on the base χ 2 〇 1 ; the plurality of coins c are stored in the outer sleeve 1 2 0 4 and the base 12 Ο 1 .

The coin cartridge 12 further includes a plurality of fixed disks 12 〇 5, a plurality of through pipes 1 2 0 6 and a tray 1 2 0 7; the fixed disk 1 2 0 5 is a disk surface 'and the fixed disk 12 a plurality of through-holes 12 0 5 1 are opened on the surface of the 〇 5; the plurality of through-tubes 12 〇 6 are disposed through the plurality of through-holes 1 2 0 5 1 , and the through-tubes 12 〇 6 The plurality of coins c are mounted therein; the tray 1 2 0 7 is also a disk surface, and a plurality of through-holes 丄 2 〇 51 are provided in the upper opening, and the tray 12 〇 7 is disposed on the first rotating disk 12 〇 2 on. Further, a coin is inserted under the channel 2 0 3 1 'The coin storage mechanism i2 includes a storage drum 12 〇 and the / 3 transmission (4) are respectively connected to the first driving gear 1 ◦

The third transmission group G of the sound age 3 includes - the fourth idler gear G1 and the fourth slave gear are matched with the two driving gears shown in the first to third figures; L ii, a sixth driving gear 1f and - embossed gear set 114; the second drive shaft is also connected in series with the second check wheel i six active records 1 1 2, and the object 丄丄 U, the printed gear set 1 1 4 is respectively toothed to the 7 1361757 The fifth driving gear 111 and the sixth driving gear 112. Further, the embossed gear set 114 includes a fifth main idler gear i] a fifth auxiliary idler 1142, a fifth driven gear 1 i43, - ^, a 丄 1 44 and a sixth driven gear 1 1 4 5; the fifth main idler gear is coupled to the fifth driving gear 1 1 1; the fifth auxiliary idler 1 1 five main idler gear η 41; the fifth driven gear i is connected to the first wheel 1 1 4 2 ; the sixth idler gear 1 1 4 4 tooth is connected with five pairs of idlers 2; the sixth driven gear 1 1 4 5 is toothed to the first green wheel\work 4 1 the embossed gear set 114 is toothed to the pressure Printing agency 丄 3. As described above, the second transmission shaft ii 3 further strings 1 1 5 ' and the fourth check wheel χ 连接 5 is connected - the fourth check rod ^ = the wheel and the fifth driving gear 11 丄 and the sixth On the active tooth circle, the teeth are arranged at different positions to cause a timing difference in the rotation of the pressure. ! 1 Returning wheel set 114, please continue to refer to the eighth to tenth drawings, the stamping machine outer casing 131, a stud 13 2, a toothed portion 13 3, including - and an embossing block 1 3 5; The outer surface of the outer casing 133 is provided with a 'ghost=4 1 3 2 system disposed in the outer casing 133, and corresponding to the outer casing, the snail: the tooth 133 is disposed on the stud One end of i 3 2 is: = - transmission group 1 1 ; and the bump 1 3 4 is disposed at S χ of the stud 1 3 2, and the embossing block 1 3 5 is bonded to the bump 丄3 4 on. The embossing mechanism 13 further includes a seventh idler j I, respectively toothed to the tooth: L 3 3 and the fifth driven gear ^ 4 3U wheel 8 9 » the embossing The block 13 5 includes an upper block 13 51 and a lower block 13 5 imprinting die 1 3 5 3 , the upper block 13 51 is sleeved on the bump 13 丄 and the lower block 13 5 2 is combined with the upper block 丄3 5 丄, the bumper 3 ^ is wrapped between the upper block 13 51 and the lower block χ 3 5 2, and the pressure 13 5 3 is coupled to the lower block 13 5 2 . In addition, the stamping die is engraved with a pattern on the stamping die 1 3, and as shown in the eleventh to thirteenth figures, the stamping machine table further includes two working platforms w' the working platform W The first transmission set χ , the second transmission set 11 , the hopper mechanism 12 and the embossing mechanism i 3 are carried. The imprinting machine 1 further includes a coin retreating mechanism i 4 , which is disposed on the working platform W, and the coin retreating mechanism 14 is disposed below the imprinting mechanism 13 . The coin withdrawal mechanism 14 includes a flat plate 141, a pressing block 14 2, a receiving hole 14 3, a pressing groove 14 4 and a coin withdrawal hole 14 41; the flat plate 1 41 is an elongated plate 'and one end portion thereof The width of the cough pressing block 14 2 is set at one end of the flat plate 14 that is smaller in width, and an elastic member 14 21 is disposed between the pressing block 14 2 and the flat plate 141; The hole 14 3 is disposed at an end portion of the flat plate 141 having a larger width; the pressure groove 14 4 is disposed on the working platform, and the size of the pressure groove 14 4 is suitable for the flat plate 141. 14 41 is disposed in the pressure groove 14 4 and is displaced from the placement hole 14 3 . As shown in the above, in conjunction with the thirteenth and fourteenth drawings, the coin withdrawal hole 14 4 1 is also connected to a coin withdrawal channel 1 44 2, and the coin withdrawal channel 1 4 4 2 is connected to a coin dispensing slot. Furthermore, the stamping machine 1 includes an obedience R, and the obligatory road R connects the first so that the starting coin S is put into the pressing ο ο 1, and then follows the track r to touch the "transmission group 10 and the first After the second transmission group worker 13 machine 1 is pressed, the first check valve is pressed to press the second check rod 11〇1. The above 2 is the overall structure of the mechanism for coin imprinting of the invention. In order to achieve the preferred use of the imprinting machine i to achieve imprinting on the coin C: two n and fourteenth to nineteenth, the LL ... extension #1 〇〇 1, Causing the first check bar 1 〇 0 1 to disable the click of the Ϊ 1 ^ rim, allowing the user to rotate the first grip 捍ΐ ίί ΐ 'The user can not reverse the first grip H1 ' The first closer to the vertical overview of the material is driven by the coin S to the second I, and the track R moves, == the 1*361757 the first grip H i is used After turning, the operation, the side of the situation is shown in Figure 2, Figure 3, Figure 19 and the second. The month refers to the shaft 1 Q 4 to drive the first - active # wheel! 〇i, the ^ one Drive 2 and the The third active record 1 Q 3, the second drive gear 1 wheel 1 0 active record 1 〇 3 is connected to the push coin gear set work 5 ^ the second idle m ◦ 5 in the third 1 0 5 In turn, the gear set 2, the second driven gear 〇 5 2 is toothed to the first , another, the = two driving gear 10 3 is toothed to the third driven tooth 1 ′ and the third driven Recording 1 〇5 3 and the second slave 0 5 3, connecting the rack group 1〇5 4, the rack group 1〇5 4 and the right two groups also 5 2 series teeth to the third driven gear 1 〇5 3 and the second driven gear, the rack set 1 〇5 4 is set in the working level!_〇5 2, the second driving gear! ο 2 and the third driving gear week The arrangement position is different to cause the push-tooth gear assembly to be the same, and the timing system designed in the present invention, the rack group 1 〇 5 4 will be first between the timings on the first j The operating period of the stagnation mechanism 1 2 to the hopper mechanism = 0 is intended to move the squeezing mechanism away from the embossing mechanism 13. The hard band c provided by the touch 12 is further As shown in the second and third figures, the first J is connected to the third mobile group G. As shown in the four idle mail two, the third transmission group G is omitted, and the active listening = the first eleventh figure 2 ^, «^1 2^, ^^ 11 as the first picture, the sixth picture and the twenty one Figure 2 to 2 + 2 rotation ΐ 1 2 0 2 system 1 tooth 2 0 2 1 is also driven, the coin C passing through the through hole 120 1 1 on the first 瞥 7 passes through the pipe The through hole 12051 is dropped; the:: the perforated hole 1 2 0 2 i, because the first rotation 2 〇 2 = ^ system ten is equal to the thickness of the hard band c, so when the first rotating disk 0 2 continues When being rotated, the other camps 1 9 η β & *α. = to:; turn to • the = to: η 〇 1 treasury perforation 1 2 〇 3 1, the card is set in the first hard band perforation 1 The 2 coin 'falls through the second coin perforation 1 2 0 3 1 into the hard, ι' ί 卫 作 W W W W W W W W W W W W The embossing mechanism is 13 down. 1 and after being rotated by the user, that is, the second transmission group 1 i = the second operation, the individual operation is as follows, please refer to the second transmission shaft 11 3 to drive the fifth active vibration gear 11 2, the first The five driving gears 111 11 2 are respectively toothed to the imprinting gear set 11 4 i 1 and the sixth idler 114 4 , thereby driving the =i!=:ri3, as described above, the fifth main and the second On the circumference of the second wheel 112, the arrangement positions of the teeth are different, so that the timing difference in the operation of the group 114 is designed in the present invention, during the operation of the first transmission group 11, such as the twentieth The four images and the transmission of the seventh idler 1 make the imprinting mechanism 1 3 reciprocate. · With the twenty-sixth figure, the imprinting ίf can be directly transmitted through the seventh idler 1 The tooth is connected to the housing printing mechanism 1 3 ' to make the stud 1 3 2 actuate, and the core stud J 3 2 row is reciprocated 12 up and down. ο 1757 = Thread 1 3 2 1 on the screw 3 2 and the inner screw of the outer casing 1 3 ^, the text cooperates with the block! 35, although it is, 'ΐίίϋ余f, 'Therefore the reciprocating displacement of the stud 1 2 2 reciprocating reciprocating 2===1 3 2 rotation, only will be made] Ίτάι®敝^, . The complex displacement means that the pattern is printed on the printing mechanism, and the pattern is determined by the condition of the pattern, and the pattern is set under the embossing mold 3 5 3 and the square is =^, with the tenth - Figure 14 to Figure 14 and set under the age of 13 and placed in the working machine: the coin is pushed under the breaking mechanism 13, that is, the placing hole 14 in the A system 14 After the stud is printed, the user pushes the pressing block 1 4 2

Ci over the pressure; 1 slot 1 4 4 produces a relative displacement, so that the coin 4 4 Guang Na: / 4 on the coin withdrawal hole 14 41 drops the coin withdrawal channel 1 currency through L ί 1 and then by the elasticity The component 1 4 2 1 is reset, and the coin withdrawal port is connected to a coin dispensing port, and the coin C can be taken from the coin dispensing port when the coin C is dropped. The inspection of the eight-printing machine 1 Χ Χ 材料 材料 材料 材料 , , , , , , , , , , , , , , , It It It It It It It It It It It It It It It It It It It It It It It It It It It It It A method for coin imprinting of hard kidney C by cymbal, comprising: providing - an imprinting machine 1 comprising - a first transmission group, a second transmission, a group 1 1 The storage mechanism 2 and the embossing mechanism 丄 3 'the operation steps are as follows: a) the user inputs - initiates the sm to the embossing machine, so that the starting coin s is along the track in the embossing machine 1 & movement, the button communicates with the first 13 1361757 transmission group 10 and the second transmission group 11; b) the starting coin s first touches a first check rod 1〇〇丄, allowing the user to rotate the The first transmission group 1 〇 and driving the hopper mechanism 1 2 ′ connected to the first transmission group 10 to cause the hopper mechanism 1 2 to provide the coin C; 〃 c) through the first transmission group i 〇 The operation, the coin c is pushed to the lower printing mechanism 13; ~ d) the starting coin S is further pressed along the track R and a second check bar is completed, so that the user can The second transmission group 1 1 is rotated and the embossing mechanism 1 3· connected to the second transmission group 1 1 is driven together to cause the embossing to print a pattern on the coin c. _ 'The imprinting machine 1 also includes a coin retreating mechanism 14 for the user to take the embossed coin C; the coin retreating mechanism 14 includes a tablet 、 4 work, a pressing block 1 4 2 a flat hole 1 4 3, a pressure groove 1 4 4 and a coin withdrawal hole 1 4 4 1, the flat plate 1 4 1 is an elongated plate, and the width of one end portion is greater than the width of the other end portion; The pressing block 丄4 2 is disposed at one end of the flat plate 141, and a f-element member 1 42 1 is disposed between the pressing block 142 and the flat plate 141; the placement hole 1 4 3 is disposed at one end of the flat plate 141 having a larger width; the pressure groove 144 is sized to fit the flat plate 141; the & coin hole 144 2 is disposed in the pressing groove 144, and the receiving hole 14 3 is misaligned; wherein the coin withdrawal hole 14 41 is also connected to a coin withdrawal channel 1 4 4 2, and the coin withdrawal channel 1 44 2 is connected to a coin withdrawal port τ. In view of the above, the present invention has industrial useability, novelty, and progressive patent requirements, but the above is only one preferred embodiment/example of the present invention, and is not intended to limit the scope of implementation of the present invention, that is, Variations in the patents and the like according to the present invention are covered by the scope of the present invention. _ [Simple diagram of the diagram] 14 M61757 The third diagram is a schematic diagram of the components of the present invention, and the fourth diagram is a schematic diagram of the hopper mechanism of the present invention, and the third diagram of the three transmission groups and the lining mechanism is the eighth diagram of the hopper mechanism of the present invention. 7 is a schematic view of the third transmission group and the hopper of the present invention, which is an exploded view of the embossing mechanism of the present invention, and the ninth drawing is an exploded view of a part of the embossing mechanism of the present invention.

The tenth figure is an exploded view of the embossed block and the embossing die of the present invention: 'The eleventh figure is an exploded view of the coin withdrawal mechanism of the present invention, and the eleventh figure is a schematic diagram of the coin withdrawal mechanism of the present invention. The fourteenth figure of the invention is the operation diagram of the imprinting machine of the present invention. The fifteenth figure is the actuating diagram of the imprinting machine of the present invention. Figure 17 is an actuating diagram of the stamping machine of the present invention. Figure 18 is an actuating diagram of the stamping machine of the present invention.

F is a schematic view of the stamping machine of the present invention, the first drawing is an exploded view of the component of the present invention, and the nineteenth drawing is an actuating drawing of the stamping machine of the present invention. Figure 21 is a schematic view of the components of the present invention, = 2: 2 is a part of the components of the coin storage mechanism of the present invention, and the thirteenth figure is a partial component of the coin storage mechanism of the present invention. The action diagram of the stud, ~° The fifteenth figure is the action diagram of the stud of the invention, the twenty-sixth figure is the schematic diagram of the component of the invention, and the twenty-seventh figure is the schematic diagram of the mechanism of the coin retreat of the invention. [Main component symbol description] Embossing machine 1 15 1361757 4 First transmission group 1〇First check wheel ΙΟΌ First check rod 10◦1 First drive gear 101 Second drive gear 10 2 Third drive gear 10 3 First drive shaft 10 4 push coin gear set 10 5 Second idle gear 10 51 Second driven gear 1052 Third follower record 10 5 3 * Rack set 10 5 4 Third check wheel 1◦6 Three-reverse lever 10 61 Second transmission group 11 Second reversing wheel 110 Second anti-reverse rod 1 10 1 Fifth driving gear 111 Sixth driving gear 112 Second transmission shaft 113 · Imprinting gear set 114 Fifth main Idler 1141 fifth idler 1 14 2 fifth driven gear 1 14 3 sixth idler 1144 sixth driven gear 114 5 fourth check wheel 115 fourth check rod 1151 hopper mechanism 12 hopper 12 0 16 1661757 Base 12 Ο 1 First rotating disc 12 Ο 2 First coin perforation 12 0 21 Chassis 12 0 3 Second coin perforation 1 2 0 3 1 Outer sleeve 12 0 4 Fixed plate 12 0 5 Through hole 12 0 51 Through pipe 12 0 6 Tray 12 0 7 * Coin channel 121 Imprinting mechanism 13 Outer casing 131 One stud 13 2 Thread 1 3 2 1 Tooth 1 3 3 Bump 1 3 4 Embossing block 13 5 Upper block 13 51 • Lower block 13 5 2 Impression stamp 13 5 3 Coin stop mechanism 14 Plate 1 4 1 Press block 14 2 Elastic element 14 21 Placement hole 14 3 Pressure groove 1 4 4 Coin hole 14 41 Coin channel 14 4 2 Coin Box Β 17 1361757

Coin C Third transmission group G Fourth idle gear G1 Fourth driven gear G 2 First grip Η 1 Second grip Η 2 Seven idler I Command R Start coin S Take the normal port Τ Λ

Work platform W

Claims (1)

1661757 VII. Patent application scope: 1 · A kind of hard-belt embossing mechanism' includes an embossing machine table, the embossing machine table includes: a first transmission group connected to a first check wheel, and the first a stop wheel is clamped by a first check bar; a second drive set is connected to a second check wheel, and the second stop is a second check bar; the mechanism is connected to the second a transmission group having a plurality of hard φ and an embossing mechanism connected to the second transmission group; after the coin i, the first transmission group and the second transmission group are touched, and the The hopper institution and the embossing agency operate. 2 The hard towel of claim 1, wherein the first transmission package is a first driving gear; the second driving gear; a third driving gear; and a first transmission key is a shaft. Connecting the first to the driving gear, the gear and the third driving gear' and also serially connecting the first to the first coin gear set to respectively connect the second driving gear and the third driving gear 3 · Request item 2 The coin riding mechanism, wherein the push coin gear set includes a second idler gear that is coupled to the second drive gear; the second driven gear is coupled to the second idle gear; and a second driven gear, The toothed teeth are coupled to the third driving gear; and the rack group includes two racks and is respectively toothed to the second driven gear and the 19 1361757 third driven gear 4. The coin is stamped as claimed in claim 2 a mechanism, wherein the first to the second driving gear and the third driving gear are different from each other to cause a timing difference in operation of the coin rotating gear set. The position of the coin imprinting mechanism of claim 3, wherein the first=two driving gears and the third driving gear have different teeth m on the circumference of the third driving gear to cause the coin moving gear set to operate. The timing difference on the top. The third position - the third check stop, and the third stop - the third check stop, and the third check stop is connected to the third stop The third anti-reverse wheel is connected to a mechanism of the hard-top printing described in claim 1, wherein the +-saki mechanism includes a hopper cartridge, and the treasor includes: a zipper: a 底座3 a base; a first rotating disk is a disk surface, and a first hard hole is defined therein, and the first rotating disk is disposed on the base and is coupled to the first driving gear; the first disk is disposed on the first rotating Under the pan, and provided with a second hard Φ perforation, and an upper sleeve, sleeved on the base; and the plurality of coins are stored in the outer sleeve and the base. 9. The coin imprinting mechanism according to claim 8, wherein the coin cartridge further comprises a 20 1*361757 step comprising: a disk surface and is provided on the disk surface of the Langding disk. #=== A hole is provided, and the embossing mechanism, wherein the second coin passes through the storage ί3=Γ; ϊ ϊ,; __ includes the gear and the hopper. The '' group respectively connects the first-main 12's coin imprinting mechanism according to claim 11, the four-sense wheel and one fourth driven gear, the first "active gear, the fourth driven gear" Then connect the coin to the coin. ^第 The hard embossing mechanism of claim 12, wherein the storage drum is a base; a first rotating disk is a disk surface, and the first rotating disk is disposed on the disk The base is coupled to the fourth driven 1^1 wheel, a chassis is disposed under the first rotating disk, and has a second coin perforation thereon; an outer sleeve is sleeved on the base; And a plurality of coins are stored in the outer sleeve and the base. The coin embossing mechanism according to claim 13 , wherein the hopper further comprises: a plurality of fixed disks, which are a disk surface, and a plurality of pipes are opened on the disk surface of the fixed disk a plurality of through pipes, the plurality of through pipes are disposed through the plurality of through holes, and the plurality of coins are stepped in the through pipe; and a tray is also a disk surface, and a plurality of through holes are formed in the upper opening, and The tray is disposed on the first rotating disk. 15. The coin imprinting mechanism of claim 14, wherein the second perforation is further provided with a coin passage. $6。 The coin imprinting mechanism of claim 6, wherein the second transmission group is a fifth driving gear; a sixth driving gear; one rod is a shaft, and the fifth driving gear is connected in series The eighth driving gear, and also serially connecting the second backing wheel; and six driving teeth An embossing gear set, respectively coupled to the fifth driving gear and the first wheel I. The apparatus of claim 7, wherein the embossing gear one, the five main idler gears are toothed to the fifth driving gear, and the fifth auxiliary idler gear is coupled to the fifth primary idler. a fifth driven gear coupled to the fifth auxiliary idler; a sixth idler gear coupled to the sixth drive gear; and a sixth driven gear coupled to the sixth idler. 18. The coin imprinting mechanism of claim 6, wherein the embossing gear 22 is toothed to the embossing mechanism. Counter bar. (4) = currency = inverse == 3 2 · As claimed in the item 7 of the hard-pressing mechanism, the gear and the circumference of the sixth driving gear:; the difference in the embossed gear group ##, / (four) arrangement position is different' Make y · The coin embossing mechanism as claimed, wherein the embossing mechanism comprises an outer casing having a thread on an inner surface thereof; a column disposed in the outer casing and corresponding to the outer casing (10) thread a ' ' 'located at the end of the stud and toothed to the second transmission set; a bump disposed at the other end of the stud; and an embossed block 'bonded to the bump . The embossed block includes an upper block, a lower block and an embossing die, wherein the upper wire is disposed on the bump, and the embossed block is provided on the bump The lower block is combined with the upper block, and the bump is wrapped between the upper block and the lower block, and the stamping die is bonded under the lower block. 23 丄妁 1757 ^ The mechanism of coin imprinting according to claim 2, wherein the stencil is a hard-printing mechanism as claimed in claim 17, wherein the embossing mechanism is an outer casing, a thread is provided on the inner surface thereof; the j-pillar is disposed in the phase body and corresponds to the thread in the outer casing; an lsl portion is disposed at one end of the stud and a bump is disposed on the stud The other end portion; an embossed block coupled to the bump; and a seventh idler gear coupled to the tooth portion and the fifth driven gear. The device of the hard stamping method described in the item 2, wherein the embossing block includes a lower block and an embossing die, and the upper block is sleeved on the * block, and the pressing block is covered by the block. Between the upper block and the lower block, 3, there is a mechanism for pressing the embossing described in item 2, wherein the embossing mold has a mechanism of coin embossing described in 3 packs iH1, wherein The embossing machine advances into the transmission 、, and the 'the servant platform carries the first-passing group, the second mobilizes the hopper and the embossing mechanism. 1 The printing machine is located below the imprinting mechanism. ^, is disposed on the working platform, and the coin retreating mechanism is set in the coin imprinting mechanism described in the item "Monthly Item 3", wherein the coin retreating mechanism 24 u〇i/57 includes: a flat plate, an elongated plate, and a width of one end portion is greater than a width of the other two ends; a pressing block is disposed at an end portion of the flat plate having a smaller width, and An elastic member is disposed between the pressing block and the flat plate; a hole is disposed at one end of the flat plate having a larger width; the groove is sagged on the working platform, and the size of the pressing groove In the plate; and a coin aperture provided in the pressure groove, and misalignment of the holder hole. The mechanism for injecting the coin-receiving hole as claimed in claim 23, wherein the stamping machine-two-inch includes a working platform, the working platform carrying the first transmission group, the first transmission group The hopper mechanism and the embossing mechanism. The apparatus of claim 3, wherein the stamping machine is provided on the working platform, and the coin withdrawal mechanism is set in the H. The coin embossing mechanism, wherein the coin retreating mechanism=plate is an elongated plate, and a width of one end portion thereof is larger than a width of the other end portion; a pressing block is disposed at one end of the flat plate having a smaller width And a resilient member is disposed between the pressing block and the flat plate; the second placing hole is disposed at one end of the flat plate having a larger width; a press groove is disposed on the working platform, and the pressing groove is The size is suitable for the flat plate; and 25 1361757 a coin withdrawal hole is provided in the pressure groove, and is displaced from the placement hole. The coin embossing mechanism of claim 35, wherein the coin withdrawal hole is further connected to a coin withdrawal channel and the coin withdrawal channel is connected to a coin withdrawal port. The coin imprinting mechanism of claim 1, wherein the imprinting machine station comprises a track connecting the first transmission group and the second transmission group, so that the starting coin is put into the pressure After the printing machine, the first check bar is pressed, and the second check bar is pressed by the track. The coin embedding mechanism of claim 1, wherein the first transmission shaft and the first transmission shaft are respectively connected with a first grip and a second grip. 3 9 · A method for coin imprinting, comprising: providing a god machine, the stamping machine comprising a first transmission group, a flute 'The embossing mechanism is patterned on the hard material. 4 0· also includes 'where the stamping machine 26 1^61757 41 · The method of coin stamping as claimed in claim 4, the bean withdrawal mechanism comprises: a flat plate, an elongated plate, and The width of one end portion is greater than the width of the other end portion; a pressing block is disposed at one end of the flat plate having a smaller width, and an elastic member is disposed between the pressing block and the flat plate; One end portion having a larger width; a pressure groove, the pressure groove is sized to fit the plate; and a coin withdrawal hole ' is disposed in the pressure groove, and is offset from the placement hole. The coin imprinting method of claim 41, wherein the coin withdrawal hole is further connected to a coin withdrawal channel, and the coin withdrawal channel is connected to a coin withdrawal port. 27