TWI228099B - Automatic paper sheet feeder - Google Patents

Abstract

An automatic paper sheet feeder comprises an inclined paper sheet feed tray, a support board, and a resilient panel. The inclined paper sheet feed tray carries a paper sheet to be fed. An end of the support board is pivoted to the inclined paper sheet feed tray to make the support board rotatable with respect to the inclined paper sheet feed tray. An opposite end of the support board abuts against the paper sheet to be fed. The resilient panel is arranged between the inclined paper sheet feed tray and the support board and resiliently supports said opposite end of the support board to form an included angle between the support board and the inclined paper sheet feed tray. The resilient panel is comprised of a mounting section and a supporting section. The mounting section is tightly laid on the inclined paper sheet feed tray. The supporting section forms another included angle with respect to the inclined paper sheet feed tray. The supporting section resiliently biases the support board.

Description

1228099

[Technical field to which the invention belongs] The present invention relates to an automatic document feeder (ADF), and more particularly, to an automatic paper feeding device in which a carrier plate is disposed on an elastic element in an inclined paper tray. Device. [Prior art] Please refer to FIG. 1A, which is a sectional view showing the structure of a conventional automatic paper feeding device. In FIG. 1A, the automatic paper feeding device 100 includes a horizontal paper tray 104, an automatic paper feeding roller group 106, a paper tray 108, and a spring m for feeding the paper to be fed 102 to the printing sheet. Printers, photocopiers, scanners and fax machines (not shown in Figure 1A). The horizontal tray 1104 is used to place the paper to be fed 1 0 2 ', and the rim of the automatic paper feeding roller group 1 06 and the paper feeding pad 丨 丨 〇 are adjacently contacted to form the feeding end 11 2 and automatically feed The paper roller group 丨 〇6 rotates clockwise around the center of the wheel shaft 11 16 to drive the paper to be fed forward 〇〇2. One end of the paper tray 108 is pivotally connected to the horizontal paper tray 104, so that the paper tray 108 can be rotated on the paper tray 104. One end of the spring 111 is fixed in the groove 113 of the horizontal tray 104, and the other end of the spring 111 is fixed under the other end of the paper tray 108, so that the paper tray 108 exists between the horizontal tray 104 and the horizontal tray 104. An included angle of 0 1. Please refer to FIG. 1B, which is a cross-sectional view of the structure of the automatic paper feeding device in which the paper stack 11 4 is placed in FIG. 1A. In Fig. 1B, the paper stack 114 is placed on the horizontal tray 104, and the paper stack 114 is the paper sheets 102a and 102b, the paper stack 114a, and the paper 102c from top to bottom, respectively. Because the gravity of the paper stack u 4 is much greater than the gravity of the single paper to be fed 102 in Figure 1A, the first ...

1228099

In the figure, the included angle between the 'consumer board 108' and the horizontal tray 104 is smaller than the included angle 01 of the first figure. Because the weight of the paper stack 114 is relatively heavy, the elastic force of the spring lu must be large enough to support the paper stack 丨 4 leading edge to the paper feeding pad 丨 丨 0, and the leading edge of the paper 1 2 a just abuts the feed入 端 11 2。 11 2 into the end. When the automatic paper feeding roller group 106 successively drives the paper 102a, 102b and the paper stack 114a to feed the MFP completely, the paper 102c is left on the horizontal tray 104. The situation is the same as in Figure 1a. Because of the upward elastic action of the impeachment 1 η, the f-germ between the paper tray 108 and the horizontal tray 104 is as large as < 9 1 for pushing up the paper 102c to make the paper 1 〇2 (: month 丨 J edge abuts the feeding end 11 2. Therefore, the automatic paper feeding roller group 丨 〇6 can drive the paper 102c to the feeding end 112 to complete the automatic feeding of the automatic paper feeding device 100 Paper step. However, because the horizontal tray is designed with a horizontal structure, the spring 111 must provide an upward spring force to overcome the weight of the paper, so that the paper support 108 can support the paper high, so that the front end of the paper can resist the feed. End 112. When the number of papers supported by the cardboard 108 is greater, the spring force of the spring 111 must also be increased to ensure that the top paper can resist the feeding end 112. This horizontal paper feed 104. The combined design of the spring 丨 丨 and the paperboard 108 is complicated because of its combined structure, so it is not easy to assemble in the production process and the cost is also high. Please refer to Figure 2A, which shows the Republic of China The automatic paper feeding device 2000 disclosed in Patent Publication No. 509 1 43 Sectional view of the structure. In Figure 2A, the automatic paper feeding device 200 includes an inclined paper tray 204, an automatic paper feeding roller set 206, and an elastic sheet (Mylar) 208 for feeding the paper to be fed 002.

1228099 V. Description of the invention (3) a. Printing on HfH scanners and fax machines (not shown in Figure 2A). The inclined paper feed tray 204 is used to place the paper to be fed 202, and the automatic paper feeding roller group 206 and the paper feeding pad 210 are both located at the bottom of the inclined paper feeding roller 204, and the rim and The paper feeding pads 21 () are adjacently contacted to form the feeding end 212. In addition, the automatic paper feeding roller group 206 rotates clockwise with the wheel shaft 216 as the center to drive the paper 202 forward. The elastic sheet 208 also includes a joint portion 208a and a support portion 208b. The joint portion 208a is closely and flatly attached to the inclined tray 204, and the support portion 208b and the inclined tray 208 There are angle stones 1. As the elastic sheet 208 supports more paper, the smaller the angle between the support section "❿" and the inclined feed E204. The elastic sheet 208 supports the paper to be fed 2 by its elasticity in its structure. 2, and under the design of the inclined feeding tray 204 as an inclined structure, the front end of the paper to be fed 002 will slide down to the feeding end 212 due to gravity, so that the automatic paper feeding roller set 206 can The paper 202 is driven toward the feeding end 212. Please refer to FIG. 2B, which shows a cross-sectional view of the structure of the paper feeding device 200 when the paper stack 214 is placed in FIG. 2A. In FIG. 2β, we The paper stack 214 is placed on the inclined tray 204, where the paper stack 214 is paper 202a, 20 2b, paper stack 2 14a, and paper 202c from top to bottom. Because of the downward gravity of the paper stack 214 Much greater than the gravity of the single paper to be fed 002 in Figure 2-8 and greater than the upward elastic force of the elastic sheet 208. At this time, the angle ratio between the support portion = 8b and the slanted feeding centimeter 204 is small, and even causes The bottom surface of the supporting part 208b of the elastic sheet 208 is in contact with the inclined paper tray 204. The front edge of the sheet 214 is in contact with the paper feed 210, but also the financial 2〇2a edge of the sheet just touches the feeding terminal 212.

1228099 V. Explanation of the invention (4) When the automatic paper feeding roller set 206 successively drives the papers 202a, 202b and the paper stack 21 4a to feed the MFP completely. At this time, only the tilted tray 204 is left. Paper 02c, the situation is the same as in Figure 2A. Due to the upward elasticity of the elastic sheet 208, the included angle between the support portion 208b and the inclined tray 204 becomes large, so as to push the paper 202c upward so that the leading edge of the paper 202c abuts Feed terminal 212. Therefore, the automatic paper feeding roller group 206 can drive the paper 202c to the feeding end 212 to complete the automatic paper feeding process of the automatic paper feeding device 20 (). However, because the structure of the elastic sheet 208 itself is quite weak, and it is directly exposed to the inclined paper feeding E2 04, in the case of using the automatic paper feeding 2 for a long time, or the user's careless operation, ^ It is easy to damage the elastic sheet 208. Once the elastic sheet 208 is destroyed, the current paper feeding device 2008 will not be able to perform the normal paper feeding operation. The user must send the automatic paper feeding device 200 to the factory for repair, so the maintenance cost of the machine is increased.于 于 机 [Summary of the Invention] In view of this, the object of the present invention is to provide a design which is provided with a carrier plate on an inclined paper tray, which can feed the elastic sheet under the paper loading plate to avoid being damaged and reduce the elasticity. The load rate is thin, and the service life of the elastic sheet is guaranteed and maintained, and the operation stability of the machine is unknown. According to the purpose of the present invention, an automatic paper feeding tray, a supporting plate and an elastic element are proposed. The paper feeding tray is tilted, including the tilting and setting

1228099 V. Description of the invention (5) " ------ One end of the carrying plate is pivotally connected to the inclined paper feeding cover, so that the carrying plate can be papered. ^ On the tilted paper tray, and the other end of the carrier plate is used to resist the elasticity of the to-be-fed sheet, which is arranged between the tilted paper tray and the carrier plate, and the box can be pressed against the carrier plate in two ways. At the other end, make the loading plate and the slanted feed stack. 3 has an included angle. Among them, the elastic element is, for example, an elastic sheet or an elastic sheet. According to still another object of the present invention, an automatic paper feeding device is provided, including a paper tray, a carrying plate, and an elastic sheet. The tilted tray is used to place ^ and feed paper. One end of the carrier plate is pivotally connected to the tilted tray, so that the carrier ^ can be rotated on the tilted feed S, and the other end of the carrier plate is used to resist waiting. . The elastic sheet is arranged between the tilted paper tray and the carrier plate, and resiliently resists the other end of the carrier plate, so that there is an included angle between the carrier plate and the tilted paper tray. The elastic sheet includes a joint portion and a support portion, and the joint portion is closely and flatly attached to the inclined paper tray. There is another included angle between the supporting part and the inclined paper tray, and the supporting part is used for springing the bearing plate. ▲ In order to make the above-mentioned objects, features, and advantages of the present invention more comprehensible, a preferred embodiment is given below, and in conjunction with the accompanying drawings, the details are as follows: " [Embodiment] Embodiment 1 Please refer to FIG. 3A, which is a cross-sectional view showing the structure of the moving paper feeding device 300 according to the first embodiment of the present invention. In Figure 3A, the automatic paper feed dream 300 includes an inclined paper tray 304, an automatic paper feed roller set 306, and paper feed ^

1228099 V. Description of the invention (6) 3 1 0, carrier plate 3 〇γ and elastic sheet (Mylar) 308, since =, the elastic element can be a spring or elastically inserted into a printer, photocopier, 4 " ^ device to Feed the paper to be fed 302 to the 3A order). Tilting ^ = business machines such as Yifa and fax machines (not shown with a moving paper feed roller set 306 tray feed U ^ n〇4 is used to place the paper 302 to be fed, and self, and the automatic paper feed roller feed are located at the inclined feed_ The bottom forms the feed end 312. The automatic edge contacts the paper feed 塾 川 adjacently and rotates clockwise to drive the paper 3002 forward. [Axis 3 i 6 is ^ making plate 3 0 7 bearing can be loaded with plate two series and Tilt feed_4 is pivotally connected, so that the loader Π Λ is slanted into the paper E304, and the other end 304 of the loader board and the loader are allowed to bounce? S— @. 1 can be tilted and moved in a flexible manner Abut the bearing plate 307 ^ Separately, so that there is an included angle between the bearing plate 307 and the inclined tray 304). (2) The elastic sheet 308 includes a joint portion 308a and a supporting portion 308b, and the joint portion 308a is closely and flatly attached to the inclined tray 304. The supporting portion 308b has another angle between the inclined feeding of £ 304, and the supporting portion 30 is used to move the bearing plate 307. As the supporting plate 307 supports a larger amount of paper, the smaller the angle between the supporting plate 307 and the inclined tray 304, the smaller the angle between the supporting portion ^ and the inclined tray 304. The carrier plate 307 supports the paper to be fed 302 by the elasticity of the elastic sheet 308, so that the front end of the paper to be fed 3 comes into contact with the feeding end 312, so that the automatic paper feeding roller group 3 can feed the paper to be fed 3 〇2 Drive to the feed end 312. Please refer to FIG. 3B, which shows a cross-sectional view of the structure of the automatic paper feeding device 300 in which the paper stack 314 is placed in FIG. 3A, page 10 TW1276-AF (iris) .ptd 1228099 'Invention description (7). In Fig. 3β, we place the paper stack 314 on the inclined tray 304, where the paper stack 314 is paper 302a, 302b, paper stack 314a, and paper 302c from top to bottom, respectively. Because the downward gravity of the paper stack 314 is much greater than the gravity of the single paper to be fed 302 in the third figure and greater than the upward elastic force of the elastic sheet 308. The included angle between the carrier plate 307 and the inclined tray 304 is also smaller than the included angle ω in FIG. 3A; [smaller. The bottom surface of the supporting portion 3 0 8 b of the elastic sheet 3 0 8 is even brought into contact with the inclined tray 3 04, and the bottom surface of the carrying plate 307 is in contact with one end of the joint portion 3 0 8 a. At the same time, the leading edge of the paper sheet 314 is in contact with the feed pad 31o, and the leading edge of the paper 3202 & is just in contact with the feed end 31 2. When the automatic paper-feeding roller group 306 starts to rotate around the wheel axis 3 16 as the front edge of the paper 302a contacts the feeding end 312, the rotation of the automatic paper-feeding roller group 306 will drive the paper 302a to the feeding end 312. mobile. Therefore, Tian Λ Zhang 2 a το is driven by the automatic paper feeding roller group 3 06 through the feeding end 31 2, and the upward edge of the elastic sheet 308 makes the leading edge of the paper 3 02b contact the feeding end 312 The automatic paper feeding roller group 306 can also drive the paper 302b in the process described above. In this way, as the amount of paper in the paper stack 314 decreases, relatively, the downward gravity of the paper stack 314 decreases.

Due to the upward elasticity of the elastic sheet 308, the angle between the carrier plate 307 and the inclined tray 304 is getting larger and larger to support the remaining weight of the paper stack 314. In addition, the leading edge of the remaining paper of the paper stack 314 can sequentially abut against the feeding end 312, so that the automatic paper feed roller group 30 sheets of the stack of paper 314 are driven forward. A When the automatic paper feed roller set 306 successively feeds paper 3202a, 3G2b and paper 1228099

Zhang stack 314a drives and feeds completely to the plug. Η 4 η When the MFP is tilted, the tray is tilted at this time.

3 0 4 上 / 、 术 j 下 纸 3〇 2 c, at this time 愔 情 雅 @ Q 锤 嗑 Η Μ »々Α ϋ 子 Γ The monthly condition is the same as that in Figure 3A. Because of the strong impact of the t tantao piece d ϋ 8 upwards ^ The ten-shot effect of the night bucket makes the angle between the transfer carrier plate 307 and the slanted feed g 304 become ω i, ^ 〇Π9η ^ ^ 302c is pushed up, so that the edge of the paper 3 0 2 c abuts the feed end 3 〖9 π center ... Π9 Therefore, the automatic paper feeding roller group 306 can move the paper 302c to the person ¢ 319 ¾ as a 丄, t 私 # 把, A and 钿 12 contribute to the automatic paper feeding process of the automatic paper feeding device 300. Embodiment 2 Please refer to FIG. 4A, which is a cross-sectional view of the structure of the self-loading = 0 装 Λ4 (Γ according to Embodiment 2 of the present invention. * In FIG. 4A, the automatic paper feeding device 40G includes an inclined paper feeding. Box 4 (4), automatic paper feed roller assembly, paper feed pad 410, carrier plate 407, and elastic element, the elastic element can be elastic or elastic cymbal 408, and the automatic paper feeding device 400 is used to feed the paper to be fed 4〇2 is fed into printers, photocopiers, scanners and fax machines (not shown in Figure 4a). Tilt paper tray 404 is used to place the paper to be fed 402, and the paper is fed automatically The roller set 4 0 6 and the paper feed pad 41 〇 are both located at the bottom of the inclined tray 4 〇 4, and the feed roller 406 and the rim of the paper feed roller set 406 are adjacent to contact the paper feed pad 410 to form the feed & 41 2 In addition, the rim of the automatic paper-feeding roller group 406 and the paper-feeding pad 41o at the bottom of the inclined tray 404 are in contact with each other to form a feeding end 412, and the automatic paper-feeding roller group 406 uses an axle 4 16 Make the center of the circle rotate clockwise and move the paper 402 forward. ^ ^ One end of the carrier plate 407 is pivotally connected to the inclined tray 404, so that the carrier plate 407 can rotate 4〇4 on the tilt tray, the other carrier plate 4〇7 end $

1228099 five Used to resist the paper 402 to be fed. The elastic sheet 408 is disposed between the oblique feeding sheet 404 and the carrier plate 407, and resiliently resists the other end of the carrier plate 407, so that the carrier plate 407 and the oblique feed There is a flame angle 0 1 between the paper cassettes 404. 〃 The elastic sheet 408 includes a joint portion 408a, a supporting portion 408b, and a bending portion 408c. The supporting portion 408b connects the joint portion 408a and the bending portion 408c, and the joint portion 408a is closely attached to the inclined surface. There is another angle between the supporting part 40 and the tilting tray 404, and the supporting part 408) is used to move the supporting plate 407. There is also a fixed or variable angle between the bending portion 408C and the supporting portion 408b, and the end of the bending portion 408c is embedded in the groove 413 of the inclined tray. The more paper F is supported by the carrying plate 407, the smaller the angle between the carrying plate jo? And the inclined tray 404, and the bent portion 408c can be moved from the groove U3 to the groove 413. Slide inside. The carrier plate 407 supports the paper to be fed 402 by the elasticity of the elastic sheet 408, so that the front end of the paper to be fed 402 contacts the feeding end 412, so that the automatic paper feeding roller set 406 can The paper to be fed 4 2 is driven toward the feeding end 412. Please refer to FIG. 4B, which is a cross-sectional view showing the structure of the automatic paper feeding device 400 in which the paper stack 414 is placed in FIG. 4A. In the “picture”, we put the paper stack 4! 4 on the slanted paper feeding 4004, where the paper stack 414 is paper 402a, 402b, paper stack 414a, and paper 402c from the bottom. Because the paper stack The downward gravity of 414 is much greater than that of single 402 in FIG. 4A and greater than the upward elastic force of elastic sheet 408. At this time, the angle between the carrier plate 407 and the inclined tray 404 is even larger than that in FIG. 4A. Angle, and the folded portion 408c slides from the outside to the inside of the groove 413. It even results in an elastic sheet

1228099 V. Description of the invention (10) The bottom surface of the support portion 408b of 408 contacts the inclined tray 404, the bent portion 408c is completely embedded in the groove 413, and the bottom surface of the carrier plate 407 contacts the joint portion 408a. One end. At the same time, the leading edge of the paper stack 41 4 is in contact with the feed pad 41 0 ′ and the leading edge of the paper 4202 is just in contact with the feeding end 41 2. When the automatic paper feeding roller group 406 successively drives the paper 402a, 40 2b and paper Feng 41 4a to completely feed the MFP, at this time, only the paper 4 0 2 c is left on the inclined tray 4 0 4. The situation is the same as in Figure 4A. Because of the upward elastic effect of the elastic sheet 408, the included angle between the carrier plate 407 and the inclined tray 404 becomes larger, and the bent portion 408c slides from the inside to the outside in the groove 413, so as to use the 402c pushes upward so that the leading edge of the paper 402c abuts against the feeding end 412. Therefore, the automatic paper feeding roller group 406 can drive the paper 402 to the feeding end 412 to complete the automatic paper feeding process of the automatic paper feeding device 400. However, those skilled in the art can also understand that the technology of the present invention is not limited to this. For example, because the slanted tray of the present invention is designed with a slant structure, after the paper enters the slanted tray, the paper will be positioned in an inclined manner. Carrier board. At this time, the leading edge of the paper will automatically slide to the feed end. Therefore, the upward elasticity of the elastic element of the present invention does not need to be designed in accordance with the elasticity of the figure u. The upper elasticity is large, and the elasticity can be smaller. As long as the paper slides into the inclined tray due to gravity, the paper The leading edge can just abut the feed end. The design of the automatic paper feeding device disclosed in the above embodiments of the present invention is provided with a carrier plate on the re-feeding tray, which can protect the sheet under the carrier plate from being damaged, reduce the damage probability of the elastic sheet, and protect the sheet. Service life and stable operation of the automatic paper feeding device. In summary, although the present invention has been disclosed as above with a preferred embodiment, TW1276-AF (虹光) .ptd Page 14 1228099 V. Description of the invention (11) However, it is not intended to limit the present invention, any familiarity Those skilled in the art can make various modifications and retouching without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention shall be determined by the scope of the appended patent application.

TW1276-AF (虹光) .ptd Page 15 1228099 Brief Description of Drawings [Simplified Description of Drawings] Figure 1A is a sectional view of the structure of a conventional automatic paper feeding device. FIG. 1B is a cross-sectional view showing the structure of an automatic paper feeding device in which paper is stacked on FIG. 1A. Figure 2A is a cross-sectional view showing the structure of the automatic paper feeding device disclosed in the Republic of China Patent Publication No. 509 丨 43. Fig. 2B is a cross-sectional view showing the structure of an automatic paper feeding device in which paper is stacked on Fig. 2A. Fig. 3A is a sectional view showing the structure of an automatic paper feeding device according to the first embodiment of the present invention. FIG. 3B is a cross-sectional view showing the structure of the automatic paper feeding device in which paper is stacked on FIG. 3A. Fig. 4A is a sectional view showing the structure of an automatic paper feeding device according to the second embodiment of the present invention. FIG. 4B is a cross-sectional view showing the structure of the automatic paper feeding device in which paper is stacked on FIG. 4A. 100, 200, 300, and 400: Auto-feeding devices 102, 202, 302, and 402. Paper to be fed 102a, 102b, 102c, 202a, 202b, 202c, 302a, 302b, 302c, 402a, 402b, 402c · Paper 1 0 4: Horizontal tray 1 0 6, 2 0 6, 3 0 6, 4 0 6 · • Automatic paper feed roller group TW1276-AR (Iridescent). Ptd Page 16 1228099 Schematic description 1 0 8: paperboard 110, 2 1 0, 3 1 0, 41 0: paper feed pad 111: spring 112, 212, 312, 412: feed end 113, 413: groove 114, 114a, 214, 214a, 314, 314a, 414, 414a: paper stacks 116, 216, 316, 416: axles 204, 304, 404: tilted trays 208, 308, 408: flexible sheets 307, 407: carrier plates 208a, 308a, 408a: bonded Parts 208b, 308b, 408b: Supporting part 408c: Bending part

TW1276-AF (Aurora) .ptd Page 17

Claims (1)

1228099 ΐ · An automatic paper feeding device, comprising: an inclined paper tray for placing a paper to be fed; a carrying plate whose one end is pivotally connected to the inclined paper feeding g, so that the carrying plate can rotate on the inclined feeding On the paper cassette, the other end of the carrier plate is used to resist the paper to be fed; and an elastic element is disposed between the inclined paper cassette and the carrier plate 'and resists the carrier in a resilient manner. The other end of the plate makes an angle between the carrying plate and the inclined paper tray. 2. The automatic paper feeding device according to item 1 of the scope of patent application, wherein the elastic element is a spring. 3. The automatic paper feeding device according to item 1 of the scope of patent application, wherein the elastic element is an elastic sheet (Mylar). 4. The automatic paper feeding device according to item 3 of the scope of patent application, wherein the elastic sheet includes: a joint portion which is closely and flatly attached to the inclined paper tray; and a supporting portion, the supporting portion There is another included angle between the supporting portion and the tilted paper tray for springing the carrying plate. 5. The automatic paper feeding device according to item 4 of the scope of patent application, wherein the elastic sheet further comprises: a bent portion, which is located at an end of the supporting portion, and is bent toward one side of the inclined paper cassette. 6 · The automatic paper feeding device according to item 5 of the patent application scope, wherein the automatic paper feeding device further includes: TW1276-AF (虹光) .ptd P.18 1228099 End system and VI. Patent application scope A groove is located in the fold at the slanting fold, 4, and the system is buried in the groove. 7 · If the patent application scope is 6th, when the support part is pressed downwards, the fold is 8 · If the patent application scope is the first violation of the automatic paper feeding device, it includes an automatic paper feeding roller set to place the paper to be fed Feed in. 9 · If the patent application scope is No.8, the automatic paper feeding device also includes ·· a paper feeding pad located at the rim contact of the inclined paper roller group for 10 · if the patent application scope is No. A piece of paper. 11. According to the scope of the patent application, the paper to be fed is a paper stack. 12 · —A kind of automatic paper feeding device An inclined paper tray is used to put a carrier plate, which can be rotated to the inclined paper feeding! The paper to be fed is provided above; and an elastic sheet is arranged in the middle and can be resiliently supported on a paper box between the carrier plate and the slanted paper feed tray and corresponds to the bending part, item In the automatic paper feeding device, the groove is slid in the bent portion. The automatic paper feeding device according to the item, wherein the bottom of the inclined paper tray is used for the automatic paper feeding device according to the item, wherein the bottom of the paper tray is fed with the automatic feeding to the paper to be fed. The automatic paper feeding device according to item 1, wherein the automatic paper feeding device according to item 1, includes: setting a paper to be fed; the inclined feeding E pivot, the carrier plate, and the other end of the carrier plate To resist the inclined feeding S and the other end of the carrier plate of the carrier plate so that the carrier has an included angle, the elastic sheet includes: Page 19 1228099 VI. Patent application scope A joint part which is closely and flatly attached to the inclined tray; and a supporting part which has another angle between the supporting part and the inclined tray To bounce the bearing plate. 13. The automatic paper feeding device as described in item 12 of the scope of the patent application, the elasticity sheet in the basin further includes: a fold-off part, which is located at the end of the support part and bends toward the inclined side. % AE 14 · The automatic paper feeding device in the automatic paper feeding device described in item 丨 3 of the patent application scope further includes: placing a groove in the inclined paper tray and folding with the bending part The bend is embedded in the groove.卩 Correspondingly, 15 · The automatic paper feeding as described in item 14 of the scope of patent application. When the supporting part is pressed down, the bent part slides toward the groove. The automatic feeding device described in Item 12 of the patent scope, and the automatic feeding device in the 5th Hai Hai also includes: clothing, one of the automatic paper feeding roller set, located at the tilt Paper feed. This feeds the paper to be fed. The heart exhibition department is used to automatically feed the paper as described in item 16 of the scope of patent application < I # 1 motion, and further includes: Guang's device 'its feeding table, located in the inclined paper feeding people The bottom is in contact with the rim of wheel set 1 to feed the paper to be fed. 2. The automatic feeding system is the paper to be fed—paper. Gu Di, song paper installation, its TW1276-AF (Aurora) .ptd Page 20 1228099 TW1276-AF (Aurora) .ptd Page 21