TWM527388U - Rail type paper guide feeding device - Google Patents

Description

Slide rail paper guiding device

This creation relates to a slide-type paper guiding device which can be used with a cutting machine to make the feeding, paper feeding, positioning, and reserved processing reciprocating length stroke smoother; especially suitable for printing with a small amount and slow The fast-operating machine is matched with the implementation.

The applicant has previously filed an application for the domestic new patent No. M506871 "paper guide device" and was approved to make an announcement (hereinafter referred to as the previous case). The purpose of the previous case was to solve the existing printing-related processing industry. The problem faced when paper is applied. For example, some processing tools such as printing or cutting machines are provided with front and rear swing arm feeding devices, which are mainly used to change the degree of paper pressing by changing the front and rear swing arms. The transfer effect of reciprocating displacement between processing tools. And the conventional paper feeding device of the above, the processing tool, the paper feeding mechanism, the delivery mechanism, and the front and rear swing arms are arranged through a machine, so that the front and rear swing arms have sufficient space for swinging up and down, thereby allowing The paper can produce a large reciprocating displacement stroke. In the paper loading operation before the operation, it is generally known that the front and rear swing arms of the paper guiding device are in a natural drooping state, and the operator must repeatedly stand up and squat. The paper material can be passed through the at least one paper guide roller through the roller shaft of the paper feeding mechanism, then wound under the swing arm, and then passed through the processing tool through the at least one paper guide roller. Similarly, the paper passing through the processing tool passes through at least one paper guiding roller and then bypasses the lower swing arm, and finally passes through at least one paper guiding roller and then enters the roller shaft of the delivery mechanism; thus not only causes paper loading operation It is inconvenient and relatively difficult to mount the paper to the position. In order to improve the problem of paper loading operation and paper positioning operation, the front case provides a paper guiding device, which basically comprises: a machine table, a paper feeding mechanism, a delivery mechanism, and a paper feeding arm a paper delivery arm, a paper feed link set, and a delivery link set; the paper can be fed by simply pulling the paper feed, the paper feed link group feeding, and the paper take-up lever. The paper guide roller at the end of the delivery arm is lifted to a preset height, which not only allows the operator to complete the installation of the paper in a full standing position, but also shortens the paper winding stroke and helps the paper The material is mounted to the location.

In addition, the purpose of the previous case is mainly to provide a high-speed or fast paper-conveying continuous working environment, and the disclosed application technology is mainly used for cutting the paper on the cutting machine. . However, the creator further develops and improves the possible scope and matching equipment of the previous case, so that the paper guiding device can be used in addition to the cutting machine, and can also be matched with the brush or the slow running paper. The guiding operation environment is implemented, in order to accurately guide the paper, and provide more precise positioning of the paper and reserve the business trip, so as to provide better paper guiding effect for the filming operation on the paper. Graphic cutting operations, pulling waste operations and slitting operations are carried out smoothly.

The main purpose of this creation is to provide a slide-type paper guiding device that can accurately position and guide the paper material.

In order to achieve the above object, the present invention relates to a slide rail type paper guiding device for use with a cutting machine, the paper material guiding device comprising a base, a central table and a side on the side of the centering table a first side mesa and a second side mesa, the base prescribing a paper feed sensing area between the center table and the first side table, and the center side and the second side are disposed Preset between countertops There is a delivery sensing area, and the cutting machine is disposed on the central table, so that the cutting machine is provided with sensing areas on both sides; a paper feeding mechanism is disposed on the first side table, having a a paper feed roller and a paper feed drive module for driving the paper feed roller; a delivery mechanism disposed on the second side table, having a delivery roller and a delivery drive for driving the delivery roller a paper feed end rail seat disposed in the paper feed sensing area and including at least one paper feed guide and a paper feed guide roller disposed on the paper feed guide rail, so that the paper feed guide wheel can Moving up and down along the paper guide rail to move up and down relative to the paper feed sensing area; a paper take-up end rail seat is disposed in the paper receiving sensing area, and includes at least one delivery guide rail, and a sliding guide rail is disposed on the paper feeding guide rail The upper delivery guide wheel enables the delivery guide wheel to move up and down along the delivery guide rail to move up and down relative to the delivery sensing area; after a paper material is led out from the paper feeding mechanism, the paper guide roller is guided After entering the cutting machine, the paper passes through the cutting machine and then passes through the delivery guide wheel and enters the delivery mechanism. The paper guide wheel and the delivery guide wheel are respectively corresponding to the relative positions of the paper feed sensing area and the delivery paper sensing area, respectively, to control the operation of the paper feed roller and the delivery roller to adjust the wear and tear The length of the paper on both sides of the cutter.

The base is disposed at a corresponding position on the two columns on the two sides of the paper feeding sensing area, and a first sensor group, a second sensor group and a third sensor group are disposed from top to bottom. The paper feed guide can be moved up and down along the paper guide rail to pass through the first, second, and third sensor groups.

The base is disposed at a corresponding position on the two columns on the two sides of the delivery sensing area, and a fourth sensor group, a fifth sensor group and a sixth sensor group are disposed from top to bottom. The delivery guide pulley can be moved up and down along the delivery guide rail to pass through the fourth, fifth, and sixth sensor groups.

The bottom end of the paper feeding end rail seat is provided with a paper feeding lateral alignment adjusting device, and at least one paper feeding guide wheel stopping portion is arranged at the top opening of the paper feeding guide, and the paper feeding guide wheel stopping portion is arranged at the bottom end of the paper feeding guide Forming a paper feed inlet portion with the paper feed guide for the paper feed guide wheel to enter from the paper feed inlet portion In the paper feeding guide, a bottom lateral alignment adjusting device is disposed at a bottom end of the paper receiving end rail seat, and at least one paper conveying guide wheel stopping portion is disposed at an opening of the top end of the paper receiving rail, and the paper guiding guide is disposed at the paper feeding guide A paper feed inlet portion is formed in communication between the wheel stop portion and the delivery guide rail, so that the delivery paper guide roller enters the delivery paper guide from the delivery paper inlet portion.

Further, the first side surface is further provided with an upper film mechanism, wherein the upper film mechanism is provided for a film material, and the upper film mechanism is disposed on the paper material passing through the paper feeding mechanism and the paper feeding end rail seat The path between the sheets allows the film to be applied to the paper.

The second side table is further provided with a pulling and discharging mechanism, and the pulling and disposing mechanism is disposed on the path between the paper passing through the paper receiving end rail seat and the delivery mechanism to pull off the paper. Membrane waste.

The second side surface is further provided with a slitting mechanism, which is disposed on the path between the paper passing through the paper receiving end rail seat and the delivery mechanism to cut the paper.

The paper feeding end rail seat is provided with a multi-array paper feeding guide rail for the operator to select the installation position of the paper feeding guide wheel according to the size and thickness of the paper material.

The delivery end rail seat is provided with a plurality of delivery guide rails for the operator to select the installation position of the delivery guide wheel according to the size and thickness of the paper material.

The paper guiding device further comprises a job indicator light for receiving the cutting machine and the working status signal of the delivery mechanism, wherein the operation indicator light is a light of a corresponding color in different states.

The paper feeding mechanism further includes a first pressing cam and a first elastic pressing wheel corresponding to the first pressing cam to open and close the positioning of the paper at the paper feeding end; the delivery mechanism further comprises a second pressing cam and a second elastic roller corresponding to the second pressing cam to open and close the positioning of the paper at the delivery end.

The main advantages and functions of this creation are to use the paper feeding end rail seat and the delivery end rail seat to cooperate with the sensor tissue sensing, so that the paper material is stably positioned relative to the front and rear sections of the cutting machine, and the precise reservation is appropriate. The distance between the front and back of the paper is used to facilitate the reciprocating movement of the paper during the cutting operation. In addition, the additional installation of the filming mechanism, the waste-discharging mechanism and the slitting mechanism can be further implemented to implement the paper material. The various filming, pulling waste, and strip processing operations, together with the setting of the operation indicator light, enable the operator to immediately grasp the progress and condition of the paper processing operation.

In the following, according to the technical means of the present creation, the preferred embodiment is illustrated with the following description:

10‧‧‧Base

111‧‧‧ center countertop

112‧‧‧First side countertop

113‧‧‧Second side countertop

114‧‧‧Feeding Sensing Area

115‧‧‧ Receiving Sensing Area

161‧‧‧First Sensor Group

162‧‧‧Second sensor group

163‧‧‧ Third Sensor Group

171‧‧‧fourth sensor group

172‧‧‧ fifth sensor group

173‧‧‧ sixth sensor group

180‧‧‧work indicator

20‧‧‧Feeding mechanism

21‧‧‧Feed roller

22‧‧‧Feed drive module

23‧‧‧First suppression cam

24‧‧‧First elastic pressure roller

30‧‧‧Receiving agency

31‧‧‧Remitting roller

32‧‧‧Receiver drive module

33‧‧‧Second compression cam

34‧‧‧Second elastic roller

40‧‧‧Feed end rail seat

41‧‧‧Feed rail

42‧‧‧Feeding guide wheel

43‧‧‧ Paper feed lateral alignment adjustment device

44‧‧‧Feeding guide stop

441‧‧‧Feeding guide stop

442‧‧‧Feeding guide stop

50‧‧‧Receiver end rail seat

51‧‧‧Receiving guide

52‧‧‧Receiving guide wheel

53‧‧‧Receiver lateral alignment adjustment device

54‧‧‧Receiving guide wheel stop

541‧‧‧Retracting guide wheel stop

542‧‧‧Retracting guide wheel stop

60‧‧‧ cutting machine

70‧‧‧Upper membrane mechanism

71‧‧‧ Film Roller

72‧‧‧ Film motor

80‧‧‧Land waste institutions

81‧‧‧ scrap drum

82‧‧‧Waste motor

83‧‧‧Separation roller

90‧‧ ‧ Sectional bodies

91‧‧‧ knife holder

92‧‧‧ slitting knife

93‧‧‧Fixed buckle

100‧‧‧paper

101‧‧‧Metal

Fig. 1 is a view showing the appearance of a first embodiment of the present slide rail type paper guiding device.

Fig. 2 is a schematic view showing the paper feeding direction of the first embodiment of the present slide rail type paper guiding device.

Fig. 3 is a schematic view showing the delivery direction of the first embodiment of the slide rail type paper guiding device of the present invention.

Fig. 4 is a perspective view showing the operational state of the first embodiment of the present slide rail type paper guiding device.

Fig. 5 is a schematic view showing the operation of the first embodiment of the present slide rail type paper guiding device.

Fig. 6 is a schematic view showing the operation of the first embodiment of the slide rail type paper guiding device of the present invention.

Fig. 7 is a schematic view showing the operation of the film on the first embodiment of the present invention.

Fig. 8 is a schematic view showing the operation of the first embodiment of the slide rail type paper guiding device of the present invention.

Fig. 9 is a schematic view showing the cutting operation of the first embodiment of the slide rail type paper guiding device of the present invention.

Fig. 10 is a schematic view showing the drawing operation of the first embodiment of the slide rail type paper guiding device of the present invention.

Figure 11: Schematic diagram of the unloaded operation of the first embodiment of the present slide rail type paper guiding device.

Fig. 12 is a schematic view showing the striping operation of the first embodiment of the slide rail type paper guiding device of the present invention.

Figure 13: Schematic diagram of the first embodiment of the present invention for the slide rail type paper guiding device.

Figure 14: Schematic diagram of the paper feed direction of the second embodiment of the present slide rail type paper guiding device.

Fig. 15 is a perspective view showing the operation state of the second embodiment of the present slide rail type paper guiding device.

Figure 16: Schematic diagram of the operation of the second embodiment of the present slide rail type paper guiding device.

Please refer to FIG. 1 to FIG. 4 , which are an external view of the first embodiment of the present invention, a schematic diagram of a paper feed direction, a schematic diagram of a delivery direction, and a perspective view of an operational state. The slide rail type paper guiding device disclosed in the first embodiment comprises a base 10, a paper feeding mechanism 20, a delivery mechanism 30, a paper feed end rail seat 40, a delivery end rail holder 50, and a cutting The machine 60, an upper filming mechanism 70, a pulling mechanism 80 and a slitting mechanism 90 are used to process, guide and position the paper 100.

The base 10 is provided with a central mesa 111 and a first side mesa 112 and a second side mesa 113 on both sides of the central mesa 111. The base 10 is disposed on the central mesa 111 and the first side mesa 112. There is preset a paper feed sensing area 114, and a paper receiving sensing area 115 is preset between the centering table 111 and the second side table 113. The base 10 corresponds to the column on both sides of the paper feeding sensing area 114. A first sensor group 161, a second sensor group 162, and a third sensor group 163 are disposed from the top to the bottom, and are further corresponding to the columns on both sides of the delivery sensing area 115. A fourth sensor group 171, a fifth sensor group 172, and a sixth sensor group 173 are disposed from the top to the bottom.

The paper feed mechanism 20 is disposed on the first side table 112 and has a paper feed roller 21 and a paper feed drive module 22 that drives the paper feed roller 21 to operate.

The delivery mechanism 30 is disposed on the second side table 113 and has a delivery cylinder 31 and a delivery drive module 32 that drives the delivery cylinder 31 to operate.

The paper feed end guide rail 40 is disposed in the paper feed sensing area 114 and includes at least one set of paper feed guides 41 and a paper feed guide wheel 42 slidably disposed on the paper feed guide 41, so that the paper feed guide wheel 42 can The first sensor group 161, the second sensor group 162, and the third sensor group 163 are moved up and down along the paper feed guide 41. Further, a paper feed lateral alignment adjusting device 43 is disposed at the bottom end of the paper feed end rail base 40.

A paper feed guide stop 44 is provided at the top opening of the paper feed guide 41. The paper feed guide stop is curved from the side of the paper feed guide 41 to the other side, and is connected to the paper feed guide 41. The paper feed inlet portion is formed to allow the paper feed guide 42 to enter the paper feed guide 41 from the paper feed inlet portion. Further, as shown in FIG. 16, the paper feed guide rails 41 and the two paper feed guide stoppers 441 and 442 are provided correspondingly on the paper feed end rail holder 40.

The delivery end guide rail 50 is disposed in the delivery sensing area 115; and includes at least one delivery guide 51 and a delivery guide 52 slidably disposed on the delivery guide 51, so that the delivery guide 52 can The fourth sensor group 171, the fifth sensor group 172, and the sixth sensor group 173 are lifted up and down along the delivery rail 51. Moreover, a paper feed lateral alignment adjusting device 53 is disposed at the bottom end of the delivery end rail seat 50.

A paper take-up guide stop 54 is provided at the top opening of the delivery guide 51. The delivery guide stop is curved from the side of the delivery guide 51 to the other side, and is connected to the delivery guide 51. The paper feed inlet portion is formed to allow the paper take-up guide roller 52 to enter the take-up guide rail 51 from the paper take-up entrance portion. According to the needs of use, as shown in FIG. 16, two delivery rails 51 and two delivery guide stoppers 541 and 542 are correspondingly provided on the delivery end rail seat 50.

The cutter 60 is disposed on the centering table 111 to cut and forward the paper 100 passing therethrough.

The upper film mechanism 70 is disposed on the first side surface 112 for mounting a film, and the upper film mechanism 70 is disposed between the paper passing through the paper feeding mechanism 20 and the paper end rail 40. on.

The pulling mechanism 80 is disposed on the second side table 113, and the pulling mechanism 80 is located on the path between the paper passing through the paper receiving end rail seat 50 and the delivery mechanism 30 to pull off the paper. The film 101 scrap on the material 100.

The slitting mechanism 90 is disposed on the second side table 113, which is located on the path between the paper web 100 passing through the delivery end rail seat 50 and the delivery mechanism 30 to perform strip cutting of the paper material 100.

Please refer to FIG. 5 to FIG. 6 , which are schematic diagrams 1 and 2 of the operation of the first embodiment of the present invention. Regarding the mounting manner and the guiding formation of the paper material 100 , the starting end of the paper material 100 is fixed in a rolled state. On the paper feed roller 21, the end of the paper 100 is fixed to the take-up reel 31 in a rolled state. Generally, the paper material 100 is taken out from the paper feeding mechanism 20, passes through the upper film mechanism 70, passes through the paper feeding end rail seat 40, and enters the cutting machine 60. The paper material passes through the cutting machine 60 and passes through the paper receiving end rail. After the seat 50, the waste mechanism 80 and the slitting mechanism 90 are sequentially passed through the storage mechanism 30. The starting end of the film 101 is discharged from the film forming mechanism 70 and then overlaps along the path of the paper material 100, wherein the waste material of the film material 101 is taken up by the pulling and dropping mechanism 80.

Please refer to FIG. 6 and FIG. 7 to FIG. 8 , wherein FIG. 7 and FIG. 8 are schematic diagrams showing the operation of the film on the first embodiment of the present invention, and a schematic view of the unfilming operation, and the film forming mechanism 70 is disclosed. The paper feed roller unit 71 includes a film roll 71 and a film roll motor 72 that drives the film roll 71. The paper feed mechanism 20 further includes a first press cam 23 and a first press cam 23 An elastic pressure roller 24.

When the first pressing cam 23 is rotated to be convex toward the first elastic pressing wheel 24, the passing film 101 can be attached to the paper 100 to perform the filming operation, and in addition, the paper is combined. The material 101 performs the effect of precise pressing positioning.

When the first pressing cam 23 is rotated to be non-oriented toward the first elastic pressing wheel 24, the film 101 can be kept at an appropriate interval from the paper 100, and the progress of the filming operation is stopped. The switching of the above-mentioned filming operation is described only by the main actuating elements. In actual implementation, a plurality of reversing rollers (not shown) can be used to make the paper 100 and the film 101 optimal. The guiding direction of the guide is the general basic guiding mechanism principle, and will not be described here. Further, the upper film mechanism 70 can be implemented by attachment or removal depending on the use requirements.

Please refer to FIG. 6 and also cooperate with FIG. 9 , wherein FIG. 9 is a schematic view showing the cutting operation of the first embodiment of the present slide rail type paper guiding device.

After the paper material 100 is led out from the paper feeding mechanism 20, it passes through the paper feed guide wheel 42 and enters the cutting machine 60. The paper material 100 passes through the cutting machine 60, and then passes through the paper take-up guide wheel 52 and enters the paper receiving mechanism 30. The paper feed roller 42 and the delivery roller 52 are respectively corresponding to the relative positions of the paper feed sensing area 114 and the delivery sensing area 115, and the paper feed roller 21 and the delivery roller are respectively controlled. The operation of 31 is to adjust the length of the paper passing through the sides of the cutter 60.

When the first sensor group 161 and the second sensor group 162 are not shielded and the paper material 100 is not sensed, the paper feeding mechanism 20 initiates paper feeding until the first sensor group 161 and the second sensor group 162 are simultaneously After being covered by the paper 100, it stops.

When the cutting machine 60 is positioned back to the paper, and when the first sensor group 161, the second sensor group 162, and the third sensor group 163 are simultaneously obscured by the paper 100, the paper feeding mechanism 20 initiates the paper feed reverse. First When the sensor group 161 is shielded by the paper 100, the second sensor group 162 and the third sensor group 163 are not blocked by the paper 100, and the cutter 60 is actuated and continuously directed to the delivery end rail holder 50. Feed paper.

When the fourth sensor group 171, the fifth sensor group 172, and the sixth sensor group 173 are shielded by the paper 100, the delivery mechanism 30 initiates the delivery of the paper to the fourth sensor group 171, which is shielded by the paper 100. The sensor group 172 and the sixth sensor group 173 are stopped when not blocked by the paper 100, and when the cutter 60 is returned to the fourth sensor group 171, the fifth sensor group 172, and the sixth sensor group 173, When the paper sheet 100 is shielded, the paper taking mechanism 30 is reversed to the fourth sensor group 171, and the fifth sensor group 172 is blocked by the paper material 100 and then stopped.

Please refer to FIG. 6 , FIG. 10 and FIG. 11 , wherein FIG. 10 and FIG. 11 are schematic diagrams of the drawing operation of the first embodiment of the present invention, and a schematic diagram of the undrawn operation, and the main disclosure of the drawing waste mechanism 80 is disclosed. A waste roller 81 for scraping the film material 101, a waste motor 82 for driving the waste roller 81, and a separation roller 83. The delivery mechanism 30 further includes a second pressing cam 33 and a second pressing cam 33. a second elastic roller 34, the separation roller 83 is disposed between the waste roller 81 and the second elastic roller 34; when the cutting operation is suspended, the blade is drawn on the film 101 by the blade, and then the bottom paper is torn open 100, when the convex portion of the second pressing cam 33 faces the roller of the second elastic roller 34, the paper 101 can be accurately pressed and positioned; when the convex portion of the second pressing cam 33 does not face the roller of the second elastic roller 34, the paper material 100 can continue to be guided. When the paper 101 passes through the separation roller 83, the waste material of the film 101 adhered at the upper end thereof can be detached by the separation roller 83 and conveyed to the waste roller 81 for the waste operation; In addition, the waste recycling mechanism 80 can be used as needed. It is intended to be installed or removed.

Please refer to FIG. 12 and FIG. 13 , which are schematic diagrams of the striping operation and the unsegmented operation of the first embodiment of the present invention. The striping mechanism 90 is mainly composed of a knife capable of adjusting the contact spacing with respect to the paper 100 . The seat 91 and a plurality of seats are disposed on the seat 91 for parallel slitting of the passing paper 100 The slitting blade 92 can perform the striping operation on the paper 100 when the blade holder 91 is adjusted so that the slitting blade 92 exceeds the contact depth of the paper 100; otherwise, when the blade holder 91 is adjusted to the slitting blade 92 When the paper 100 is kept at an appropriate distance, the slitting operation is stopped. When implemented, the holder 91 can be locked by a fixing buckle 93, so that the holder 91 can be stably positioned at the optimal slitting working position.

Please refer to FIG. 13 , FIG. 14 and FIG. 15 , which are schematic diagrams of the paper feeding direction, the operational state perspective view and the operation diagram of the second embodiment of the present invention. This embodiment is based on the technical means of the first embodiment, and discloses that the paper feed end rail seat 40 is provided with a multi-array paper feed guide 41 for the operator to feed the paper according to the size and thickness of the material. The installation position of the guide wheel 42 is selected; the delivery end rail seat 50 is provided with a plurality of delivery guides 51 for the operator to select the installation position of the delivery guide 52 according to the size and thickness of the material; The paper guiding device further includes a job indicator light 180 for receiving the working status signal of the cutting machine 60 and the delivery mechanism 30. The operation indicator light 180 can display a yellow light when the cutting machine 60 is in standby, a green light when the machine is in motion, and cut. When the machine 60 or the delivery mechanism 30 is abnormal, a red light is presented for the user to make a reference judgment of the operation intervention timing or a warning for troubleshooting.

Compared with the prior art or the applicant's previous application for approval, the creation can be used with the cutting machine to make the paper feeding, paper feeding, positioning, and reserved processing reciprocating length stroke smoother. It is especially suitable for implementation with a small number of printing and slow running machines. In addition, it can further cooperate with the additional installation of the upper membrane mechanism, the waste-discharging mechanism, and the slitting mechanism to facilitate the implementation of various film, pulling waste, and slitting processing operations of the paper.

The embodiments described above are intended to illustrate the preferred and possible implementation of the present invention, and are not intended to limit the scope of the patents of the present invention, and may be simply replaced or constructed as components or means according to the technical means of the present invention. Equal replacement shall be within the scope of the patent application scope of this creation.

10‧‧‧Base

111‧‧‧ center countertop

112‧‧‧First side countertop

113‧‧‧Second side countertop

20‧‧‧Feeding mechanism

30‧‧‧Receiving agency

40‧‧‧Feed end rail seat

50‧‧‧Receiver end rail seat

60‧‧‧ cutting machine

70‧‧‧Upper membrane mechanism

80‧‧‧Land waste institutions

90‧‧ ‧ Sectional bodies

Claims (11)

A slide-type paper guiding device for use with a cutting machine (60), the paper guiding device comprising: a base (10) provided with a central mesa (111) and a central mesa ( 111) a first side mesa (112) and a second side mesa (113) on both sides, the base (10) between the central mesa (111) and the first side mesa (112) A paper feed sensing area (114) is preset, and a paper receiving sensing area (115) is preset between the centering table (111) and the second side table (113), and the cutting machine is The paper is disposed on the central mesa (111) such that a sensing area is disposed on both sides of the cutting machine; a paper feeding mechanism (20) is disposed on the first side mesa (112) and has a paper feeding roller (21) and a paper feed drive module for driving the paper feed roller (21); a delivery mechanism (30) disposed on the second side table (113) and having a delivery cylinder (31) And a delivery drive module for driving the delivery cylinder (31); a paper feed end rail seat (40) disposed in the paper feed sensing area (114) and including at least one paper feed guide (41) a slide guide roller (42) disposed on the paper feed guide (41) to enable the The paper guide wheel (42) can be moved up and down along the paper feed guide (41) to move up and down relative to the paper feed sensing area (114); a delivery end rail seat (50) is disposed in the delivery sensing area (115) And including at least one delivery guide (51), a delivery guide pulley (52) slidably disposed on the delivery guide (51), so that the delivery guide (52) can be along the delivery guide (51) moving up and down relative to the delivery sensing area (115) to move up and down; after a paper material (100) is led out of the paper feeding mechanism (20), it passes through the paper feeding guide wheel (42) and enters the cutting. In the machine (60), the paper (100) passes through the cutting machine (60), and then passes through the delivery guide wheel (52) and enters the delivery mechanism (30) by the paper guide roller (42). Corresponding to the position of the paper feed guide wheel (52) corresponding to the paper feed sensing area (114) and the delivery paper sensing area (115), respectively, to control the paper feed roller (21) and the receiving The paper cylinder (31) operates to adjust the length of the paper passing through the sides of the cutter (60). The paper material guiding device according to claim 1, wherein the base (10) is provided at a corresponding position on the two sides of the paper feeding sensing area (114), and a first one is provided from the top to the bottom. a sensor group (161), a second sensor group (162), and a third sensor group (163), the paper feed guide (42) can be moved up and down along the paper guide rail (41) The first, second, and third sensor groups (161, 162, 163). The paper material guiding device according to claim 1, wherein the base (10) is provided at a corresponding position on the two sides of the paper receiving sensing area (115), and a fourth from the top to the bottom. a sensor group (171), a fifth sensor group (172), and a sixth sensor group (173), and the delivery guide wheel (52) can be moved up and down along the delivery guide (51) The fourth, fifth, and sixth sensor groups (171, 172, 173). The paper material guiding device according to claim 1, wherein a paper feed lateral alignment adjusting device (43) is disposed at a bottom end of the paper feeding end rail seat (40), and the paper feeding guide (41) is disposed on the paper feeding guide rail (41). The top opening is provided with at least one paper feed guide stop (44), and a paper feed inlet portion is formed between the paper feed guide stop and the paper feed guide (41) for the delivery The paper guide wheel (42) enters the paper feed guide (41) from the paper feed inlet portion, and a paper feed lateral alignment adjusting device (53) is disposed at the bottom end of the paper feed end rail seat (50), and At least one receiving roller stop portion (54) is disposed at a top opening of the paper guide rail (51), and a paper receiving inlet portion is formed between the paper receiving guide roller stopping portion and the delivery paper guide rail (51). The delivery guide roller (52) is inserted into the delivery guide (51) from the delivery inlet portion. The paper guiding device of claim 1, wherein the first side surface (112) further comprises an upper film mechanism (70), wherein the upper film mechanism (70) is provided with a film material. (101) mounting, and the filming mechanism (70) is disposed on a path between the paper material (100) passing through the paper feeding mechanism (20) and the paper feeding end rail seat (40), so that the film material (101) can be attached to the paper (100). The paper feeding device of claim 1, wherein the second side table (113) is further provided with a pulling mechanism (80), and the pulling mechanism (80) is disposed on the paper material. (100) passing through the path between the delivery end rail seat (50) and the delivery mechanism (30) to remove the waste material of the film (101) attached to the paper (100). The paper material guiding device according to claim 1, wherein the second side table (113) is further provided with a slitting mechanism (90), and the slitting mechanism (90) is disposed on the paper material (100) Passing through the path between the delivery end rail seat (50) and the delivery mechanism (30) to cut the paper (100). The paper material guiding device according to claim 1, wherein the paper feeding end rail seat (40) is provided with a multi-array paper feeding guide (41) for the operator to use the paper material (100). The size and thickness of the paper feed guide wheel (42) are selected. The paper feeding device of claim 1, wherein the delivery end rail seat (50) is provided with a plurality of delivery guides (51) for the operator to be in accordance with the size of the paper (100) The thickness of the delivery guide wheel (52) is selected. The paper material guiding device of claim 1, further comprising a job indicator light (180) for receiving the cutting machine (60) and the delivery state signal of the delivery mechanism (30), the operation The indicator light (180) is a light that presents a corresponding color in different states. The paper feeding device of claim 1, wherein the paper feeding mechanism (20) further comprises a first pressing cam (23) and a first elasticity corresponding to the first pressing cam (23). a pressure roller (24) for opening and closing the positioning of the paper (100) at the paper feeding end; the delivery mechanism (30) further comprising a second pressing cam (33), and a second pressing cam (33) The second elastic roller (34) opens and closes the positioning of the paper (100) at the delivery end.