A multifunctional device capable of conveying beads and gold sheets

Abstract

The invention discloses a multifunctional device capable of conveying beads and gold sheets, comprising an upper section that cooperates with each other and a lower section capable of conveying sheets and beads; the bead conveying structure of the lower section and at least one layer of sheet conveying slot structure are arranged in layers in any order on a bottom plate, and the gold sheets and beads are conveyed to the same or corresponding embroidery needle station in the same direction, simultaneously or in different time periods; the bead conveying driving structure and the sheet conveying driving structure corresponding to the layered arrangement order of the bead conveying structure and the sheet conveying slot structure are arranged in front and back in sequence to drive and convey the corresponding gold sheets or bead conveying structure, and the gold sheets are driven to be conveyed, and the bead conveying structure is driven to convey beads. The upper section is used for supplying beads or / and sheets, and the lower section is used for conveying beads and sheets. Overall, the device structure is greatly simplified, the machine head space is saved, and one mechanism can convey gold sheets and embroidery beads to the corresponding embroidery needle station. According to the requirements of the embroidery beads and sheet embroidery process, the gold sheets and embroidery beads can be conveyed to the same embroidery needle at the same time, so that one needle can embroider sheets and beads at the same time.

Description

Technical Field

[0001] The invention relates to a multifunctional device capable of conveying beads and gold sheets. Background Art

[0002] At present, the mechanisms or devices for conveying beads and gold flakes are independently arranged and installed on the head of the embroidery machine. When embroidering flakes, the gold flakes are conveyed to the embroidery needles under the corresponding needle bars through the flake conveying mechanism; when embroidering beads, the beads are conveyed to the corresponding embroidery needles through the flake conveying plate of the flake conveying structure of the flake conveying mechanism and the corresponding flake conveying clamp. Since the flake conveying mechanism and the flake conveying mechanism are large in size, they are usually installed at different positions on the head of the machine, and the flake conveying mechanism and the flake conveying mechanism can only cooperate with specific needle bars. When it is necessary to embroider beads and flakes at the same time, the flake conveying mechanism and the flake conveying mechanism are restricted by the head space, and it is difficult or impossible to embroider flakes or beads with one needle at the same time. Summary of the invention

[0003] The invention solves the problem that the existing bead and sheet feeding mechanisms cannot embroider sheets and beads with one needle at the same time during use, and provides a new multifunctional device with simple structure, which can transport beads and gold sheets and can embroider sheets and beads with one needle.

[0004] The technical solution of the present invention to solve the existing problems is: a multifunctional device capable of conveying beads and gold sheets, as an improvement, comprising an upper section cooperating with each other and a lower section capable of conveying sheets and beads;

[0005] The upper section includes a bead threading mechanism for threading beads and / or a disc rack for mounting the disc;

[0006] The lower section includes a bottom plate, at least one sheet feeding slot structure capable of conveying gold sheets, a sheet feeding drive structure of each sheet feeding slot structure, a bead feeding structure for slidingly feeding beads from a bead taking position to a bead embroidery station, a bead feeding drive structure, a bead guide rod suspended at the bead taking position of the bead feeding structure for supplying beads, and a cutter arranged at the output port of the sheet feeding slot structure, wherein the cutter is provided with a cutter drive assembly, the sheet feeding slot structure and the bead feeding structure are arranged in layers on the bottom plate, the bead feeding structure and at least one sheet feeding slot structure are arranged in layers in any order, and the sheet feeding drive structure and the bead feeding drive structure corresponding to the sheet feeding slot structure and the bead feeding structure arranged in layers are arranged in front and back in sequence above the bottom plate;

[0007] The upper end of the bead guiding rod is matched with the bead threading mechanism.

[0008] As a further improvement, it also includes a mounting plate connected to the external frame, the bead threading mechanism and / or the disc rack are connected to the mounting plate, and the mounting plate is connected to the lower section; the lower section is provided with a support body for mounting and positioning the film feeding drive structure, the bead feeding drive structure and / or the cutter drive assembly, and the cutter is arranged on the support body and / or the bottom plate.

[0009] As a further improvement, the mounting plate is provided with a lifting mechanism for controlling the device to enter or leave the working position; the supporting body is a supporting plate; and the supporting plate is connected to the base plate.

[0010] As a further improvement, an adjustment mechanism capable of longitudinal and / or transverse adjustment is provided between the upper section and the lower section; and the film feeding slot structure is provided with one layer.

[0011] As a further improvement, the bead feeding structure is arranged above the film feeding groove structure.

[0012] As a further improvement, each layer of the film feeding slot structure includes a film feeding plate, a film slot is provided at the bottom of the film feeding plate, the film slot and the corresponding lower layer structure constitute a film feeding slot for conveying gold films, and a paddle and a pressing slot that cooperate with the film feeding drive structure are provided at the upper rear part of the film feeding plate, corresponding to the film slot.

[0013] As a further improvement, the film feeding drive structure includes a film feeding rod that cooperates with the film feeding slot structure, a film paddle motor, and a first transmission structure that drives the film paddle rod to transmit the power of the film paddle motor. The cutter drive assembly includes a second transmission structure that drives the cutter to slice and a third transmission structure that transmits the power of the film paddle motor to the second transmission structure.

[0014] As a further improvement, the bead feeding drive structure includes a bead feeding drive motor and a transmission assembly for transmitting power from the bead feeding drive motor to the bead feeding structure; the bead feeding structure is provided with a guide channel for guiding beads which is sleeved on the outside of the bead guide rod at the bead picking location.

[0015] As a further improvement, a guide structure for guiding the sliding movement of the bead feeding structure is provided between the bottom plate and the bead feeding structure.

[0016] As a further improvement, the cutter is also provided with a tool holder for mounting the cutter, the tool holder is fixed to the base plate and / or a support body provided on the base plate, and the rotatable axis of the cutter is connected to the tool holder; a connecting block for mounting an elastic pressure plate is also provided between the base plate and the support body.

[0017] Compared with the prior art, the multifunctional device for conveying beads and gold flakes of the present invention is provided with a bead threading mechanism for threading beads or / and an upper section of a disc frame for installing a disc, and the bead feeding structure of the lower section and at least one layer of the film feeding slot structure are arranged in layers in any order on a bottom plate, and the gold flakes and beads are conveyed to the same or corresponding embroidery needle station in the same direction at the same time or in different time periods, and the bead feeding driving structure and the film feeding driving structure corresponding to the layered arrangement order of the bead feeding structure and the film feeding slot structure are arranged in front and behind to drive and convey the corresponding gold flakes or bead feeding structure, and the gold flakes are conveyed by the film feeding driving structure, and the beads are conveyed by the bead feeding driving structure. The beneficial effect is that the upper section is used for supplying beads or / and films, and the lower section is used for conveying beads and films. Overall, the structure of the overall device is greatly simplified, the head space is saved, and a device can convey gold flakes and embroidery beads to the corresponding embroidery needle station at the same time or in different time periods. According to the requirements of embroidery beads and embroidery pieces, gold flakes and embroidery beads can be simultaneously conveyed to the same embroidery needle, so that one needle can embroider both pieces and beads at the same time. Gold flakes or beads can be conveyed separately according to the embroidery beads or embroidery pieces process. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a structural schematic diagram of the present invention installed on the machine head.

[0019] Figure 2 It is a structural schematic diagram of the present invention.

[0020] Figure 3 yes Figure 2 An enlarged schematic diagram of point a.

[0021] Figure 4 It is a structural schematic diagram of the present invention from another perspective.

[0022] Figure 5 yes Figure 4 Enlarged schematic diagram of point b.

[0023] Figure 6 It is a partial exploded schematic diagram of the present invention.

[0024] Figure 7 yes Figure 6 Enlarged schematic diagram of point c.

[0025] Figure 8 yes Figure 6 An enlarged schematic diagram of point e.

[0026] Fig. 9 It is a partial exploded schematic diagram from another viewing angle of the present invention.

[0027] Fig.10 yes Fig. 9 An enlarged schematic diagram of point d. DETAILED DESCRIPTION

[0028] See also Figure 1-10 The present embodiment provides a multifunctional device capable of conveying beads and gold sheets, comprising an upper section 200 cooperating with each other and a lower section 100 capable of conveying sheets and beads.

[0029] The upper section 200 includes a bead threading mechanism 201 for threading beads and / or a disc rack (not shown) for mounting a disc to supply gold sheets. The bead threading mechanism 201 and the disc rack can adopt existing technical structures.

[0030] The bead threading mechanism 201 cooperates with the upper end of the bead guide rod 118 for threading beads. The bead threading mechanism 201 in this embodiment includes a barrel 202 for threading beads, a positioning structure of the bead guide rod 118, and a first drive motor 204. The positioning structure includes a drive shaft and at least two groups of alternately opened clips 203 that clamp and position the bead guide rod 118 and cooperate with the barrel 202. Cams for controlling the alternate opening of each group of clips are provided at the corresponding positions of the drive shaft and each group of clips. The lower end of the drive shaft is connected to the motor shaft of the first drive motor 204. When the drive shaft drives each group of clips to open alternately, at any time, at least one group of clips 203 clamps the bead guide rod 118 to prevent the bead guide rod 118 from falling. The barrel 202 is provided with a rotatable paddle, the upper end of the drive shaft is inserted into the barrel 202 to connect and drive the paddle to rotate, the barrel 202 is provided with a bead guide hole that matches the upper end of the bead guide rod 118, the upper end of the bead guide rod 118 is inserted into the bead guide hole, the first drive motor 204 drives the paddle to rotate and drives the beads in the barrel 202 to be randomly placed in the bead guide hole, the beads are threaded on the bead guide rod 118, and slide downward along the bead guide rod 118 under the action of gravity, and fall layer by layer with each group of alternately opened clamps to supply beads. The bead guide rod 118 can be provided with a driving clamp wheel that drives and presses the beads to slide toward the output end. The barrel 202 can further be provided with a feeding hopper 208 for adding beads.

[0031] Of course, the bead threading mechanism 201 can also adopt other existing technical structures, such as driving the beads in the barrel to rotate through the rotating barrel to collide with the upper end of the bead guide rod 118 placed in the barrel, and threading the beads on the bead guide rod 118, and then conveying the beads on the bead guide rod 118 backward through the driving wheel. The middle section of the bead guide rod 118 of this structure can spiral around one or more driving wheels, or between multiple driving wheels. The driving wheel rotates to drive the beads on the bead guide rod 118, and also plays a role in positioning the bead guide rod 118.

[0032] The lower section 100 includes a bottom plate 101, at least one layer of sheet feeding slot structure 102 for conveying gold sheets, a sheet feeding driving structure 103 of each layer of sheet feeding slot structure 102, a bead feeding structure 110 for slidingly conveying beads from a bead taking position to a bead embroidery station, a bead feeding driving structure 111 for driving the bead feeding structure 110 to slide back and forth to convey beads, a bead guide rod 118 for supplying beads suspended at the bead taking position of the bead feeding structure 110, and a cutter 110 disposed at the output port of the sheet feeding slot structure 102. 30, the cutter 130 is provided with a cutter drive assembly 131, the film feeding slot structure 102 and the bead feeding structure 110 are arranged in layers on the bottom plate 101, the bead feeding structure 110 and at least one layer of the film feeding slot structure 102 are arranged in layers in any order, and the film feeding drive structure 103 and the bead feeding drive structure 111 corresponding to the film feeding slot structure 102 and the bead feeding structure 110 arranged in layers are arranged in front and back in sequence above the bottom plate 101. That is, the drive structure of the corresponding layer cooperates with the corresponding structure of the corresponding layer. A groove 108 for accommodating, installing and positioning the film feeding slot structure 102 and the bead feeding structure 110 can be set or constituted on the bottom plate 101. The shape and size of the groove 108 can be determined according to the size and shape of the bead feeding structure and the film feeding slot structure 102. The film feeding drive structure 103 is arranged at a suitable position behind the film feeding slot structure 102, and the bead feeding drive structure 111 is arranged at a suitable position behind the bead feeding structure 110. Of course, they can also be arranged at other suitable positions according to actual needs. The above-mentioned suitable positions are to meet the needs of film feeding or bead feeding without affecting the operation of other structures.

[0033] The sheet feeding slot structure 102 may include a sheet feeding slot 102 that can be set or constitute a guide for the sliding of the gold sheet, and the sheet feeding slot may adopt the existing technical structure. If the sheet feeding slot structure 102 is set at the bottom layer, the sheet feeding slot 104 of the sheet feeding slot structure 102 of the bottom layer may be opened on the bottom plate 101. In this embodiment, each layer of the sheet feeding slot structure 102 may include a sheet feeding plate 105 provided with a sheet feeding slot 104. In order to save space, the bottom plate 101 is used, and the sheet slot can be set at the bottom of the sheet feeding plate 105, and the sheet slot and the corresponding lower structure constitute the sheet feeding slot 104 for conveying the gold sheet. If the bottom layer is the sheet feeding slot structure 102, the bottom plate 101 serves as the bottom of the sheet feeding slot of the bottom layer, and the upper plate surface of the sheet feeding plate 105 will constitute a structure for supporting the bead feeding structure 110. A paddle and a sheet pressing groove 1060 cooperating with the paddle lever 106 and the elastic sheet pressing plate 109 of the sheet feeding driving structure 103 are provided at the upper rear part of the sheet feeding plate 105 and at the position corresponding to the sheet groove.

[0034] More than two layers of film feeding slot structures 102 may be provided, and the bead feeding structure 110 may be provided in layers on the upper or lower layers of the two or more layers of film feeding slot structures 102, or may be provided in layers between any two layers of film feeding slot structures 102. In order to facilitate the connection of the corresponding driving structure, the rear length of the corresponding structure located in the lower layer usually protrudes beyond the corresponding structure in the upper layer. For example, the rear length of the film feeding plate 105 located in the lower layer protrudes beyond the length of the bead feeding plate 115 provided in the film feeding plate or bead feeding structure 110 located in the upper layer.

[0035] For ease of installation, this embodiment also includes a mounting plate 205 connected to an external frame, which is usually a needle bar frame, a machine head or an embroidery machine beam. Of course, an independent support frame can also be provided as needed. The bead threading mechanism 201 and / or the disc frame are connected to the mounting plate 205, and the mounting plate 205 is connected to the lower section; the mounting plate 205 is provided with a lifting mechanism 206 for controlling the device to enter or leave the working position; an adjustment mechanism 207 that can be adjusted longitudinally or / and laterally is provided between the upper section and the lower section. The lifting mechanism 206 can adopt the existing technical structure. The lifting mechanism 206 can adopt a cylinder, a hydraulic cylinder or a screw slider assembly with a motor.

[0036] The lower section is provided with a support body 120 for installing and positioning the sheet feeding drive structure 103, the bead feeding drive structure 111 and / or the cutter drive assembly 131. The cutter 130 is arranged on the support body 120 and / or the bottom plate 101. The support body 120 can be connected above the bottom plate 101, or can be suspended above the bottom plate 101 through other frames or supporting parts. The support body 120 can preferably be a support plate, and an existing motor mounting plate can be used; the support plate is connected to the bottom plate 101.

[0037] The film feeding slot structure 102 is provided with a layer, and the bead feeding structure 110 is arranged above or below the film feeding slot structure 102, which can meet most usage requirements. In this embodiment, the bead feeding structure 110 is arranged above the film feeding slot structure 102, and a corresponding bead feeding drive structure 111 and a film feeding drive structure 103 are arranged front to back. The length of the rear of the film feeding plate 105 provided in the film feeding slot structure 102 located in the lower layer protrudes from the length of the bead feeding plate 115 provided in the upper bead feeding structure 110. The bead feeding drive structure 111 is arranged forward to avoid the film feeding drive structure 103 to drive the bead feeding structure 110 to feed beads, and the film feeding drive structure 103 is arranged backward to avoid the bead feeding drive structure 111 and the bead feeding structure 110 to drive the gold film to feed. The bead feeding structure does not affect the film feeding structure and its corresponding drive structure.

[0038] The film feeding drive structure 103 includes a paddle lever 106 that cooperates with the film feeding slot structure 102, a paddle motor 107, and a first transmission structure that drives the paddle lever 106 to transmit the power of the paddle motor 107. The first transmission structure can adopt an existing technical structure that can realize the transmission of the power of the paddle motor 107 to the paddle lever 106.

[0039] In this embodiment, the first transmission structure includes the first and second rotating shafts 140 and 141 which are rotatably positioned and installed on the support body 120. The first rotating shaft is connected to the paddle motor 107 through a belt and pulley assembly, preferably a synchronous belt assembly 143. The corresponding end of the paddle lever 106 is connected to the corresponding end of the second rotating shaft 141. The first and second rotating shafts 140 and 141 are respectively connected with a matching driving swing arm 144 and a transmission arm 145. The paddle motor 107 rotates, and the first rotating shaft 140 is driven to rotate through the synchronous belt assembly 143, thereby driving the driving swing arm 144 to swing. The swinging driving swing arm 144 cooperates with the transmission arm 145 to drive the transmission arm 145 to rotate around the second rotating shaft 141. The rotating second rotating shaft 141 drives the lever arm 142 installed on the rotating shaft to drive the paddle lever 106 to swing the paddle. The paddle lever 106 can be provided with a reset elastic body. A bidirectional control structure may also be provided between the driving swing arm 144 and the transmission arm 145 , such as a U-shaped sliding shaft structure provided between the driving swing arm 144 and the transmission arm 145 , which may reversely control the paddle lever 106 to reset by reversing the paddle motor 107 .

[0040] The cutter drive assembly 131 includes a second transmission structure for driving the cutter 130 to slice and a third transmission structure for transmitting power from the paddle motor 107 to the second transmission structure.

[0041] The bead feeding drive structure 111 includes a bead feeding drive motor 112 and a transmission component that transmits power from the bead feeding drive motor 112 to the bead feeding structure 110; the bead feeding structure 110 is provided with a guide channel 114 that is sleeved on the outside of the bead guide rod 118 and guides the beads at the bead picking location, and the guide channel 114 can be connected to the base plate 101 through a connecting tube or a fixing block provided with the guide channel 114.

[0042] The bead feeding structure 110 and the bead feeding drive structure 111 can adopt the existing technical structure. For example, the bead feeding structure 110 includes a slidable bead feeding plate 115, and the front end of the bead feeding plate 115 is provided with a bead clamp 116 that clamps and advances or lags forward as the bead feeding plate 115 advances, and opens and retreats or lags backward as the bead feeding plate 115 retreats. The transmission assembly includes a swing rod 117 installed on the motor shaft of the bead feeding drive motor 112, and a U-shaped sliding plug and a swing shaft that cooperate with each other are provided between the swing rod 117 and the bead feeding plate 115. The bead feeding plate 115 of this embodiment slides on the film feeding plate 105.

[0043] A guide structure for guiding the bead feeding structure 110 to slide is provided between the bottom plate 101 and the bead feeding structure 110 .

[0044] The cutter 130 is also provided with a tool holder 132 for mounting the cutter 130. The tool holder 132 is fixed to the base plate 101 and / or the support body 120 provided on the base plate 101. The rotatable axis of the cutter 130 is connected to the tool holder 132. A connecting block 121 for mounting the elastic pressure plate 109 is also provided between the base plate 101 and the support body 120.

[0045] The second transmission structure includes a swing arm 133 mounted on the motor shaft of the paddle motor 107, a curved arm connecting rod 134 rotatably connected to the support body 120, one end of the curved arm connecting rod 134 cooperates with the swing arm 133, the cutter 130 is rotatably connected to the cutter holder 132 or the bottom plate 101 through a cutter shaft 137, the other end of the cutter shaft 137 is connected to a driving block 135, the driving block 135 and the curved arm connecting rod 134 are movably connected to a transmission member 136 for transmitting power, the other end of the curved arm connecting rod 134 is movably connected to the upper end of the transmission member 136, and the lower end of the transmission member 136 can be connected to the driving block 135 through a universal joint bearing. An adjusting rod structure for adjusting the connection length can be provided on the transmission member 136.

[0046] The upper section of the device of the present invention is used for supplying beads and / or films, installing and connecting an external support frame, and lifting the device to leave or enter a working station. The lower section arranges the bead feeding structure 110 and at least one layer of the film feeding slot structure 102 in a random order on a bottom plate 101, and transports gold films and beads to the same or corresponding embroidery needle station in the same direction, simultaneously or in different time periods, and arranges the bead feeding drive structure 111 and the film feeding drive structure 103 corresponding to the layered arrangement sequence of the bead feeding structure 110 and the film feeding slot structure 102 in front and back to drive and transport the corresponding gold films or bead feeding structure 110, and a slicing cutter 130 is arranged at the output port of the film feeding slot structure 102, and the cutter 130 is provided with a cutter drive assembly 131. In actual use, the bead-feeding driving structure 111 can be controlled to drive the bead-feeding structure 110 and the film-feeding driving structure 103 to drive the gold film in the film-feeding slot 104 to simultaneously deliver beads and films to the embroidery needle station of the same needle bar, so that one embroidery needle can embroider beads and films at the same time. Of course, the bead-feeding driving structure 111 can also be controlled to drive the bead-feeding structure 110 and the film-feeding driving structure 103 to drive the gold film in the film-feeding slot 104, and deliver beads and films to the same needle bar or different embroidery needle stations that can be reached nearby in time.

[0047] The bead feeding structure 110 is arranged on the upper layer, and a layer of film feeding slot structure 102 is arranged below the bead feeding structure 110 as the lower layer, which can meet most practical needs on the basis of reducing costs and simplifying the structure.

[0048] The front and rear mentioned in this application refer to the direction of conveying sequins and beads toward the embroidery needle when the device of the present invention is normally installed and used, and the reverse direction is rear. The upper and lower refer to the upper and lower when the device of the present invention is normally installed and used.

[0049] The above-mentioned specific implementation modes and drawings are only used to explain the concept of the present invention rather than to limit the present invention. Any modification and change made to the present invention within the spirit of the present invention and the protection scope of the claims shall belong to the protection scope of the present invention.

Claims

1. A multifunctional device capable of conveying beads and gold flakes, characterized in that: It comprises an upper section cooperating with each other and a lower section capable of delivering sheets and beads; the upper section comprises a bead threading mechanism for threading beads and / or a disc rack for installing a disc; the lower section comprises a bottom plate, at least one sheet feeding slot structure capable of conveying gold sheets, a sheet feeding drive structure for each sheet feeding slot structure, a bead feeding structure for sliding beads from a bead taking position to a bead embroidery station, a bead feeding drive structure, a bead guide rod suspended at a bead taking position of the bead feeding structure for supplying beads, and a cutter arranged at an output port of the sheet feeding slot structure, the cutter being provided with a cutter drive assembly, the sheet feeding slot structure and the bead feeding structure being arranged in layers on the bottom plate, the bead feeding structure and at least one sheet feeding slot structure being arranged in layers, and the sheet feeding drive structure and the bead feeding drive structure corresponding to the sheet feeding slot structure and the bead feeding structure arranged in layers being arranged in front and back in sequence above the bottom plate; the upper end of the bead guide rod cooperates with the bead threading mechanism; The bead feeding structure includes a slidable bead feeding plate, and a bead clamp is provided at the front end of the bead feeding plate, which is clamped and advanced or delayed as the bead feeding plate advances, and opened and retreated or delayed as the bead feeding plate retreats. The bead feeding drive structure includes a bead feeding drive motor and a transmission component that transmits the power of the bead feeding drive motor to the bead feeding structure; the bead feeding structure is arranged above the film feeding slot structure, and each layer of the film feeding slot structure includes a film feeding plate, and the upper plate surface of the film feeding plate will be used to support the bead feeding structure, and the bead feeding plate slides on the film feeding plate.

2. The multifunctional device for conveying beads and gold flakes as claimed in claim 1, characterized in that: It also includes a mounting plate connected to the external frame, the bead threading mechanism and / or the disc rack are connected to the mounting plate, and the mounting plate is connected to the lower section; the lower section is provided with a support body for mounting and positioning the film feeding drive structure, the bead feeding drive structure and / or the cutter drive assembly, and the cutter is arranged on the support body and / or the bottom plate.

3. The multifunctional device capable of conveying beads and gold flakes as claimed in claim 2, characterized in that: The mounting plate is provided with a lifting mechanism for controlling the device to enter or leave the working position; the supporting body is a supporting plate; and the supporting plate is connected to the bottom plate.

4. The multifunctional device for conveying beads and gold flakes as claimed in claim 1, characterized in that: An adjusting mechanism capable of longitudinal and / or transverse adjustment is arranged between the upper section and the lower section; and the sheet feeding slot structure is provided with one layer.

5. The multifunctional device capable of conveying beads and gold flakes as claimed in claim 1, characterized in that: The bottom of the sheet feeding plate is provided with a sheet slot, and the sheet slot and the corresponding lower structure constitute a sheet feeding slot for conveying gold sheets. The upper rear part of the sheet feeding plate, located corresponding to the sheet slot, is provided with a paddle and a sheet pressing slot that cooperate with the sheet feeding drive structure.

6. The multifunctional device for conveying beads and gold flakes as claimed in claim 1, 2 or 3, characterized in that: The film feeding drive structure includes a film feeding lever that cooperates with the film feeding slot structure, a film feeding motor, and a first transmission structure that drives the film feeding lever to transmit the power of the film feeding motor. The cutter driving assembly includes a second transmission structure that drives the cutter to slice and a third transmission structure that transmits the power of the film feeding motor to the second transmission structure.

7. The multifunctional device capable of conveying beads and gold flakes as claimed in claim 6, characterized in that: The bead feeding drive structure comprises a bead feeding drive motor and a transmission assembly for transmitting power of the bead feeding drive motor to the bead feeding structure; the bead feeding structure is provided with a guide channel sleeved on the outside of the bead guide rod for guiding the beads at the bead taking position.

8. The multifunctional device for conveying beads and gold flakes as claimed in claim 1, 2 or 3, characterized in that: A guide structure for guiding the sliding movement of the bead feeding structure is arranged between the bottom plate and the bead feeding structure.

9. The multifunctional device capable of conveying beads and gold flakes as claimed in claim 8, characterized in that: The cutter is also provided with a knife holder for mounting the cutter, the knife holder is fixed to the base plate and / or the support body provided on the base plate, and the rotatable shaft of the cutter is connected to the knife holder; a connecting block for mounting an elastic pressing plate is also provided between the base plate and the support body.

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