CN219619479U - Sign transferring device - Google Patents

Abstract

The utility model relates to a label transfer device, wherein a material receiving and outputting mechanism comprises a receiving plate, at least two material distributing bins are arranged on the receiving plate, one side of each material distributing bin is provided with a fixed partition plate, the other side of each material distributing bin is provided with a movable partition plate, the lower side of each material distributing bin is provided with the receiving plate, and the material distributing bin is also provided with a material pushing and outputting plate; the upper side of the distributing bin is also respectively provided with a side shifting baffle plate, each side shifting baffle plate is in transmission connection with a first guide rod, the first guide rod is in transmission connection with a first power device, each movable baffle plate is in transmission connection with a second guide rod, and the second guide rod is in transmission connection with a second power device. The receiving output mechanism can receive the sticks (such as cotton swabs) and push out after finishing, the push-out can be matched with smooth bagging, the structure layout is relatively reasonable and compact, the device is suitable for production and manufacture of cotton swab production equipment, and particularly under the condition that at least two distributing bins are arranged, the movable partition plate and the side-shifting baffle plate move more compactly, and the device can be arranged in a narrow space.

Description

Sign transferring device

Technical Field

The utility model relates to a label transfer device.

Background

After the production and the manufacture of the swabs and the like, bagging and packaging are also needed, a plurality of swabs are needed to be stuffed into the bags during packaging, and the swabs in the packaged bags are in a close state; when the cotton swabs are packed into bags, the cotton swabs are tightly pressed to be smoothly packed into the bags. Therefore, what structure is adopted is to compact the cotton swab and to smoothly plug the cotton swab into the bag, the structure of the cotton swab production equipment is relatively complex, the cotton swab bagging structure needs to be relatively compact to be better suitable for the cotton swab production equipment, and the cotton swab can be matched for production for bagging.

In addition, in the production process of swabs (including swabs) and the like, the produced individual swabs (such as swabs and the like) are continuously arranged on a supporting block (with a notch) of a chain for continuous output, and for efficiency and benefit, the swabs on the chain are adjacent to (even next to) each other, and the distance between the swabs is small. The label (such as cotton swab) on the chain is taken away for other operations such as packaging; however, the distance between the labels is smaller, and the labels are difficult to separate after being taken away, especially when the number of labels (such as cotton swabs) continuously output by a chain is large, the number of labels taken away at one time is a plurality of units (each unit is a set number of labels), and the labels (such as cotton swabs) are mutually adjacent, so that the labels (such as cotton swabs) are difficult to separate and group according to the units.

Disclosure of Invention

In view of the technical problems in the background art, the technical problems solved by the utility model are to provide a label transfer device which is reasonable and compact in structural layout and can be matched with smooth bagging.

In order to solve the technical problems, the utility model adopts the following technical scheme: sign transfer device, including receiving material output mechanism, its characterized in that: the receiving and outputting mechanism comprises a receiving plate, at least two material distributing bins are arranged on the receiving plate, one side of each material distributing bin is provided with a fixed partition plate, the other side of each material distributing bin is provided with a movable partition plate, the lower side of each material distributing bin is provided with the receiving plate, and the material distributing bin is also provided with a pushing and outputting plate; the upper side of the distributing bin is also respectively provided with a side shifting baffle plate, each side shifting baffle plate is in transmission connection with a first guide rod, the first guide rod is in transmission connection with a first power device, each movable baffle plate is in transmission connection with a second guide rod, and the second guide rod is in transmission connection with a second power device.

The following various optimization or supplementary explanation can be performed on the above technical solutions, respectively.

For example, the first guide rod is slidably connected to the guide rod seat, and the second guide rod is slidably connected to the side shift plate.

Wherein, the downside of side shift baffle is equipped with spout or bearing, and the second guide arm links to each other with spout or bearing.

The output end of the distributing bin is also provided with an output guide nozzle, the bearing plate is in transmission connection with the feeding power device, and the bearing plate is arranged on the feeding track.

In addition, the device also comprises a material taking device, and the material taking device is arranged on the mounting frame; the material taking device comprises a unit material taking seat and a material seat separating and combining transmission mechanism, wherein the unit material taking seat is at least arranged two side by side on the mounting frame, a unit material taking tooth surface is arranged on the unit material taking seat, a material sucking port is further arranged on the unit material taking seat, the material sucking port is positioned on the unit material taking tooth surface, and the material seat separating and combining transmission mechanism is in transmission connection with the unit material taking seat.

In addition, the side-shifting baffle is provided with a back-off opening for the unit material taking seat to back off.

The unit material taking seat is separated from the unit material taking seat, and the unit material taking tooth surface is separated from the unit material taking tooth surface; the unit material taking seat is combined with and leans against the unit material taking seat, and the unit material taking tooth surface is connected with the unit material taking tooth surface to form a total material taking tooth surface.

The mounting frame is arranged in a lifting manner (such as the mounting frame is arranged on the material moving seat in a lifting manner), and the material moving seat is arranged on the material moving track; the mounting frame is also provided with a separating and combining track for separating and combining the unit material taking seat; one of the unit material taking seats is fixedly connected to the mounting frame.

For example, a cavity is arranged on the unit material taking seat, a gas receiving port is also arranged on the unit material taking seat, the gas receiving port is connected with the cavity, and the material sucking port is connected with the cavity; the unit material taking tooth surface is a rack surface and is arranged downwards; the material suction port is arranged at the bottom of the tooth groove of the unit material taking tooth surface.

The cotton swab transfer device has the beneficial effects that in the cotton swab transfer device, the receiving output mechanism can receive a cotton swab (such as a cotton swab) and push out the cotton swab after finishing, the cotton swab can be successfully packaged after pushing out the cotton swab, the structure layout is relatively reasonable and compact, the cotton swab transfer device is suitable for production and manufacture of cotton swab production equipment, and particularly under the condition that at least two material distribution bins are arranged, the movable partition plate and the side shifting baffle are more compact in moving operation, and the cotton swab transfer device can be laid in a narrow space.

And can join in marriage extracting device cooperation and get the material, the unit on the extracting device gets the material seat and the unit and get the material seat and mutually merge and lean on (draw close the combination) and separate for the unit gets the material tooth face and can separate with linking up the combination (draw close the combination), a plurality of continuously arranged signs (such as cotton swab etc.) can separate the grouping when getting away, be convenient for follow-up processing operation, it is more practical, the problem that the separation grouping is difficult to be solved mutually next to the sign (such as cotton swab etc.), overcome other structures and be difficult to accept smoothly.

Thus, the present utility model is a substantial feature and improvement over the prior art.

Drawings

The details and working principles of the embodiments and examples of the present utility model are described below with reference to the drawings.

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is a schematic structural diagram of the receiving output mechanism in fig. 1.

Fig. 3 is a schematic view of another angle of fig. 2.

Fig. 4 is a schematic perspective view of the material taking apparatus shown in fig. 1.

Fig. 5 is a front view of the take-off device.

Fig. 6 is a rear view of the take off device.

Fig. 7 is a schematic structural view of the unit-dispensing base of fig. 4.

Fig. 8 is an exploded view of the structure of fig. 7.

Fig. 9 is a schematic view of the structure of fig. 7 at another angle.

Fig. 10 is an exploded view of the structure of fig. 9.

In the figure: 50. a mounting frame; 51. a material taking device; 52. a unit material taking seat; 53. a material seat separating and combining transmission mechanism; 54. a unit material taking tooth surface; 55. a material suction port; 56. a material moving seat; 57. a material moving track; 58. a split-combined track; 59. a cavity; 60. an air receiving port; 61. tooth slots; 62. a receiving output mechanism; 63. a receiving plate; 64. a material distributing bin; 65. fixing the partition board; 66. a movable partition; 67. a pushing output plate; 68. a side shifting baffle; 69. a rollback port; 70. a first guide bar; 71. a first power unit; 72. a second guide bar; 73. a second power device; 74. a guide rod seat; 75. outputting a material guiding nozzle; 76. a feeding power device; 77. a feed rail; 78. an upper seat; 79. and (5) a lower seat.

Description of the embodiments

The technical solutions in the embodiments of the present utility model will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present utility model; it is apparent that the described embodiments are only some, but not all, embodiments of the present utility model, and that all other embodiments obtained by persons of ordinary skill in the art without making inventive efforts are within the scope of this utility model.

Referring to the drawings, in the embodiment, the swab transferring device includes a receiving output mechanism 62, in this embodiment, the receiving output mechanism 62 is matched with a separately grouped swab (such as a cotton swab) transferred by the taking device 51, and the receiving output mechanism 62 can also sort the swab (such as the cotton swab) and push the swab out for bagging.

The receiving output mechanism 62 includes a receiving plate 63, at least two distribution bins 64 (four in the figure) are arranged on the receiving plate 63, and the labels (such as cotton swabs) are respectively placed in the distribution bins 64 and received by the receiving plate 63; wherein, one side of the material distributing bin 64 is a fixed baffle plate 65, the other side of the material distributing bin 64 is a movable baffle plate 66 (driven by power to move), the lower side of the material distributing bin 64 is a bearing plate 63, the movable baffle plate 66 can be close to and separated from the fixed baffle plate 65, and the close can be matched with a tidying swab (such as a cotton swab, etc.) to tightly press the swab (such as the cotton swab, etc.) mutually, so that the subsequent bagging, packaging, etc. are convenient; the distributing bin 64 is also provided with a pushing output plate 67 (driven by matched power), and the pushing output plate 67 can push out a label (such as a cotton swab and the like) in the distributing bin 64; the upper sides of the distributing bins 64 are also respectively provided with a side-shifting baffle 68, and after the side-shifting baffles 68 are moved away, the distributing bins 64 are opened for the placement of labels; the signing and placing back side moving plate 68 moves to return to be blocked on the upper side of the distributing bin, the signing and placing back plate 68 is matched with the side moving plate 68 to be blocked on the upper side, and the signing and placing back plate is matched with the side moving plate 68 to enable signing and placing back plates (such as cotton swabs and the like) in the distributing bin to be tidied and pressed when the movable partition plate 66 is close to the fixed partition plate 65, so that the relative position is more stable.

Each side shifting baffle 68 is in transmission connection with a first guide rod 70, the first guide rod 70 is in transmission connection with a first power device 71 (such as a cylinder or a motor, etc.), the first power device 71 drives the first guide rod 70 to act (axially move back and forth) so as to drive the side shifting baffle 68 to move back and forth, and the side shifting baffle 68 plays a role in upper side material blocking when moving to the position right above the material distributing bin 64; each movable partition 66 is in transmission connection with a second guide rod 72, the second guide rod 72 is in transmission connection with a second power device 73 (such as a cylinder or a motor, etc.), the second power device 73 drives the second guide rod 72 to act (axially move back and forth) so as to drive the movable partition 66 to move back and forth towards the fixed partition 65, and the structure can be relatively more compact when more than two material distributing bins 64 are arranged.

In this stick transfer device, wherein connect material output mechanism can receive the stick (like cotton swab) and arrange in order the back and release, release can cooperate the bagging-off smoothly, and its structural layout is reasonable compact relatively and is suitable for cotton swab production facility's production and manufacture, especially is equipped with under the condition of two at least dividing the feed bin, and wherein movable partition board, side shift baffle's removal operation is compacter, can be in narrow and small spatial layout.

Wherein the first guide bar 70 is slidably coupled to the guide bar seat 74 and the second guide bar 72 is slidably coupled to the side shift plate 68 (a slide slot 84 or bearing may be provided on the underside thereof for slidably coupling the second guide bar 72).

The output end of the distributing bin 64 can be additionally provided with an output guide nozzle 75, the bearing plate 63 is in transmission connection with a feeding power device 76 (such as a cylinder or a motor), the bearing plate 63 is arranged on the feeding track 77, and the whole bearing plate 63 can be matched with the output guide nozzle 75 in a forward moving way towards the direction of the output end of the distributing bin 64 to be matched with the output guide nozzle 75, and the output guide nozzle returns when the output guide nozzle is retracted.

The label transfer device further comprises a material taking device 51, and the material taking device 51 is arranged on the mounting frame 50; and is matched with the material taking and conveying by the material taking device 51. The material taking device 51 includes a unit material taking seat 52 and a material seat separating and closing transmission mechanism 53, where the unit material taking seat 52 is at least two (for example, two, three, four, etc. are set on the mounting frame 50, and set up according to the requirement), the unit material taking seats 52 are arranged side by side on the mounting frame 50, in addition, the unit material taking seat 52 has a unit material taking tooth surface 54, the unit material taking tooth surface 54 can be accommodated by labels (such as cotton swabs, etc.) arranged individually, the unit material taking seat 52 is also provided with a material sucking port 55, the material sucking port 55 is located on the unit material taking tooth surface 54, the material sucking port 55 can be matched to suck the labels (such as cotton swabs, etc.) accommodated on the unit material taking tooth surface 54, the material seat separating and closing transmission mechanism 53 is in transmission connection with the unit material taking seat 52, and the material seat separating and closing transmission mechanism 53 drives the unit material taking seat 52 and the unit material taking seat 52 to separate and combine and mutually leaning. The inter-seat separating and combining transmission mechanism 53 can be driven by using an air cylinder 82 or a motor or the like as power, and the inter-seat separating and combining transmission mechanism 53 can be arranged between the unit material taking seat 52 and the unit material taking seat 52 or between the unit material taking seat 52 and the mounting frame 50. When the unit-take-out seat 52 is separated from the unit-take-out seat 52, the unit-take-out tooth surface 54 is separated (separated) from the unit-take-out tooth surface 54; when the unit-taking seat 52 is combined and leaned (closed) with the unit-taking seat 52, the unit-taking tooth surface 54 is engaged (closed) with the unit-taking tooth surface 54 to form a total-taking tooth surface.

The operation process is as follows: the unit material taking seats 52 in the material taking device 51 are combined and leaned against (close together), the unit material taking tooth surface 54 and the unit material taking tooth surface 54 are connected (close together) to form a total material taking tooth surface, the material sucking air port 55 can be matched to suck a plurality of continuously arranged (usually arranged on a conveying chain) sticks (such as cotton swabs and the like) on the total material taking tooth surface, then the unit material taking seats 52 are separated (separated) from each other, and a distance is generated between each stick (such as cotton swabs and the like) on the unit material taking seat 52 and each stick (such as cotton swabs and the like) on the other unit material taking seat 52, so that the problem that the sticks (such as cotton swabs and the like) which are close to each other are difficult to separate and group is solved, and the sticks (such as cotton swabs and the like) which are separated and arranged in other structures can be placed smoothly later, otherwise, the sticks (such as cotton swabs and the like) which are continuously close to each other can cause the problem that other structures are difficult to accept.

The unit material taking seat 52 and the unit material taking seat 52 on the material taking device 51 are mutually combined and lean against (close and combine) and separated, so that the unit material taking tooth surface 54 and the unit material taking tooth surface 54 can be separated and combined (close and combine), a plurality of continuously arranged labels (such as cotton swabs and the like) can be separated and grouped when taken away, subsequent processing operation is facilitated, the device is more practical, the problem that the labels (such as cotton swabs and the like) which are mutually adjacent are difficult to separate and group is solved, and the problem that other structures are difficult to successfully accept is solved.

The mounting frame 50 is generally lifted, and the mounting frame 50 is driven by power (such as a motor or an air cylinder 80) to lift, so that a label (such as a cotton swab) can be lifted when being sucked, and the label can be conveniently moved or received later.

In addition, it can be optimized that on the basis of lifting of the mounting frame 50, the mounting frame 50 can be further arranged on the material moving seat 56 to perform lifting action (the lifting guide of the sliding rod can be configured), the mounting frame 50 can move along with the material moving seat 56 to cooperate with the movement of a label (such as a cotton swab or the like), for example, after the label (such as the cotton swab or the like) on the lower conveying chain is sucked and lifted, the label is translated to another position (such as the position of the material receiving output mechanism 62) along with the material moving seat 56, and correspondingly is downwards placed into the material distributing bin 64. The material moving seat 56 is disposed on the material moving rail 57, and the material moving seat 56 can move on the material moving rail 57, and the material moving seat 56 can be driven to move by a motor 81, a cylinder or the like, and the like, in the figure, the material moving seat 56 moves left and right. The material taking device 51 can move above the receiving plate 63 along with the material moving seat 56, and the material taking device 51 can descend to respectively put the separately grouped labels (such as cotton swabs and the like) into different material distributing bins 64 and receive the labels by the receiving plate 63.

The side-shifting baffle 68 may have a retraction opening 69 for retracting the unit-taking seat 52, the retraction opening 69 may allow the unit-taking seat 52 to ascend and retract, the side-shifting baffle 68 may be separated by the retraction opening 69, and the efficiency is relatively high, when the unit-taking seat 52 descends, the side-shifting baffle 68 may move directly above the distributing bin 64, and the retraction opening 69 may allow the unit-taking seat 52 to enter and ascend and retract. The side-shifting plate 68 can block the upper side of a label (such as a cotton swab) on the unit-fetching seat 52, and the label (such as a cotton swab) can be smoothly separated from the unit-fetching seat 52 downwards when the unit-fetching seat 52 is lifted.

In addition, the mounting frame 50 can be additionally provided with a separation and combination rail 58, and the separation and combination rail 58 is used for smoothly and stably separating and combining the unit material taking seat 52; can be moved in a sliding fit on the opening and closing rail 58. The unit-taking seat 52 may share the separating and combining track 58 or may independently configure the separating and combining track 58. One of the unit-fetching seats 52 is fixedly connected to the mounting frame 50, and can serve as a reference for other unit-fetching seats 52, so that the unit-fetching seats 52 are more stable and more controllable when being combined, abutted and separated.

The material sucking port 55 is connected with an air source for sucking a label (such as a cotton swab, etc.), and the structure mode of connecting with the air source is more. For example, the unit taking seat 52 is provided with the cavity 59, so that the unit taking seat 52 can be divided into the upper seat 78 and the lower seat 79 for connection, and the cavity 59 is convenient for manufacturing and processing, and the unit taking seat 52 is also provided with the air receiving port 60 (the air receiving pipe 83 can be configured) for being connected with an air source, the air receiving port 60 is connected with the cavity 59, the material sucking port 55 is connected with the cavity 59, and a label (such as a cotton swab and the like) can be matched and sucked under the condition that the material sucking port 55 is connected with the air source. Of course, the air path structure can also be used for accessing the air source.

The unit material taking tooth surface 54 is a rack surface, and the unit material taking tooth surface 54 is downward and can be matched with a label (such as a cotton swab) below.

In addition, as optimization, the material sucking port 55 is formed at the bottom of the tooth groove 61 of the unit material taking tooth surface 54, so that the effect of sucking a label (such as a cotton swab) is better, and the label (such as the cotton swab) can be stably sucked in the tooth groove 61 of the unit material taking tooth surface 54.

Claims (9)

1. Sign transfer device, including receiving material output mechanism (62), its characterized in that: the receiving and outputting mechanism (62) comprises a receiving plate (63), wherein at least two material distributing bins (64) are arranged on the receiving plate (63), one side of each material distributing bin (64) is provided with a fixed partition plate (65), the other side of each material distributing bin (64) is provided with a movable partition plate (66), the lower side of each material distributing bin (64) is provided with the receiving plate (63), and each material distributing bin (64) is also provided with a pushing and outputting plate (67); the upper sides of the distributing bins (64) are respectively provided with a side shifting baffle plate (68);

each side shifting baffle (68) is in transmission connection with a first guide rod (70), the first guide rod (70) is in transmission connection with a first power device (71), each movable partition plate (66) is in transmission connection with a second guide rod (72), and the second guide rod (72) is in transmission connection with a second power device (73).

2. The label transfer device of claim 1, wherein: the first guide rod (70) is slidably connected to the guide rod seat (74), and the second guide rod (72) is slidably connected to the side shift plate (68).

3. The label transfer device of claim 1, wherein: the lower side of the side shifting baffle (68) is provided with a chute (84) or a bearing, and the second guide rod (72) is connected with the chute (84) or the bearing.

4. The label transfer device of claim 1, wherein: the output end of the distributing bin (64) is also provided with an output guide nozzle (75), the bearing plate (63) is in transmission connection with the feeding power device (76), and the bearing plate (63) is arranged on the feeding track (77).

5. The label transfer device of claim 1, wherein: the device also comprises a material taking device (51), and the material taking device (51) is arranged on the mounting frame (50);

the material taking device (51) comprises a unit material taking seat (52) and a material seat separating and combining transmission mechanism (53), wherein the unit material taking seat (52) is at least arranged two side by side on the mounting frame (50), the unit material taking seat (52) is provided with a unit material taking tooth surface (54), the unit material taking seat (52) is also provided with a material sucking port (55), the material sucking port (55) is positioned on the unit material taking tooth surface (54), and the material seat separating and combining transmission mechanism (53) is in transmission connection with the unit material taking seat (52).

6. The label transfer device of claim 5, wherein: the side shift baffle (68) is provided with a back-out opening (69) for the back-out of the unit material taking seat (52).

7. The label transfer device of claim 5, wherein: the unit material taking seat (52) is separated from the unit material taking seat (52), and the unit material taking tooth surface (54) is separated from the unit material taking tooth surface (54); the unit material taking seat (52) is combined with the unit material taking seat (52) and is abutted, and the unit material taking tooth surface (54) is connected with the unit material taking tooth surface (54) to form a total material taking tooth surface.

8. The label transfer device of claim 5, wherein: the mounting frame (50) is arranged on the material moving seat (56) in a lifting manner, and the material moving seat (56) is arranged on the material moving track (57);

the mounting frame (50) is also provided with a separating and combining track (58) for separating and combining the unit material taking seat (52); one of the unit-reclaiming seats (52) is fixedly connected to the mounting frame (50).

9. The label transfer device of claim 5, wherein: a cavity (59) is formed in the unit material taking seat (52), a gas receiving port (60) is further formed in the unit material taking seat (52), the gas receiving port (60) is connected with the cavity (59), and the material sucking port (55) is connected with the cavity (59); the unit material taking tooth surface (54) is a rack surface, and the unit material taking tooth surface (54) is arranged downwards; the material suction port (55) is arranged at the bottom of a tooth groove (61) of the unit material taking tooth surface (54).