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CN-224225519-U - Electric sticker dispenser with sticker roll carrier

CN224225519UCN 224225519 UCN224225519 UCN 224225519UCN-224225519-U

Abstract

The utility model provides an electric sticker dispenser with a sticker roll bearing frame, which is characterized by comprising a shell, a sticker roll bearing frame, an electric driving mechanism and a coupling mechanism, wherein the shell comprises a peripheral side wall and a partition wall, the partition wall is arranged between the upper edge and the lower edge of the peripheral side wall, the partition wall and the peripheral side wall between the partition wall and the upper edge enclose a first containing cavity with a first opening, the partition wall and the peripheral side wall between the partition wall and the lower edge enclose a second containing cavity with a second opening, the sticker roll bearing frame is assembled in the first containing cavity, the electric driving mechanism is assembled in the second containing cavity, and the coupling mechanism is configured to be in transmission connection with the sticker roll bearing frame and the electric driving mechanism.

Inventors

  • WANG TIANLONG

Assignees

  • 深圳市小惯科技有限公司

Dates

Publication Date
20260512
Application Date
20250528
Priority Date
20250123

Claims (12)

  1. 1. The electric sticker dispenser with the sticker roll bearing frame is characterized by comprising a shell, a sticker roll bearing frame, an electric driving mechanism and a coupling mechanism, wherein the shell comprises a peripheral side wall and a partition wall, the partition wall is arranged between the upper edge and the lower edge of the peripheral side wall, a first containing cavity with a first opening is formed by the partition wall and the peripheral side wall between the partition wall and the upper edge, a second containing cavity with a second opening is formed by the partition wall and the peripheral side wall between the partition wall and the lower edge, the sticker roll bearing frame is assembled in the first containing cavity, the electric driving mechanism is assembled in the second containing cavity, and the coupling mechanism is configured to be in transmission connection with the sticker roll bearing frame and the electric driving mechanism.
  2. 2. The motorized decal dispenser of claim 1, further comprising a cover disposed over said first opening of said first compartment, said cover being coupled to said housing to retain said decal carrier within said first compartment.
  3. 3. The motorized decal dispenser with a decal roll carrier of claim 2, further comprising a lower cover covering said second opening of said second compartment, said lower cover being connected to said housing to confine said motorized drive mechanism to said second compartment.
  4. 4. The motorized decal dispenser with a decal roll carrier of claim 3, wherein said decal roll carrier further comprises a carrier lower cover plate and a carrier upper cover plate, a sleeve post disposed between said carrier lower cover plate and said carrier upper cover plate, said sleeve post being a hollow post, said first housing further comprising a positioning post disposed on said dividing wall, said positioning post being insertable into said sleeve post.
  5. 5. The motorized decal dispenser with a decal roll carrier of claim 4, wherein said positioning posts are in the form of downwardly opening cylinders, said posts extending upwardly from said dividing wall and forming an opening at the junction with said dividing wall.
  6. 6. The motorized decal dispenser with a decal roll carrier of claim 5, wherein said decal roll carrier further comprises a winding shaft disposed between said carrier lower cover plate and said carrier upper cover plate.
  7. 7. The motorized decal dispenser with a decal roll carrier of claim 6, wherein said sleeve post is configured to provide a decal roll sleeve mounting with a central positioning hole, said decal roll including a reelable backing paper and a decal releasably attached thereto, said backing paper and said decal being reeled into said decal roll by one end of said backing paper along said central positioning hole, said decal being located outside said decal roll, the other end of said backing paper being secured to said reeling shaft, said reeling shaft providing said decal roll force by rotation such that said backing paper and said decal are transported by said central positioning hole to said reeling shaft, said sleeve post and said reeling shaft defining a transport path for said decal roll therebetween.
  8. 8. The motorized decal dispenser with a decal roll carrier of claim 7, wherein said motorized drive mechanism comprises a motor that outputs rotational power and is drivingly connected to said winding shaft, wherein said motor is at least partially disposed within said positioning post such that at least a portion of the motor is insertable into said positioning post from said second opening to extend into said first cavity.
  9. 9. The motorized decal dispenser with a decal roll carrier of claim 8, further comprising an optoelectronic device for obtaining output information of said decal according to an optoelectronic signal, said optoelectronic device being disposed proximate to an output port.
  10. 10. The motorized decal dispenser with a decal roll carrier of claim 9, further comprising a light shielding portion for shielding external light from entering said optoelectronic device through said output port, said light shielding portion being configured to prevent external light from interfering with the optoelectronic signal.
  11. 11. The motorized decal dispenser with a decal roll carrier of claim 10, wherein said light shield is formed at an edge of said outlet opening and extends from said outlet opening toward said optoelectronic device.
  12. 12. The motorized decal dispenser with a decal roll carrier of claim 11, wherein said light shielding portion is provided with a release portion, said release portion being a bead or bump, said bead or bump having a blade formed on top thereof.

Description

Electric sticker dispenser with sticker roll carrier Technical Field The utility model relates to the field of a sticker dispenser, in particular to an electric sticker dispenser with a sticker roll bearing frame. Background The conventional stickers consist of sheet-like structures printed with bar codes, patterns or identification marks, which can be attached to a variety of substrates. Such stickers are usually pre-adhered to the liner, and the user needs to bend the liner to lift the edge of the sticker and then manually peel the sticker off. The process is time-consuming, and is easy to cause crease or damage of the lining paper, and the overall use efficiency and the quality of the paper are reduced. The conventional paper sticking device usually adopts a manual mode to drive the paper sticking roll to rotate, for example, a knob, a pull rod or a pressing rack is used for driving a friction wheel, so that the paper sticking and the lining paper are pushed to be separated. However, such manual mechanisms have a plurality of limitations, including firstly relying on manual input during operation, being easy to cause fatigue after long-term use, and secondly, being easy to cause problems of uneven transfer, deviation or jam of the paper, because the manual driving cannot always maintain stable and uniform advancing speed. In addition, for children, elderly people or people with insufficient operation force, the smoothness and accuracy of manual operation are difficult to ensure, and the use convenience is further reduced. Disclosure of utility model In order to solve the problems, the utility model provides an electric sticker dispenser with a sticker roll bearing frame, which comprises a shell, a sticker roll bearing frame, an electric driving mechanism and a coupling mechanism, wherein the shell comprises a peripheral side wall and a partition wall, the partition wall is arranged between the upper edge and the lower edge of the peripheral side wall, the partition wall and the peripheral side wall between the partition wall and the upper edge enclose a first containing cavity with a first opening, the partition wall and the peripheral side wall between the partition wall and the lower edge enclose a second containing cavity with a second opening, the sticker roll bearing frame is assembled in the first containing cavity, the electric driving mechanism is assembled in the second containing cavity, and the coupling mechanism is configured to be in transmission connection with the sticker roll bearing frame and the electric driving mechanism. Further, the paper roll carrier further comprises an upper cover, wherein the upper cover is arranged at the first opening of the first containing cavity and connected with the shell so as to limit the paper roll carrier in the first containing cavity. Further, the electric driving mechanism further comprises a lower cover, the second opening is arranged in the second containing cavity in a covering mode, and the lower cover is connected to the shell to limit the electric driving mechanism in the second containing cavity. Further, the paper roll bearing frame further comprises a lower bearing frame cover plate and an upper bearing frame cover plate, a sleeving column is arranged between the lower bearing frame cover plate and the upper bearing frame cover plate, the sleeving column is a hollow column, the first containing cavity further comprises a positioning column, the positioning column is arranged on the partition wall, and the positioning column can be inserted into the sleeving column. Further, the positioning column is in a cylindrical shape with a downward opening, extends upwards from the separation wall, and forms an opening at the joint of the positioning column and the separation wall. Further, the paper roll bearing frame further comprises a winding shaft, and the winding shaft is arranged between the lower bearing frame cover plate and the upper bearing frame cover plate. Further, the sleeve joint post is used for providing a paper roll sleeve with a middle positioning hole for installation, the paper roll comprises a reelable lining paper and a paper patch which is strippable and stuck on the lining paper, the lining paper and the paper patch are reeled into the paper roll along the middle positioning hole by one end of the lining paper, the paper patch is positioned on the outer side of the paper roll, the other end of the lining paper is fixed with the winding shaft, the winding shaft provides pulling force of the lining paper through rotation, so that the lining paper and the paper patch are conveyed to the winding shaft by the middle positioning hole, and a conveying path of the lining paper is formed between the sleeve joint post and the winding shaft. Further, the electric driving mechanism comprises a motor which outputs rotary power and is in transmission connection with the winding shaft, wherein the motor is at least partially arranged in the