HEATING APPARATUS FOR AIR CUSHION MACHINE

Abstract

A heating apparatus for an air cushion machine includes a hot sealing wheel, wherein a transmission wheel is respectively configured on two sides of the hot sealing wheel, an electrode plate is configured on an outer side of each transmission wheel, a guide cylinder seat is configured between the transmission wheel and hot sealing wheel, fixing guide cylinders are projected from the guide cylinder seat, the fixing guide cylinders are passed through the transmission wheel to be in electric contact with the electrode plate, heating sheets are configured inside the hot sealing wheel, each surface of the heating sheet is in electric connection with a conductive spring, another end of the conductive spring is configured with a carbon brush in rotational contact with the electrode plate, and the conductive spring and carbon brush are configured inside the fixing guide cylinder, thereby achieving high energy utilization, good temperature uniformity.

Claims

1. A heating apparatus for an air cushion machine, comprising a hot sealing wheel, wherein a transmission wheel is respectively configured on two sides of said hot sealing wheel, an electrode plate is configured on an outer side of each said transmission wheel, a guide cylinder seat is configured between said transmission wheel and hot sealing wheel, fixing guide cylinders are projected from said guide cylinder seat, said fixing guide cylinders are passed through said transmission wheel to be in electric contact with said electrode plate, heating sheets are configured inside said hot sealing wheel, each surface of said heating sheet is in electric connection with a conductive spring, another end of said conductive spring is configured with a carbon brush in rotational contact with said electrode plate, and said conductive spring and carbon brush are configured inside said fixing guide cylinder.

2. The heating apparatus according to claim 1, wherein a layer of silicone is covered on a circumferential surface of said hot sealing wheel.

3. The heating apparatus according to claim 1, wherein a layer of silicone is covered on a circumferential surface of said transmission wheel.

4. The heating apparatus according to claim 2, wherein said heating sheet is an annular body.

5. The heating apparatus according to claim 3, wherein said heating sheet is an annular body.

6. The heating apparatus according to claim 4, wherein said heating plate is a PTC heating element.

7. The heating apparatus according to claim 5, wherein said heating plate is a PTC heating element.

8. The heating apparatus according to claim 6, wherein said electrode plate is configured on an outer side of said transmission wheel through an electrode plate fixing bracket, said electrode plate fixing bracket is configured on an outer side of said electrode plate, said electrode plate fixing bracket comprises two fixing projecting cylinders respectively passed through said electrode plate, transmission wheel and hot sealing wheel to engage therewith actively.

9. The heating apparatus according to claim 7, wherein said electrode plate is configured on an outer side of said transmission wheel through an electrode plate fixing bracket, said electrode plate fixing bracket is configured on an outer side of said electrode plate, said electrode plate fixing bracket comprises two fixing projecting cylinders respectively passed through said electrode plate, transmission wheel and hot sealing wheel to engage therewith actively.

10. The heating apparatus according to claim 8, wherein said fixing guide cylinders number two, said two fixing guide cylinders are projected symmetrically from an outer side of said guide cylinder seat.

11. The heating apparatus according to claim 9, wherein said fixing guide cylinders number two, said two fixing guide cylinders are projected symmetrically from an outer side of said guide cylinder seat.

12. The heating apparatus according to claim 10, wherein said transmission wheel is configured with fixing guide cylinder through holes and fixing projecting cylinder through holes staggered symmetrically.

13. The heating apparatus according to claim 11, wherein said transmission wheel is configured with fixing guide cylinder through holes and fixing projecting cylinder through holes staggered symmetrically.

14. The heating apparatus according to claim 12, wherein said heating apparatus is configured on said air cushion machine through a rotating shaft, and said rotating shaft is passed through centers of said electrode plate fixing brackets, electrode plates, transmission wheels and hot sealing wheel.

15. The heating apparatus according to claim 13, wherein said heating apparatus is configured on said air cushion machine through a rotating shaft, and said rotating shaft is passed through centers of said electrode plate fixing brackets, electrode plates, transmission wheels and hot sealing wheel.

16. The heating apparatus according to claim 14, wherein said heating apparatuses configured on said air cushion machine number two, said two heating apparatuses are opposed to each other.

17. The heating apparatus according to claim 15, wherein said heating apparatuses configured on said air cushion machine number two, said two heating apparatuses are opposed to each other.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0025] FIG. 1 is a schematic view of the whole structure of an air cushion machine;

[0026] FIG. 2 is a top view of the whole structure of an air cushion machine;

[0027] FIG. 3 is an explode view of a heating apparatus for an air cushion machine according to the present invention;

[0028] FIG. 4 is a cross-sectional view of the heating apparatus for an air cushion machine according to the present invention; and

[0029] FIG. 5 is a schematic view of the internal structure of the heating apparatus for an air cushion machine according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0030] Referring to FIGS. 1 and 2, an air cushion machine includes a table 100, on which a bag film scroll 200, film guide 300, blower 500, heating apparatus 400 and traction device 600 are configured, where the film scroll 200 and the traction device 600 are respectively configured on the two ends of the table 100; the film guide 300 and heating apparatus 400 between the film scroll 200 and traction device 600; the blower 500 between the components of the heating apparatus 400. The bag film scroll 200 is used for the placement of plastic film to be hot-sealed, and the blower 500 filling air into bag film before hot sealing. When the machine is turned on, the bag film on the bag film scroll is dragged by the traction device 600 and guided by the film guide 300 to enter the heating apparatus 400, at where the bag film is hot-sealed while air is blown into it with the blower 500, ensuring that the bag film can be hot-sealed uniformly. In order to achieve more effective hot sealing, on the table 100 is configured with an air volume regulator 700 and on-off switch 800 configured below the heating apparatus 400, where the air volume regulator 700 is adapted to adjust air volume for the blower 500, and on-off switch turn on and off the heating apparatus 400. The blower 500 includes a guide air tap 501 adapted to insert inside the bag film, the two sides of the bottom of which are respectively equipped with a cutting knife 502 adapted to cut the edge of a hot-sealed air cushion after the bag film is hot-sealed.

[0031] Referring to FIGS. 3 to 5, the heating apparatus 400 includes a hot sealing wheel 401; a transmission wheel 403 is respectively configured on the two sides of the hot sealing wheel 401; an electrode plate 404 is configured on the outer side of each the transmission wheel 403; a guide cylinder seat 402 is configured between the transmission wheel 403 and hot sealing wheel 401, fixing guide cylinders 406 are projected from the guide cylinder seat 402; the guide cylinders are passed through the transmission wheel 403 to be in contact with the electrode plate 404; heating sheets 413 is configured inside the hot sealing wheel 401; the surface of the heating sheet 413 is in electric connection with a conductive spring 407; another end of the conductive spring 407 is configured with a carbon brush 408 in rotational contact with the electrode plate 401; the conductive spring 407 and carbon brush 408 are inserted inside the fixing guide cylinder 406; the electrode plate 404 is configured on the outer side of the transmission wheel 403 through an electrode plate fixing bracket 405; the electrode plate fixing bracket 405 is configured on the outer side of the electrode plate 404; the electrode plate fixing bracket 405 includes two fixing projecting cylinders 409, which are respectively passed through the electrode plate 404, transmission wheel 403, hot sealing wheel 401 to engage them into one body actively. Furthermore, the circumferential surfaces of the hot-sealing wheel 401 and transmission wheel 403 are respectively covered with a layer of silicone; the heating sheet 413 is an annular body and a PTC heating sheet. Furthermore, the fixing guide cylinders 406 number two and projected symmetrically from the outer side of the guide cylinder seat 402. Furthermore, the transmission wheel 403 is configured with guide cylinder fixing through holes 411 and projecting cylinder fixing through holes 412, which are staggered symmetrically; the heating apparatus 400 is configured on the air cushion machine through a rotating shaft 410, the rotating shaft 410 being passed through the centers of the electrode plate fixing brackets 405, electrode plates, transmission wheels 403 and hot sealing wheel 401 simultaneously.

[0032] Referring to FIGS. 1 and 2 again, the heating apparatuses 400 configured on the air cushion machine number two, and the two heating apparatus 400 are opposed to each other.