A SCRUBBING MACHINE

Technical Field

The present invention relates to a scrubbing machine which performs a variety of processes, such as washing, bleaching, effecting, and regional abrasion, with abrasive and effect-making cylinders. Previous Technique

Nowadays, different designs, practices or trends are emerging each year in the fashion industry, but the wear-seen clothes that can appeal to people of all ages stand the test of time and are still being produced. The aging appearance is extensively used in jeans and/or denim fabrics nowadays. Denim fabrics are generally produced from yarns such as cotton, polyester, nylon, viscose and preferred by a large majority with an active lifestyle because they are more resistant to external factors than other fabric types. The classic style denim clothes produced using the unique blue color dyes of denim fabrics now benefit both from the colors outside of blue and through various washing and/or bleaching processes that add an effect that is worn by the owner for years, have a wear appearance.

Nowadays, many applications and methods are used to create a wear look and/or effect on the denim fabric. These processes are gathered in two main groups as dry processes performed when the fabric is dry and / or raw and wet processes applied to the fabric wet. The general method used in wet processes is that the fabric parts to be bleached and/or effected are placed in the rotating drum with water, perlite, pumice stone, and the surface of the fabric is abraded using the rotating drum and the abrasive materials in the drum, ie, perlite and pumice stones. In this method, which is used domestically and abroad, the machine manufacturers place the materials with abrasive properties in a fixed form on the inner drum of the related machine. However, the regional bleaching and attrition processes on the fabric surface made by the machines using this method take a very long time and do not see much demand because the desired quality can not be obtained. In addition, perlite and pumice stones are placed into the machine in a size of 1 to 2 cm or 2 to 4 cm, while perlite and pumice stones are rubbed against each other and approximately 70% to 80% powder is formed while the bleaching process is carried out. During this process, the pumice and perlite stones are rubbed against the stainless surfaces in the drum, so the heavy metal oxides mix in the water in the drum. Bleached fabric pieces in the drum, that is, denim and derivative fabrics, which are cellulose based cotton fabric, easily absorb dust and metal oxides in the drum. Rinsing is repeatedly carried out to remove the metal oxide dust hsleeveful to human health, which is absorbed into the fabric parts, from the fabric. Although the rinsing process is repeated several times, the heavy metal powders in the fabric parts cannot be completely removed. It is seen irritation on the skin of those wearing clothes made from these fabric pieces. Besides this, the pumice and perlite powders remaining in the machine after bleaching are given to the waste water channels of the cities by some unchecked firms and cause the waste water channels to be blocked. In addition, wastes and chemical substances from these channels cause pollution of seas, rivers and ground waters. Corporations which are institutional and supervised collect these wastes and send them to other firms for price and they face great costs.

Today the bleaching, effecting and regional wearing processes performed with pumice stone and perlite takes a very long time and the production coveracity of the related enterprise is also very low. After the treatment with pumice stone and perlite, the lifespan of the fabrics produced with bleached and / or effected fabrics decreases, and various chemicals are also used to prevent the fabrics from being repaired or faded. When 2400-3200 m3 of pumice stone and perlite or pumice dust are used per year in an operation that does this with 10 machines, 250,000 to 300,000 m3 of clean water are needed. In addition, the land surface becomes ineffective as the pits and pearl stones and perlite are pitched on the land where they are removed from the nature. However, due to the low volume of pumice and pearlite, the transport and storage costs of transporting the affected area to the relevant production facility adversely affect the producers. Another negative cost for the producers is that pumice stone and perlite are removed from the reservoir and used in the machine, and the pumice stone shrinking after use causes the perlite dust to be discharged from the related machine, resulting in cost of both time and labor. Ponza stone and perlite increase the repair and maintenance costs of the machines due to the deformations that occur in the machine due to the friction of the bleaching machines to the inner drum and the weight of the machine to the rotating parts of the machine. The reason for this is that the pumice stone and perlite are porous and the water absorption rate is high during the evacuation process, resulting in clean water usage and high cost.

Due to the above mentioned technical problems and disadvantages, pumice, perlite and the like have been spent in the use of pumice, perlite and the like, in which pumice and perlite powder is not used and the textile products are made by means of cylinders in the bleaching and effecting processes and the cylinders are rotated in the desired direction and at the desired speed there is a need for machines that save time in clean water, workforce and chemicals.

Short Description of Invention

The object of the present invention is to realize a machine such as washing, bleaching, effecting and regional abrasion on textile products produced from jeans and / or denim fabrics by making the cylinders with abrasion and effect properties in the interior volume. Detailed Description of Invention

To achieve the purpose of the present invention, a machine for rinsing, bleaching and effecting processes by rubbing method is shown in the attached form,

Figure 1. It is a perspective view of a scrubbing machine according to the present invention.

Figure 2. It is an exploded perspective view of a scrubbing machine according to the present invention.

Figure 3. It is a perspective view of a chassis in a scrubbing machine according to the present invention.

Figure 4. It is a perspective view of the fixed wheel assembly in a scrubbing machine according to the present invention.

Figure 5. It is a perspective view of the exploded form of the fixed wheel assembly in a scrubbing machine according to the present invention.

Figure 6. It is a perspective view of the motion wheel assembly in a scrubbing machine according to the present invention.

Figure 7. It is a perspective view of the exploded form of the motion wheel assembly in a scrubbing machine according to the present invention.

Figure 8. It is a perspective view of the rest wheel assembly in a scrubbing machine according to the present invention. Figure 9. It is a perspective view of the exploded form of the motion rest wheel in a scrubbing machine according to the present invention.

Figure 10. It is a perspective view of the motion chassis piston fixture in a scrubbing machine according to the present invention.

Figure 11. It is a perspective view of the exploded form of the motion chassis piston fixture in a scrubbing machine according to the present invention.

Figure 12. It is a perspective view of the motion chassis motion assembly in a scrubbing machine according to the present invention.

Figure 13. It is a perspective view of the exploded form of the motion chassis motion assembly in a scrubbing machine according to the present invention.

Figure 14. It is a perspective view of the boiler assembly in a scrubbing machine according to the present invention.

Figure 15. It is a section perspective view of the boiler assembly in a scrubbing machine according to the present invention.

Figure 16. It is a perspective view of the exploded form of the boiler assembly in a scrubbing machine according to the present invention.

Figure 17. It is a perspective view of the exploded form of the boiler set in a scrubbing machine according to the present invention.

Figure 18. It is a perspective view of the exploded form of the boiler and cylinder assembly front mounting bushing in a scrubbing machine according to the present invention. Figure 19 It is a perspective view of the exploded form of the boiler and cylinder assembly rear mounting bushing in a scrubbing machine according to the present invention.

Figure 20. It is a perspective view of the cylinder assembly in a scrubbing machine according to the present invention.

Figure 21. It is a perspective view of the exploded form of the cylinder set in a scrubbing machine according to the present invention.

Figure 22. It is a perspective view of the boiler connection assembly in a scrubbing machine according to the present invention.

Figure 23. It is a perspective view of the exploded form of the boiler connection set in a scrubbing machine according to the present invention.

Figure 24. It is a perspective view of the cylinder motion assembly in a scrubbing machine according to the present invention.

Figure 25. It is a perspective view of the exploded form of the cylinder motion set in a scrubbing machine according to the present invention.

Figure 26. It is a perspective view of the cylinder motion assembly rest bearing in a scrubbing machine according to the present invention.

Figure 27. It is a perspective view of the engine assembly in a scrubbing machine according to the present invention.

Figure 28. It is a perspective view of the engine assembly in a scrubbing machine according to the present invention. Figure 29. It is a perspective view of the exploded form of the engine assembly in a scrubbing machine according to the present invention.

Figure 30. It is a perspective view of the engine assembly upper boiler motion assembly engine in a scrubbing machine according to the present invention.

Figure 31. It is a perspective view of the exploded form of the engine assembly upper boiler motion assembly engine in a scrubbing machine according to the present invention.

Figure 32. It is a perspective view of the engine assembly main bushing in a scrubbing machine according to the present invention.

Figure 33. It is a perspective view of the exploded form of the engine assembly main bushing in a scrubbing machine according to the present invention.

Figure 34. It is a perspective view of the engine assembly main motion engine in a scrubbing machine according to the present invention.

Figure 35. It is a perspective view of rhe exploded form of the engine assembly main motion engine in a scrubbing machine according to the present invention.

Figure 36. It is a perspective view of the engine assembly rear vertical rest bushing in a scrubbing machine according to the present invention.

Figure 37. It is a perspective view of the engine assembly rear horizontal rest bushing in a scrubbing machine according to the present invention.

Figure 38. It is a perspective view of the cover assembly in a scrubbing machine according to the present invention. Figure 39. It is a rear perspective view of a scrubbing machine according to the present invention.

Figure 40. It is a perspective and detailed view of the cylinder assembly and cylinder motion assembly in a scrubbing machine according to the present invention.

Figure 41. It is a perspective and detailed view of the cylinder assembly, cylinder motion assembly and engine assembly upper boiler motion engine in a scrubbing machine according to the present invention.

Parts included in the figures are individually enumerated and their equivalents were provided below. 1. Machine

2. Chassis assembly

21. Motion chassis

22. Fixed chassis

23. Fixed chassis feet

24. Discharge chamber

25. Hydraulic unit

26. Motion chassis piston

27. Motion chassis rear gusset plate

28. Motion chassis cover connection gusset plates

29. Fixed wheel assembly

291. Fixed wheel front plate

292. Fixed wheel rear plate

293. Fixed wheel

294. Fixed wheel mounting part

295. Fixed wheel mounting connector 296. Fixed wheel mounting support shaft

297. Fixed wheel mounting bearing

298. Fixed wheel mounting washer

299. Fixed wheel mounting shaft

210. Motion wheel group

2101. Motion wheel front plate

2102. Motion wheel rear plate

2103. Motion wheel

2104. Motion wheel mounting part

2105. Motion wheel mounting connector

2106. Motion wheel motion part

2107. Motion wheel setting part

2108. Motion wheel setting bolt

2109. Motion wheel mounting support shaft 2110. Motion wheel mounting bearing

2111. Motion wheel mounting washer

2112. Motion wheel mounting shaft

220. Rest wheel group

2201. Rest wheel lower mounting part

2202. Rest wheel body

2203. Rest wheel connector

2204. Rest wheel

2205. Rest wheel bearing

2206. Rest wheel mounting shaft

2207. Rest wheel mounting shaft setting washer

2208. Rest wheel mounting shaft connector 230. Motion chassis piston connector

2301. Motion chassis piston connector lower plate

2302. Motion chassis piston connector

2303. Motion chassis piston connector fixture 2304. Motion chassis piston connector shaft

2305. Motion chassis piston connector setting bushing 240. Motion chassis motion assembly

2401. Motion chassis motion part

2402. Motion chassis fixed fixture

2403. Motion chassis connector fixture

2404. Motion chassis extension piece

2405. Motion chassis motion bushing

2406. Motion chassis motion shaft

3. Boiler

31. Boiler Bottom Part

311. Boiler and cylinder assembly front mounting bushing

3101. Boiler and cylinder assembly front mounting bushing

3102. Boiler and cylinder assembly front mounting bushing bearing

312. Boiler wheel fixture

313. Boiler and cylinder assembly front mounting part

314. Boiler and cylinder assembly front mounting part and bushing

315. Boiler mounting fixture

316. Boiler sheet

317. Boiler discharge valve

318. Boiler and boiler connection assembly connector

319. Boiler and cylinder assembly rear mounting part and bushing

3111. Boiler and cylinder assembly rear mounting part

3112. Boiler and cylinder assembly rear mounting bushing

3113. Boiler and cylinder assembly rear mounting bushing

3114. Boiler and cylinder assembly rear mounting bushing bearing

3115. Boiler and cylinder assembly rear mounting bushing setting washer

32. Cylinder assembly

321. Cylinder gear connector 322. Cylinder gear

323. Cylinder rear mounting shaft

324. Cylinder pipe

325. Tiling pipe

326. Cylinder front mounting shaft

33. Boiler connection assembly

331. Boiler connection shaft

332. Boiler and boiler connection assembly outer shaft

333. Boiler and boiler connection assembly outer shaft clamping washer

334. Boiler and boiler connection assembly inner shaft clamping washer

335. Boiler connection assembly and engine assembly front setting washer

336. Boiler connection assembly and engine assembly rear setting washer

337. Boiler connection assembly and main bushing gear

338. Boiler connection assembly and main bushing gear clamping part

339. Boiler and boiler connection assembly inner shaft

4. Cylinder motion assembly

341. Cylinder motion assembly bearing

342. Cylinder motion assembly hub connector

343. Cylinder motion assembly cover

344. Cylinder motion assembly mounting part

345. Cylinder motion assembly inner sleeve

346. Cylinder motion assembly outer sleeve

347. Cylinder motion assembly mounting nut

348. Cylinder motion assembly mounting bolt

349. Cylinder motion assembly support bearing

3491. Cylinder motion assembly support bearing

3492. Cylinder motion assembly support bearing setting washer

3493. Cylinder motion assembly support bearing shaft

3494. Cylinder motion assembly support bearing mounting component 4. Engine assembly 41. Engine assembly upper connection assembly

42. Engine assembly lower connection assembly

43. Engine assembly side vertical connector

44. Engine assembly side connector

45. Engine assembly upper boiler motion assembly engine

451. Engine assembly upper boiler motion assembly engine bushing assembly

452. Engine assembly upper boiler motion assembly engine bearing

453. Engine assembly upper boiler motion assembly engine shaft

454. Engine assembly upper boiler motion assembly engine gear

455. Engine assembly upper boiler motion assembly engine reducer

456. Engine assembly upper boiler motion assembly engine connector

46. Engine assembly main bushing

461. Engine assembly main bushing assembly

462. Engine assembly main bushing bearing

47. Engine assembly main motion engine

471. Engine assembly main motion engine reducer

472. Engine assembly main motion engine bushing assembly

473. Engine assembly main motion engine reducer shaft

474. Engine assembly main motion engine gear

475. Engine assembly main motion engine connector

48. Engine assembly rear vertical rest bearing

481. Engine assembly rear vertical rest bearing assembly

482. Engine assembly rear vertical rest bearing shaft

483. Engine assembly rear vertical rest bearing mounting washer

484. Engine assembly rear vertical rest bearing

49. Engine assembly rear side rest bearing

491. Engine assembly rear side rest bearing assembly

492. Engine assembly rear side rest bearing shaft 493. Engine assembly rear side rest bearing mounting washer

494. Engine assembly rear side rest bearing

5. Cover assembly

The scrubbing machine (1) in the present invention, which carries out processes of washing, bleaching and effecting in textile products by rubbing method; comprises:

at least one chassis group (2) consisting of at least one fixed chassis (22) and at least one motion chassis (21) on the fixed frame (22);

at least one boiler group (3) on the chassis assembly (2) with rotational motion and in the form of a hollow cylinder;

- the boiler group (3) having an integral structure with the cylindrical structure; with the electric parts on the chassis assembly (2), the parts of the fabric which are placed inside the boiler group (3) by turning it around its own axis; at least one boiler assembly (31) providing a wiping, abrading, regional bleaching and / or worn effect with the aid of a cylinder assembly (32) located on the cylindrical surface,

- the at least one engine assembly (4) which prevents the boiler assembly (31) from entering the volume formed by the fixed chassis (22) and the motion chassis (21) and which rotates into the cylinder assembly (32); and at least one cover assembly (5) which locks the boiler group (3) and the boiler assembly on the inner part (31) by fixing on the motion chassis (21) and the fixed chassis (22).

In the machine according to the invention (1) the chassis assembly (2) comprises at least one motion chassis (21), at least one fixed chassis (22), a plurality of fixed chassis legs (23), a discharge chamber (24), at least one hydraulic unit (25), at least one motion chassis piston (26) at least one motion chassis rear gusset plate (27), at least one motion chassis cover connection gusset plates (28), a plurality of fixed wheel groups (29), a plurality of wheel groups (210), a plurality of support wheel assemblies (220), a plurality of motion chassis piston connectors (230) and a plurality of motion chassis assemblies (240).

In the preferred embodiment of the invention, the chassis assembly (2) rests on four fixed chassis feet (23), which raise the base part slightly from the ground, preventing vibrations caused by all the parts on it.

In the scrubbing machine according to the invention (1), the fixed wheel assembly (29) comprises at least one fixed wheel front plate (291), at least one fixed wheel rear plate (292), at least one fixed wheel (293) situated between the two plates (291,292), fixed at the wheel (293) used to fix the plates (291,292), at least one fixed wheel mounting part (294), at least one fixed wheel mounting connector (295), at least one fixed wheel mounting support shaft (296), at least one fixed wheel mounting bearing (297), at least one fixed wheel mounting washer (298) and at least one fixed wheel mounting shaft (299)

Motion wheel assembly (210) comprises; at least one motion wheel front plate (2101), at least one motion wheel rear plate (2102), at least one motion wheel (2103) located between the plates (2101, 2102), at least one motion wheel mounting part (2104) at least one motion wheel mounting connector (2105), at least one motion wheel motion part (2106), at least one motion wheel adjustment part (2107), at least one motion wheel setting bolt (2108), at least one motion wheel mounting support shaft (2109), at least one motion wheel mounting bearing (2110), at least one motion wheel mounting washer (2111) and at least one motion wheel assembly shaft (2112).

Rest wheel assembly (220) comprises at least one rest wheel lower mounting part (2201), at least one rest wheel body (2202), at least one rest wheel connector (2203), at least one rest wheel (2204), at least one rest wheel bearing (2205), at least one rest wheel assembly shaft (2206), at least one support wheel assembly shaft setting washer (2207) and at least one support wheel mounting shaft connector (2208). In the scrubbing machine (1) according to the invention, chassis piston connector (230) comprises at least one motion chassis piston connector lower plate (2301), at least one motion chassis piston connector lower plate (2302) on the motion chassis piston connector lower plate (2301); at least one motion chassis piston connector (2303), at least one motion chassis piston connector shaft (2304) and at least one motion chassis piston connector setting bushing (2305).

Motion chassis motion assembly (240) comprises at least one motion chassis motion part (2401), at least two motion chassis fixed parts (2402) on either side of the motion chassis motion part (2401), at least one motion chassis connector (2403), at least one motion chassis extension (2404), at least one motion chassis motion bushing (2405) and at least one motion chassis motion shaft (2406).

In the preferred embodiment of the present invention, the boiler group (3) comprises at least one boiler assembly (31) which is cylindrical in shape and has a cavity in which the fabric to be treated inside is located, and at least one cylinder motion assembly (34) comprising at least one cylinder assembly (33) located above the side surfaces of the boiler assembly.

The scrubbing machine (1) according to the invention, boiler assembly (31) comprises at least one boiler and cylinder assembly front mounting bushing (311), at least one boiler wheel part (312), at least one boiler and cylinder assembly front mounting part (313), at least one boiler and cylinder assembly front mounting part and bearing (314), at least one boiler mounting part (315), at least one boiler sheet (316), at least one boiler discharge valve (317), at least one boiler and boiler connection fitting (318) and at least one boiler and cylinder assembly rear mounting and bearing (319).

A boiler and cylinder assembly front mounting bushing (311) in the boiler assembly (31) consists of at least one boiler and cylinder assembly front mounting bushing (3101) and at least one boiler and cylinder assembly front mounting bushing bearing(3102).

In the preferred embodiment, boiler and cylinder assembly rear mounting part and bushing (319) comprises at least one boiler and cylinder assembly rear mounting part (3111), at least one boiler and cylinder assembly rear mounting bushing (3112), at least one boiler and cylinder assembly rear mounting bushing (3113), at least one boiler and cylinder assembly rear mounting bushing bearing (3114) and cylinder assembly rear mounting bushing setting washer.

Cylinder assembly (32) comprises at least one cylinder gear connector (321), at least one cylinder gear (322), at least one cylinder rear mounting shaft (323), at least one cylinder pipe (324), at least one tiling pipee (325) and at least one cylinder front assembly shaft (326) on the cylinder pipe (324)

Boiler connection assembly (33) comprises at least one boiler connecting shaft (331), at least one boiler and boiler connecting set outer shaft (332), at least one boiler and boiler connection set outer shaft clamping washer (333), at least one boiler and boiler connection set inner shaft clamping washer (334), at least one boiler part and engine front setting washer (335), at least one boiler connection set and engine set rear setting washer (336), at least one boiler connectors and main bearing gear (337) the at least one boiler connecting assembly and the main bearing gear clamping part (338) and the at least one boiler and the boiler fitting inner shaft (339). The cylinder motion assembly (34) in the scrubbing machine (1) according to the invention comprises at least one cylinder motion assembly bearing (341), at least one cylinder motion assembly (342), at least one cylinder motion assembly cover (343), at least one cylinder motion assembly part (344), the at least one cylinder motion assembly outer sleeve (346), at least one cylinder motion assembly mounting nut (347), the at least one cylinder motion assembly mounting bolt (348), at least one cylinder motion assembly rest bearing (349).

Cylinder motion assembly support bearing (349) comprises at least one Cylinder motion assembly support bearing (3491), at least one Cylinder motion assembly support bearing setting washer (3492), at least one Cylinder motion assembly support bearing shaft (3493) and at least one Cylinder motion assembly support bearing mounting component (3494).

Engine assembly (4) comprises at least one Engine assembly upper connection assembly (41), at least one Engine assembly lower connection assembly (42) on the lower part as per the upper assembly, at least one Engine assembly side vertical connector (43) between upper and lower connection assemblies (41, 42), at least two Engine assembly side vertical connector (44), at least one Engine assembly main motion engine (46), at least one Engine assembly main motion engine (47), at least one Engine assembly rear side rest bearing (48), at least one Engine assembly rear side rest bearing (49).

In the preferred embodiment of the invention, Engine assembly upper boiler motion assembly engine (45) comprises; at least one Engine assembly upper boiler motion assembly engine bushing assembly (451), at least one Engine assembly upper boiler motion assembly engine bearing (452), at least one Engine assembly upper boiler motion assembly engine shaft (453), at least one Engine assembly upper boiler motion assembly engine gear (454), at least one Engine assembly upper boiler motion assembly engine connector (456). Engine assembly main bushing (46) comprises at least one engine group main bushing bearing (461) and at least one engine group main bushing bearing (462).

Engine assembly main motion engine (47) comprises at least Engine assembly main motion engine reducer (471), at least one Engine assembly main motion engine bushing assembly (472), at least one Engine assembly main motion engine reducer shaft (473), at least one Engine assembly main motion engine gear (474), and at least one Engine assembly main motion engine connector (475).

Engine assembly rear vertical rest bearing (48) comprises at least one Engine assembly rear vertical rest bearing assembly (481), at least one Engine assembly rear vertical rest bearing shaft (482), at least one Engine assembly rear vertical rest bearing mounting washer (483) and at least one Engine assembly rear vertical rest bearing (484).

Engine assembly rear side rest bearing (49) comprises at least one Engine assembly rear side rest bearing assembly (491), at least one Engine assembly rear side rest bearing shaft (492), at least one Engine assembly rear side rest bearing mounting washer (493) and at least one Engine assembly rear side rest bearing (494).

The boiler group (31) is positioned on the fixed wheels (293) of four fixed wheel groups (29) located on the moving chassis part (21) in a scrubbing machine (1) according to the invention, which performs various operations such as effecting and regional wear. In the boiler group (3), the boiler assembly (31) is assembled in coordination with the cylinder assembly (32). The assembly of the boiler assembly (3) is carried out on the moving chassis (21) together with the moving wheel assembly (220) together with the moving wheel group (210) and the boiler connection assembly (33) is mounted on the rear of the parts of the boiler assembly (3). The cylinder motion assembly (34) is assembled in coordination with the cylinder assembly (32) on the assembled boiler connection assembly (33).

In the scrubbing machine (1), on the rear side of the mobile chassis (21), the motor assembly (4), the motor assembly upper connection assembly (41), the motor assembly lower connection assembly (42), the motor assembly side-vertical connection piece (43) and the motor assembly side connection piece (44) is mounted. On the assembled parts, the engine assembly upper boiler motion assembly engine (45) is assembled in coordination with the cylinder motion assembly (34). On the boiler assembly connection assembly (33), the engine group master bushing (46) is mounted together with the engine group (4), and on the engine group (4) the engine group but the motion engine (47) is mounted. In order to ensure that the parts are assembled without any leakage, the engine assembly rear vertical rest bearing (48) and the engine assembly bearing (49) are mounted on the motor assembly (4). On the assembled engine assembly parts, the engine group main motion gear (474) and the boiler connecting assembly and the main bearing gear (337) are assembled and the gears (474, 337) are connected to each other for chaining.

In the scrubbing machine (1) of the present invention, the boiler assembly (31) and the cylinder assembly (32) are positioned under the fixed wheel assembly (29), which is mounted under the boiler group (3). Boiler connection assembly (33) rotates together with the cylinder motion assembly (34), the engine assembly (4), the engine assembly main motion engine (47) and the motor assembly main bearing (46) with the boiler connection assembly and the main bearing gear (337).

The boiler connecting assembly and the main bushing gear (337) rotate the boiler assembly (3) together with the boiler connecting assembly (33). Engine assembly upper boiler motion assembly engine (45) rotates the cylinder motion assembly (34) with the engine assembly upper gear motion engine gear (454) to rotate the cylinder assembly (32) and scrub it.

It is possible to develop various applications for scrubbing machine (1), subject of invention, it may not be limited to examples described here, it is essentially as described in claims.