KR20090008920U - Mop and wringer combination - Google Patents

Abstract

The present invention relates to cleaning equipment for cleaning floors, and more particularly to combinations of mops and dehydrators with improved properties.

A kind of mob and dehydrator combination according to the present invention includes a rotatable handle and a rotating plate and a brush fixing frame connected to the rotating plate, whereby the fixing frame at the bottom of the handle is inclinedly connected to the coupling frame, and the middle of the coupling frame The shaft portion is fitted into the shaft core hole of the rotating plate. The bottom of the rotating plate is provided with a brush fixing frame coupled to the brush, so that when the rotating plate is dehydrated by the rotation operation, the handle can be kept safe without rotating, whether the handle is upright or inclined. When the locking device is installed, the locking device for adjusting the handle should have a function of preventing elasticity due to elastic force when the locking device is fixed to the recessed portion of the coupling frame recess. The dewatering can used for the mob achieves the purpose of centrifugal dewatering using a ratchet mechanism.

Description

MOB AND WALLER COMBINATION {MOP AND WRINGER COMBINATION}

The present invention relates to cleaning equipment for cleaning floors, and more particularly to combinations of mops and dehydrators with improved properties.

Various mobs have been extensively suggested in national patents. For example, the new Republic of China Patent No. M334697 "Cleaning Supplies with Clean Parts", this product is related to the combination and fixing of the mop's cleaning brush, which has several holes in one frame It is used to consist of large to small inner diameters and inserts the contacts of the bundled clean parts into the large inner diameters from the small inner diameters, and pulls the clean parts again to fix the mold to the cleaning products.

In addition, dewatering containers used for various mobs have been widely disclosed in various patents. For example, the characteristics of a kind of mop dewatering container structure proposed by the Republic of China Patent No. M3386334 include one shell, one mounting unit, one rotating unit, one electric unit, and one push rod unit. An apparatus section is provided at the bottom of the apparatus section, the apparatus section is installed in the push rod unit, and the rotation unit is installed in the apparatus section. The rotary unit is provided with a cog wheel, a guide rail (guide rail), a first gear, and a second gear, which rotate sequentially. The push rod unit is operated by the rack action, so that the rotating unit is equipped with an electric pinion gear and a support part for enabling the electric unit to operate. The electric pinion gear penetrates the shell and is supported by the electric pinion gear. When the push rod unit is stepped on to install it in the shell, the cog wheels move in conjunction with each other, and when the first pin and the second gear interlock with each other to operate the electric pinion gears, the support parts rotate in the shell.

The main purpose of the present invention is to provide a sort of improved performance mob and dehydrator combination.

Mob and dehydrator combination according to the present invention for solving the above problems is included in one mob, one long stick-shaped handle; The coupling hole of one end of the fixing frame is fitted and fixed to the lower end of the handle, and one downward protrusion formed at the other end penetrates the recess of the coupling frame with one pivot pin to form an active connection state, and the lower protrusion end of the fixing frame One knob adjustment lock is installed in the door, and one groove is installed adjacent to the knob adjustment lock; An abstract positioning ring is installed near the bottom of the outer periphery of one coupling frame, which has two grooves that can be elastically inserted into the pivot plate hole; A straight locking hole is installed in a ring shape, and a plurality of hooks are installed at the upper portion of each locking hole to install a brush, and a plurality of longitudinal reinforcing ribs are formed in the brush holder, and the brush holder A protruding side ring is installed at the center edge; One shaft center hole has one shaft core hole, and at the bottom, there is a joining connection to fix the brush fixing frame, so the fixing frame at the bottom of the handle can be inclined and connected to the coupling frame. Since the bottom of the rotating plate is provided with a brush fixing frame coupled to the brush, the rotating plate rotates to maintain a safe shape in which the handle does not rotate together when the handle is dehydrated in an upright or inclined state. When there is an elastic handle adjustment lock with elasticity, the handle adjustment lock is fixed to the recessed portion of the groove of the coupling frame has a function of preventing elasticity because of the elastic force, one dehydration container includes one cylinder, One container chamber is formed in the said cylinder, and one of the container chambers of a cylindrical body is One joiner is formed, one actuator is installed in the container chamber, and one actuator is formed on the actuator, and two wing panels are installed on the bottom plate and one left and right between the two wing panels. The movable hanger and one electric component are installed, and the left and right movable hanger is provided with one footrest, the footboard penetrates the end of the cylinder, and the other side is provided with one bow-shaped rack. One electric gear and one first helical gear are installed in the coaxial shaft, the electric gear meshes with a bow-shaped rack, and one pivot shaft is provided with one pivot shaft, and the pivot shaft penetrates the container chamber. One support part is installed in the container chamber above the pivot axis, and the support part is provided with a plurality of hole spacings. It is characterized by the fact that one second helical gear is installed around the outside of the ring to engage the first helical gear.

The combination of the mob and the dewatering container according to the present invention having the characteristics as described above is a device having an improved performance, and the brush is accommodated by operating the electric parts by using the scaffolding when dewatering, for example, the brush of the mob. By rotating the support part, the dehydrated product can be rapidly dehydrated by the centrifugal force generated when the support part rotates.

1 is a perspective view of a mob and a dehydration container combination according to the present invention.

2 is a partial exploded view of the mob according to the present invention.

3 is an enlarged view of FIG. 2.

4 is a perspective view of a brush fixing frame of the mob according to the present invention.

FIG. 5 is a plan view in which the thread bundle of the mob is removed from FIG. 4. FIG.

6 is a partially enlarged perspective view of FIG. 5.

7 is a bottom cross-sectional view of the mob according to the present invention.

FIG. 8 is a view similar to FIG. 7 with the handles disposed obliquely after being pivoted.

9 is another cross-sectional view of the bottom of the mob according to the present invention.

10 is a perspective view showing a first embodiment of a dehydration pail according to the present invention.

FIG. 11 is an exploded view of FIG. 10.

12 is a cross-sectional view after assembling the actuator of FIG. 11.

13 is a perspective view of the actuator of FIG. 11 after assembly.

** Description of the symbols for the main parts **

DESCRIPTION OF SYMBOLS 1: Handle 11: End part 2: Fixing frame 21: Coupling hole 22: Lower protrusion part 23: Projection part

231: Knob adjustment lock 24: Groove

3: coupling frame 31: groove

311: indent 32: pivot pin

33: Bottom 34: Bottom cover

4: rotating plate 41: shaft center hole

42: First Foreign Exchange 43: Second Foreign Exchange

44: Forex 5: Brush Fixture

51: ring groove 52: locking hole

53: hook 54: brush

55: reinforcing rib 56: side ring

6: cylinder 61: container room

62: enclosed 63: cylinder handle

7: actuator 70: ratchet bearing

71: base plate 710: wing panel

711: Pivot Pinch 712: First Drill

713: second hole 714: concave hole

72: 2nd helical gear 73: left and right movable hanger

730: axis 731: scaffold

732: Raksham 733: Hall

75: return spring 74: electric parts

740: electric gear 741: first helical gear

742: bolt nut set 8: mob container

80: hole spacing 81: support area

82: pivot axis

1 shows a mob and dehydrator combination according to the present invention.

2 to 9 with reference to FIG. 1, one mop includes one long stick-shaped handle 1, one fixing frame 2, one coupling frame 3 and one mop. A rotating plate 4 and one brush holder 5.

The fixing frame 2 is made of plastic, and has a coupling hole 21 at the upper end thereof, so that the fixing frame 2 is fixed (fitted) with the lower end 11 of the handle 1, and one lower protruding portion at the lower end of the fixing frame 2 ( 22), and one pivot pin 32 penetrates the recess 31 and the lower protrusion 22 on the upper part of the coupling frame 3 to combine them to form an active pin joint state. The lower end of the lower protrusion 22 of 2) forms one arc-shaped protrusion 23, the inside of which has one groove 24, and the outermost bottom thereof has a center adjacent to the groove 24. The knob adjustment locking device 231 is installed, the knob adjustment locking device 231 is in contact with the recessed portion (311) of the bottom of the recess 31. When the locking device for adjusting the handle 231 is fixed to the recessed portion 311 of the recess 31 of the coupling frame 3 has an elastic force to prevent expansion and contraction.

One shaft core hole 41 is formed at the center of the rotary plate 4, and one first foreign exchange 42 and one agent are formed at the edge of the rotary plate 4, which is connected to the bottom of the rotary plate 4. 2 Foreign exchange 43 and the inner ring (44, 44) provided in the center part are formed. After the coupling frame 3 penetrates the shaft core hole 41, the bottom portion 33 of the coupling frame is loosely filled in the inner ring 44 to assemble the coupling frame 3 and the rotating plate 4 to the rotating plate 4. Is free to move relative to the coupling frame (3). And the bottom portion 33 and the lower portion of the inner ring 44 forms a plane, and the annular lower cover 34 which can be separated from the coupling frame 3 is the inner ring 44 of the inner ring 44. Covering the outside to seal the inner ring 44 and the bottom portion 33 can be fixed so that the coupling frame (3) does not fall out.

In the brush fixing frame 5, one ring groove 51 is formed in one annular shape, and a plurality of longitudinal reinforcing ribs 55 divide the ring groove 51 into a plurality of sectors. Two straight locking holes 52 are formed, and four hooks 53 and one side ring 56 are provided at the upper portion of each locking hole 52 to increase the strength of the brush fixing frame 5. .

Each brush 54 is installed in each locking hole 52 and is firmly fixed to each sector of the brush fixing frame 5 by the hook 53, and the brush fixing frame 5 is formed at the lower portion of the rotating plate 4. It is fixedly installed in the space which the 1st foreign exchange 42 and the 2nd foreign exchange 43 formed.

Therefore, since the handle 1 is connected to the coupling frame 3 through the fixing frame 2, the user can switch the handle 1 at an angle, and the groove 24 flexibly compresses the protrusion 23. There is a function to adjust the locking device for adjusting the handle 231 can leave the recessed portion (311) for a while until the end of the lower protrusion 22 reaches the end of the recess 31.

It should be emphasized that when the rotating plate 4 rotates, the coupling frame 3, the fixing frame 2 and the handle 1 remain stationary and the brush 54 of the brush holder 5 remains stationary. Dehydrated by rotating centrifugally.

10 to 13 show a first embodiment of the dewatering container, one cylinder 6, a cylindrical handle 63 movable on the upper rim of the cylinder 6, one formed in the cylinder 6; A bin 62 formed on one side of the container chamber 61 and the cylinder 6 is included.

One operating device 7 is installed near the container chamber 61, and includes the following contents. One rectangular base plate 71 and one concave hole 714 are formed at the center of the base plate 71, and two triangular wing panels 710 facing each other are installed at both sides of the base plate 71. One first perforation 712 is formed near an upper end of each wing panel 710, and one second perforation is formed at the center of one wing panel 710 of the wing panel 710. 713,713 is formed, one hole 733 is formed in one left and right movement hanger 73, and one return spring 75 in one shaft 730 corresponding to the hole 733. ) Is covered and installed, both ends of the return spring (75) abuts on the left and right hanger (73) and one wing panel (710), respectively. One scaffold 731 penetrates the opening 62 of the cylinder 6, and one bow-shaped rack 732 is formed corresponding to the scaffold 731, and one of the two pivot pins 711 is provided. Is inserted into the shaft 730 through the first drilling 712, the other pivot pin 711 is inserted into the hole 733 through the other first drilling 712 to move the left and right hanger (73) To the two wing panels 710 of the base plate (71).

The operating device 7 includes one electric component 74, and is provided with one electric gear 740 and a relatively large first helical gear 741 coaxial with the electric component 74. 740 is engaged with the bow-shaped rack 732 and one bolt nut set 742, the bolt nut set 742 is the center of the first helical gear 741 and the electric gear 740 and The transmission part 74 is installed on one of the wing panels 710 of the wing panel so that the transmission part 74 rotates through the second hole 713, and one second helical gear 72 is ratcheted. Installed outside of the bearing 70, the ratchet bearing 70 is ratcheted and engaged with the first helical gear 741.

One mop container 8 is provided in the cylinder 6, and contains the following. One pivot shaft 82 is fixed to the concave hole 714 while rotating after passing through the ratchet bearing 70 in the downward direction, the columnar hollow support portion 81 is installed on the top of the pivot shaft 82 The peripheral portion of the support portion 81 is provided with a plurality of drainage hole intervals 80.

In use, when the user presses on the footrest 731, the left and right movement hangers 73 rotate about the shaft 730 and simultaneously compress the return spring 75, and operate the electric gear 740 to sequentially operate the first helical gear. 741 and the second helical gear 72 is interlocked, the ratchet type coupling of the ratchet bearing 70 and the second helical gear 72 rotates the pivot shaft 82 to quickly rotate the support portion 81 Using the centrifugal force generated when the support portion 81 rotates, the dehydrated material (for example, a mob brush) is dehydrated in the support portion 81.

On the contrary, when the footrest 731 is released, the left and right movable hangers 73 return to the original state by the force of the return spring 75 to return, while the left and right movable hangers 73 rotate the shaft 730. While rotating in the opposite direction and loosening the return spring 75, the electric gear 740 is operated in the opposite direction, the first helical gear 741 and the second helical gear 72 in the opposite direction in order Works. However, the operation of the second helical gear 72 due to the release of the ratchet coupling does not cause the ratchet bearing 70 to operate, so that the ratchet bearing 70 is stationary, i.e., the pivot shaft 82 does not rotate. Since the support portion 81 maintains a constant position and does not rotate in the opposite direction, by repeatedly stepping on the footrest 731, the support portion 81 rotates quickly to obtain a rapid dehydration effect.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and variations without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas falling within the scope of the present invention should be interpreted as being included in the scope of the present invention.

Claims (2)

In mob and dehydrator combination, It is included in one mob, One long stick handle; The coupling hole of one end of the fixing frame is fitted and fixed to the lower end of the handle, and one downward protrusion formed at the other end penetrates the recess of the coupling frame with one pivot pin to form an active connection state, and the lower protrusion end of the fixing frame One knob adjustment lock is installed at one side, and a groove is installed adjacent to the knob adjustment lock; An abstract position limiting ring is installed near the outer periphery of one coupling frame groove, and this position limiting ring has two grooves and can be inserted elastically into the rotor shaft hole; In the bottom of one brush fixing frame, a plurality of linear locking holes are installed in a ring shape, and a plurality of hooks are installed in the upper portion of each locking hole, and the brushes can be installed in the brush fixing frame. A reinforcing rib is formed, and a protruding side ring is provided at the center of the brush holder frame; One shaft center hole has one shaft core hole, and at the bottom, there is a joining connection to fix the brush fixing frame, so the fixing frame at the bottom of the handle can be inclined and connected to the coupling frame. Since the bottom of the rotating plate is provided with a brush fixing frame coupled to the brush, the rotating plate rotates to maintain a safe shape in which the handle does not rotate together when the handle is dehydrated in an upright or inclined state. There is an elastic handle adjustment lock with elasticity when the handle adjustment lock is fixed to the recessed portion of the groove portion of the coupling frame has a function to prevent the elasticity is stretched, One dewatering bottle contains one barrel, One container chamber is formed in the cylinder, and one ball is formed in one side of the container chamber of the cylinder; One actuator is installed in the container chamber, and one actuator is formed on the actuator, two wing panels are installed on the bottom plate, and one left and right movable hook and one electric component are installed between the two wing panels. One foot is installed on one side of the left and right movable hangers, the footstool penetrates the end of the tubular body, and one bow-shaped rack is installed on the other side, and one electric gear and one on the coaxial shaft of the electric component. A first helical gear is installed, the electric gear meshes with a bow-shaped rack; One pivot part is provided with one pivot shaft, the pivot shaft penetrates the container chamber, and one support part is installed in the container chamber above the pivot axis, and the support part has a plurality of hole spacings. A mop and dehydrator combination, characterized in that a second helical gear is provided around the outside of the ratchet bearing to engage the first helical gear. The method of claim 1, One shaft is installed on the left and right movement hooks of the mob and the dehydrating container combination, and one shaft is installed on the shaft, and the shafts are installed on the two wing panels, and two ends of the return springs are on the left and right movement hooks, respectively. And a mop and dewatering bottle combination, characterized by being supported by touching one wing panel.