TWI751076B - Foam washing and dyeing bottle - Google Patents

Abstract

A foam washing and dyeing bottle, comprising a bottle body, a double-tube pressing pump unit, a pressing piece, a Protective cover, and two foam devices. The bottle body includes a first chamber, a first through hole, a first supplementary hole, a first plug, a second chamber, a second through hole, a second supplementary hole and a second plug body. The double-tube pressing pump unit includes a first pump, a first through-tube, a second pump and a second through-tube. The pressing member includes a first input port, a second input port and an output channel. The foaming devices respectively comprise a hollow cylinder and two mesh sheets. Through the foaming devices, two doses of hair consumables filled in the first chamber and the second chamber are formed into foam and mixed with each other to be applied on the On hair, a good mix of the two hair consumables inside the bottle works well.

Description

Foam Dyeing Bottle

The invention provides a washing and dyeing bottle, especially a foam washing and dyeing bottle which can make the mixing effect of two hair consumables inside the bottle body good.

In recent years, people's acceptance of hair dyeing has been increasing day by day, and based on the convenience of hair dyeing, the inventor of this case has previously developed a special bottle for washing and dyeing, as shown in Figure 1 of the Republic of China Patent Announcement No. M569732. The bottle 1 includes a bottle body 11 , a double-tube pressing pump unit 12 , a pressing member 13 and a protective cover 14 . The first chamber 111 and the second chamber 112 are respectively filled with two doses of consumables, and when the user presses the pressing member 13 , one dose of hair consumables will pass through the first through pipe 121 and the first input port 131 and the output channel 132 flow out, and at the same time, another dose of hair consumables will flow out through the second through pipe 122, the second input port 133 and the output channel 132, so that two doses of hair consumables flow out from each of the output channels 132 After meeting and squeezing on the hands, the mixing of the two doses of hair consumables flowing out from the output channels 132 is uneven, and the user needs to rub the hands first and then apply it to the hair. To be further improved.

The main purpose of the present invention is to solve the problems caused by the existing special bottle for washing and dyeing.

In order to achieve the above purpose, the present invention provides a foam washing and dyeing bottle, comprising a bottle body, a partition plate is arranged inside the bottle body, and the bottle body includes a first container opened on one side of the interior and separated by the partition plate. room, A first through hole opened above one side and communicated with the first chamber, a first supplementary hole opened below one side and communicated with the first chamber, a first supplementary hole covering the first supplementary hole a plug body, a second chamber opened on the other side of the interior and separated by the partition plate, a second through hole opened above the other side and communicated with the second chamber, a second chamber opened on the other side A second supplementary hole below one side and communicated with the second chamber, and a second plug body that covers the second supplementary hole, wherein the first chamber is not communicated with the second chamber; a double-tube press pump The double-tube press pump unit includes a first pump fixed in the first through hole, a first through tube through the first pump, and a second through hole fixed in the second through hole pump, and a second through-pipe passing through the second pump, one of the ports of the first through-pipe protrudes from the first pump and is formed at the upper end of the double-pipe pressing pump unit, the first The other port of the through pipe is accommodated in the first chamber, and the inner space of the first through pipe is communicated with the first chamber, and one of the ports of the second through pipe protrudes from the second pump and forms a position At the other upper end of the double-tube pressing pump unit, the other port of the second through-tube is accommodated in the second chamber, and the inner space of the second through-tube communicates with the second chamber; a pressing The pressing member comprises a first input port arranged inside and connected to one upper end of the double-tube pressing-pumping unit, a second input port arranged inside and connected to the other upper end of the double-tube pressing-pumping unit, And an output channel at one end of the pressing piece, wherein one end of the output channel is connected to the other end of the first input port and the other end of the second input port, and the internal space of the output channel is communicated with the first input port and the other end. the second input port; a protective cover, the protective cover is arranged between the upper end of the bottle body and the pressing member, and the protective cover surrounds the upper end of the double-tube pressing pump unit, the first pump pump, the second pump and the pressing piece; and two foam devices, the foam devices are respectively placed inside the first input port and the second input port, and the foam devices are respectively connected with the output channel The internal spaces are communicated, and the foam devices respectively include a hollow cylinder and two mesh sheets, wherein the hollow cylinders are respectively provided with a first end and a second end opposite to the first end direction. One end is respectively fixed inside the first input port and the second input port, and the first ends are respectively provided with one and the hollow cylinders The first openings communicated with the inner space of the body, the second ends are respectively provided with a second opening communicated with the inner spaces of the hollow cylinders, and the mesh sheets are respectively arranged and fixed on the first openings of the hollow cylinders. On one opening and the second openings, the foams impacted by each of the foaming devices are finer and mixed more uniformly after being converged.

Further, the other end of the output channel is a two port or a single port.

Further, one of the ports of the output channel is connected to the first input port, and the end of one of the ports of the output channel is provided with a first channel, so that the internal space of one of the ports and the first channel are communicated The first input port, the other port of the output channel is connected to the second input port, and the end of the other port of the output channel is provided with a second channel, so that the inner space of the other port and the second The channels are all communicated with the second input port, or the end of the port of the output channel is communicated with the first channel, the second channel and the foam devices inside the first input port and the second input port, respectively.

Further, the pressing member further includes a set of covers disposed on the two ports of the output channel or the ports, the cover has a cover plate, and two are respectively located on one side of the cover plate and sleeved on the cover plate. The two ports of the output channel or the plug body inside the port.

Further, the protective cover body has a hollow penetration space and two notches located opposite to the upper edge of the protective cover body, the lower part of the hollow penetration space is used for the double tube to press the upper end of the pump unit, the first The pump and the second pump are placed, and the upper part of the hollow penetration space and the gaps are used for placing the pressing member.

Further, the second ends respectively form a gap with the first input port and with the inside of the second input port, wherein one of the gaps is used for one of the ports of the first through pipe to be inserted, and the first One of the ports of the through pipe communicates with the inner space of one of the hollow cylinders, and the other gap is used for the first One of the ports of the two-pass pipe is inserted, and one of the ports of the second pass-pipe communicates with the inner space of the other hollow cylinder.

Further, the mesh sheets have a plurality of fine mesh holes.

Further, the first plug body and the second plug body are separated, wherein the material of the first plug body and the second plug body is softer than the material of the bottle body, so as to cover the first supplementary hole and the bottle body respectively. the second supplementary hole.

Further, one end of the first plug body and the second plug body is connected to extend a bottom cover body, wherein the material of the bottom cover body, the first plug body and the second plug body is softer than the material of the bottle body, to cover the first supplementary hole and the second supplementary hole respectively.

Furthermore, the shape of the bottom cover body is set in accordance with the shape of the bottom end of the bottle body.

Through the aforesaid disclosure of the present invention, compared with the existing ones, it has the following characteristics:

1. The first chamber and the second chamber of the present invention are respectively filled with two doses of consumables, so that when the user presses the pressing member, the two doses of hair consumables can be passed through the foam devices below and above the foam devices. The foam impacted by the mesh sheet and the inner space of the hollow cylinder body is more delicate, and the foam flows out from the output channel, so that the foam formed by the two doses of hair consumables is combined and mixed evenly with each other, and the mixed foam is adhered to It can be directly applied to the user's hair on the comb to increase the convenience of the user.

2. With the arrangement of the first replenishment hole and the second replenishment hole in the present invention, it is convenient for the user to use the replenishment tank to replenish two doses of hair consumables that are insufficient in the first chamber and the second chamber.

(existing)

1: Special bottle for washing and dyeing

11: bottle body

111: The first chamber

112: The second chamber

12: Double tube press pump unit

121: The first pass pipe

122: Second pass pipe

13: Press parts

131: The first input port

132: output channel

133: Second input port

14: Protective cover

(this invention)

2: Foam Dyeing Bottle

3: bottle body

30: The first chamber

300: Bottom cover

31: first through hole

32: First supplementary hole

33, 33a: first plug body

34: The second chamber

35: Second through hole

36: Second supplementary hole

37, 37a: Second plug body

38: Separator

39: Refill Tank

4: Double tube press pump unit

40: First pump

41: The first pass pipe

411, 412: port

42: Second pump

43: Second pass pipe

431, 432: port

5, 5a: Pressing parts

50: The first input port

501, 511: Clearance

51: Second input port

52, 52a: output channel

521, 522, 523a: ports

5211: first channel

5221: Second channel

53, 53a: cover

531, 531a: cover plate

532, 532a: convex plug body

6: Protective cover

60: Hollow penetration space

61: Notch

7: Foam device

71: Hollow cylinder

710: Interior Space

711: First End

712: Second End

713: The first opening

714: Second Opening

72: Mesh

721: Mesh

8: Comb

Figure 1: It is an exploded perspective view of a special bottle for washing and dyeing in Patent Publication No. M569732 of the Republic of China.

Figure 2: is a perspective exploded view of the foam washing and dyeing bottle of the present invention.

Fig. 3 is a perspective exploded view of the foam washing and dyeing bottle of the present invention from another angle.

Figure 4: is a three-dimensional combined view of the foam washing and dyeing bottle of the present invention.

Fig. 5 is a schematic sectional view of the combination of the foam washing and dyeing bottle of the present invention.

Fig. 6: It is a schematic diagram of the pressing member of Fig. 4 being pressed so that the foam flows out from the output channel and is applied to the comb.

FIG. 7 is an exploded perspective view of another embodiment of the pressing member of FIG. 4 .

Fig. 8 is a schematic diagram of the foam washing and dyeing bottle and the replenishing tank of the present invention.

Fig. 9 is a perspective exploded view of another embodiment of the first and second stoppers of the foam washing and dyeing bottle of the present invention.

The following describes in detail how the structures of the present invention are combined and used in conjunction with the accompanying drawings, which should make it easier to understand the purpose, technical content, features and effects of the present invention.

Please refer to Figures 2 and 3, the present invention is a foam washing and dyeing bottle 2, comprising a bottle body 3, a double-tube pressing pump unit 4, a pressing member 5, a protective cover body 6, and two foaming devices 7.

Please refer to FIG. 2 to FIG. 5, the bottle body 3 is provided with a partition 38 inside, and the bottle body 3 includes a first chamber 30 opened on one side of the interior and separated by the partition 38, an opening A first through hole 31 above one side and communicating with the first chamber 30 , a first supplementary hole 32 opening below one side and communicating with the first chamber 30 , and a cover for the first supplementary hole The first plug body 33 of the The through hole 35 , a second supplementary hole 36 opened under the other side and communicated with the second chamber 34 , and a second plug body 37 covering the second supplementary hole 36 . The first chamber 30 is not communicated with the second chamber 34 , the hair consumables in the first chamber 30 are shampoo and dye, and the hair consumables in the second chamber 34 are Hydrogen peroxide. In addition, the first plug body 33 and the second plug body 37 are separated, wherein the first plug body 33 and the second plug body 37 are separated. The material of the two plug bodies 37 is softer than the material of the bottle body 3 , so as to cover the first supplementary hole 32 and the second supplementary hole 36 respectively.

Referring back to FIG. 2 to FIG. 5 , the double-tube pressing pump unit 4 includes a first pump 40 fixed in the first through hole 31 , and a first through tube 41 passing through the first pump 40 . , a second pump 42 fixed in the second through hole 35 , and a second through pipe 43 passing through the second pump 42 . One of the ports 411 of the first through-pipe 41 protrudes from the first pump 40 and is formed at the upper end of the double-tube pressing pump unit 4 , and the other port 412 of the first through-pipe 41 is accommodated in the first pump 40 . The accommodating chamber 30 , and the inner space of the first through-pipe 41 communicates with the first accommodating chamber 30 . One of the ports 431 of the second through-pipe 43 protrudes from the second pump 42 and is formed at the other upper end of the double-tube pressing pump unit 4 , and the other port 432 of the second through-pipe 43 is accommodated in the The second accommodating chamber 34 , and the inner space of the second through-pipe 43 communicates with the second accommodating chamber 34 .

Referring back to FIG. 2 to FIG. 5, the pressing member 5 includes a first input port 50 arranged inside and connected to an upper end of the double-tube pressing pump unit 4, a first input port 50 arranged inside and connected to the double-tube pressing pump A second input port 51 at the other upper end of the Pu unit 4 , and an output channel 52 at one end of the pressing member 5 . One end of the output channel 52 is connected to the other end of the first input port 50 and the other end of the second input port 51 , and the internal space of the output channel 52 communicates with the first input port 50 and the second input port 51 , The other end of the output channel 52 is two ports 521 and 522 , one of the ports 521 of the output channel 52 is connected to the first input port 50 , and the end of one of the ports 521 of the output channel 52 is provided with a first channel 5211, so that the inner space of one of the ports 521 and the first channel 5211 are connected to the first input port 50, the other port 522 of the output channel 52 is connected to the second input port 51, and the output channel 52 is connected to the second input port 51. The end of the other port 522 is provided with a second channel 5221 , so that the inner space of the other port 522 and the second channel 5221 are connected to the second input port 51 .

Referring back to FIGS. 2 to 5 , the pressing member 5 further includes a cover 53 disposed on the two ports 521 and 522 of the output channel 52 . The cover 53 has a cover plate 531 and two respectively located on the cover plate 531 . The protruding plug body 532 of the two ports 521 and 522 of the output channel 52 is laterally and sleeved. When the user is not in use, in order to avoid accidentally pressing the pressing member 5 and allowing the two doses of hair consumables in the first chamber 30 and the second chamber 34 to flow out, the user uses the cover 53 to cover the Entering the output channel 52 can prevent the two doses of hair consumables from flowing out from one of the ports 521 and the other port 522 of the output channel 52 when the user accidentally presses the pressing member 5 .

Referring back to FIG. 2 to FIG. 5, the protective cover 6 is arranged between the upper end of the bottle body 3 and the pressing member 5, and the protective cover 6 surrounds the upper end of the double-tube pressing pump unit 4 , the first pump 40 , the second pump 42 and the pressing member 5 . The protective cover 6 has a hollow penetrating space 60 and two notches 61 respectively opposite to the upper edge of the protective cover 6 . The upper end of the double-tube pressing pump unit 4, the first pump 40 and the second pump 42 are placed under the hollow penetration space 60, and the upper part of the hollow penetration space 60 and the gaps 61 are used for placing the first pump 40 and the second pump 42 The pressing element 5 is inserted. The double-tube pressing-pump unit 4 is protected by the protective cover 6 to prevent the user from accidentally touching it and damaging it.

Referring back to FIG. 2 to FIG. 5, the foam devices 7 are respectively inserted from the inside of the first input port 50 and the second input port 51, so that the foam devices 7 are connected to the first input port 50, The second input port 51 communicates with the inner space of the output channel 52 . The foam devices 7 respectively comprise a hollow cylinder 71 and two mesh sheets 72 , wherein the hollow cylinders 71 are respectively provided with a first end 711 and a second end 712 opposite to the first end 711 . The first ends 711 are respectively fixed inside the first input port 50 and the second input port 51 , and the first ends 711 are respectively provided with a first end that communicates with the inner space 710 of the hollow cylinders 71 . An opening 713 . The second ends 712 are respectively provided with a second opening 714 which communicates with the inner space 710 of the hollow cylinders 71 . The second ends 712 form gaps 501 and 511 with the first input port 50 and the inside of the second input port 51 respectively. One of the gaps 501 is for one of the ports 411 of the first through-pipe 41 to be inserted. One of the ports 411 of the first through-pipe 41 communicates with the inner space 710 of one of the hollow cylinders 71 , and the other gap 511 is used for one of the ports of the second through-pipe 43 431 is inserted, and one of the ports 431 of the second through-pipe 43 communicates with the inner space 710 of the other hollow cylinder 71 . The mesh sheets 72 have a plurality of fine mesh holes 721 , and the mesh sheets 72 are respectively disposed and fixed on the first openings 713 and the second openings 714 of the hollow cylinders 71 .

Please refer to Figures 2 to 4 again, together with Figures 5 and 6. When the user wants to use the pressing member 5 , one of the hair consumables in the first chamber 30 will pass through the first through tube 41 , the first input port 50 and the first input port 50 . One of the foam devices 7, so that one of the hair consumables is first impacted to one of the foam devices 7 is arranged below the one of the hollow cylinders 71 The mesh 72 forms foam, and the foam passes through one of the hollow cylinders The inner space 710 of 71 is then impacted to the mesh 72 disposed above one of the hollow cylinders 71 to be finer, and the first channel 5211 leads to the output channel 52, and finally, the foam is passed through One of the ports 521 of the output channel 52 flows out, and at the same time, another dose of hair consumables located in the second chamber 34 will pass through the second passage 43 , the second input port 51 and the second input The other foam device 7 in the port 51 makes another dose of hair consumables first impact the mesh 72 of the other foam device 7 arranged under the other hollow cylinder 71 to form foam, and the foam passes through the other foam device 7. The inner space 710 of the hollow cylinder 71 is then impacted to the mesh 72 disposed above the other hollow cylinder 71 to be finer, and the second passage 5221 leads to the output passage 52, and finally, The foam then flows out from the other port 522 of the output channel 52, so that the foam formed by the two doses of hair consumables is combined and mixed with each other evenly, and the mixed foam is attached to the comb 8 and applied to the user's hair. , the foam adhering to the comb 8 is combed by the comb 8, so that the foam has good fusion property, which is different from the inconvenient use of the bottle or package.

Please refer to FIG. 7 , another embodiment of the pressing member 5 a and the cover 53 a of the present invention. The structures and functions of the pressing member 5 a and the cover 53 a are substantially the same as those of the pressing member 5 and the cover disclosed in FIG. 4 . The structure and function of 53 are basically the same, the only difference is that the pressing member 5a mainly consists of the output channel 52a as a single port 523a, and the end of the port 523a of the output channel 52a is respectively connected with the first channel 5211, the second aisle 5221 and communicate with each of the foam devices 7 inside the first input port 50 and the second input port 51 . One side of the cover plate 531a of the cover 53a is provided with a plug body 532a that is sleeved on the port 523a of the output channel 52a. When in use, when the pressing member 5a is pressed, the foam will be led to the output channel 52a from the first channel 5211 and the second channel 5221 respectively. Finally, the foam will be collected and mixed before the output channel 52a, and then the foam will pass through the port 523a. Flow out, let the foam formed by the two doses of hair consumables meet and mix with each other evenly, and make the mixed foam adhere to the comb 8 and apply it to the user's hair, and the foam adhered to the comb 8 passes through the comb 8 The combing process allows the foam to blend well.

Please refer to FIG. 8, the present invention uses the first supplementary hole 32 and the second supplementary hole 36 at the bottom of the bottle body 3, when two doses of hair in the first chamber 30 and the second chamber 34 When the consumables are used up, the user can disassemble the first plug body 33 and the second plug body 37 , so that the user can conveniently use the replenishment tank 39 to replenish the interior of the first chamber 30 and the second chamber 34 Insufficient two doses of hair consumables.

Please refer to FIG. 9 to disclose another embodiment of the first and the second plug bodies 33 a and 37 a , which is different from the first and the second plug bodies 33 and 37 disclosed in FIG. 2 in that the first and second plug bodies 33 and 37 a One end of the plug body 33a and the second plug body 37a is connected to a bottom cover body 300, wherein the material of the bottom cover body 300, the first plug body 33a and the second plug body 37a is softer than that of the bottle body 3 , to cover the first supplementary hole 32 and the second supplementary hole 36 respectively. The shape of the bottom cover body 300 is set in accordance with the shape of the bottom end of the bottle body 3 . When two doses of hair consumables in the first chamber 30 and the second chamber 34 are used up, the user can also remove the first plug body 33a and the second plug body 37a of the bottom cover 300 Unfastened, the user can conveniently use the replenishment tank 39 to replenish two doses of hair consumables that are insufficient in the first chamber 30 and the second chamber 34 .

The characteristics of the present invention are:

1. The first chamber 30 and the second chamber 34 are respectively filled with two doses of consumables, so that when the user presses the pressing member 5, the two doses of hair consumables can pass through the foam devices 7 below and above the foam devices 7. The foam impacted by the mesh sheets 72 and the inner space 710 of the hollow cylinder 71 is finer, and the foam is then passed through the output channel 52 to flow out, let the foam formed by the two doses of hair consumables meet and mix with each other evenly, and make the mixed foam adhere to the comb 8 and directly apply it on the user's hair, which increases the convenience of the user.

2. In addition, with the arrangement of the first supplementary hole 32 and the second supplementary hole 36, it is convenient for the user to use the supplementary tank 39 to supplement the consumption of two doses of hair that are insufficient in the first chamber 30 and the second chamber 34. Taste.

However, the foregoing are only preferred embodiments of the present invention, and the purpose is to enable those skilled in the art to understand the content of the present invention and implement it accordingly, but not to limit the scope of the present invention. Therefore, all equivalent changes or modifications of the shapes, structures and features described in the scope of the application of the present invention shall be included in the scope of the patent application of the present invention.

2: Foam Dyeing Bottle

3: bottle body

31: first through hole

33: The first plug body

35: Second through hole

37: Second plug body

4: Double tube press pump unit

40: First pump

41: The first pass pipe

411, 412: port

42: Second pump

43: Second pass pipe

431, 432: port

5: Press parts

50: The first input port

51: Second input port

52: output channel

521, 522: port

53: capping

531: Cover

532: convex plug body

6: Protective cover

60: Hollow penetration space

61: Notch

7: Foam device

71: Hollow cylinder

711: First End

712: Second End

72: Mesh

721: Mesh

Claims (10)

A foam washing and dyeing bottle, comprising a bottle body, a partition plate is arranged inside the bottle body, the bottle body includes a first chamber opened on one side of the interior and separated by the partition plate, a first chamber opened on one side and a first through hole communicated with the first chamber, a first supplementary hole opened below one side and communicated with the first chamber, a first plug body covering the first supplementary hole, an opening A second chamber on the other side of the interior and separated by the partition plate, a second through hole opened above the other side and communicated with the second chamber, a second chamber opened below the other side and connected to the second chamber A second supplementary hole communicated with the second chamber, and a second plug body covering the second supplementary hole, wherein the first chamber is not communicated with the second chamber; a double tube presses the pump unit, the double tube The pressing pump unit includes a first pump fixed in the first through hole, a first through tube through the first pump, a second pump fixed in the second through hole, and a through hole A second through-pipe of the second pump is provided, one of the ports of the first through-pipe protrudes from the first pump and is formed at the upper end of the double-tube pressing pump unit, and the other port of the first through-pipe is formed is accommodated in the first chamber, and the inner space of the first through-pipe communicates with the first chamber, and one port of the second through-tube protrudes from the second pump and forms a double-tube pressing pump The other upper end of the Pu unit, the other port of the second through pipe is accommodated in the second chamber, and the inner space of the second through pipe is communicated with the second chamber; a pressing piece, the pressing piece includes a first input port arranged inside and connected to one upper end of the double-tube pressing pump unit, a second input port arranged inside and connected to the other upper end of the double-tube pressing pump unit, and a An output channel at one end of the component, wherein one end of the output channel is connected to the other end of the first input port and the other end of the second input port, and the internal space of the output channel communicates with the first input port and the second input port; a protective cover, the protective cover is arranged between the upper end of the bottle body and the pressing member, and the protective cover Surrounding and surrounding the upper end of the double-tube pressing pump unit, the first pump, the second pump and the pressing piece; and two foam devices, the foam devices are respectively connected by the first input port and the second input The inside of the port is placed, and the foam devices are respectively communicated with the inner space of the output channel. The foam devices respectively include a hollow cylinder and two meshes, wherein the hollow cylinders are respectively provided with a first end and a Opposite to the second end of one end in the direction of the first end, the first ends are respectively fixed inside the first input port and the second input port, and the first ends are respectively provided with a hollow cylinder The first openings communicated with the inner space of the body, the second ends are respectively provided with a second opening communicated with the inner spaces of the hollow cylinders, and the mesh sheets are respectively arranged and fixed on the first openings of the hollow cylinders. an opening and the second openings, so that the foams impacted by the foaming devices are finer and mixed more uniformly after being converged. The foam washing and dyeing bottle according to claim 1, wherein the other end of the output channel is a two-port or a single port. The foam washing and dyeing bottle according to claim 2, wherein one of the ports of the output channel is connected to the first input port, and a first channel is provided at the end of one of the ports of the output channel, so that one of the ports is The internal space of the port and the first channel are both connected to the first input port, the other port of the output channel is connected to the second input port, and the end of the other port of the output channel is provided with a second channel, so that The inner space of the other port and the second channel are both connected to the second input port, or the end of the port of the output channel is respectively connected to the first channel, the second channel and the first input port, the first channel. Each of the foam devices inside the two input ports communicates. The foam washing and dyeing bottle as claimed in claim 2, wherein the pressing member further comprises a set of sets disposed on the output channel The two ports or the cover of the port, the cover has a cover plate, and two convex plug bodies respectively located on one side of the cover plate and sleeved inside the two ports or the ports of the output channel. The foam washing and dyeing bottle as claimed in claim 1, wherein the protective cover has a hollow penetration space and two notches respectively opposite to the upper edge of the protective cover, and the hollow penetration space is provided for the double The tube presses the upper end of the pump unit, the first pump and the second pump are placed, and the upper part of the hollow penetration space and the gaps are for placement of the pressing piece. The foam washing and dyeing bottle according to claim 1, wherein the second ends respectively form a gap with the first input port and with the inside of the second input port, and one of the gaps is used for the first through pipe. One of the ports is inserted, and one of the ports of the first through pipe is communicated with the inner space of one of the hollow cylinders, and the other gap is for the insertion of one of the ports of the second through pipe, and One of the ports of the second through pipe communicates with the inner space of the other hollow cylinder. The foam dyeing bottle according to claim 1, wherein the mesh sheets have a plurality of fine mesh holes. The foam washing and dyeing bottle according to claim 1, wherein the first plug body and the second plug body are separated, and the material of the first plug body and the second plug body is softer than the material of the bottle body , to cover the first supplementary hole and the second supplementary hole respectively. The foam washing and dyeing bottle according to claim 1, wherein one end of the first plug body and the second plug body is connected to extend a bottom cover body, wherein the bottom cover body, the first plug body and the second plug body The material of the body is softer than the material of the bottle body, so as to cover the first supplementary hole and the second supplementary hole respectively. The foam washing and dyeing bottle according to claim 9, wherein the shape of the bottom cover body is set in accordance with the shape of the bottom end of the bottle body.

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