CN103600928A

CN103600928A - Liquid spraying bottle

Info

Publication number: CN103600928A
Application number: CN201310640334.0A
Authority: CN
Inventors: 王银军
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-04
Filing date: 2013-12-04
Publication date: 2014-02-26

Abstract

The invention discloses a liquid spraying bottle for containing liquid. The liquid spraying bottle comprises a bottle body, a spray-head assembly and a liquid filling device. The spray-head assembly is mounted at the upper end of the bottle body, and the liquid filling device is mounted at the lower end of the bottle body. The liquid spraying bottle further comprises an upper cover and a lower cover, an upper opening is formed in the upper end of the upper cover, a lower opening is formed in the lower end of the lower cover, the lower portion of the upper cover and the upper portion of the lower cover are sleeved together to form a cover body, the upper cover and the lower cover are limited axially and are connected rotatably in the peripheral direction, the bottle body is sleeved with the cover body, an axial guide groove is formed in the lower portion of the upper cover, a travel sliding groove is formed in the upper portion of the lower cover, a protrusion is arranged on the periphery of the bottle body, the protrusion penetrates through the travel sliding groove and stretches into the axial guide groove, and the liquid filling device is provided with a liquid filling port. The liquid spraying bottle is good in barrier property, and convenient to use and carry.

Description

Spraying bottle

Technical field

The present invention relates to a kind of spray bottle that fills liquid, refer in particular to the spraying bottle that a kind of topping up is repeatedly used.

Background technology

At present, known spraying bottle comprises bottle, the bottle end, nozzle component and charging device, nozzle component and charging device are located at respectively top and the bottom of bottle, nozzle component and charging device need to add separately cover cap and be protected when not using, during use, have and cover cap need to be taken and could be operated, cause using very inconvenient, be also inconvenient to carry.

Summary of the invention

The object of the present invention is to provide the spraying bottle that a kind of barrier propterty is good, easy to use and carry.

The technical scheme that realizes above-mentioned purpose is: a kind of spraying bottle, comprise bottle, nozzle component and charging device, described nozzle component is contained in the upper end of bottle, charging device is contained in the lower end of bottle, also comprise upper cover and lower cover, the upper end of described upper cover has upper perforate, the lower end of lower cover has lower perforate, the bottom of upper cover and the top of lower cover are nested and form lid, upper cover and lower cover axial limiting and be circumferentially rotationally connected, lid is enclosed within outside bottle, the bottom of described upper cover has axial channel, the top of described lower cover has stroke chute, the periphery of described bottle has projection, described projection is passed stroke chute and is stretched in axial channel, described charging device has implementation of port.

Described charging device comprises valve body, spring, piston, the first seal ring and the second seal ring; Described valve body has valve opening, and described spring and piston are contained in valve opening successively, and one end of described spring and the inwall of valve body offset, and one end of the other end and piston offsets, and piston moves and coordinates with valve opening; Described the first seal ring and the second seal ring are installed on piston, and have spacing between the first seal ring and the second seal ring; The implementation of port of described charging device is located on piston, has topping up road on piston, and the entrance point in topping up road is communicated with implementation of port, first seal ring of the exit end in topping up road on piston and the spacing place between the second seal ring; On described valve body, have inlet opening and gas port, one end of inlet opening is communicated with the inner chamber of bottle, and the other end is connected to valve opening, and one end of gas port is communicated with the inner chamber of bottle, and the other end of gas port is connected to the place, outer end of valve opening; When described piston is static, the first seal ring gets lodged in the inlet opening place of valve body, the second seal ring gets lodged in the other end of the gas port of valve body, when described piston moves, the other end of the inlet opening of described valve body can be connected with the exit end in the topping up road of piston, place, the outer end connection of the other end of described gas port and the valve opening of valve body.

The bottom of described upper cover has annular slot, covers under described and has annular protrusion, and annular protrusion engages with annular slot.

The stroke chute of described lower cover comprises top horizontal segment, upper angled section, middle part horizontal segment, lower tilt section and the bottom level section being communicated with successively.

On described charging device, have screw collar, the bottom of bottle has external thread section, and screw collar is screwed on external thread section.

Described nozzle component is fixedly connected with bottle by threaded connection, and the top of bottle has draw-in groove, has card convex and outside thread on threaded connection, and card convex engages with the draw-in groove of bottle, and outside thread is threaded with nozzle component.

On described, cover and be fixed with upper casing, under cover and be fixed with lower casing, between upper casing and lower casing, be provided with intermediate housing, upper casing and lower casing respectively with upper and lower side overlap joint and the normal-running fit of intermediate housing.

The axial channel of described upper cover has two and both sides to arrange, the stroke chute of described lower cover has two and both sides to arrange, be raised with two and the both sides of described bottle arrange, described two projections are respectively through corresponding stroke chute and stretch in corresponding axial channel.

One end of described gas port is positioned at valve body one side away from implementation of port direction.

In the external port of described valve opening, fixed cover is housed, outer end and the fixed cover of piston offset, and are also coated with valve casing on described valve body, and valve casing gear is in the outer end of fixed cover.

Adopt after the structure of technique scheme, owing to also comprising upper cover and lower cover, the upper end of described upper cover has upper perforate, the lower end of lower cover has lower perforate, the bottom of upper cover and the top of lower cover are nested and form lid, upper cover and lower cover axial limiting and be circumferentially rotationally connected, lid is enclosed within outside bottle, the bottom of described upper cover has axial channel, the top of described lower cover has stroke chute, the periphery of described bottle has projection, described projection is passed stroke chute and is stretched in axial channel, described charging device has implementation of port, implementation of port radially arranges along bottle, therefore, when needs hydrojet, can relatively rotate upper cover and lower cover, make bottle increase, and nozzle component is risen to outside the upper perforate of upper cover, be convenient to hydrojet operation, when needs topping up, can relatively rotate upper cover and lower cover, bottle is declined, and charging device is dropped to outside the lower perforate of lower cover, be convenient to liquid-filled operation, when not needing hydrojet or after topping up completes, can relatively rotate upper cover and lower cover, make bottle move to the midway location in lid, within the upper perforate of nozzle component retraction upper cover, within charging device is also got back to the lower perforate of lower cover simultaneously, nozzle component and charging device obtain good protection.Barrier propterty of the present invention is good, easy to use and carry.In addition, the present invention is simple in structure, is convenient to manufacture, non-maintaining, long service life.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the invention will be further described.

Fig. 1 is the structural representation of spraying bottle of the present invention when (hydrojet) state of use;

Fig. 2 is the structural representation of spraying bottle of the present invention when not using (collection) state;

Fig. 3 is the structural representation of spraying bottle of the present invention when topping up state;

Fig. 4 is the structure front elevation of the bottle in Fig. 1;

Fig. 5 is the left view of Fig. 4;

Fig. 6 is the birds-eye view of Fig. 4;

Fig. 7 is the A-A cutaway view of Fig. 6;

Fig. 8 is the structure front elevation of the upper cover in Fig. 1;

Fig. 9 is the birds-eye view of Fig. 8;

Figure 10 is the B-B cutaway view of Fig. 9;

Figure 11 is the C-C cutaway view (90 ° of left-hand revolutions) of Fig. 9;

Figure 12 is the structure front elevation of the lower cover in Fig. 1;

Figure 13 is the birds-eye view of Figure 12;

Figure 14 is the back view of Figure 12;

Figure 15 is the D-D cutaway view (90 ° of left-hand revolutions) of Figure 13;

Figure 16 is bottle and the mated condition schematic diagram of lower cover when bottle rises in Fig. 1;

Figure 17 is bottle and the mated condition schematic diagram of lower cover when bottle mediates in Fig. 2;

Figure 18 is bottle and the mated condition schematic diagram of lower cover when bottle declines in Fig. 3;

Figure 19 is the structure front elevation of the charging device in Fig. 1;

Figure 20 is the left view of Figure 19;

Figure 21 is the birds-eye view of Figure 19;

Figure 22 is the E-E cutaway view of Figure 21;

Figure 23 is the F-F cutaway view of Figure 20;

Figure 24 is the constitution diagram of Figure 23 when topping up and exhaust;

Figure 25 is the structural representation of the valve body in Figure 22;

Figure 26 is the left view of Figure 25;

Figure 27 is the G-G cutaway view of Figure 26;

Figure 28 is the structure front elevation of the threaded connection in Fig. 1;

Figure 29 is the birds-eye view of Figure 28;

Figure 30 is the H-H cutaway view of Figure 29.

The specific embodiment

As shown in Fig. 1 ~ 30, a kind of spraying bottle of the present invention, comprise bottle 4, nozzle component 1 and charging device 8, described nozzle component 1 is contained in the upper end of bottle 4, charging device 8 is contained in the lower end of bottle 1, also comprise upper cover 2 and lower cover 7, the upper end of described upper cover 2 has upper perforate 2-3, the lower end of lower cover 7 has lower perforate 7-3, the top of the bottom of upper cover 2 and lower cover 7 is nested and forms lid, upper cover 2 is with lower cover 7 axial limitings and be circumferentially rotationally connected, lid is enclosed within outside bottle 4, the bottom of described upper cover 2 has axial channel 2-1, the top of described lower cover 7 has stroke chute 7-1, the periphery of described bottle 4 has protruding 4-1, described protruding 4-1 passes stroke chute 7-1 and stretches in axial channel 2-1, described charging device 8 has implementation of port 8-8.

Nozzle component 1 can adopt the rib collar fog-spray nozzle (for example discharge rate 0.35ML No. 5 pumps) of Wuxi SunMart Technology Co., Ltd.'s supply; Also can adopt LM-601A or the little shower nozzle of LM-601B plastic cement of Ningbo Zhengzhuang Atomizer Co., Ltd's supply; Can also adopt the fog-spray nozzle of the suitable model of other company's productions such as Jiangyin City gold leopard spraying Su Ye Co., Ltd.

As shown in Fig. 1 ~ 3,19 ~ 27, described charging device 8 comprises valve body 8-3, spring 8-1, piston 8-6, the first seal ring 8-4 and the second seal ring 8-10; Described valve body 8-3 has valve opening 8-3-1, and described spring 8-1 and piston 8-6 are contained in valve opening 8-3-1 successively, and the inwall of one end of described spring 8-1 and valve body 8-3 offsets, and one end of the other end and piston 8-6 offsets, and piston 8-6 moves and coordinates with valve opening 8-3-1; It is upper that described the first seal ring 8-4 and the second seal ring 8-10 are installed in piston 8-6, and have spacing 8-9 between the first seal ring 8-4 and the second seal ring 8-10; The implementation of port 8-8 of described charging device 8 is located on piston 8-6, on piston 8-6, there is topping up road 8-5, the entrance point of topping up road 8-5 is communicated with implementation of port 8-8, the first seal ring 8-4 of the exit end of topping up road 8-5 on piston 8-6 and the spacing 8-9 place between the second seal ring 8-10; On described valve body 8-3, there is inlet opening 8-3-2 and gas port 8-3-3, one end of inlet opening 8-3-2 is communicated with the inner chamber of bottle 4, the other end is connected to valve opening 8-3-1, and one end of gas port 8-3-3 is communicated with the inner chamber of bottle 4, and the other end of gas port 8-3-3 is connected to the place, outer end of valve opening 8-3-1; When described piston 8-6 is static, the first seal ring 8-4 gets lodged in the inlet opening 8-3-2 place of valve body 8-3, the second seal ring 8-10 gets lodged in the other end of the gas port 8-3-3 of valve body 8-3, when described piston 8-6 moves, the other end of the inlet opening 8-3-2 of described valve body 8-3 can be connected with the exit end of the topping up road 8-5 of piston 8-6, place, the outer end connection of the valve opening 8-3-1 of the other end of described gas port 8-3-3 and valve body 8-3.

As shown in Fig. 1 ~ 3,10,11,12,13,14,15, the bottom of described upper cover 2 has annular slot 2-2, on described lower cover 7, has annular protrusion 7-2, and annular protrusion 7-2 engages with annular slot 2-2.

As shown in Figure 12,14, the stroke chute 7-1 of described lower cover 7 comprises top horizontal segment 7-1a, upper angled section 7-1b, middle part horizontal segment 7-1c, lower tilt section 7-1d and the bottom level section 7-1e being communicated with successively.

As shown in Fig. 4,5,7,21,22,25, on described charging device 8, there is screw collar 8-11, the bottom of bottle 4 has external thread section 4-2, and screw collar 8-11 is screwed on external thread section 4-2.

As shown in Fig. 1 ~ 3,7,28,29,30, described nozzle component 1 is fixedly connected with bottle 4 by threaded connection 9, the top of bottle 4 has draw-in groove 4-3, on threaded connection 9, there is card convex 9-1 and outside thread 9-2, card convex 9-1 engages with the draw-in groove 4-3 of bottle 4, and outside thread 9-2 is threaded with nozzle component 1.

As shown in Fig. 1 ~ 3, on described upper cover 2, be fixed with upper casing 3, on lower cover 7, be fixed with lower casing 6, between upper casing 3 and lower casing 6, be provided with intermediate housing 5, upper casing 3 and lower casing 6 overlap and normal-running fit with the upper and lower side of intermediate housing 5 respectively.

As shown in Fig. 1 ~ 3,7,10,12,14,15, the axial channel 2-1 of described upper cover 2 has two and both sides layout, the stroke chute 7-1 of described lower cover 7 has two and both sides layout, the protruding 4-1 of described bottle 4 has two and both sides layout, and described two protruding 4-1 pass respectively corresponding stroke chute 7-1 and stretch in corresponding axial channel 2-1.

As shown in Figure 21,23,24,27, one end of described gas port 8-3-3 is positioned at valve body 8-3 mono-side away from implementation of port 8-8 direction.

As shown in Fig. 1 ~ 3,22,23,24, fixed cover 8-7 is housed in the external port of described valve opening 8-3-1, the outer end of piston 8-6 and fixed cover 8-7 offset, and on described valve body 8-3, are also coated with valve casing 8-2, and valve casing 8-2 gear is in the outer end of fixed cover 8-7.

As shown in Fig. 1,12,14,16, spraying bottle of the present invention is when needs are used (hydrojet), first relatively rotate upper cover 2 and lower cover 7, make the protruding 4-1 of periphery of bottle 4 along the stroke chute 7-1 top horizontal segment 7-1a that relatively moves, guide groove 2-1 is up vertically with bottle 4 for protruding 4-1 simultaneously, nozzle component 1 exposes outside the upper perforate 2-3 of upper cover 2, then can operate nozzle component 1 and carry out hydrojet.

As Fig. 3, 12, 14, 18, 23, shown in 24, spraying bottle of the present invention is when needs topping up, first relatively rotate upper cover 2 and lower cover 7, make the protruding 4-1 of periphery of bottle 4 along the stroke chute 7-1 bottom horizontal segment 7-1e that relatively moves, guide groove 2-1 is descending vertically with bottle 4 for protruding 4-1 simultaneously, charging device 8 exposes outside the lower perforate 7-3 of lower cover 7, then by the whole laterally placement of spraying bottle, make implementation of port 8-8 down, adopt charging pump (non-the present invention) that piston 8-6 is upwards pushed up, make the first seal ring 8-4 leave inlet opening 8-3-2 place and the second seal ring 8-10 leaves gas port 8-3-3 place, the outlet of topping up road 8-5 of piston 8-6 and the inlet opening 8-3-2 of valve body 8-3 connect, the liquid newly filling is through topping up road 8-5, spacing 8-9 place and inlet opening 8-3-2 between the first seal ring 8-4 and the second seal ring 8-10 add bottle 4 inner chambers, the outer end of the valve opening 8-3-1 of gas port 8-3-3 and valve body 8-3 is connected simultaneously, and the air of bottle 4 inner chambers is discharged via the outer end of valve opening 8-3-1 from gas port 8-3-3.

As shown in Fig. 2,12,14,17; in the present invention when not needing hydrojet or after topping up completes; relatively rotate upper cover 2 and lower cover 7; make the protruding 4-1 of periphery of bottle 4 along the stroke chute 7-1 middle part horizontal segment 7-1c that relatively moves; simultaneously protruding 4-1 with bottle 4 vertically guide groove 2-1 move to the midway location in lid; within the upper perforate 2-3 of nozzle component 1 retraction upper cover 2; within charging device 8 is also got back to the lower perforate 7-3 of lower cover 7 simultaneously, nozzle component 1 and charging device 8 obtain good protection.

Claims

1. a spraying bottle, comprises bottle (4), nozzle component (1) and charging device (8), and described nozzle component (1) is contained in the upper end of bottle (4), and charging device (8) is contained in the lower end of bottle (1), it is characterized in that:

A, also comprise upper cover (2) and lower cover (7),

The upper end of b, described upper cover (2) has upper perforate (2-3), the lower end of lower cover (7) has lower perforate (7-3), the top of the bottom of upper cover (2) and lower cover (7) is nested and forms lid, upper cover (2) and lower cover (7) axial limiting and be circumferentially rotationally connected, lid is enclosed within outside bottle (4)

The bottom of c, described upper cover (2) has axial channel (2-1),

The top of d, described lower cover (7) has stroke chute (7-1),

The periphery of e, described bottle (4) has projection (4-1),

F, described projection (4-1) are passed stroke chute (7-1) and stretch in axial channel (2-1),

G, described charging device (8) have implementation of port (8-8).

2. spraying bottle according to claim 1, is characterized in that: described charging device (8) comprises valve body (8-3), spring (8-1), piston (8-6), the first seal ring (8-4) and the second seal ring (8-10); Described valve body (8-3) has valve opening (8-3-1), described spring (8-1) and piston (8-6) are contained in valve opening (8-3-1) successively, the inwall of one end of described spring (8-1) and valve body (8-3) offsets, one end of the other end and piston (8-6) offsets, and piston (8-6) coordinates with valve opening (8-3-1) is mobile; It is upper that described the first seal ring (8-4) and the second seal ring (8-10) are installed in piston (8-6), and have spacing (8-9) between the first seal ring (8-4) and the second seal ring (8-10); The implementation of port (8-8) of described charging device (8) is located on piston (8-6), on piston (8-6), there is topping up road (8-5), the entrance point in topping up road (8-5) is communicated with implementation of port (8-8), and the exit end of topping up road (8-5) is positioned at the first seal ring (8-4) on piston (8-6) and the spacing (8-9) between the second seal ring (8-10) is located; On described valve body (8-3), there is inlet opening (8-3-2) and gas port (8-3-3), one end of inlet opening (8-3-2) is communicated with the inner chamber of bottle (4), the other end is connected to valve opening (8-3-1), one end of gas port (8-3-3) is communicated with the inner chamber of bottle (4), and the other end of gas port (8-3-3) is connected to the place, outer end of valve opening (8-3-1); When described piston (8-6) is static, the first seal ring (8-4) gets lodged in the inlet opening (8-3-2) of valve body (8-3) and locates, the second seal ring (8-10) gets lodged in the other end of the gas port (8-3-3) of valve body (8-3), when described piston (8-6) is mobile, the other end of the inlet opening (8-3-2) of described valve body (8-3) can be connected with the exit end in the topping up road (8-5) of piston (8-6), place, the outer end connection of the valve opening (8-3-1) of the other end of described gas port (8-3-3) and valve body (8-3).

3. spraying bottle according to claim 1, is characterized in that: the bottom of described upper cover (2) has annular slot (2-2), has annular protrusion (7-2) on described lower cover (7), and annular protrusion (7-2) engages with annular slot (2-2).

4. spraying bottle according to claim 1, is characterized in that: the stroke chute (7-1) of described lower cover (7) comprises top horizontal segment (7-1a), upper angled section (7-1b), middle part horizontal segment (7-1c), lower tilt section (7-1d) and the bottom level section (7-1e) being communicated with successively.

5. spraying bottle according to claim 1, is characterized in that: on described charging device (8), have screw collar (8-11), the bottom of bottle (4) has external thread section (4-2), and screw collar (8-11) is screwed on external thread section (4-2).

6. spraying bottle according to claim 1, it is characterized in that: described nozzle component (1) is fixedly connected with bottle (4) by threaded connection (9), the top of bottle (4) has draw-in groove (4-3), on threaded connection (9), there is card convex (9-1) and outside thread (9-2), card convex (9-1) engages with the draw-in groove (4-3) of bottle (4), and outside thread (9-2) is threaded with nozzle component (1).

7. spraying bottle according to claim 1, it is characterized in that: on described upper cover (2), be fixed with upper casing (3), on lower cover (7), be fixed with lower casing (6), between upper casing (3) and lower casing (6), be provided with intermediate housing (5), upper casing (3) and lower casing (6) overlap and normal-running fit with the upper and lower side of intermediate housing (5) respectively.

8. spraying bottle according to claim 1, it is characterized in that: the axial channel (2-1) of described upper cover (2) has two and both sides layout, the stroke chute (7-1) of described lower cover (7) has two and both sides layout, the projection (4-1) of described bottle (4) has two and both sides layout, and described two projections (4-1) are passed respectively corresponding stroke chute (7-1) and stretched in corresponding axial channel (2-1).

9. spraying bottle according to claim 2, is characterized in that: one end of described gas port (8-3-3) is positioned at valve body (8-3) side away from implementation of port (8-8) direction.

10. spraying bottle according to claim 2, it is characterized in that: fixed cover (8-7) is housed in the external port of described valve opening (8-3-1), the outer end of piston (8-6) and fixed cover (8-7) offset, on described valve body (8-3), be also coated with valve casing (8-2), valve casing (8-2) gear is in the outer end of fixed cover (8-7).