TWM607704U - Container for pressing bottle - Google Patents

Abstract

This creation is a container for a press bottle containing a liquid spray to be put into its interior. The press bottle container includes a container body for accommodating the press bottle, a cap set on the top of the container body, and a container A sliding part slidably arranged on the outer surface of the container body, wherein the cap or the container body is provided with an opening relative to the nozzle of the pressing bottle, and the outer surface of the sliding part is provided with a wiper sheet. Under the shielding effect of the container body and the cap, in addition to avoiding accidental collision or leakage of the pressed bottle, you can choose to push the sliding part with one hand to expose the opening and let the spray spray through the opening for use, or The sliding piece is moved to cover the front of the opening, allowing the spray to be sprayed on the wiper sheet for cleaning and wiping through the opening and the through hole on the sliding piece, thereby increasing the convenience and practicality of pressing the bottle.

Description

Press the bottle container

This creation is related to a container, especially a container that can hold a press bottle filled with liquid. The container body is provided with a sliding member that can be slidably positioned to allow the user to directly pass through the opening on the container body. Spray the spray or spray on the sliding part on the container body to increase the convenience and practicability of pressing the bottle.

Since the outbreak of the COVID-19 new crown pneumonia, the severe disaster caused by its high level of infectiousness and the rising number of deaths worldwide has completely changed people’s living habits; even though the domestic epidemic seems to be slowing down, the daily routine of epidemic prevention is to wear masks, In addition to washing hands, ordinary people often carry small press bottles containing disinfectant, and spray disinfectant on their hands or surfaces for cleaning or disinfection in a timely manner to reduce the risk of infection.

The above-mentioned pressing bottle for containing disinfectant usually includes a bottle body for containing spray (disinfection or cleaning effect), and a spray head that can be pressed to spray the spray is screwed at the through hole at the top of the bottle. As for the bottle body There are mainly two materials to choose from: plastic and glass.

Compared with the plastic bottle body, the glass bottle body is relatively stable and will not react with chemical substances. It is absolutely safe in terms of the dissolution of harmful substances. However, because the glass material is more fragile, it may be damaged by accidental collision during use. Risks, and regardless of the material of the pressed bottle, it may accidentally touch the nozzle when carrying or storing, causing the spray to leak and wet other items.

Therefore, similar conventional press bottles usually have a spray head cover on the spray head to prevent spray leakage caused by accidentally touching the spray head, and to produce a shielding effect to prevent the spray head from being damaged; however, the spray head cover uses only frictional resistance. It is fixed on the periphery of the sprinkler head, and it may fall and lose after a slight collision.

Furthermore, when ordinary people use the press bottle for cleaning or disinfection, in most cases one or both hands have been exposed to contaminants, or they need to cooperate with the wiper to clean the surface of the article or disinfect, if their hands have been exposed to contaminants When the pressing bottle must be operated with both hands, the pressing bottle will be contaminated, and if the surface of the object must be cleaned or disinfected by holding the wiper, there will be a risk of repeated exposure to contaminants.

Patent No. M598737 discloses a presser used to house a press bottle in another casing. A top cover is screwed on one end of the casing to seal the spray head of the press bottle. When using, the casing and the casing must be rotated with both hands. The top cover can only be removed, which is relatively inconvenient in operation and use, and the removed top cover is still in danger of being dropped or lost.

The CN 210259476 patent discloses a design for containing an inner bottle inside an outer bottle. The structure and assembly method between the inner bottle and the outer bottle are extremely complicated, and the head cap of the inner bottle is usually hidden in an outer cover. In use, the outer cover and the outer bottle must be turned with both hands to let the head cap extend out of the outer cover before pressing the head cap, which is also inconvenient in actual operation and use.

Patent No. M565605 discloses a design that combines a container with a liquid and a housing of an electric sprayer. The front of the housing is slid with a cover that can shield the through holes on the housing. The cover is moved. Control whether the sprayer inside the housing can be exposed through the through hole and control whether the sprayer is powered or not. In the state that the cover body shields the through hole, although the cover body can form a shield for the sprayer in the housing, the integral sprayer and cover body do not For any function, even if the liquid used has the function of disinfection or cleaning, it is still necessary to hold the wiping sheet to receive the liquid released by the sprayer, and there will also be the risk of repeated contact with contaminants.

The main purpose of this creation is to provide a press bottle container that can be used inside the press bottle containing the liquid spray. In addition to avoiding the press bottle from being damaged by accidental collision or getting other objects wetted by spray leakage, The user can press the bottle with one hand to directly spray the spray, or spray the spray on the sliding part of the container body for cleaning and wiping, which increases the convenience and practicability of pressing the bottle, and can reduce Risk of touching contaminants.

In order to achieve the above-mentioned object, the present invention provides a press bottle container, which includes a container body capable of accommodating an external press bottle containing a liquid spray, and a set on the top of the container body to restrict the press bottle from falling out. A cap, the top of the cap is provided with a pressing part that can make the press bottle spray spray after being pressed, and the cap or the container body is provided with an opening at a position relative to the spray spray from the press bottle, wherein: the container body The exterior is provided with a sliding member that can reciprocately slidably block the front of the opening or expose the opening. The sliding member includes a sliding plate arranged on the container body to move, and a wiper arranged on the outer surface of the sliding plate for wiping When the sliding plate of the sliding member moves to expose the opening, the spray of the pressing bottle can be sprayed out through the opening.

In implementation, a first spray through hole is provided on the board surface of the sliding plate, and the wiper sheet is shielded from the outside of the first spray through hole, and when the sliding plate moves to shield the sliding member from the opening, the first spray through The hole is aligned with the opening, so that the spray of the pressing bottle can be sprayed on the wiping sheet through the opening and the first spray through hole.

With the above structure, the user can choose to press the pressing bottle to spray the spray out through the opening when the sliding member moves to expose the opening; or when the sliding member is covered in front of the opening, press The pressing bottle allows the spray to be sprayed on the wipe sheet through the opening and the first spray through hole, and then the wipe sheet is used to absorb the spray for cleaning and wiping, or to disinfect the wiped sheet to increase the pressure bottle The operation convenience and practicality, and can reduce the risk of touching pollutants.

The following further describes the implementation of each element:

In implementation, the inner side of the sliding plate of the sliding member is provided with at least one fastener, and the container body is provided with a chute for the buckle to be inserted in the opposite position. The length of the chute is greater than the length of the buckle, so that the The buckle can slide within the length of the chute, so that the slide is covered in front of the opening or the opening is exposed, and the side edge of the chute is provided with at least one that allows the buckle to move in a specific position. The position is stuck in or out of the notch of the chute.

The pressing portion on the top of the cap includes a finger hole and a press button that is movably sleeved in the finger hole. The press button has a second spray through hole aligned with the opening, and is detachably mounted It is arranged above the pressing bottle and communicates with the inside of the pressing bottle, so that the spray in the pressing bottle is sprayed out through the second spray through hole and the opening by pressing the pressing button.

In implementation, a spray head is preset on the top of the external pressing bottle, and the spray head is provided with a nozzle that is aligned with the opening and can spray spray. The pressing part on the top of the cap is a finger hole, and the top of the spray head is exposed in the finger hole Inside, the spray head is directly pressed through the finger hole, so that the spray in the pressing bottle is sprayed out through the opening.

In implementation, a spray head is preset on the top of the external pressing bottle, and the spray head is provided with a nozzle that is aligned with the opening and can spray spray. The pressing part on the top of the cap includes a finger hole and a vertical movement sleeved on the Refers to the press button in the hole, the top of the spray head abuts below the press button to press the spray head through the press button.

During implementation, the press button is generally cap-shaped and sleeved on the periphery and top of the spray head, and a second spray through hole is provided at the position relative to the opening of the cap and the nozzle of the spray head, so that the spray in the press bottle The agent is sprayed out through the nozzle, the second spray through hole and the opening of the spray head in sequence.

During implementation, the lower edge of the cap extends downwards to provide a socket wall that extends into the container body, the lower edge of the button is provided with a stop or groove, and the lower edge of the cap is corresponding to the socket wall. There is a groove or a stopper through which the stopper extends into the groove to limit the distance of the press button relative to the upper and lower displacement of the cap.

In implementation, the lower edge of the cap is extended downwardly to provide a socket wall plate extending into the container body, the opening is arranged on the socket wall plate, and the outer surface of the socket wall plate of the cap is provided with a ring Convex ring or concave groove, the inner side of the container body is provided with a concave groove or convex ring corresponding to the convex ring or concave groove; the lower edge of the cap is provided with at least one A positioning convex point is provided at a corresponding position on the upper edge of the container body with a positioning groove into which the positioning convex point can extend.

During implementation, a window communicating with the interior of the container body is provided at the sliding stroke of the sliding member under the container body, and the window is exposed when the sliding member moves and shields the front of the opening.

During implementation, the outer surfaces of the container body and the cap are respectively correspondingly provided with a slightly concave configuration that can be framed around the periphery of the sliding stroke of the sliding member.

In implementation, the container body is provided with a hook belt on the back relative to the sliding member.

Compared with the known technology, this creation can avoid the accidental collision of the pressing bottle and damage or wet other objects due to the leakage of the spray under the shielding effect of the container body and the cap, but also through the container body and the cap. The external surface is provided with a reciprocating sliding member, which is convenient for sliding the sliding member toward the container body with one hand. After the opening of the cap is exposed, the pressing bottle is pressed by the finger hole to allow the spray to pass through the Spray out the opening for use.

In particular, the sliding plate is provided with a first spray through hole, and the wiping sheet is shielded outside the first spray through hole. When the sliding member is shielded in front of the opening, the pressing bottle is completely hidden in the container body At the same time, the user can still press the pressing bottle through the top of the cap to spray the spray on the wiping sheet through the first spray through hole of the sliding member, so that after the wiping sheet absorbs the spray, the wipe can be used directly The use of the wiper for cleaning or disinfection of wiped wipers increases the convenience and practicability of the pressing bottle, and reduces the risk of touching contaminants.

The following is based on the technical means of this creation, enumerating the implementation methods suitable for this creation, and the description with the diagrams is as follows:

As shown in the first to third figures, this creation is a press bottle container 200 for putting a press bottle 100 inside it. The press bottle 100 contains a liquid spray and can be pressed to spray the spray. The press bottle 100 The container 200 includes a container body 10 on which the pressing bottle 100 is placed, a set of cap 20 arranged on the top of the container body 10 to restrict the pressing bottle 100 from falling out, and a cap 20 arranged on the outer surface of the container body 10 to face the cap 20. The reciprocating sliding member 30, in which:

The top surface of the cap 20 is provided with a pressing portion, the pressing portion in the figure at least includes a finger hole 21 communicating with the container body 10, and the side of the cap 20 is provided with an opening 22 at the sliding stroke of the sliding member 30; As shown in the second and third figures, usually the press bottle 100 includes a bottle body 101 containing a liquid spray. A spray head 102 that can be pressed to spray the spray from a nozzle is screwed on the top of the bottle body 101. The opening The longitudinal length of the nozzle 22 is greater than the pressing stroke of the nozzle 102, so that the spray can pass through the opening 22 smoothly during the process of pressing the nozzle 102. In addition, when the opening 22 is implemented, it can also be directly arranged on the container body 10, and only needs to be aligned with the nozzle of the spray head 102.

As shown in the figure, the lower edge of the cap 20 is extended downwardly with a socket wall 23 that extends into the container body 10, and a convex ring 24 is ringed on the outer surface of the socket wall 23. The container body The inner side ring of 10 is provided with a concave groove 11 into which the convex ring 24 can be buckled. When the cap 20 is sleeved on the top of the container body 10, the convex ring 24 is correspondingly buckled into the concave groove 11 to make the cap A stable joint effect is formed between 20 and the container body 10.

The cross-sections of the convex ring 23 and the concave groove 11 are arc-shaped. In addition to allowing the cap 20 to be engaged with the container body 10, when the spray in the pressing bottle 100 is used up, the cap 20 can be used to force The convex ring 23 is separated from the concave groove 11, and then the cap 20 is removed from the container body 10 to facilitate filling or replacement of the pressing bottle 100. In implementation, the positions of the convex ring 23 and the concave groove 11 can be interchanged, or the inner and outer threads are screwed together.

In order to meet the specifications of the commercially available pressing bottle 100, the pressing part in the second figure of this creation is a finger hole 21 that matches the size of the nozzle 102 of the commercially available pressing bottle 100, so that the top of the nozzle 102 can be exposed in the center of the finger hole 21. Furthermore, by directly pressing the spray head 102 through the finger hole 21, the pressing bottle 100 can spray spray.

The sliding member 30 includes a slide plate 31 that can slide back and forth toward the opening 22 to block the front of the opening 22 or expose the opening 22. The plate surface of the slide plate 31 is provided with a first spray corresponding to the opening 22 The through hole 32 is provided with a wiping sheet 33 covering at least the first spray through hole 32 on the outer surface of the sliding plate 31; in use, the user can directly grasp the container body 10 and use the wipe sheet 33 for cleaning Wipe use.

In addition, the sliding member 30 may be provided with at least one buckle 34 on the inner surface of the sliding plate 31, and the container body 10 is provided with a sliding groove 12 corresponding to the sliding stroke of the sliding plate 31, and the length of the sliding groove 12 is greater than the length of the sliding groove 12 The buckle 34 allows the buckle 34 to slide within the length of the chute 12 after being buckled in, and at the same time allow the overall sliding member 30 to slide.

As mentioned above, when the opening 22 is implemented, in addition to being provided on the cap 20 as shown in the figure, it can also be directly provided on the container body 10. The buckle 34 of the slide plate 31 of the sliding member 30 and the container body 10 The arrangement of the chute 12 is not limited to the longitudinal direction shown in the figure, for example, to cover or open the opening 22 in a lateral movement manner, which is a feasible implementation for the creation.

As shown in the fourth figure, the side edge of the sliding groove 12 is further provided with at least one notch 121 for the buckle member 34 to be inserted or disengaged at a specific position. When the sliding member 30 is installed on the container body 10, the The buckle 34 on the inner side of the slide plate 31 is facing the notch 121 of the chute 12 of the container body 10, and then press the front of the slide plate 31 toward the container body 10 to buckle the buckle 34 into the notch 121. The entire sliding member 30 is installed on the outer surface of the container body 10 and slides within the length of the sliding groove 12.

Conversely, when the wiping sheet 33 of the sliding member 30 has been damaged and needs maintenance, only the sliding plate 31 needs to be moved to the position of the buckle member 34 and the notch 121, and the sliding plate 31 is opened in the opposite direction of the container body 10. , The buckle 34 is allowed to exit the sliding groove 12 and the notch 121, and then the sliding plate 31 together with the wiping sheet 33 can be removed from the outer surface of the container body 10 for cleaning or replacement.

In principle, when the pressing bottle 100 is placed inside the container body 10 and the cap 20 is sleeved on the top of the container body 10, the pressing can be avoided under the shielding effect of the container body 10 and the cap 20. The bottle 100 is damaged by accidental collision or wetted with other articles due to the spray leakage. When in use, a finger can be inserted into the pressing part formed by the finger hole 21 to directly press the spray head 102 to allow the spray to pass through the opening 22 of the cap 20 Squirt out for use.

As shown in the fourth and fifth figures, the pressing part of the cap 20 during the implementation of this creation may further include a set of pressing buttons 25 arranged at the finger hole 21, and the finger hole 21 and the pressing button 25 together form the pressing part , And the button 25 is provided with a second spray through hole 26 aligned with the aforementioned opening 22.

The implementation of the push button 25 is mainly to facilitate the use of a commercially available push bottle or an empty bottle; when the size of the spray head of the commercially available push bottle cannot match the finger hole 21, or the nozzle height on the spray head cannot be aligned with the opening 22 When setting, you can first remove the existing spray head on the commercially available press bottle, and then install the press button 25 in this embodiment on the press bottle to replace the existing spray head, so that the second spray of the press button 25 The through hole 26 communicates with the inside of the pressing bottle. At this time, the user can press the button 25 to allow the spray in the bottle to be sprayed out through the second spray through hole 26 and the opening 22. As shown in the figure, the bottom of the push button 25 can be provided with a straw, a screw cap and other elements to facilitate installation on the body of the push bottle.

When implemented, the function of the pressing button 25 is not limited to only replacing the existing pressing bottle spray head. For example, when the position of the commercially available press bottle nozzle is too low to be pressed, in addition to lengthening the longitudinal length of the opening and aligning with the nozzle of the nozzle, the press button can be made into a solid shape or a cap shape so that the top of the nozzle is against Below the pressing button, the spray head is then pressed through the pressing button. The following further describes the embodiment of using the pressing button 25 to press the existing spray head.

As shown in Figures 6 and 7, in addition to using the thickness of the button 25 to match the height of the existing nozzle, the button 25 can also be made into a hat shape to cover the nozzle 102 above and around, and is opposite to each other. A second spray through hole 26 is provided at the position of the opening 22 and the nozzle of the spray head 102. When in use, the press button 25 can be pressed toward the inside of the cap 20 at the finger hole 21, and the spray head 102 can be pressed through the press button 25 to allow the spray to pass through the second spray through hole 26 and the The opening 22 is sprayed out for use.

As shown in the figure, the lower edge of the button 25 is horizontally provided with a stopper 27, and the lower edge of the sleeve wall 23 of the cap 20 is provided with a longitudinally arranged groove 28 for the stopper 27 to extend into The stopper 27 is allowed to slide therebetween, and the stopper 27 extends into the groove 28 to prevent the push button 25 from rotating, and to ensure that the push button 25 is positioned in the state where the second spray through hole 26 is facing the opening 22 ; During implementation, the positions of the stop 27 and the groove 28 can be interchanged, and the function of keeping the button 25 at the set position can also be achieved.

As shown in the seventh and eighth figures, the present invention mainly provides a sliding member 30 on the outer surface of the container body 10 that can reciprocately slide toward the cap 20, so that the user can push the sliding member 30 on the outer surface of the container body 10 with one hand. The container body 10 slides up to allow the opening 22 of the cap 20 to be exposed, or the sliding member 30 is blocked in front of the opening 22.

When the sliding member 30 is pushed to the state where the opening 22 is exposed, the spray head of the pressing bottle 100 can be pressed by the finger hole 21 directly or through a press button, and the spray can be sprayed out through the opening 22 for use.

As shown in the ninth and tenth figures, when the sliding member 30 is moved to be blocked in front of the opening 22, the pressing bottle 100 can be pressed at the finger hole 21 to allow the spray to pass through the opening 22 and the first The spray through hole 32 is sprayed on the wiping sheet 33 and absorbed by the wiping sheet 33, so as to use the wiping sheet 33 for cleaning and wiping, or to disinfect the wiped wiping sheet 33, which increases the convenience and practicality of the pressing bottle. It can reduce the risk of touching pollutants. In implementation, the wiping sheet 33 can be a microfiber cloth, cotton cloth or sponge with good water absorption to improve its cleaning ability and service life.

As shown in the first and fourth figures, a positioning protrusion 29 can be provided at the periphery of the socket wall 23 at the lower edge of the cap 20, and a positioning protrusion 29 is provided at a corresponding position on the upper edge of the container body 10 The positioning groove 13 extended into by 29 can restrict the cap 20 from rotating freely, so that the opening 22 is indeed located in the sliding stroke of the sliding member 30; in implementation, the position of the positioning groove 13 and the positioning convex point 29 Can be interchanged.

Under the various possible implementation modes of the present creation, the integrally pressing bottle container 200 can further be correspondingly arranged on the outer surfaces of the container body 10 and the cap 20 to be slightly recessed so as to be framed by the sliding member 30. The step configurations 41 and 42 at the periphery of the stroke can be quickly capped by the way that the step configurations 41 and 42 of the container body 10 and the cap 20 are relatively matched after the press bottle 100 is repositioned or replaced or filled. 20 is indeed installed so that the opening 22 is in the sliding stroke of the sliding member 30.

As shown in Figure 9, the container body 10 can be further provided with a window 14 communicating with the interior of the container body 10 at the sliding stroke of the sliding member 30 under the various possible implementation modes of the present creation. The position of the window 14 corresponds to the opening 22. When the sliding member 30 moves to cover the opening 22, the sliding member 30 moves away from the window 14 to expose it, so that the user can visually observe the spray stock of the pressing bottle 100 through the window 14.

As shown in the first and fourth figures, in the various possible implementation modes of the present creation, the container body 10 is provided with a perforation 15 on the other side relative to the sliding member 30, and a hook strap 50 is passed through. Around the perforation 15, during implementation, the container body 10 may further be provided with a nail button 16 around the perforation 15 to fix the hook strap 50.

In actual use, the user can use the hook strap 16 to suspend the entire press bottle container 200 together with the press bottle 100 inside it on the key ring, hook, waist or buckle on the backpack, or use the hook The lanyard 50 is designed to be large enough to be hung on the wrist after passing through the palm of the user. The design of the lanyard 50 on the other side of the container body 10 relative to the sliding member 30 is convenient for the user to put on After pressing the bottle container 200 on the wrist and holding it, the wiping sheet 33 of the sliding member 30 is used for cleaning or wiping.

The above descriptions and drawings of the embodiments only illustrate the preferred embodiments of this creation, and are not intended to limit the scope of this creation. Anything similar or similar to the purpose, structure, device, feature, etc. of this creation should belong to The patent scope of this creation.

100: Press the bottle 101: bottle body 102: print head 200: Press the bottle container 10: The container body 11: groove 12: Chute 121: Gap 13: positioning groove 14: Windows 15: Piercing 16: nail button 20: cap 21: Finger hole 22: opening 23: Socket siding 24: convex ring 25: Button 26: The second spray through hole 27: Stop 28: Groove 29: Positioning the bump 30: Slider 31: Skateboard 32: The first spray through hole 33: Wipe sheet 34: Clip 41: Class Configuration 42: Class Configuration 50: hook strap

Figure 1: A three-dimensional view of the appearance of the press bottle container of this creation. Figure 2: A three-dimensional exploded view of the embodiment of the present creation accommodating a commercially available pressing bottle. Figure 3: A schematic diagram of a longitudinal section of an embodiment of the present creation accommodating a commercially available pressing bottle. Figure 4: A three-dimensional exploded view of the press bottle container of this creation containing the press button. Figure 5: A schematic longitudinal section of Figure 4. Figure 6: A schematic diagram of another embodiment of the button press in this creation. Figure 7: A partial cross-sectional view of the cap and sliding part of the bottle container of this creation. Figure 8: A schematic diagram of the action of this creation by pressing the bottle container to make the spray spray outward. Figure ninth: A three-dimensional view of the appearance of the press bottle container of the present creation with the sliding part obscured in front of the opening. Figure 10: A schematic diagram of the action of this creation by pressing the bottle container to spray the spray on the wiping sheet.

200: Press the bottle container

10: The container body

11: groove

12: Chute

121: Gap

13: positioning groove

14: Windows

15: Piercing

16: nail button

20: cap

21: Finger hole

22: opening

23: Socket siding

24: convex ring

25: Button

26: The second spray through hole

27: Stop

28: Groove

29: Positioning the bump

30: Slider

31: Skateboard

32: The first spray through hole

33: Wipe sheet

34: Clip

50: hook strap

Claims (10)

A press bottle container, the press bottle container comprises a container body capable of accommodating an external press bottle, and a set of caps arranged on the top of the container body to restrict the pressing bottle from falling out. The top of the cap is provided with a press capable of making The pressing part of the pressing bottle sprays spray, and the cap or the container body is provided with an opening at a position relative to the spray spray from the pressing bottle, wherein: The container body is provided with a sliding member that can reciprocately slidably block the front of the opening or expose the opening. The sliding member includes a sliding plate arranged on the container body and a sliding plate arranged on the outer surface of the sliding plate. When the wiping sheet is wiped, and the sliding plate of the sliding member moves to expose the opening, the spray of the pressing bottle can be sprayed out through the opening. The press bottle container according to claim 1, wherein a first spray through hole is provided on the plate surface of the sliding plate, the wiping sheet is shielded outside the first spray through hole, and the sliding plate moves to shield the sliding member When opening, the first spray through hole is aligned with the opening, so that the spray of the pressing bottle can be sprayed on the wiping sheet through the opening and the first spray through hole. The press bottle container according to claim 1, wherein at least one fastener is provided on the inner surface of the slide plate of the sliding member, and the container body is provided with a slide groove at the opposite position for the fastener to be inserted into. The length of the groove is greater than that of the buckle, so that the buckle can slide within the length of the chute, so that the sliding piece is covered in front of the opening or the opening is exposed, and the side edge of the chute is provided with At least one notch for the buckle to be inserted into or out of the sliding groove at a specific position. The press bottle container according to claim 1, wherein the pressing portion on the top of the cap includes a finger hole and a press button movably sleeved in the finger hole, and the press button has a position aligned with the opening The second spray through hole is detachably installed above the press bottle and communicates with the inside of the press bottle, so that the spray in the press bottle passes through the second spray through hole and The opening sprays outward. The press bottle container according to claim 1, wherein the top of the external press bottle is preset with a spray head, the spray head is provided with a nozzle that is aligned with the opening and can spray spray, and the pressing part on the top of the cap is a finger Hole, the top of the nozzle is exposed in the finger hole, so as to directly press the nozzle through the finger hole; or, the pressing part on the top of the cap includes a finger hole and a press button that moves up and down and sleeves in the finger hole , The top of the spray head presses against the bottom of the press button to press the spray head through the press button. The press bottle container according to claim 5, wherein the push button is generally cap-shaped and is sleeved on the periphery and top of the spray head, and a second spray is provided at a position relative to the opening of the cap and the nozzle of the spray head Through holes, the spray in the pressing bottle is sprayed out through the nozzle of the spray head, the second spray through hole and the opening in sequence. The press bottle container according to any one of claims 4-6, wherein the lower edge of the cap extends downward to provide a socket wall plate that extends into the container body, and the lower edge of the button is provided with a stopper or For the groove, the lower edge of the sleeve wall plate of the cap is correspondingly provided with a groove or a stopper, and the stopper extends into the groove to limit the upper and lower displacement distance of the push button relative to the cap. The press bottle container according to claim 1, wherein the lower edge of the cap extends downwardly and is provided with a socket wall plate extending into the container body, the opening is provided on the socket wall plate, and the cap The outer surface of the sleeve wall is provided with a convex ring or groove, and the inner side of the container body is provided with a concave groove or convex ring corresponding to the convex ring or concave groove to sleeve the wall plate and sleeve the wall plate; The lower edge of the cap is provided with at least one positioning convex point at the periphery of the sleeve wall plate, and the corresponding position of the upper edge of the container body is provided with a positioning groove into which the positioning convex point can extend. The press bottle container according to any one of claims 1 to 6 or 8, wherein a window communicating with the inside of the container body is provided under the container body at the sliding stroke of the sliding member, and the sliding member The window is revealed when the moving shield is in front of the opening. The press bottle container according to claim 9, wherein the outer surfaces of the container body and the cap are respectively provided with a step configuration that is slightly concave and can be framed at the periphery of the sliding stroke of the sliding member, and the container The main body is provided with a hook belt on the back relative to the sliding part and the level configuration.

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