TWM597113U - Squeezing soap dispenser - Google Patents

Abstract

An extruded soap dispenser includes a bracket and a soap bottle, the bracket includes a support frame, a positioning seat, and a fixing pin, the seat body of the support frame and the sleeve joint portion of the positioning seat are sleeved with each other Then, the fixing pin penetrates the support frame and the positioning portion laterally. The bottom of the support frame includes a support ring, and the top of the positioning seat includes a positioning cover. The soap bottle is placed on the support ring and the positioning cover. Between, the soap bottle includes a squeeze bottle, a lid, and a silicone valve, the mouth of the squeeze bottle is formed at the bottom of the squeeze bottle, and is placed in the support ring, the lid is screwed to the At the mouth of the bottle, the silicone valve is coupled to the lid. The extruded soap dispenser of the new type has a simple structure, is easy to disassemble and install, and can prevent the soap liquid from sticking to the squeeze bottle during use.

Description

Extrusion soap dispenser

The present invention relates to a soap dispenser, in particular to an extruded soap dispenser with a simple structure and easy disassembly.

Conventional soap dispensers, especially those used in the washrooms of restaurants, hotels, or other public places, in order to facilitate customers to easily use soap liquid during washing, and also allow the operator to easily replenish the soap liquid, the soap The device mainly includes a bracket and a soap bottle, the bracket is fixed on the wall, the soap bottle is detachably placed in the bracket, and the placement position of the soap bottle is fixed, after the soap liquid is consumed, the manufacturer The soap bottle can be disassembled and replaced with soap liquid.

The mouth of the above-mentioned soap bottle is usually equipped with a nozzle-type pressing and pressing liquid device, so that the user can press the nozzle to squeeze out the soap liquid into the soap bottle, and it is convenient for the user to take the soap liquid.

However, the above soap dispenser has the following disadvantages: 1. When receiving the soap liquid, the soap liquid is easy to drip, and the viscous soap drops on the bottle body, which is easy to soil the bottle body, which is less beautiful, and often needs Cleaning, if the soap bottle cannot be kept clean from time to time, it is also easy for users to feel unhygienic. 2. The structure of the press-type liquid discharge device is relatively complicated, and the cost of the soap dispenser is increased.

In view of this, the main purpose of the present invention is to provide an extruded soap dispenser that has a simple structure, is easy to disassemble, and can prevent the soap liquid from adhering to the bottle body during use.

In order to achieve the above object, the present invention proposes an extruded soap dispenser, which includes: a bracket, which includes a support frame, which includes a body and a support ring, the seat body extends forward to a connecting arm to connect the A support ring, the support ring is located on the front side of the seat body near the bottom; a positioning seat, which includes a sleeve portion and a positioning cover, the sleeve portion and the seat body of the support frame sleeve each other, the A positioning cover is formed on the top of the sleeve portion, and is located directly above the support ring, and a positioning groove is recessed upward at the bottom end of the positioning cover; and a fixing pin is formed to penetrate the seat of the support frame laterally Between the body and the sleeve of the positioning seat; and a soap bottle, placed between the support ring of the support frame of the bracket and the positioning cover of the positioning seat, which contains a squeeze bottle, It includes a bottle mouth part formed at the bottom end of the squeeze bottle and placed in the support ring of the support frame, the top of the squeeze bottle is received in the positioning groove of the positioning cover; A lid body screwed to the mouth of the squeeze bottle, an opening is formed at the bottom end; and a silicone valve is coupled to the lid body and closes the opening of the lid body, the silicone valve includes a through Slit.

The mouth of the soap dispenser bottle of the novel soap dispenser of the novel type faces downward, and the squeeze bottle is closed by a silicon rubber valve connected to the cover body to prevent the soap liquid from leaking out in a static state. You can directly squeeze the squeeze bottle to provide downward pressure on the soap liquid in the squeeze bottle, and push the silicone valve to deform the slit, allowing the soap liquid to squeeze out of the soap bottle because the soap The mouth of the bottle is facing down. When the soap liquid is squeezed out, it can avoid dripping on the bottle body and keep the soap dispenser clean. In addition, the support frame of the bracket and the positioning seat are sleeved with each other and fixed by a fixing pin. The structure is simple, the disassembly and assembly are easy, and the effect of reducing the cost of the original press-out liquid pressing device.

10: bracket

11: Support frame

111: seat body

112: socket

113: connecting arm

114: Embedded bayonet

115: Support ring

116: Buckle

117: Support column

118: Insert hole

119: The stop

13: Positioning seat

131: Socket

133: card setting block

134: Buckle

135: Positioning cover

136: Positioning groove

138: Insert hole

15: fixed pin

20: Give soap bottle

21: Squeeze bottle

211: Bottle mouth

23: Cover

232: opening

25: Silicone valve

252: slit

30: backplane

FIG. 1 is a perspective external view of a preferred embodiment of the new type.

FIG. 2 is an exploded perspective view of a preferred embodiment of the new model.

Figure 3 is a cross-sectional side view of a preferred embodiment of the new type.

Figure 4 is a rear view of a preferred embodiment of the new model.

FIG. 5 is a schematic view of the use of the new preferred embodiment.

With reference to FIGS. 1 to 4, a preferred embodiment of the present invention of an extruded soap dispenser includes a bracket 10 and a soap dispenser bottle 20.

The bracket 10 includes a supporting frame 11, a positioning seat 13, and a fixing pin 15. The support frame 11 includes a base 111 and a support ring 115. The base 111 extends forward a connecting arm 113 to connect with the support ring 115. The support ring 115 is located on the front side of the base 111 near the bottom. A socket groove 112 is recessed downward on the top of the base 111, and the socket groove 112 forms an insertion opening 114 on the side of the base 111 away from the support ring 115. The insertion opening 114 is formed from the base 111 The top of the is extended downwards, and the support ring 115 has an upright circular ring shape.

The positioning seat 13 and the seat body 111 of the support frame 11 are sleeved with each other, including a sleeve portion 131 and a positioning cover 135; the sleeve portion 131 and the seat body 111 are sleeved with each other, and the sleeve portion 131 is The top of the seat body 111 is inserted into the socket groove 112 of the seat body 111, and the socket portion 131 protrudes on a side away from the support ring 115 with a locking block 133 embedded in the insertion opening 114; Preferably, at least one buckle groove 116 is recessed on laterally opposite sides of the engaging slot 114 respectively, and at least one buckle portion 134 corresponding to at least one buckle portion 134 of the at least one buckle groove 116 is projected from the laterally opposite sides of the locking block 133 At least one buckle portion 134 is engaged with the at least one buckle groove 116 corresponding to the position.

The positioning cover 135 is formed on the top of the sleeve portion 131 and is located directly above the support ring 115. A positioning groove 136 is recessed upward at the bottom end of the positioning cover 135. The positioning cover 135 can be a round cover or a square cover Or, a polygonal cover provided according to the outline of the soap bottle 20.

The fixing pin 15 is horizontally interposed between the seat body 111 and the sleeve portion 131, wherein the seat body 111 and the sleeve portion 131 can be respectively provided with corresponding positions, and penetrate the seat body 111 and the sleeve respectively The insertion holes 118, 138 on the laterally opposite sides of the portion 131, and the fixing pin 15 are inserted into the insertion holes 118, 138, preferably, the fixing pin 15 does not protrude from the laterally opposite sides of the bracket 10.

In the above-mentioned bracket 10, a slot may be recessed upward at the bottom end of the sleeve portion 131 of the positioning base 13, and the seat 111 of the support frame 11 may be inserted into the socket of the sleeve portion 131 In the groove, the fixing pin 15 is penetrated laterally between the seat 111 and the sleeve portion 131.

The soap bottle 20 is placed between the support frame 11 of the bracket 10 and the positioning seat 13. The soap bottle 20 includes a squeeze bottle 21, a cover 23, and a silicone valve 25.

The squeeze bottle 21 has elastic recovery characteristics, and can be restored to its original state after being squeezed. The squeeze bottle 21 includes a bottle mouth part 211 formed on the squeeze bottle 21 The bottom of the bottle, the bottle mouth 211 is placed in the support ring 115, the top of the squeeze bottle 21 is locked in the positioning groove 136 of the positioning cover 135 of the positioning seat 13, so that the squeeze bottle 21 is inverted It is placed in the bracket 10 in a state where, preferably, the support frame 11 protrudes upward at a position close to the support ring 115 with a plurality of support posts 117 spaced apart, and the squeeze bottle 21 abuts the support post 117. The bottom end of the support ring 115 may also radially protrude a stop portion 119 radially, and let the bottom end of the cover 23 abut the stop portion 119.

The lid 23 is screwed to the bottle mouth 211, an opening 232 is formed at the bottom of the lid 23 to communicate with the accommodating space in the squeeze bottle 21; the silicone valve 25 is coupled to the lid 23, and Closing the opening 232, the silicone valve 25 can be directly integrated with the cover body 23, or can be inserted into the cover body 23, and the silicone valve 25 includes a penetrating slit 252, which can be Cruciform, the slit The mouth 252 is closed in a natural state, and the squeeze bottle 21 can be closed to prevent the soap liquid in the squeeze bottle 21 from leaking out; preferably, the center of the silicone valve 25 protrudes inside the squeeze bottle 21.

When assembling, the positioning seat 13 is fixed on the wall or the back plate 30 with a locking member. The support frame 11 can slide upward from below the positioning seat 13 and sleeve with the positioning seat 13 After the soap bottle 20 is inserted into the support ring 115 with the bottle mouth portion 211, the support frame 11 is pushed upward into positioning, and the top of the soap bottle 20 is inserted into the positioning groove 136 of the positioning cover 135, and finally inserted into the fixing Pin 15 completes the assembly.

If it is necessary to disassemble the soap bottle 20 or replenish the soap liquid, after removing the fixing pin 15, slide the support frame 11 downwards, and take out the soap bottle 20 to replace or replenish the soap bottle 20. When the soap bottle 20 is refilled with soap liquid, the lid body 23 can be opened to pour the soap liquid from the bottle mouth portion 211. The silicone valve 25 is in the form of a thin film. It does not cause the problem of sticking soap liquid to the place like pressing the long tube of the extruding liquid device.

Please refer to FIG. 5, the user can directly squeeze the squeeze bottle 21 to provide the soap liquid in the squeeze bottle 21 to generate downward pressure, and push the silicone valve 25 to deform the slit 252 and open the silicone The valve 25 allows the soap liquid to squeeze out of the soap bottle 20, because the mouth part 211 of the soap bottle 20 faces downwards, so that the soap liquid can avoid dripping on the bottle body when it is extruded, and maintain the cleanliness of the soap dispenser; When 21 is not squeezed, the squeeze bottle 21 expands and recovers by its own restoring force, and balances the pressure inside and outside the squeeze bottle 21, the silicone valve 25 returns to its original state, and the slit 252 is closed.

The extruded soap dispenser of the present invention has a simple structure and is easy to disassemble. When used, it can prevent the soap liquid from adhering to the squeeze bottle 21, and can reduce the cost effectiveness of the original press-out liquid pressing device.

10: bracket

11: Support frame

111: Dock

113: Support arm

115: Support ring

13: Positioning seat

135: Positioning cover

15: fixed pin

20: Give soap bottle

30: backplane

Claims (8)

An extruded soap dispenser includes a bracket including a support frame, which includes a base and a support ring, the seat body extends to the front side with a connecting arm to connect the support ring, the support ring is located on the seat body The front side is close to the bottom position; a positioning seat, which includes a sleeve portion and a positioning cover, the sleeve portion and the seat body of the support frame are sleeved with each other, the positioning cover is formed on the top of the sleeve portion, It is located directly above the support ring, and a positioning groove is recessed upwards from the bottom end of the positioning cover; and a fixing pin is formed through the socket of the support frame and the sleeve of the positioning seat And a soap bottle placed between the support ring of the support frame and the positioning cover of the positioning seat, which includes a squeeze bottle, which includes a bottle mouth portion, the bottle mouth portion is formed in the The bottom end of the squeeze bottle is placed in the support ring of the support frame, the top of the squeeze bottle is accommodated in the positioning groove of the positioning cover; a cover body is screwed to the squeeze bottle An opening is formed at the bottom of the mouth of the bottle; and a silicone valve is coupled to the lid and closes the opening of the lid. The silicone valve includes a through slit. The extrusion soap dispenser according to claim 1, wherein a top of the seat body of the support frame is recessed with a sleeve groove, and the sleeve portion of the positioning seat is inserted into the sleeve groove . The extrusion soap dispenser as claimed in claim 2, wherein the socket groove of the seat body of the support frame forms an inset bayonet on a side away from the support ring, and the socket portion of the positioning seat is convex A card setting block is embedded in the embedding port. The extrusion soap dispenser according to claim 3, wherein at least one buckle groove is respectively recessed on the laterally opposite sides of the insertion openings of the seat body of the support frame, and the clamping blocks of the positioning seat are laterally opposite side At least one buckle portion corresponding to the at least one buckle slot is protruded from each position, and the at least one buckle portion is locked to the at least one buckle slot corresponding to the position. The extrusion soap dispenser according to any one of claims 1 to 4, wherein the support frame protrudes upward at a position close to the support ring with a plurality of support columns arranged at intervals, and the squeeze bottle is pressed against The plurality of support columns. The extrusion soap dispenser according to any one of claims 1 to 4, wherein the bottom end of the support ring of the support frame protrudes inwardly with a stop. The extrusion soap dispenser according to claim 5, wherein the bottom end of the support ring of the support frame protrudes inwards with a resisting portion. The extrusion soap dispenser according to claim 7, wherein the center of the silicone valve protrudes inside the squeeze bottle.

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