JP2015136698A - Automatic scattering device in storage body - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an automatic scattering device in a storage body which automatically scatters a spray solution and the like into the storage body whenever an opening/closing tool such as a door, a lid and the like of the storage body is opened/closed.SOLUTION: A spray liquid scattering device 100A installed with a spray liquid storing portion 100, a push button 202, and a spray liquid discharging mechanism 200 is detachably attached to an opening/closing tool 2 of a storage body or the storage body 1 itself. A press-in operating mechanism 300A for pressing in the push button and releasing the pressing-in by the opening/closing action of the opening/closing tool, is provided on the spray liquid discharging mechanism. The press-in operating mechanism is composed of an operation arm 310 with a cam which can abut on and separate from the opening/closing tool at a tip end, and formed with a taper cam 311b for slidably contacting with a head of the push button to press in the push button and release the pressing-in, on a body portion; a spring mechanism 320b for energizing the operation arm with the cam so as to enable reciprocatingly sliding; and a frame body 330 formed with a scattering opening portion 311, and detachably attached to an upper part of the spray liquid storing portion 100.

Description

  The present invention includes a room having a door, a Western / Japanese dance, a book storage shelf, a tableware storage shelf, or a container such as a tool storage box having a lid, a fixture, etc. (hereinafter simply referred to as a container). Storage that automatically disperses disinfectant solution, sterilizing solution, disinfectant solution, fragrance solution, deodorant solution, etc. (droplet spraying, spraying spraying, mist spraying, etc.) each time the lid is opened and closed The present invention relates to an automatic internal spraying device.

  Containers such as rooms with doors, Western / Japanese dance, book storage shelves, tableware storage shelves, tool storage boxes with lids, fixtures, etc. are opened and closed, and there is much intrusion of outside air. If this is continued for a long period of time, the generation of molds in the contents, the propagation of invading fungi, etc. may cause alteration, dirt, bad odor, etc., resulting in unsanitary conditions.

For these improvements, install an air purifier, plasma sterilizer, sterilizing lamp, sterilizing lamp, etc. It is necessary to maintain a hygienic environment. However, the former requires a large amount of money, and there are restrictions on the application location.
The latter is a cumbersome thing that a person has to deal with by spraying with a spray container containing the spray liquid. Therefore, there is a limit to performing this work regularly.

  The present invention automatically opens and closes the container to open and close the opening and closing tools such as the door and lid of the container, and automatically sprays the spray liquid and the like in the container each time to achieve the purpose of spraying. A device is provided.

  The present invention is a container-internal automatic spraying device that satisfies all the above-mentioned problems. The features of the present invention are the following (1) to (6) when described together with the drawings of FIGS. It is as follows.

(1) A spraying liquid spraying apparatus equipped with a spraying liquid storage unit 100, a push button 202 with a spraying port 201 on the upper part thereof, and a spring (203, 402) capable of moving up and down a predetermined range and a spraying liquid discharge mechanism 200. In 100A, the spray liquid spraying device 100A is detachably attached to the opening / closing tool 2 side of the storage body having the opening / closing tool 2 or the storage body 1 itself, and the push button 202 is pushed and released by the opening / closing operation of the opening / closing tool 2. A push-in operation mechanism 300A for operating the spraying liquid discharge mechanism 200 is also provided, and the push-in operation mechanism 300A allows the tip portion to abut against and separate from the opening / closing tool 2 and is in sliding contact with the head of the push button 202. The cam-operated arm 310 having a cam portion formed on the body portion for pushing and releasing the push button 202, and the cam-equipped operation arm 310 is energized to move forward. A spring mechanism (320a, 320b, 320c) capable of sliding, and a cam arm and a spring mechanism, and a frame that is detachably mounted on the upper part of the spray liquid container by forming a spray opening. An in-container automatic spraying device characterized by comprising a body.

(2) The spray liquid spraying device 100A is configured such that the spray liquid discharging mechanism 200 is a one-fluid push pump discharge type only for the spray liquid or a two-fluid mixed discharge type of the spray liquid and compressed gas. The in-container automatic spraying device according to (1) above,

(3) The head of the push button 202 of the spray liquid discharge mechanism 200 is a hemispherical head 202a or a taper head 202b, and the cam portion of the cam-equipped operating arm 310 is a taper cam 311a or 311b. The container automatic spraying device according to 1) or (2).

(4) The head of the push button 202 of the spray liquid discharge mechanism 200 is a mountain wave head 202c, and the cam portion of the operation arm 310 with cam is a two-stage mountain wave cam 311c-1, 311c-2. The in-container automatic spraying device according to (1), (2) or (3), characterized in that

(5) When the push button 202 of the spray liquid discharge mechanism 200 is pushed in the spray opening 331 of the frame 330, the spray liquid absorbing / dispersing member 335 is placed around the front of the spray position of the spray port 201. The in-container automatic spraying device according to (1), (2), (3), or (4), which is arranged.

(6) The spray liquid stored in the spray liquid container 100 of the spray liquid spraying apparatus 100A is any one of a disinfecting liquid, a sterilizing liquid, a disinfecting liquid, an aromatic liquid, and a deodorizing liquid. The container internal spraying device according to any one of (1) to (5).

  The container automatic spraying device of the present invention only opens and closes an opening / closing tool such as a door or a lid attached to the container, and the opening / closing operation is performed relative to the opening / closing tool or the container each time the opening / closing operation is performed. The push-in operation mechanism is automatically activated by the separation action and / or the approach action to push the push button, and spraying disinfectant liquid, sterilizing liquid, disinfecting liquid, aromatic liquid, deodorizing liquid, etc. from the spout. Dispersing liquid droplets, spraying, mist, etc. automatically in the container or the contents in the container to ensure disinfection, sterilization, sterilization, fragrance, deodorization and generation of molds Therefore, it is possible to always maintain a hygienic environment by preventing the growth of germs and the generation of malodors. Of course, the spraying action can be automatically stopped while the switch is closed or when the switch is open, but in the case of a container that is often closed or open for a long time, By simply opening and closing, the spray liquid is automatically sprayed, and the hygienic environment can be easily and reliably maintained at a low cost.

Also, the container automatic spraying device can attach and detach the pushing operation mechanism comprising a frame, an operating arm with a cam, and a spring mechanism to the spraying liquid spraying device having a push button with a spraying port and a spraying liquid discharge mechanism. Since it is installed, it is possible to easily replace the various spray liquid storage parts of the ready-made products.
Further, since the container automatic spraying device detachably installs the spray liquid container on the opening / closing tool side of the container having the switch or the container itself by means of a detachable holder or the like, the spray liquid container is installed together with the pushing operation mechanism. It is possible to exchange.

Further, even in the spray liquid spraying device having a two-fluid mixed discharge spray liquid discharge mechanism, in the case of a container in which the opening / closing tool is opened for a short time or instantaneously, the spray liquid discharge mechanism The push button head may be a tapered head or a hemispherical head, and the cam portion of the cam-equipped operating arm may be a tapered cam to spray the spray liquid into the container only during the opening operation of the opening / closing tool. The example is effective for spraying during a short opening operation time, but the opening and closing time of the switch is set only to intentionally spray the spray liquid into the container, and spraying continues during that time. Needless to say, this is also applicable.
Further, even in the spray liquid spraying device in which the spray liquid discharge mechanism is a push-pump type, the head of the push button is a mountain wave head, and the cam portion of the operating arm with cam is opened and closed by a two-stage mountain wave cam. The spray liquid can be sprayed into the container during each of the opening and closing operations of the device.

<Effects of usage examples>
1. Adopting the automatic container spraying device of the present invention in a shoe box Various germs enter from outside by opening / closing operation of the opening / closing tool when putting in / out things in the shoe box. The inside of the shoe box is sprayed and filled to sterilize and deodorize the air in the shoe box and the contents to keep the shoe box environment clean.
2. The automatic spraying device in a container of the present invention is adopted as an opening / closing door of a room in a house or a hospital. By spraying and filling, the bacteria in the room air are sterilized or deodorized to keep the room environment clean.
3. The container automatic spraying device of the present invention is used in a storage box for storing kitchen utensils such as knives, cutting boards, pots, etc. Each time the storage box is opened and closed, it is automatically disinfected by opening and closing the door. The storage box is sprayed and filled with liquid or sterilizing liquid, sterilizing liquid, deodorizing liquid, etc. to sterilize deodorization and bacteria in the air in the room, or disinfect / sterilize / sterilize instruments, kill cockroaches, etc. Keep the environment clean.

Example 1 of the container automatic spraying device of the present invention is shown, showing spray liquid suction operation (1) when the opening / closing tool 2 of the container 1 is opened and spray liquid spraying operation (2) when it is closed next. It is each longitudinal cross-sectional explanatory drawing. FIG. 2 is an enlarged explanatory view of main parts of (1) and (2) of FIG. 1. Embodiment 2 of the container automatic spraying device of the present invention is shown, and spraying liquid spraying operation (1) when the opening / closing tool 2 of the container 1 is closed and spraying liquid spraying stopping operation (2) when it is opened next. It is each longitudinal cross-section explanatory drawing shown. FIG. 4 is a main part enlarged explanatory view of (1) and (2) of FIG. 3. Embodiment 3 of the container internal automatic spraying device of the present invention is shown, spraying stop operation (1) when the opening / closing tool 2 of the container 1 is closed, and then spraying of the spray liquid when the opening / closing tool 2 is opened a little. It is longitudinal cross-sectional explanatory drawing which respectively shows operation | movement (2) and spraying liquid dispersion | spreading stop operation | movement (3) when the opening / closing tool 2 is further opened. It is principal part expansion explanatory drawing of (1)-(3) of FIG.

  The form for implementing this invention is demonstrated in detail with the below-mentioned Example 1-3.

Example 1 is shown in the longitudinal cross-sectional explanatory drawing of FIGS.
1 to 2, when the opening / closing tool 2 of the container 1 is closed, the automatic spraying device in the container places the opening / closing tool 2 in the state shown in FIG. 1 (2) and FIG. 2 (2). A predetermined amount of sprayed liquid is sprayed by the closing operation, and then the spraying liquid is sucked by the opening operation of the opening / closing tool 2 to the state shown in (1) of FIG. 1 and (1) of FIG. The type is a spray liquid spraying device 100A and a push-in operation mechanism 300A.

The spray liquid spraying device 100A includes a spray liquid container 100 and a spray liquid discharge mechanism 200, and sprays only a spray liquid that is any one of a disinfecting liquid, a sterilizing liquid, a sterilizing liquid, an aromatic liquid, and a deodorizing liquid. It is accommodated in the accommodating part 100, and the spray liquid discharge mechanism 200 is made into the one fluid pushing pump discharge type.

The spray liquid storage unit 100 is attached to the opening / closing tool 2 side of the storage body 1 or the storage body itself by being attached and supported by elastic force by a pair of upper and lower Ω-type attachment / detachment holders 110.

The spray liquid discharge mechanism 200 includes a push button 202 with a spray port 201 at the upper part of the spray liquid container 100, a spray liquid discharger 210, and a suction pipe 204 that is connected to the lower part of the spray liquid discharger 210. The push button 202 is operated by the push operation mechanism 300 </ b> A to push in and discontinue.

The push button 202 forms a hemispherical head 202 a and can be moved up and down within a predetermined range by a spring 203. The spray port 201 of the push button 202 may be a known spray port 201 such as a mist spray nozzle, a mist spray port 201, a droplet spray port 201, and is selected according to the type of spray liquid and the purpose of spraying.

The spray liquid dispenser 210 is a pump-type spray liquid dispenser, and as shown in (1) of FIG. 2, a pair of cups 213 and 214 with on-off valves 211 and 212 are arranged to face each other to constitute a pump 215. The upper cup 213 is connected to the spray port 201 of the push button 202 via the upper opening / closing valve 211, and the lower cup 214 is connected to the suction pipe 204 via the lower opening / closing valve 212. From this state, the upper cup 214 is lowered by a push-down operation against the spring 203 of the push button 202 so as to be in the state shown in FIG. 2 (2), and the contained spray liquid is discharged from the pump 215 to the spray port 201. It sprays in the storage body 1. From this state, the upper cup 213 is raised by the lifting operation of the push button 202 by the restoring force of the spring 203, and the sprayed liquid is sucked and accommodated in the pump 215 via the lower opening / closing valve 212 of the lower cup 214. The state of (1) in FIG.

  The push-in operation mechanism 300A allows the tip portion to abut against and separate from the opening / closing tool 2 and slides into contact with the semi-circular head 202a of the push button 202 to push the push button 202 down and release it. A cam-operated operating arm 310 having a tapered cam 311a formed in the body, a spring mechanism 320a that urges the cam-operated operating arm 310 to enable reciprocal sliding within a predetermined range, and the cam-equipped operating arm 310; It consists of a frame 330 that houses the spring mechanism 320a and is detachably mounted on the upper part of the spray liquid container 100.

  The frame 330 is formed with a spraying opening 331 on the spraying direction side, a case 332 for the cam-equipped operating arm 310 is provided at the top, and is detachably fitted along the shoulder 110a of the sprayed liquid container 100 at the bottom. A skirt 334 a formed with a protruding fitting portion 333 a is provided, a guide 335 for vertically moving the push button 202 is formed at the center, and a spray liquid absorbing / dissipating member 336 such as a sponge is disposed in the spray opening 331. Thus, the spray liquid is prevented from scattering and the spray liquid is held and diffused into the container 1 for a long time.

The cam-equipped operating arm 310 is mounted on the case 332 of the frame 330 so that the main body can be slid in a predetermined range in the front-rear direction, protrudes at the front end portion to be able to contact and separate from the opening / closing tool 2, ), The taper cam 311a is slidably contacted with the hemispherical head 202a of the push button 202, and the push button 202 is pushed downward against the spring 203, and the spray liquid discharger 210 discharges the spray liquid. The taper cam 311a is slidably contacted with the semicircular head 202a of the push button 202 by forward sliding (sliding toward the opening / closing tool 2 side), and the push button 202 is raised by the restoring force of the spring 203. The spraying liquid discharge of the spraying liquid discharger 210 is stopped.
Further, the forward sliding area and the backward sliding area of the cammed operation arm 310 are limited by a stopper protrusion 336 formed at the front portion of the case 332 of the frame 330 and engaged with the groove 313 of the cammed operation arm 310. Do.

The spring mechanism 320a is housed in a compressed state in the front portion of the cam-equipped operation arm 310, and the rear end thereof is supported by a fixed support body 337 provided on the case 332 of the frame 330 so that an extension force is always applied to the cam-equipped operation arm 310. It is biased to enable the forward sliding and the backward sliding in the operating range of the operation arm 310 with a cam.

With the above configuration, in the container automatic spraying device of the first embodiment, when the opening / closing tool 2 of the container 1 is closed, the operation arm 310 with a cam is moved backward to oppose the push button 202 against the spring 203 at the tapered cam 311a portion. The spray liquid is sprayed from the pump 215 of the spray liquid discharger 210 into the container 1 through the spray port 201. When the opening / closing tool 2 is opened, the cam-equipped operating arm 310 is moved forward, and the push button 202 is lifted by the separating action of the taper cam 311a and the restoring action of the spring 203. The spraying is stopped and the sprayed liquid is sucked and stored in the pump 215 of the sprayed liquid discharger 210 to prepare for the next spraying.

Example 2 is shown in the longitudinal sectional view of FIGS.
3 to 4, when the opening / closing tool 2 of the container 1 is opened, the automatic spraying device within the container is brought into the state shown in (2) of FIG. 3 and (2) of FIG. A predetermined amount of spray liquid is sprayed by opening operation, and then the spray liquid is sucked in the state shown in (1) of FIG. 3 and (1) of FIG. This type is a type of spraying, and includes a spray liquid spraying device 100A and a pushing operation mechanism 300A.
The second embodiment is different from the first embodiment in the push button 202 of the spray liquid spraying device 100A, the operation arm 310 with a cam of the push operation mechanism 300A, and the spring mechanism 320b, and the other configurations are the same as those in the first embodiment. Therefore, the same portions are denoted by the same reference numerals, and detailed description thereof is omitted.

In the spray liquid discharge mechanism 200, the push button 202 with the spray port 201 forms a forward rising taper head 202b. Other configurations are the same as those of the embodiment.

The cam-operated operation arm 310 of the push-in operation mechanism 300 is provided with a taper cam 311b that rises forward in a body portion with a taper surface parallel to the taper surface of the taper head 202b, and the main body 330 can slide forward and backward within a predetermined range. Is attached to the case 332 so that the front end protrudes to be able to come into contact with and separate from the opening / closing tool 2, and the taper cam 311 b is slidably contacted with the taper head 202 b of the push button 202 by sliding backward to bring the push button 202 downward. The spray liquid discharge of the spray liquid discharger 210 is actuated and released by forward sliding.

The spring mechanism 320b is housed in a compressed state in the rear portion of the case 332 of the frame 330, and the distal end is pressed against the rear end surface of the cam-equipped operation arm 310 to constantly apply an extension force to the cam-equipped operation arm 310 in the forward direction. Thus, the forward sliding and the backward sliding in the operating range of the cammed operating arm 310 are made possible.

With the above configuration, in the container automatic spraying device of the second embodiment, when the opening / closing tool 2 of the container 1 is opened, the cam-equipped operating arm 310 moves forward to oppose the push button 202 against the spring 203 at the tapered cam 311b portion. The spray liquid is sprayed from the pump 215 of the spray liquid discharger 210 into the container 1 through the spray port 201. When the opening / closing tool 2 is closed, the cam-operated operating arm 310 is moved backward, and the push button 202 is lifted by the separation operation of the taper cam 311b portion and the restoring action of the spring 203, so that the spray port 201 enters the container 1 The spraying is stopped and the sprayed liquid is sucked and stored in the pump 215 of the sprayed liquid discharger 210 from the suction pipe 204 to prepare for the next spraying.

Embodiment 3 of the present invention is shown in the longitudinal sectional explanatory views of FIGS.
5 to 6, the container automatic spraying device is in a spraying stop operation state shown in (1) of FIG. 5 and (1) of FIG. 6 when the opening / closing tool 2 of the container 1 is closed. Thus, when the opening / closing tool 2 is slightly opened, the sprayed liquid spraying state shown in (2) of FIG. 5 and (2) of FIG. 6 is reached (spraying in the middle), and then the opening / closing tool 2 is further opened. 5 (3) and 6 (3) in FIG. And it is the type which enabled spraying on the way by these reverse operations.
The third embodiment is different from the first and second embodiments in that the push button 202 with the spray port 201 in the spray liquid spraying apparatus 100A and the spray liquid container 100a of the spray liquid discharge mechanism 200 in the spray liquid spraying apparatus 100A The spray liquid dispenser 210b, the frame 330 of the push-in operation mechanism 300A, and the cam-equipped operation arm 310 are the same as those in the second embodiment, and the same portions are denoted by the same reference numerals and detailed description thereof is omitted.

In the spray liquid spraying apparatus 100A, the spray liquid discharge mechanism 200 is a two-fluid mixed discharge type of spray liquid and compressed gas, and the spray liquid container 100b of the spray liquid discharge mechanism 200 includes a disinfectant liquid, It is a two-fluid type containing a spray liquid and high-pressure gas which are any one of a sterilizing liquid, a sterilizing liquid, an aromatic liquid, and a deodorizing liquid.

1. Configuration of the push button 202 with the spray port 201 The push button 202 forms one mountain wave head 202c, and a predetermined range can be moved up and down by a spring 203.

2. Configuration of spray liquid discharger 210b of spray liquid discharge mechanism 200 The spray liquid discharge mechanism 200 is connected to a two-fluid mixing chamber 220 having a spray liquid introduction pipe 221 connected to the lower portion and a gas introduction hole 222 on the side, and the same chamber. Lowering with the button 202, the discharge hole 223 is separated from the gasket 401 and opened downward, the gas mixture spray liquid is introduced from the spray liquid introduction pipe 221, and the high pressure gas is introduced from the gas introduction hole 222. The valve body 400 discharges the mixed two fluids from the discharge hole 223 to the spray port 201 of the push button 202. The valve body 400 is lifted by the restoring force of the spring 402 between the two-fluid mixing chamber 220 and the spray liquid introduction valve 221 to close the discharge hole 223 with the gasket 401, and the spraying of the mixed two-fluid from the spray port 201 is stopped. Type.

3. Configuration of the frame 330 of the push-in operation mechanism 300 The frame 330 is formed with a spray opening 331 on the spraying direction side, a case 332 for the operation arm 310 with a cam is provided on the top, and a spray of the spray liquid spraying device on the bottom. A skirt 334b having an inverted U-shaped fitting portion 333b that is detachably fitted to the shoulder joint protrusion 110b of the liquid storage portion 100 is provided, and a guide 335 for guiding the vertical movement of the push button 202 is formed at the center. .

4). The cam-equipped operation arm 310 of the push-in operation mechanism 300 forms a two-step mountain wave cam 311c, and the main body is attached to the case 332 of the frame 330 so as to be slidable within a predetermined range. The front end portion protrudes so as to be able to contact and separate from the opening / closing tool 2.
From the state shown in FIG. 5 (1), the cam-equipped operating arm 310 slides forward by the opening operation of the opening / closing tool 2, and at the initial stage, the mountain of the push button 202 is pushed by the first-stage mountain wave cam 311c-1. The push button 202 is slid into contact with the wave head 202c and the push button 202 is pushed downward to be in the state of (2) in FIG. 5, and then the spray liquid is sprayed. 311c-2 is slid forward to reach the state of (3) in FIG. The protrusion 336 of the case 332 of the frame 330 is a stopper protrusion that engages with the groove 313 of the cam-equipped operation arm 310 and restricts the forward sliding area and the backward sliding area of the cam-equipped operation arm 310.

5. The spring mechanism 320c of the spring mechanism 320c is housed in a compressed state in the rear portion of the case 332 of the frame 330, the front end is pressed against the rear end surface of the cam-equipped operation arm 310, and the cam-operated operation arm 310 is moved forward. The extension force is always urged to enable the forward sliding and the backward sliding in the operating range of the operation arm 310 with the cam.

With the above configuration, in the container automatic spraying device of Example 3, when the opening / closing tool 2 of the container 1 is opened, the operation arm 310 with a cam is moved forward, and the push button 202 is operated by the first-stage mountain wave cam 311c-1. Is moved downward against the spring 402, and the spray liquid discharge mechanism 200 is opened to cause the two-fluid spray liquid to be mist-like, mist-like, droplet-like, etc. into the container 1 through the spray port 201. And spray. Subsequently, the push button 202 is lifted by the restoring force of the spring 402 at the second-stage mountain wave cam 311c-2, and the spraying of the two-fluid spray liquid from the spray port 201 is stopped. Thereafter, this stop state is maintained while the opening / closing tool 2 is opened. Next, when the opening / closing tool 2 is closed, the tip of the cam-equipped operating arm 310 hits and retreats in the middle, and the push button 202 is moved down by the second-stage mountain wave cam 311c-2, and the spray port The container 1 is sprayed into the container 1, the push button 202 is lifted by the next first-stage mountain wave cam 311 c-1 to close the spray liquid discharge mechanism 200, and the container 1 from the spray port 201. The spraying inside is stopped.

  The automatic spraying device for doors or lids of the present invention exhibits the above-mentioned excellent operational effects and is a room as the container 1, furniture such as Western / Japanese dance, book storage shelves, tableware storage shelves, tools, etc. This contributes greatly to the industry that handles furniture such as storage boxes, and to end users such as general households, offices, and factories that use them.

1: Storage body 202c: Mountain wave head 2: Opening and closing tool 200: Spraying liquid discharge mechanism 100A: Spraying liquid spraying apparatus 300A: Pushing operation mechanism 100: Spraying liquid storage part 310: Operation arm with cam 201: Spraying ports 311a, 311b: Tapered cams 203, 402: springs 311c-1, 311c-2: mountain wave cam 202: push buttons 320a, 320b, 320c: spring mechanism 202a: hemispherical head 331: frame 202b: taper head

Claims (6)

In the spray liquid container 100A, a spray liquid spraying apparatus 100A equipped with a spray button 200 and a spray button 201 on the upper part thereof and a push button 202 that can be moved up and down by a spring (203, 402) and a spray liquid discharge mechanism 200. The spray liquid spraying device 100A is detachably mounted on the opening / closing tool 2 side of the storage body having the opening / closing tool 2 or the storage body 1 itself, and the push button 202 is pressed and operated by the opening / closing operation of the opening / closing tool 2 An operation mechanism 300A is provided along with the spray liquid discharge mechanism 200, and the push-in operation mechanism 300A makes its tip portion contactable and separable from the opening / closing tool 2 and slides into contact with the head of the push button 202 so that the push button 202 The cam-equipped operation arm 310 formed on the body portion for pushing and releasing the cam portion, and the cam-equipped operation arm 310 is urged to reciprocate and slide. A spring mechanism (320a, 320b, 320c) that is capable of functioning, and a frame body that accommodates these cam-equipped operating arms and spring mechanism, forms a spray opening, and is detachably mounted on the top of the spray liquid container. An automatic spraying device in a container characterized by comprising: The spray liquid spraying device 100A is characterized in that the spray liquid discharging mechanism 200 is a one-fluid push pump discharge type only for the spray liquid or a two-fluid mixed discharge type of spray liquid and compressed gas. The container internal automatic spraying device according to claim 1. The head of the push button 202 of the spray liquid discharge mechanism 200 is a taper head 202a or a hemispherical head 202b, and the cam portion of the operation arm 310 with a cam is a taper cam 311a or 311b. 2. The container automatic spraying device according to 2. The head of the push button 202 of the spray liquid discharge mechanism 200 is a mountain wave head 202c, and the cam portion of the cam-equipped operating arm 310 is a two-stage mountain wave cam 311c-1, 311c-2. The container automatic spraying device according to claim 1, claim 2, or claim 3. When the push button 202 of the spray liquid discharge mechanism 200 is pushed in the spray opening 331 of the frame 330, the spray liquid absorbing / dissipating member 336 is disposed around the front of the spray position of the spray port 201. The container automatic spraying device according to claim 1, claim 2, claim 3, or claim 4. The spray liquid stored in the spray liquid storage unit 100 of the spray liquid spraying apparatus is any one of a disinfecting liquid, a sterilizing liquid, a disinfecting liquid, an aromatic liquid, and a deodorizing liquid. The container automatic spraying device according to any one of claims 5 to 6.