JP2018086173A - Solvent spray box - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a solvent spray box where a solvent is automatically sprayed to a spray object all around, and further, it is possible to inhibit the solvent from being sprayed more than necessary.SOLUTION: Provided is a solvent spray box 1 for applying sterilization, deodorant and aroma to a cloth product essentially consisting of clothing, composed of a box body 10 with required length, width and height whose circumference is surrounded by side walls 11 and also having a hollow part A provided with a top plate 12 and a bottom plate 13. A charge port 14 is opened to the prescribed place of the top plate or the side walls, a discharge port 16 is opened to the side walls, the prescribed place of the top plate, the bottom plate or each side wall is provided with one or more mounting parts 18 capable of mounting with the spray port C1 of a spray C filled with a bactericidal agent, a deodorizer, an aromatic or the like toward the hollow part, the prescribed place of the box body is provided with a detection mechanism detecting the fact that a cloth product is charged from the charge port into the hollow part, and, linked with the detection of the charge of the cloth product from the charge port by the detection mechanism, the solvent is automatically sprayed from the spray port of the spray to the inside of the hollow part.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a box-type box that disinfects, deodorizes, and aromas a cloth product mainly made of clothing.

  Various sprayers for spraying a sterilizing agent, a deodorizing agent, and a fragrance agent on cloth products mainly made of clothing are provided. When spraying these agents, it is a general practice to directly spray directly from a location slightly away from the spray target toward the cloth product that is the target in a predetermined space inside or outside the room. It is. If the subject of spraying is clothing such as pajamas, one or two manual sprays are sufficient at one time, but for relatively large fabric products such as towels and sheets, spray many times at once so that they can be distributed evenly. Action is required.

  By the way, when spraying the container directly by hand in this way, not all of the mist-like liquid sprayed from the spray port reaches the cloth product, but most of it is in the air before it reaches the target. As a result, it is sprayed wastefully as a result. In order to eliminate such waste, it is conceivable to spray the spray port close to the target, but in that case, the spray range becomes narrow, and the number of sprays is set in order to distribute the solution uniformly throughout the whole. There is a problem that it is necessary to increase the volume and that the use of the agent more than necessary is invited. Accordingly, there is a need for a technique for spraying such a container evenly on the object to be sprayed and for suppressing the spraying of the solvent more than necessary.

  In order to solve the above problems, for example, there is a “spraying agent spraying mechanism for opening and closing unit” (Patent Document 1) that automatically sprays a spray that deodorizes indoor odors when the opening and closing unit is opened and closed. It has been proposed and is a known technique.

  However, the proposal of such a “spraying mechanism of the spray at the opening and closing part” is based on the opening and closing that sprays the fragrance and other sprays into the room near the door as the door used in a building such as a house opens and closes. The present invention relates to a spraying mechanism for spraying a part, and is not a technical proposal for a cloth product mainly including clothing as in the present invention.

  Further, there is an “automatic deodorization device” (Patent Document 2) that can automatically and reliably perform deodorization processing of a room by starting an operation of a deodorant spraying device using an operation that is weighted by a human. It has been proposed and is a known technique.

  However, the proposal of the “spraying mechanism of the spraying agent of the opening / closing part” is such that the ultrasonic vibrator is actuated by a signal from the pressure sensor and sprays the deodorant from the deodorant container into the indoor space, Like the above, it was not the technical proposal with respect to the cloth products which mainly have clothes like this invention.

  Furthermore, a “deodorant spraying system” (Patent Document 3) for automatically deodorizing odors of goods stored in truck containers or warehouses having facilities such as cold storage, refrigeration, and freezing has been proposed, and is known in the art. It has become.

  However, the proposal of such a “deodorant spraying system” is related to the mixed loading of different types of products and the types of products previously stored by automatically deodorizing the odors of products stored in truck containers and warehouses. In addition, it is possible to store different products, improve the operation rate of truck containers and warehouses, and eliminate the cause of the increase in logistics costs. It was not a technical proposal for a cloth product.

  The present applicant pays attention to the problems such as labor and use of unnecessary agents when spraying disinfectants, deodorants, and fragrances on cloth products mainly made of clothes, and the above-mentioned by a simple structure. Based on the idea that this problem cannot be solved, a device that suppresses excessive spraying of the agent as well as automatically spraying the agent evenly on the spraying object by introducing it into the predetermined space is developed. This leads to the proposal of the “container spray box” in the present invention.

JP 2003-184451 A Japanese Patent Laid-Open No. 10-211266 Registered Utility Model No. 3046139

  In view of the above-described problems, an object of the present invention is to provide a container spray box capable of automatically spraying a container evenly on a spray target and suppressing unnecessary spray of the container.

  In order to solve the above-described problems, the present invention provides a container spray box for disinfecting, deodorizing, and smelling cloth products mainly made of clothing, wherein the container spray box is surrounded by a side wall. A box having a required length, width, and height, which is enclosed and has a hollow portion having a top plate and a bottom plate, and is formed by opening an inlet at a predetermined position of the top plate or the side wall. An outlet is opened at a predetermined location, and a spray port of a sprayer in which a predetermined location on the top plate, bottom plate or side wall is filled with a disinfectant, a deodorant, a fragrance or the like is formed in the hollow portion. One or a plurality of attachment portions that can be attached to the housing is provided, and a predetermined mechanism of the box is provided with a detection mechanism that detects that a cloth product has been introduced into the hollow portion from the insertion port. , The detection mechanism detects that a cloth product has been input from the input port. In conjunction with the, contents agent from the spray nozzle of the sprayer to adopt means which is sprayed automatically into the hollow portion.

  In the present invention, the detecting mechanism may employ means including a link mechanism that converts the force of dropping the cloth product from the charging port into the hollow portion to the force of spraying the container from the sprayer.

  Further, according to the present invention, there is provided means comprising: a detection sensor that detects that the cloth product has passed through the insertion port; and a sensor mechanism that receives the detection signal from the detection sensor and sprays the container from the sprayer. Can be adopted.

  Furthermore, the present invention may employ means in which the bottom plate is formed in a lattice shape or a net shape having air permeability, and a plurality of legs having a required height are provided below the box.

  Furthermore, the present invention can employ means comprising a closing lid that can be opened and closed at the charging opening.

  In addition, the present invention may employ a means in which the charging lid body can hold an upright state at a predetermined angle.

  Furthermore, the present invention can employ means comprising an extraction lid that can be opened and closed at the outlet.

  According to the container spray box according to the present invention, the container is automatically sprayed into the hollow portion from the spray port of the sprayer in conjunction with detection of the cloth product being input from the input port by the detection mechanism. By adopting the means, it is possible to save the trouble of manual spraying.

  Further, according to the container spray box according to the present invention, the container is wasted because the container spray is performed on the cloth product surrounded by the side wall and put into the hollow part having the top plate and the bottom plate. There is an excellent effect that it is possible to spray the agent evenly on the spray target without scattering into the air.

  Furthermore, according to the container spray box according to the present invention, since a certain amount of the container spray is automatically performed in the hollow portion, it is possible to suppress an excessive amount of the container spray. .

It is a perspective view which shows embodiment of the container spray box concerning this invention. It is explanatory drawing which shows the charging lid body of the container spray box concerning this invention. It is explanatory drawing which shows the detection mechanism of the container spray box concerning this invention.

The container spray box 1 according to the present invention is connected to the container W from the spray port C1 of the sprayer C in conjunction with the detection mechanism 20 detecting that the cloth product has been input from the input port 14 into the hollow portion A. The most characteristic feature is that a means for automatically spraying the inside of the hollow portion A is adopted.
Hereinafter, an embodiment of a container spray box 1 according to the present invention will be described based on the drawings.

  It should be noted that the present invention is not limited to the embodiments described below, and may be modified as appropriate within the scope of the technical idea of the present invention, that is, within the range of shapes, dimensions and the like that can exhibit the same operational effects. Can do.

FIG. 1 is an explanatory view showing an embodiment of a container spray box 1 according to the present invention.
A container spray box 1 according to the present invention is constituted by a box 10 having a required length, width, and height, surrounded by a side wall 11 and having a hollow portion A having a top plate 12 and a bottom plate 13. Has been.

  The overall appearance shape of the container spray box 1 is shown as a rectangular shape in the drawing, but in addition to the illustrated shape, for example, a box having a side wall 11, a top plate 12 and a bottom plate 13 such as a cylindrical shape or a polygonal cylindrical shape. If it is the body 10, the external shape will not be limited.

  At a predetermined location on the top plate 12 or the side wall 11, an insertion port 14 for introducing a cloth product, mainly clothing, into the hollow portion A is opened. 1 and 2A show the case where the insertion port 14 is opened in the top plate 12, and FIG. 2B shows the case where the insertion port 14 is opened in the side wall 11. FIG. As shown in the drawing, it is conceivable that the charging port 14 includes a charging lid 15 that can be opened and closed via a hinge mechanism or the like. By providing the charging lid 15, it is possible to close the charging port 14 after loading the fabric product, and to prevent the sprayed container W from scattering into the air from the loading port 14.

  In the case of adopting an aspect including the charging lid 15, as shown in FIG. 2, there is an aspect in which the charging lid 15 is held upright at a predetermined angle θ with respect to the top plate 12 or the side wall 11 when opened. desirable. By adopting such an embodiment, the input lid 15 can exhibit a function as a guide plate when the fabric product is input. That is, when a cloth product is to be thrown into the input port 14 from a slightly distant place, by throwing it toward the bottom surface of the input lid 15, the cloth product slides down the bottom surface and is guided to the input port 14. It will be thrown into the hollow part A.

  An outlet 16 for taking out the fabric product in the hollow portion A is opened at a predetermined location on the side wall 11. As shown in the drawing, the outlet 16 may be provided with an extraction lid 17 that can be opened and closed via a hinge mechanism or the like. At this time, the take-out lid 17 can be configured to be a pull-out type instead of the hinge mechanism, and by pulling out the pull-out type take-out lid 17, a mode in which the fabric product in the hollow portion A is simultaneously pulled out is possible. is there. By providing the take-out lid 17, it is possible to prevent the sprayed container W from scattering from the take-out port 16 into the air.

  A mounting portion 18 to which the sprayer C can be mounted is provided at a predetermined location on the top plate 12, the bottom plate 13, or the side wall 11. The mounting portion 18 is provided in at least one or a plurality of two or more at predetermined positions on the top plate 12, the bottom plate 13, or the side wall 11, and can be mounted in a state where the spray port C1 of the sprayer C faces the hollow portion A. It has become. Regarding the form of the mounting portion 18, as shown in the drawings, the top plate 12, the bottom plate 13, and the side wall 11 are provided in a concave shape so that the sprayer C can be accommodated in the outer periphery, the top plate 12, the bottom plate 13, It is also possible to provide the outer side wall 11 so that it can be placed on the outside. When there is only one mounting portion 18, there is only one sprayer C to be mounted, and therefore, only one sprayer C filled with a container W according to one purpose such as deodorization is mounted. On the other hand, in the case where there are a plurality of mounting portions 18 that are two or more, a plurality of sprayers C can be mounted, and for example, various types of containers W can be used according to a plurality of purposes such as deodorization and aroma, sterilization and deodorization. Each of the filled sprayers C can be mounted on a plurality of mounting portions 18.

  The sprayer C is filled with the container W, sprays the container W onto the fabric product from the spray port C1, and a commercially available one is sufficient. Of course, a dedicated sprayer C that matches the structure of the present invention may be developed and adopted. As for the filling agent W, various kinds of agents W can be conceived depending on the purpose of spraying what kind of the agent W to the fabric product in the spray mode, and is not particularly limited. If the specific example of the container W is given, a deodorizing agent, a fragrance | flavor, a disinfectant, a perfume, and various other things can be considered.

  The structure of the bottom plate 13 is not particularly limited, and may be a closed plate shape. However, the bottom plate 13 preferably has air permeability. For example, as shown in the drawings, a lattice shape can be considered. Thus, by making the bottom plate 13 into a lattice shape, it is possible to discard dust, lint, and the like generated from the cloth product put into the hollow portion A to the bottom of the bottom plate 13. In addition, as a structure provided with air permeability, an aspect of forming a net shape in addition to a lattice shape can be considered.

  When the bottom plate 13 is formed in a lattice shape or a net shape, a required gap is required below the bottom plate 13 in order to provide air permeability. Therefore, below the box body 10, as shown in the figure, a leg portion 19 for forming a gap is provided. The leg portion 19 has a required height for forming a gap, and a plurality of leg portions 19 are provided for one box 10.

  A predetermined mechanism of the box 10 is provided with a detection mechanism 20 for detecting that a cloth product has been input into the hollow portion A from the input port 14. FIG. 3 is an explanatory view showing the detection mechanism 20 of the container spray box 1 according to the present invention. The detection mechanism 20 is for automatically spraying the container W in conjunction with the loading of the fabric product, and the specific structure thereof is the link mechanism 21 shown in FIG. A sensor mechanism 24 shown in FIG.

The link mechanism 21 is a representative example when the detection mechanism 20 has a mechanical / mechanical structure, and includes a closing detection arm 21a, a link arm 21b, and an urging portion 21c.
The input detection arm 21a directly detects that a cloth product has been input from the input port 14, and is composed of a rod-shaped body or a plate-shaped body having a required shape, and has a distal end portion and a base end portion centered on a fulcrum. Can be moved up and down. The distal end portion of the making detection arm 21a is disposed so as to protrude toward the making port 14, and the base end portion of the making detection arm 21a is rotatably connected to the connection end portion of the link arm 21b.
The link arm 21b performs a push operation so that the container W is sprayed from the spray port C1 of the sprayer C in conjunction with the operation of the input detection arm 21a, and is composed of a rod-like body or a plate-like body having a required shape. The connecting end portion and the pressing portion can move up and down around the fulcrum. The distal end portion of the link arm 21b is rotatably connected to the proximal end portion of the closing detection arm 21a, and the pressing portion of the link arm 21b is disposed at a position where the spray button C2 of the sprayer C can be pushed. Yes.
The urging portion 21c is for returning the making detection arm 21a that has received the drop force of the cloth product to its original position, and is composed of a spring member such as a coil spring or a leaf spring, and gives the urging force to the making detection arm 21a. It is arranged appropriately at the place to obtain.

  In the link mechanism 21 having the above structure, the distal end portion of the making detection arm 21a and the connecting end portion of the link arm 21b serve as power points, and the proximal end portion of the making detection arm 21a and the pressing portion of the link arm 21b serve as action points. The distal end of the arm 21a receives the drop force of the cloth product and moves downward, and the base end moves upward. In conjunction with this, the connecting end of the link arm 21b moves upward and the pressing portion moves downward. By moving freely, the pressing portion pushes the spray button C2 of the sprayer C, and the container W is sprayed from the spray port C1. Then, when the closing detection arm 21a is returned to the original position by the urging force of the urging portion 21c, the link arm 21b is also returned to the original position in conjunction therewith.

The sensor mechanism 24 is a typical example when the detection mechanism 20 has an electrical structure, and includes an optical sensor 24a, a control unit 24b, and a drive unit 24c.
The optical sensor 24a indirectly detects that a fabric product has been input from the input port 14, and is composed of an optical camera. The optical sensor 24a functions as a sensor that generates a detection signal when the fabric product passes immediately before. The optical sensor 24a is disposed at a predetermined location near the insertion port 14, and a signal that detects the passage of the cloth product is transmitted to the control unit 24b.
The control unit 24b electronically controls the spraying of the container W from the sprayer C, and includes, for example, a CPU and a ROM in which a control program for operating the CPU is stored. In response to the detection signal of the sensor 24a, a command is transmitted so that the container W is sprayed from the spray port C1 of the sprayer C.
The drive unit 24c sprays the container W from the sprayer C, and performs a push operation on the spray button C2 of the sprayer C in response to a command from the control unit 24b.

  In the sensor mechanism 24 having the above structure, the optical sensor 24a detects that the cloth product has been input to the input port 14, sends the detection signal to the control unit 24b, and receives the detection signal, thereby the control unit 24b. Appropriately transmits a spray command to the drive unit 24c, the drive unit 24c pushes the spray button C2 of the sprayer C in response to the spray command, and the container W is sprayed from the spray port C1. In addition, since the said sensor mechanism 24 is an aspect which electrically performs spraying operation via the control part 24b, the spray amount (spraying time) of the container W is changed according to the magnitude | size etc. of the supplied cloth product. Various spraying operations are possible depending on the content of the control program, such as spraying time difference spraying instead of spraying in conjunction with real time input of cloth products or spraying.

  The container spray box 1 according to the present invention configured as described above is connected to the container W from the spray port C1 of the sprayer C in conjunction with the detection mechanism 20 detecting that the fabric product has been input from the input port 14. Is automatically sprayed into the hollow portion A, so that the labor of manual spraying can be saved and the container W can be uniformly applied to the fabric product to be sprayed without the container W being scattered in the air unnecessarily. It becomes possible to spray, and also contributes to suppression of spraying of the container W more than necessary.

  The present invention enables spraying of the agent evenly on the object to be sprayed while saving the trouble of manual spraying when spraying the agent for disinfecting, deodorizing and aromating the cloth product mainly of clothing. Therefore, the industrial applicability of the “container spray box” according to the present invention is considered to be extremely large.

DESCRIPTION OF SYMBOLS 1 Container spray box 10 Box 11 Side wall 12 Top plate 13 Bottom plate 14 Input port 15 Input lid body 16 Outlet port 17 Extraction lid body 18 Mounting part 19 Leg part 20 Detection mechanism 21 Link mechanism 21a Input detection arm 21b Link arm 21c With Force part 24 Sensor mechanism 24a Optical sensor 24b Control part 24c Drive part A Hollow part C Sprayer C1 Spray port C2 Spray button W

Claims (7)

It is a container spray box for disinfecting, deodorizing, and scenting cloth products, mainly clothing,
The container spray box is composed of a box having a required length, width and height having a hollow portion surrounded by a side wall and having a top plate and a bottom plate,
A slot is opened at a predetermined location on the top plate or side wall,
An outlet is opened at a predetermined location on the side wall,
One or a plurality of mounting portions capable of mounting a spray port of a sprayer in which a predetermined part of the top plate, the bottom plate, or the side wall is filled with a disinfectant, a deodorant, a fragrance or the like toward the hollow portion Provided,
A predetermined mechanism of the box is provided with a detection mechanism for detecting that a cloth product has been introduced into the hollow portion from the insertion port,
A container spray box, wherein the container is automatically sprayed into the hollow portion from the spray port of the sprayer in conjunction with detection of the cloth product being input from the input port by the detection mechanism.   2. The container spray box according to claim 1, wherein the detection mechanism comprises a link mechanism that converts a force of dropping the cloth product from the charging port into the hollow portion into a force of spraying the container from the sprayer.   The detection mechanism includes a detection sensor that detects that a cloth product has passed through the insertion port, and a sensor mechanism that receives a detection signal from the detection sensor and sprays a container from a sprayer. The container spray box described.   4. The base plate according to claim 1, wherein the bottom plate is formed in a lattice shape or a net shape having air permeability, and a plurality of legs having a required height are provided below the box. The container spray box according to any one of the above.   The container spray box according to any one of claims 1 to 4, wherein an opening lid that can be opened and closed is provided at the inlet.   The container spray box according to claim 5, wherein the charging lid body can hold an upright state at a predetermined angle.   The container spray box according to any one of claims 1 to 6, wherein an extraction lid that can be opened and closed is provided at the outlet.