JPH03258265A - Feeding path structure for deodorizing aromatizer in furniture - Google Patents

Abstract

PURPOSE:To get rid of spoiling appearance and containment property of a furniture etc., by providing a feeding and carrying paths for a deodorizing aromatizer in the furniture etc. CONSTITUTION:A feeding and carrying paths 11 for a deodorizing aromatizer N are formed in a locker 1 and the feeding and carrying paths consist of a piping constitution. A constitution of the locker 1 wherein the feeding and carrying paths 11 with this constitution are provided consists of a lot of divided rooms 2 formed above a base stage 3. A door plate 4 is provided at the front of each divided room 2 and a side plate 5 is provided on the outer side face of each divided room 2 on both sides. In addition, a top plate 6 is provided on the upper face of an upper divided room 2 and a back plate 7 is provided on the back face of each of these divided room 2. An each partition 8 divides between each divided room 2 and the locker 1 is thus constituted. One room of these divided rooms is used as a compressive carrying room wherein a compressive carrying apparatus 10 is placed. Various instruments, switches, operation lamps etc., are provided on the front panel of the compressive carrying apparatus 10. Feeding and carrying pipes 12 are stood upward from the upper panel of the compressive carrying apparatus 10 and the direction of the pipes is changed to the horizontal direction at the point where they reach the top plate 6.

Description

[Detailed Description of the Invention] (Object of the Invention) <Industrial Application Field> The present invention can be used in sports entertainment facilities such as golf courses and fitness clubs, other public facilities, as well as general homes and offices. A structure for supplying a deodorizing aromatic substance to furniture, etc., which is used to impart a deodorizing function to furniture such as lockers, which is used, and which is characterized in that the supply route is provided inside the furniture, etc. It is related to.

<Background of the Invention> The main function of furniture is to store and organize various items present in living spaces. Mk is devised to store and organize items efficiently and visually according to the purpose, application, and environment in which they are used. However, in recent years, it has become natural for furniture to have excellent storage and organization functions, and it has also become necessary for furniture to have other functions as well, making it possible to create living spaces that are more comfortable and highly functional. The development of furniture is desired.0 For example, if we look at lockers, which have traditionally been installed in locker rooms at companies and schools and are frequently used to store clothes, today they are being used in hotels, hospitals, golf courses, etc. They have come to be used in a variety of places, including sports and entertainment facilities such as tennis clubs and fitness clubs, and the situation is such that simply having excellent storage properties is not always sufficient. That is, in hospitals, etc., the odor of chemicals and other substances sticks to the clothes in the lockers, and in sports and entertainment facilities such as golf courses and fitness clubs, the odor emanating from clothes containing sweat and dirt permeates the entire changing room. In addition to storing clothes, lockers are now required to have deodorizing functions as well. In order to provide a locker with such a deodorizing function, it is desired to develop a feed path structure that can form a feed path for a deodorizing aromatic substance without impairing the appearance and storage properties of the furniture.

Technical matters for which development was attempted> The present invention was made in view of this background, and
When adding a deodorizing function to furniture, etc., the necessary supply path is formed inside the structural member of the furniture, etc., so that the appearance and storage properties of the furniture, etc. are not impaired.Deodorization of new furniture, etc. This is an attempt to develop a structure for feeding aromatic substances.

(Structure of the Invention) Means for Achieving the Object> The first invention of the present application, which is a structure for supplying a deodorizing aromatic substance in furniture, etc. This device is characterized in that the feeding path is provided inside the furniture or the like.

In addition to the above-mentioned requirements, the second invention of the present application, which is a structure for supplying a deodorizing aromatic substance in furniture, etc., is characterized in that, in addition to the above-mentioned requirements, the supply system is formed by a conduit.

Furthermore, in addition to the requirements of claim 1, the third invention of the present application is a structure for supplying a deodorizing aromatic substance in furniture, etc., and in addition to the requirements of claim 1, the supply route is formed by utilizing an internal space of a flash structure. It is characterized by this.

These inventions attempt to achieve the above object.

(Function of the invention) Since the feed path structure for the deodorizing aromatic substance in the furniture, etc. of the present invention is formed inside the top plate, partition plate, etc. of the furniture, etc., it does not impair the storability of each compartment and the appearance of the furniture, etc. This makes it possible to provide furniture, etc. with a deodorizing function.

<Examples> The present invention will be specifically described below based on illustrated examples. First, before explaining the structure of the feeding path for the deodorizing aromatic material of the present invention, the first section schematically shows the basic form of the feeding system for the deodorizing aromatic material when providing a deodorizing function to furniture, etc.
This will be explained using figures. This deodorizing aromatic material feeding system includes a pressure feeding section A that pumps the atmosphere of the deodorizing aromatic material N to a feeding system path 11 using pressurized air, and an example of a piece of furniture in which the deodorizing aromatic material N, which is pressure fed by the pressure feeding section AO, is transferred to a furniture. A feeding section At that leads to the locker 1, and a feeding section A1 that leads to the locker 1.
The structure includes an air supply part AZ that directly feeds the deodorized aromatic body N guided by the locker 1 into the locker 1. First, the pumping section AO stores the deodorizing aromatic body N in a sealed state and drives the compressor C for sending pressurized air into the deodorizing chamber R, as well as the deodorizing chamber R which is effectively the deodorizing aroma source. A motor M, a timer T, etc. are provided for this purpose. Further, the feeding section A1 is formed to extend from the deodorizing chamber R in the pressure feeding section A to each compartment 2 in the locker 1, and has a somewhat larger diameter than an air supply pipe 16 that constitutes a part of the air supply section A2, which will be described later. It consists of a feed pipe 12 and pipe joints 13 provided at appropriate locations along the pipe. and air supply part A
Reference numeral 2 denotes an air supply pipe 16 that branches at the pipe joint 13 and extends to each compartment 2, and a speed controller 1 provided as an example at an appropriate location of the air supply pipe 16 near the pipe joint 13.
7 and a large number of air supply holes 18 formed around the air supply pipe 16. Incidentally, caps 14 may be provided at the ends of the feed pipe 12 and the air supply pipe 16, if necessary, to prevent the deodorized aromatic material N from flowing out more than necessary.

The deodorizing aroma material feeding system thus constructed operates as described below. That is, first, the deodorizing aromatic body N is placed in the deodorizing chamber R in the pumping section A. This deodorizing aromatic substance N is usually a jelly-like semi-solid type, but of course it may be a solid type or a liquid type.The deodorizing aromatic substance N used in the present invention has a temperature of about room temperature. I used a material that gradually vaporized from the surface, but
It may also be one that requires heating. Moreover, various methods can be taken, such as heating to accelerate the rate of sublimation and increase the temperature of the deodorized aromatic substance N in the deodorizing chamber R. Furthermore, in the present invention, the term "deodorizing aromatic material N" refers to a concept that includes both the state before vaporization and the state after vaporization, and the name "deodorizing aromatic material N" is used, but it is also used as an insect repellent, moisture-proof, It is intended to mean a broad concept that also includes aromatic substances that have aromatic effects. When the deodorizing aromatic substance N sublimates in the deodorizing chamber R, the compressor C is started by driving the zero-order motor M, which forms an atmosphere of the deodorizing aromatic substance N in the deodorizing chamber R. The compressed air produced by the compressor C reaches the inside of the deodorizing chamber R, and acts as pressurized air to forcefully feed the deodorized aromatic substance N. In this way, the deodorized aromatic substance N in the deodorizing chamber R is sent to the next step, the feeding section A. That is, the deodorizing aromatic substance N is sent into the feed pipe 12 connected to the deodorizing chamber R, and reaches the air supply pipe 16 communicating with each compartment 2 through the feed pipe 12. In this way, the deodorizing aromatic substance N is sent from the supply section A1 to the air supply section A2, and is converted to a predetermined flow rate by the speed controller 17 provided in the air supply pipe 16, and is stamped in large numbers on the circumferential surface of the air supply pipe 16. The air is supplied into each compartment 2 through the air supply holes 18 provided therein. In the present invention, when the supply system line 11 is used, the deodorized aromatic substance N pumped by the pumping section A is connected to the air supply pipe 1.
This refers to a series of yarn paths up to the air supply hole 18 carved in 6. Furthermore, the speed controller 17 can be installed not only in the feed system 11 as shown above, but also in the pressure feeding device 10. can. Furthermore, as shown in FIG. 2, the feed pipe I2 is constructed into a loop-shaped endless body, so that instead of all the deodorizing aromatic substance N sent into the feed pipe 12 flowing out from the air supply hole 18, the remaining It is also possible to take a method in which the deodorized aromatic substance N is recovered into the deodorizing chamber R again and fed to the feed pipe 12 again.

Next, a specific example will be described in which the deodorizing aromatic body feed path structure of the present invention is applied to actual furniture. The embodiments described below relate to relatively high-class wooden lockers used at golf courses, fisotone clubs, etc., as an example.

In the embodiment shown in FIGS. 3 to 5, the feed line 1
1 is formed inside the locker 1, and the feed line 1 is formed inside the locker 1.
1 has a conduit configuration.

The structure of the locker 1 in which the feed line 11 having such a structure is provided is such that a large number of compartments 2 are formed above the base 3, and each compartment 2 has a door in front. A plate 4 is provided, side plates 5 are provided on the outer side surfaces of the compartments 2 on both sides, a top plate 6 is provided on the top surface of the upper compartment 2, and a back plate 7 is provided on the back of each compartment 2. ing. Each compartment 2 is divided by a partition plate 8,
The locker l is constructed in this manner. One room in each of these compartments 2 is used as a pressure-feeding chamber in which the pressure-feeding device 10 is installed. - As an example, in this embodiment, the uppermost compartment 2 of the right row is used as the pumping chamber. In addition, the pressure feeding device 10
The internal mechanism of has already been explained, so its explanation will be omitted here. Various instruments, switches, operation lamps, etc. are arranged on the front panel of this pumping device IO. Of course, some of these various equipment may be provided on the door plate 4 covering the front surface of the compartment 2, which is the pumping chamber, as long as the appearance of the locker 1 is not impaired.

A feeding pipe 12 is raised upward from the upper panel of the pressure feeding device 10, and when it reaches the top plate 6, its direction is changed to the horizontal direction. That is, this point is a characteristic configuration of the present invention, and the feed pipe 12 is a pipe jl! formed within the top plate 6. 20, the interior of the top plate 6 is directed toward other compartments 2 on the side. In addition, a pipe joint 13 is provided in the supply pipe 12 at a position that matches the partition plate 8 that partitions each of the compartments 2 in the left and right direction, and the air supply pipe 16 extends downward from the pipe joint 13 into the partition plate 8. It passes through the cavity 21 and extends almost to the vicinity of the base 3. A large number of air supply holes 18 are provided on the surface of the air supply pipe 16, and nozzles 22 provided in the air supply pipe 16 are inserted into the left and right compartments 2 from a cavity 21 carved in the partition plate 8. The tip is somewhat visible. Note that when forming the piping groove 2o and the cavity 21, since this type of furniture usually has a so-called flush structure, the internal space may be used and the piping may be placed inside this. In this embodiment, the deodorizing aromatic substance N is supplied to each compartment 2 by providing a nozzle 22, but as shown in an enlarged view in FIG. It is also possible to communicate between the section 21 and the compartment 2. Furthermore, when adding more lockers 1 with such a configuration, or when installing multiple units of lockers 1 with relatively narrow widths in parallel depending on the width of the installation space, the configuration shown in FIG. It is possible to adopt a configuration in which the feed pipe 12 is connected by a flexible joint 24 as shown in FIG. As an example, in this embodiment, the flexible joint 24 has a bellows-shaped center and is bendable, and connecting pipe portions 26 are provided on the left and right sides of the bellows portion 25. This connecting pipe portion 26 is attached to the feeding pipe 12 in a fitted state,
In that case, as shown in FIG. 7, the pipe diameter of the end connection part of the feed pipe 12 is made somewhat wider, and the connecting pipe part 26 of the flexible joint 24 is fitted into this wide diameter part 27. do. In addition, when connecting in this way, the feed pipe 12
The inner diameter of the flexible joint 24 can be matched with the inner diameter of the flexible joint 24, which is extremely advantageous in controlling the flow rate.
Of course, the connecting pipe portion 26 in the flexible joint 24
An embodiment shown in FIG. 8 will be described in which the diameter of the pipe is widened and the pipe diameter can be unified even if the feed pipe 12 is connected thereto. This device utilizes the internal space of the flash structure as it is as the feed line 11. Therefore, piping is required only between the pressure feeding device 1o and the top plate 6, but even if a flush structure is adopted, the internal space is divided into several parts by the reinforcing lattice material 29. Therefore, it is necessary to provide communication portions 3o in the grid material 29 at several locations as necessary. The other basic configurations are the same as those of the embodiment shown in FIGS. 3 to 5 described above, so the details thereof will be omitted. Similarly to the embodiment shown in FIG. 8, the embodiment shown in FIG. 9 is an embodiment in which the feed line 11 is formed using an existing structure. This utilizes the space created between the reinforcing columnar frame 32 provided in the case of a metal locker and the corner portion 33 of the locker 1 as the feed line 11. The above explanation is about furniture, but it can also be used for document cases used in offices, OA@@, etc., medicine cabinets in hospitals and pharmacies, and sinks, closets, and refrigerators in the home. can.

(Effects of the Invention) The feeding path structure for the deodorizing aromatic material in furniture, etc. of the present invention has the above-described configuration, and exhibits the following effects. That is, since the supply line 11 for the deodorizing aromatic substance N is provided inside the furniture, etc., the appearance of the furniture, etc. is not impaired.
Furthermore, all of the internal storage space for furniture and the like can be used except for the space where the pressure feeding device 10 is installed. Also, feeding system 1
1, a complicated arrangement structure can be achieved, and even when several lower cars 1 are arranged in parallel, they can be easily connected. Furthermore, if the internal space of the flanche structure in the plate material constituting furniture or the like is used as the feed line 11, a communication portion 3o is provided in the lattice material 29 that partitions this internal space.
Since it is only necessary to form the structure, the structure is simple, and the weight of the entire furniture etc. and the product cost can be reduced.

4, Drawings + 7) ffi II 132 Light Figure 1 is a schematic diagram showing the basic form of the deodorizing aromatic material feeding system, Figure 2 is a schematic diagram showing other embodiments of the same, and Figure 3 is A perspective view showing an embodiment of furniture using the feed passage structure of the deodorizing aromatic body of the present invention, FIG. 4 is a front view of the same, FIG. 5 is a longitudinal cross-sectional side view of the same, and FIG. FIG. 7 is an enlarged vertical cross-sectional view showing an example of a method of connecting the feed pipe, and FIG. 8 is a partially cutaway view of another embodiment in which the configuration of the feed line is changed. The front view and FIG. 9 are cross-sectional views of a portion of the locker showing the configuration of the feed line when a metal locker is used.

l;Locker 2; Compartment room 3; Base 4; Door board 5; side plate 6; Top plate 7; Back board 8; Partition plate 10; Pressure feeding device 11; Feeding system route 12i feed pipe 13; Pipe joint 14; Kya, bu 16i air supply pipe 17; Speed control 18: Air supply hole 20; Piping groove 21; hollow part 22; nozzle 23; Communication hole 24; Flexible Joy 25; bellows belly 26; Connection pipe part 27; Wide diameter part 29; Lattice material 30; Communication part 32; Auxiliary columnar frame 33; Part of corner troller AOi pumping section A1+feeding section A2, air supply part C; Compressor M; Motor N; deodorizing aromatic substance R: Deodorizing room T; timer

Claims (3)

[Claims] (1) A structure for supplying a deodorizing aromatic substance in furniture, etc., characterized in that the supplying system passage for the deodorizing aromatic substance is provided inside the furniture, etc. (2) A structure for feeding a deodorizing aromatic substance in furniture or the like according to claim 1, wherein the feeding path is formed by a conduit. (3) Claim 1, wherein the feeding path is formed by utilizing an internal space of a flash structure.
A feed path structure for a deodorizing aromatic substance in the furniture, etc. described above.