KR100831928B1 - A movable bathing vehicles - Google Patents

Abstract

A movable bathing vehicle is provided to prevent water pollution and to replace a filtering mesh easily by allowing a purifying tank body to be slid along a guide rail and drawing the purifying tank body to side part. A movable bathing vehicle comprises a shower room, an undressing room, a hot water tank, and a waste water purifying unit. The waste water purifying unit is slid along a plurality of guide rails installed at a rear side surface of a chassis frame of the vehicle. A first, a second, and a third purifying tank(36,37,38) and a discharging tank(39) are divided in a purifying tank body(34) using a screen partition(35) as a medium. A first, a second, and a third filtering mesh(36a,37a,38a) are detachably embedded in the plural purifying tanks respectively. A handle(42) is installed at the upper part of the filtering meshes. The hole of the second and the third filtering meshes are smaller than the hole of the first filtering mesh. A filtering member(38b) is filled in the third filtering mesh. The first purifying tank has an inlet(40) which is linked to a waste water outlet and a waste water line. A cover is movably installed at an upper part of the purifying tank body.

Description

A movable bathing vehicles

The present invention relates to a mobile bath car for easy bathing by moving to an inadequate bathtub facility, and in particular, a large amount of sewage generated after sour is cleaned and discharged after being cleaned by using a sewage purification apparatus installed in the vehicle. The present invention relates to a mobile bath vehicle that prevents contamination and, of course, withdraws a slidable sewage purification device to the front to easily replace the filter net and clean the septic tank.

In general, according to the modernization plan of the barracks facilities, bathing facilities are well established, but there are no vehicles equipped with bathing facilities for long-term operation and outdoor tactical training. It is either carried out or not carried out at all, and returns to the garrison after the training and operations are completed, taking a bath.

Therefore, there is a fear that individual and group health hygiene may not be guaranteed, and thus it may act as a weakening factor of combat force by lowering military aircraft.

In addition, small facilities or poor construction sites with poor working conditions do not provide adequate bathing facilities, which lowers workers' desire to work. In the case of a small business, the establishment does not accept such facilities due to lack of facility costs or installation space.However, it is difficult to renovate existing buildings or to build new buildings. It is following.

On the other hand, the elderly and the physically handicapped are unable to use the general bathing facilities due to their lack of ability to solve the cleanliness of themselves due to the fact that they spend most of their time lying down or have a very narrow radius of behavior. Even if a user wants to use a bathtub installed in a general house, it is difficult for the disabled person to move to take a bath, and even if there is a helper, the indoor bathtub is very inconvenient in structure.

Therefore, the welfare of the social bath culture (popularization of saunas and jjimjilbang) and the culture level of new generation soldiers (sour habits more than once a day) by distributing mobile baths that allow you to easily take a bath on the spot. In order to promote the morale of the military and the willingness to fight by creating conditions, measures are needed to enhance the welfare of workers and the desire to work in the workplace. It is becoming.

However, in the conventional mobile bath, there is no purification facility for properly purifying sewage generated after sour, or even if some purification facilities exist, the purification capacity is remarkably degraded, and the sewage is discharged to the site, causing environmental pollution. The problem is caused.

In addition, in order to maintain a strong purification process, it is necessary to periodically maintain the inside of the septic tank or replace a separate filter.However, the conventional portable bath is required for maintenance such as cleaning and filter replacement due to the structural characteristics of the purification facility. This is very difficult.

The present invention is to actively solve all the problems in the conventional mobile bath car, the waste water generated after sour passing through the inside of the purification treatment device consisting of a multi-stage septic tank cleanly discharged to the outside To make it possible.

The present invention divides the inside of the septic tank main body into a plurality of septic tanks, and each of the septic tanks to be arranged to separate the filter network to solve the problem.

In addition, the present invention is to solve the problem that the septic tank body is installed to be movable along the guide rail to draw the septic tank body to the side during cleaning of the septic tank and replacement of the filter net body to provide the convenience of the task.

The present invention is to quickly move to the area lacking bathtub facilities to facilitate the bath in the field to enhance the morale and welfare of the user, as well as the large amount of sewage generated after sour is not discarded as it is a multi-stage septic tank Impurities are filtered while passing through the interior of the device, and the sewage is cleaned and then discharged to the outside, thus providing the effect of preventing environmental pollution.

In addition, the purification treatment device can be slidably moved along the guide rail, so that the cleaning and cleaning of the septic tank and the replacement of the filtration net can be carried out to the side to easily maintain and repair without disturbing the vehicle. Provide effect.

The configuration of the preferred embodiment for effectively achieving the object of the present invention will be described.

Looking at the overall configuration according to a preferred embodiment of the present invention, a shower room 13 and a dressing room 12 partitioned inside the shower box 10 mounted on the vehicle 1; A hot water tank 20 installed at the front of the shower box 10 and storing hot water generated by the hot water boiler 21; It is installed to be slidably moved along a plurality of guide rails 33 mounted on the rear side of the chassis frame 2 of the vehicle 1, and the first through the screen partition wall 35 in the septic tank body 34, And second and third septic tanks 36, 37 and 38, and a discharge tank 39 are partitioned, and the first, second and third septic tanks 36, 37 and 38 are first and second, respectively. While the second and third filter net sieves 36a, 37a and 38a are separately separable, the first septic tank 36 includes a sewage discharge port 39a and a sewage line communicating with the shower room 13. Inlet 40 is formed to be connected to 41, and consists of an organic coupling configuration of the sewage purification apparatus 30, the cover 45 is installed to be opened and closed on the upper part of the septic tank body 34.

Hereinafter, the present invention made of the schematic configuration will be described in more detail.

First of all, the mobile bathing vehicle of the present invention is equipped with a shower box 10 so that the user can immediately take a shower by moving to the field, and the shower box 10 is provided with an entrance 11 for access to the rear side. The interior space is divided into a dressing room 12 and a shower room 13, and the dressing room 12 includes a locker 14 and a body dryer 15 having a hot / cold function to dry the water in a short time by a strong wind after sour. ) Is installed.

In addition, the shower room 13 is provided with a water tank 16 for replenishing cold water along the bottom circumference, and an independent shower booth using a partition 17 above the water tank 16. The shower faucet 18 is installed in each sour booth.

The hot water boiler 21 is installed in front of the shower box 10 and the hot water generated by operating the hot water boiler 21 is stored in a separate hot water tank 20 to use hot water in the shower room 13. This is possible, and configured to use it from time to time to supplement it as much hot water consumed.

In addition, a ventilation fan 19 for ventilation is installed on the ceiling of the shower box 10.

Therefore, it will be apparent that the portable bath car of the present invention can quickly move to a desired place and perform simple sour by a seat. At this time, a large amount of sewage generated after taking a shower is discharged to the outside through the sewage drain 10a communicated to the lower side of the shower room 13, in the present invention directly to the road through the sewage drain 10a. By sequentially passing through the interior of the sewage purification apparatus 30, which is the core of the present invention, without draining, it is characterized in that the environmental pollution is fundamentally blocked by draining it in a completely purified state.

The sewage purification apparatus 30 of the present invention for this purpose is installed to be slidably moved laterally along a plurality of guide rails 33 mounted on the rear side of the chassis frame 2 of the vehicle 1.

That is, a pair of vertical posts 31 are spaced apart from the chassis frame 2 of the vehicle, and the guide rails 33 are attached to the tip of the vertical posts 31 so that the guide grooves 32 face each other. 31 and the guide rail 33 is formed in the shape of the "b" as a whole it is possible to play a role of supporting the septic tank body 34 to be slidable.

The septic tank main body 34 is made of a rectangular housing to clean the sewage passing through the inside, and the first, second and third septic tanks 36 through a plurality of screen partition walls 35 therein. (37) (38) and the discharge tank (39) are partitioned, and the first, second, and third septic tanks (36, 37, 38) are respectively the first, second, and third filter nets (36a). (37a) (38a) are each separably embedded, the first septic tank 36 is formed with an inlet 40 through which the sewage is introduced, so that the inlet 40 is a wastewater drain hole communicating with the shower room (13) 10a and the sewage line 41 are connected.

In this case, the screen partition wall 35 is preferably configured in the form of a screen so that filthy water passes easily, but the screen partition wall 35 installed between the first and second purification tanks 36 and 37 may include a first purification tank ( 36, the upper portion is formed of a completely sealed wall as shown in FIG. 5 to prevent the sewage introduced into the second filter tank 36a without directly passing through the first filter net 36a. From the portion in contact with 36a) to the lower end is formed as a screen.

In addition, even in the case of the screen partition 35 installed between the third purification tank 38 and the discharge tank 39, the sewage introduced into the third purification tank 38 does not directly pass through the third filtering net 38a. The upper part is formed of a completely closed wall to prevent discharge into the discharge tank 39, and is formed as a screen from the portion in contact with the third filter net 38a to the lower end.

The screen partition wall 35 installed between the second and third septic tanks 37 and 38 may include a third filtration net even when the sewage flowing into the third septic tank 38 is not limited to the screen. Since it passes through 38a), the entire part may be formed into a screen.

Therefore, the sewage is first preferentially introduced into the first septic tank 36, and is sequentially purified after passing through the second and third septic tanks 37 and 38 of the multi-stage, and below the discharge tank 39. It is discharged to the outside through the formed discharge port (39a) to prevent environmental pollution.

Here, the first, second, third filter nets 36a, 37a, 38a are formed of a rectangular net and have a common point in which a handle 42 for drawing out is installed on the first filter net ( 36a) serves to filter sludge that is relatively large in particle size, and is formed at a lower height than other filter nets, and is disposed in the sewage stand 43 attached to the inner wall of the first septic tank 36. Large sludge can be introduced into the second septic tank 37 only after the filtered water is guided to the bottom after being filtered by the first filtering net body 36a.

The second and third filter nets 37a and 38a are formed to have a smaller hole size than the first filter net 36a to remove even the fine sludge contained in the sewage. The additional filter medium 38b is further filled in the sieve 38a to further improve the sewage treatment capacity.

In addition, the septic tank main body 34 has an upper part open so that the first, second and third filtration nets 36a, 37a, 38a can be removed and replaced or cleaned therein, and a cover 45 is provided at this opening. ) Is installed so as to be open and close to keep the airtight during the purification process of sewage to prevent leakage of sewage to the outside.

That is, the cover 45 is installed to be opened and closed while pivoting about the hinge shaft 46, and the lower end is in close contact with the packing 48 inserted into the packing insert 47 installed along the circumferential surface of the septic tank body 34. As a result, airtightness is maintained, and the locking member 49 is rotatably installed on the side of the septic tank main body 34, and the locking member 49 is caught by the locking member 50 attached to the cover 45. The nut 51 is screwed together to maintain the firm locking of the lid 45.

On the other hand, the roller mounting table 52 is integrally attached to both sides of the bottom surface of the septic tank body 34, and a pair of sliding rollers 53 are horizontally installed on both sides of the roller mounting table 52, The sliding roller 53 is inserted into the guide rail 33 via the guide groove 32 to allow the septic tank body 34 to move smoothly along the guide rail 33.

In this case, when the septic tank main body 34 is pulled out to the side, a technical configuration for preventing the septic tank main body 34 from falling downward is required as shown in FIG. 10 even if the sliding roller 53 leaves the guide rail 33. In the present invention, bar deflection guard 54 of the square body is integrally connected to one side of the roller mount 52, the deflection guard 54 is the guide groove 32 of the guide rail 33 By being fitted in the sagging guard 54 is held in the guide groove 32 to prevent the sagging tank body 34 to effectively fall.

The outer surface of the guide rail 33 is a sliding stopper 60 is further attached to limit the excessive movement during the sliding movement of the septic tank body 34, the sliding stopper 60 is the septic tank body 34 on the rear side A stopping panel 61 is formed vertically to stop excessive movement when drawn in, and a stopping pin 62 is installed at the front side thereof, and the stopping pin 62 penetrates the guide rail 33 to the inside thereof. By being installed, the sliding roller 53 is caught by the stopper pin 62 when the septic tank main body 34 is removed, and the movement is restricted, thereby preventing the septic tank main body 34 from being completely separated from the guide rail 33.

In addition, in order to prevent the septic tank body 34 from being squeezed toward either side when the septic tank main body 34 is slid and moved, a configuration of a separate anti-rolling roller 55 is further provided.

To this end, between the pair of vertical posts 31, an auxiliary vertical post 31a having a guide rail 33a with the guide groove 32 facing upwards is additionally mounted, and the guide rail 33a is mounted on the guide rail 33a. A pair of anti-rolling rollers 55 are installed on both sides of the roller mounting table 52 which penetrates through the fasteners 57 to the fixing bracket 56 attached to the bottom surface of the septic tank body 34, thereby being installed. As the anti-rolling roller 55 maintains its center, the septic tank main body 34 prevents the lateral movement of the left and right sides to ensure smooth mobility, and the guide rails 33 and 33a are mutually reinforcing frames 58. Maintain more solid integrity by connecting

In the present invention having such a configuration, sludge is neatly removed while passing through the interior of the septic tank main body 34 having multiple stages of showering, and as time passes, sludge is trapped in each filter net, thereby degrading purification ability. If the filtration tank main body 34 is drawn out to the side as shown in FIG. 10 and then the filter net can be replaced or cleaned in a state in which the cover 45 is temporarily opened. In this case, a wide working space that is not obstructed by surrounding obstacles By securing it, it is possible to simply clean it, thereby providing convenience for maintenance and repair.

1 is an exemplary view of a mobile bath for which the present invention is applied

Figure 2 is a plan sectional view showing the internal structure of the present invention mobile bath

Figure 3 is a front view of the installation state of the present invention sewage purification apparatus

Figure 4 is a side cross-sectional view of the installation state of the present wastewater purification apparatus

Figure 5 is a longitudinal sectional view showing the internal structure of the present invention septic tank body

Figure 6 is a cross-sectional view of the installation state of the vertical post and the guide rail of the present invention

7 is a longitudinal cross-sectional view of the installation state of the sliding roller of the present invention;

Figure 8 is a longitudinal cross-sectional view of the installation state of the present invention anti-tension roller

9 is a perspective view of the present invention the sliding stopper

10 is a side view of the sliding movement state of the present invention septic tank body

[Explanation of symbols on the main parts of the drawings]

2: chassis frame 10: shower box

12: Changing Room 13: Shower Room

20: hot water tank 30: sewage purification device

31: vertical post 33, 33a: guide rail

34: septic tank body 35: screen partition

36: 1st septic tank 37: 2nd septic tank

38: third septic tank 36a: first filtration network

37a: second filter net 38a: third filter net

38b: filter medium 45: cover

53: sliding roller 55: anti-rolling roller

60: sliding stopper 62: stopper pin

Claims (6)

A shower room 13 and a dressing room 12 partitioned inside the shower box 10 mounted on the vehicle 1; A hot water tank 20 installed at the front of the shower box 10 and storing hot water generated by the hot water boiler 21; It is installed to be slidably moved along a plurality of guide rails 33 mounted on the rear side of the chassis frame 2 of the vehicle 1, and the first through the screen partition wall 35 in the septic tank body 34, And second and third septic tanks 36, 37 and 38, and a discharge tank 39 are partitioned, and the first, second and third septic tanks 36, 37 and 38 are first and second, respectively. While the second and third filter nets 36a, 37a and 38a are separably embedded therein, the first septic tank 36 has a sewage drain 10a and a sewage line communicating with the shower 13. 41 is formed, the inlet opening (40) is connected, the mobile car, characterized in that made of a sewage purification device 30, the cover 45 is installed on the upper part of the septic tank body 34 to be opened and closed. The method of claim 1, The first, second and third filtration nets 36a, 37a and 38a may be formed of a rectangular mesh but have a handle 42 installed thereon, and the second and third filtration nets 37a and 38a. The hole of the mobile filter, characterized in that formed in a smaller size than the first filter net (36a), the filter medium (38b) is filled in the third filter net (38a). The method of claim 1, The sewage purification apparatus 30 has a guide rail 33 attached to the tip of the pair of vertical posts 31 mounted on the chassis frame 2 so that the guide grooves 32 face each other, and the septic tank 33 is attached to the guide rail 33. Sliding roller 53 installed in the roller mounting table 52 attached to the bottom surface of the main body 34 is inserted, the deflection prevention 54 connected to one side of the roller mounting table 52 is the septic tank body 34 Mobile bath, characterized in that inserted into the guide groove (32) to prevent falling out of the. The method of claim 3, wherein A sliding stopper 60 is attached to an outer surface of the guide rail 33, and the sliding stopper 60 has a stopping panel 61 that stops when the septic tank main body 34 is inserted at the rear side thereof. Stopping pin (62) installed on the front side is a mobile bath, characterized in that it is disposed through the guide rail (33) to take the sliding roller (53) when the septic tank body (34) is taken out. The method of claim 3, wherein Between the pair of vertical posts 31, an auxiliary vertical post 31a having a guide rail 33a with the guide groove 32 facing upwards is further mounted, and the septic tank body (a) is attached to the guide rail 33a. Moving bath, characterized in that the anti-tip roller 55 is installed on the bottom surface of the septic tank main body 34 is inserted to prevent the side 34 from tipping sideways. The method of claim 1, Cover 45 is installed to open and close via the hinge shaft 46, the lower end is in close contact with the packing 48 fitted to the packing insert 47 provided along the circumferential surface of the septic tank body 34 to maintain airtightness The locking member 49 rotatably installed on the side of the septic tank main body 34 is locked to the locking member 50 attached to the cover 45 while maintaining the locking of the cover 45. car.

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