KR102069176B1 - biochemistry neutralize equipment - Google Patents

Abstract

The present invention relates to a detoxification facility equipment, to select a shower head for spraying disinfectant solution according to the condition of the contaminated patient to quickly decontaminate the contaminants, and also to store the sour means by raising it to the ceiling when not in use, When using the product, it is lowered to the appropriate height with the patient's body to solve the inconvenience, and to minimize the exposure of the body by eliminating the decontamination part in the emergency space, and to prevent the secondary infection by preventing sewage splashing in all directions. A fixed support, a guide curtain roller rotatably installed together with the support, a guide curtain installed on the guide curtain roller, a weight fixed on the bottom of the guide curtain, a shower means fixed on the weight, and an indoor floor. It is to provide a disinfectant solution supply means for supplying the drainage means and disinfectant solution provided.

Description

Detoxification Equipments {biochemistry neutralize equipment}

The present invention relates to a detoxification facility equipment, and more particularly, a shower means for spraying disinfectant solution can be configured to be elevated to lower the height to be able to detoxify the patient when in use and to raise to the indoor ceiling when not in use. The present invention relates to an apparatus for detoxification facilities in which a shower head can be selected according to a case in which the shower member can be detoxified by the patient and otherwise the medic should be detoxified while lying in bed.

In general, the Admiral's prior meaning is the process of decomposing, weakening, and eliminating biological and biological agents to ensure a safe environment. The detoxification equipment may be a mechanical method such as a filter or a cleaning, a chemical in the form of a liquid, a gas or an aerosol (hereinafter referred to as a 'sterilization solution') or a physical method such as heat or radiation.

Such detoxification equipment is generally equipped with facilities and detoxification treatment units in preparation for chemical and biological discharges, which are referred to by the military.In the current society, workers at construction sites and industrial sites that are exposed or exposed to underground toxic gases are treated by industrial workers. Accidents such as choking have continued.

When contaminated with such harmful gas or substance, the contaminated body must be washed quickly with disinfectant solution to prevent human accidents. Such a conventionally disclosed detoxification device is disclosed in Korean Patent Publication No. 2012-0085091 (name: decontamination device) Has been disclosed and its configuration

Reservoir tank in which the disinfectant solution is fresh and a sewage tank for recovering and polluting contaminants; A shower head receiving the disinfectant solution stored in the reservoir using a pump and simultaneously recovering the sprayed water to a pollutant; And a separation tank for collecting the contaminants recovered by the shower head along a drain line to separate the contaminants and the air, wherein the shower head is provided with a nozzle and a recovery port, and the contaminant is blown with the recovered contaminant. Separation means for separating by the pump operation is provided.

The conventional decontamination apparatus configured as described above has the effect of disinfecting the contaminated portion with the disinfectant solution and recovering the disinfectant solution at the same time so that the disinfectant and the contaminants remain in the decontamination portion, and also can be miniaturized, thereby enabling continuous decontamination of the contaminants.

However, the conventional detoxification apparatus has a problem in that the decontamination may not be appropriately performed according to a condition of a contaminated patient, that is, a state in which the patient can detoxify the patient himself or the behavior of the decontamination.

In other words, if the patient can decontaminate themselves, the shower should be able to remove contaminants from the body quickly, or if the patient is transported to the emergency bed due to uncomfortable movement, the medical staff will remove the contaminants from the body. It is necessary to remove every corner, but there is a problem that rapid detoxification is not possible depending on the condition of the patient because there is no such equipment.

In addition, the conventional detoxification apparatus is exposed to a certain space, it is impossible to utilize the emergency facility space when not in use, and when the detoxification is very difficult to disinfect and clean the space.

In addition, when decontamination is carried out, the sterilized sewage splashes in all directions and may be secondaryly infected by people or objects around it, but such problems cannot be solved.

The present invention has been made to solve the above problems, it is possible to quickly decontaminate the contaminant by selecting a shower head for spraying disinfectant solution according to the condition of the contaminated patient, and also the ceiling when the sour means are not used It is stored at the height of the patient, and when used, it is lowered to the appropriate height to solve the inconvenience of using it.In addition, it minimizes the exposure of the body by minimizing the exposure of the body by eliminating the decontamination in the emergency space and prevents the sewage from splashing in all directions. To provide detoxification equipment.

The present invention is configured as follows to achieve the above object. That is, the ceiling fixture is fixed to the ceiling and the support is arranged at regular intervals, and formed in a cylinder, the radially fixed groove is formed inside the installation cover fixed to the front and rear ends of the support, respectively, and the stationary Guide membrane roller which rotates by receiving the power of a rotating motor, a guide curtain which is fixed to the fixing groove by being fitted with an upper rod and fixed or unrolled according to the forward / reverse rotation of the guide membrane roller, and fixed to the lower of the guide curtain And a weight with flanges arranged at regular intervals in the lower part, a disinfectant tube formed in a hollow shape, the front of which is closed, and a rear part connected to a disinfectant supply hose; and a disinfectant solution installed and pushed vertically in communication with a lower part of the disinfectant solution tube. A fixed shower head provided with a fixed shower lever for controlling the injection of the Is installed in the connection hose is freely movable and the moving shower head is provided with a moving shower lever for controlling the injection of the disinfectant solution, the fixed shower lever and the shower shower means formed with a tubular fixture fixed to the flange on the upper shower head; It is characterized in that it comprises a disinfection solution supply means for supplying a disinfection solution mixed with water to the disinfection solution pipe is provided on the bottom surface to drain the detoxicated sewage.

In addition, a joint bracket into which the support is inserted and fixed, a first joint rotatably installed at an upper portion of the joint bracket with a lower surface and a first hinge, and an upper portion rotatably at a lower portion and a second hinge of the first joint. A second joint to be installed, a shaft protruding from the lower one side of the second joint, and a locking hole rotatably installed, and a rail groove formed along one side of the weight so that the locking hole can be moved. It is characterized by.

In addition, the lower end of the disinfectant tube is extended to the "L" shape of the hose receiving box formed of a housing for accommodating a hose therein, and the front of the hose receiving box protrudes in a hollow tube shape so as to penetrate the inside of the self-elastic force At the same time, the resilient fixture formed with a lever receiving portion cut to accommodate the moving shower lever provided in the moving shower head, and bent to the rear in communication with the disinfectant pipe partially accommodated in the hose receiving groove is installed at the end and the moving shower head The connection hose is characterized in that consisting of the elbow is connected.

In addition, the guide membrane is formed in the "C" shape on one side of the support, the guide membrane roller is inserted through, the guide membrane formed in the lower part of the guide membrane is in communication with the inside so as not to interfere during the lifting of the guide curtain installed in the guide membrane roller The earth is composed of.

In addition, the drainage means is a drain portion formed by digging to have a depth in the shape of "∥" or "□" on the indoor floor surface, a bottom trench is installed in the open upper portion of the drain portion and the waste water connected to the It is characterized in that the recovery pipe is configured to recover the waste water through the holding tank.

In addition, the disinfectant supply means is installed so that one end is mixed with the hot water pipe and the cold water pipe, the other end is provided in the disinfectant supply pipe connected to the disinfectant supply hose, and the disinfectant supply for controlling the flow rate of the disinfectant to be supplied to the pipe communicating with the disinfectant supply pipe A valve, a pressure gauge for checking the pressure inside the pipe body in which the disinfectant supply valve is installed, and a drain valve installed in the pipe communicating with the disinfectant supply pipe, drains water accumulated in the disinfectant supply pipe.

In addition, the guide film sprocket is installed on the shaft of the guide film roller rotated by the drive of the motor, the screening film sprocket connected to the chain from both sides of the guide film sprocket, and the screening film support to which the screening film sprocket is rotatably installed; Is formed in a cylinder, the radially fixed groove is formed radially in the installation cover that is fixed to the front and rear ends of the screen, respectively, the screening roller is rotatably installed by the drive of the screening sprocket, and the upper portion is fixed to the fixing groove It is characterized in that the screen is fitted with a rod fixed and unwinded or wound in accordance with the forward and reverse rotation of the screening roller, and the screening film weight is fixed to the bottom of the screening and lifting.

According to the present invention as described above, the support is fixed to the ceiling and the guide membrane roller is disposed on the ceiling in a rotatable state, the shower means connected to the guide curtain and the first and second joints by the forward and reverse rotation of the motor is lifted from the ceiling By being installed as possible, there is an effect that can be stored in a non-use to minimize the exposure to provide convenience for facilities do not interfere with the movement of people.

In addition, by installing the shower means to be able to lift, there is an effect that can be performed quickly by adjusting the height according to the posture to perform the kidney or detoxification of the patient.

In addition, by co-existing the fixed shower head fixed to the shower means and the movable movable shower head in the disinfection solution tube, there is an effect that can be used according to the patient's condition suitable shower head.

For example, if the patient can be decontaminated, the disinfectant can be decontaminated by spraying a disinfectant solution from the fixed shower head or the moving shower head, or if the patient is transported to the bed due to uncomfortable movement, the medical staff can use the mobile shower head for easy movement. Can be decontaminated.

In addition, by installing a screening means to be elevated at the same time as the guide curtain, and to protect the privacy of the patient who is exposed to the body detoxification, the disinfectant solution is prevented from splashing in all directions in the process of detoxifying contaminants to prevent secondary infection in advance. It works.

1 is a perspective view showing a detoxification apparatus according to the present invention
Figure 2 is a perspective view showing a state in which the guide curtain is installed according to the present invention
3 is a perspective view showing a state in which the shower means according to the invention is installed
Figure 4 is a perspective view showing a state in which the joint is installed in the weight according to the present invention
Figure 5 is a side view showing a state in which the shower means according to the invention rises to the ceiling
Figure 6 is a side view showing a state in which the shower means according to the invention descended to the floor
Figure 7 shows the driving force for rotating the guide roller according to the invention, (a) is an automatic type using a motor, (b) is a front view showing a manual type
8 is a perspective view illustrating a state in which a moving shower head is fitted in a hose storage box according to the present invention;
9 is a side cross-sectional view of FIG. 8 in accordance with the present invention.
10 is a perspective view showing a state in which the moving shower head is separated from the hose storage box according to the present invention
11 is a perspective view showing a guide membrane support according to the present invention
12 is a front view illustrating a state in which the guide curtain is released after being wound in FIG. 11;
Figure 13 is a perspective view of the drain according to the present invention
14 is a front view showing a disinfectant solution supply means according to the present invention;
15 is a front view showing the screening means according to the present invention;
FIG. 16 is a front view of a used state in which FIG. 15 is applied
FIG. 17 is a guide film sprocket and a shielding film sprocket according to the present invention arranged at "-", where (a) is a plan view and (b) is a front view.
18 is a guide film sprocket, the shielding film sprocket, and the motor sprocket according to the present invention are arranged in "Δ", (a) is a plan view, and (b) is a front view.
19 is a state in which the tension control device is installed in Figure 18, (a) is a plan view, (b) is a front view.
20 is a front view showing a state in which a plurality of shower means according to the present invention is installed in the transverse direction

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention;

The present invention is largely as shown in the accompanying drawings, the support 110 is fixed to the indoor ceiling, the guide membrane roller 120 is rotatably installed together with the support 110, and installed on the guide membrane roller 120 The guide curtain 130 to be fixed, the weight 140 fixed to the bottom of the guide curtain 130, the shower means 160 fixed to the weight 140, and the drainage means 190 provided on the indoor floor and the disinfectant solution. It includes a disinfectant solution supply means 200 for supplying.

The support 110 is formed in the shape of a square pillar or a circular column is formed long in the longitudinal direction, the ceiling fixing sphere 111 is formed with a bolt hole formed at regular intervals on the upper surface to be fixed to the indoor ceiling ceiling anchor bolt Is fixed to.

The guide membrane roller 120 is formed of a cylinder formed to be the same length as the support 110, the fixing groove 121 of the spline form radially on the outer periphery is formed long.

The guide membrane roller 120 formed as described above is rotatably installed on the installation cover 112 disposed at the front and rear ends of the guide membrane roller 120 and the ceiling, and the support 110 is installed with the installation cover 112. It is fastened by bolts and fixed firmly.

In addition, one end of the guide membrane roller 120 rotatably installed on the installation cover 112 is condensed with the motor 400, and the motor 400 by the control of the control unit 411 for forward and reverse rotation of the motor 400. It is configured to rotate in the same direction as).

Here, the guide membrane roller 120 and the motor 400 may be directly connected to the shaft to receive the rotational force, or connected to the worm gear 412 and the wheel gear 413 to reduce the rotational speed of the motor 400. You can also

That is, the shaft of the motor 400 and the worm gear 412 may be connected, and the wheel gear 413 engaged with the worm gear 412 may be connected to the shaft of the guide membrane roller 120.

Alternatively, the motor 400 connected to the worm gear 412 may be removed, and a ring may be formed instead, and a worker may manually rotate by hooking a tool to generate a driving force.

The guide curtain 130 is configured to lift and support the shower means 160, the upper portion is inserted into any one of the fixing grooves 121 of the fixing grooves radially formed in the guide membrane roller 120 The guide rod 130 is sandwiched between the fixing rods 131 and the fixing grooves and fixed to the guide membrane roller 120.

Here, the guide curtain 130 fixed to the guide membrane roller 120 is released in the state wound around the guide membrane roller 120 when the motor 400 reversely rotates, for example, and the lower end of the guide membrane roller 120 falls down. When the forward rotation of the guide curtain 130 is to be wound around the guide membrane roller 120 is raised to the bottom.

The material of the guide curtain 130 configured as described above is preferably formed of a synthetic resin including synthetic fiber or vinyl having flexibility so as to be wound around the guide membrane roller 120, and such a material may be applied to the shielding curtain 318 to be described later. The same applies.

In addition, the guide curtain 130 is configured to support the shower means 160, it is formed in a width smaller than the width of the blind curtain 130 is fixed to a plurality of guide film rollers 120 at regular intervals. desirable.

The weight 140 is configured to maintain an unfolded state by applying a load to the guide curtain 130, the guide curtain formed in a rectangular column shape formed to the same length as the support 110 and disposed at regular intervals ( 130) is fixed to the bottom.

In addition, the lower portion of the weight 140, the flange 141 is configured at regular intervals to be fixed to the shower means 160 and the bolt.

Therefore, the lower end of the guide curtain film 130 having flexibility by the weight of the weight 140 having a weight can be unfolded by applying a downward load.

On the other hand, after lowering the shower means 160 to the guide curtain 130, if the external force such as wind blows the shower means 160 may be difficult to decontamination. In order to solve this problem, the support bracket 150 is inserted into and fixed to the inside, and the first joint 153 rotatably connected to the first hinge 151 under the joint bracket 150. ) Is installed, and the second joint 154 rotatably installed by the first joint 153 and the second hinge 152 is installed, and the weight 140 is disposed below the second joint 154. A locking mechanism 155 is rotatably installed on a shaft protruding from one side facing each other.

In addition, a rail groove 142 is formed to extend in the longitudinal direction on one side of the weight 140 so that the latch 155 is inserted.

In addition, the insertion hole 155 is inserted into the rail groove 142 to close the front and rear ends of the opened weight 140 by the closing cover 143 is configured to prevent the separation of the locking hole 155.

Therefore, when the weight 140 is elevated by the driving of the motor 400, the first and second joints 153 and 151 connected to the support 110 and the weight 140 are first and second hinges 151 and 152. Expanded or retracted by) to firmly support the weight 140 together with the guide curtain 130, whereby there is an effect that the shower head can be maintained vertically without any shaking even when an external force is applied.

The shower means 160 is configured to spray the disinfectant solution supplied to detoxify the patient, the disinfectant tube 161 is formed of a hollow tube of the same length as the support 110, the disinfectant tube 161 ) Front is closed, the rear is connected to the disinfectant solution supply hose 162 so that the disinfectant solution is introduced into the inside.

In addition, the fixed shower head 163 which is vertically installed in communication with the lower portion of the disinfectant tube 161 is configured, the disinfectant tube by installing a fixed shower lever 164 to open and close the inside of the fixed shower head 163 A pipe fitting 168 is configured to control the injection of the disinfectant solution supplied to the 161 and to fix the flange 141 and the bolt of the weight 140 on the upper surface of the fixed shower head 163.

Here, the fixed shower lever 164 is rotatably installed outside the fixed shower head 163 in a "┌" shape to open or close the fixed shower head 163 by pushing or pulling the fixed shower lever 164. It is configured to be.

The fixed shower head 163 configured as described above is capable of being decontaminated even by a patient who has been transported to a bed, and more preferably, by disinfecting the disinfectant solution from the head to the leg while the patient is able to decontaminate the bed. .

In addition, the moving shower head 165 is provided with a connection hose 166 communicating with the lower portion of the disinfectant pipe 161, the moving shower lever 167 to open and close the inside of the moving shower head 165 It is installed to control the injection of the disinfectant solution supplied to the disinfectant tube 161 by the pressing operation, the pipe fixing fixture to be fixed to the flange 141 and the bolt of the weight 140 on the upper surface of the moving shower head 165 ( 168 is configured.

The moving shower head 165 configured as described above can be detoxified by a freely movable connecting hose 166 to a wider portion than the fixed shower head 163. It is possible to provide convenience to decontaminate every corner, and of course, the patient can be decontaminated by himself can use the moving shower head 165 as needed.

On the other hand, since the connection hose 166 installed in the moving shower head 165 is relatively long in length, when it is not in use, the connection hose 166 is liable to be cumbersome and interference occurs between the movements and is not arranged. There is a problem that the interior is cluttered.

In order to solve this problem, the present invention is provided with a hose receiving box 170 formed in an "L" shape in the lower portion of the disinfectant pipe 161, the hose receiving box 170 to accommodate the connection hose 166 therein. It is formed in the shape of a housing, and the tube fixing fixture 168 described above is configured and fixed thereon.

In addition, the front of the hose receiving box 170 is formed in the front of the hose receiving box 170 so that the movable shower head 165 can be stored in the elastic fixture 171 protruding into the hollow tube shape.

In addition, the elastic fixture 171 is formed by the lever receiving portion 172 is provided in the elongated incision from the front to the center portion to prevent the random departure after the moving shower head 165 is inserted, its width, the width is moved The moving sour lever 166 protruding from the outer circumference of the shower head 165 is formed to have a width that can be accommodated.

Here, at least two lever receiving parts 172 may be formed in the elastic fixing tool 171 to impart self-elasticity, and also the difficulty in the direction in which the moving shower lever 167 enters.

In addition, an elbow 174 having an “L” shape communicating with a lower portion of the disinfecting solution tube 161 accommodated in the hose receiving box 170 is installed.

The bent lower end of the elbow 174 is installed in the opposite direction from which the moving shower head 165 is separated from the rear, that is, the elastic fixture 171, and the end and the end of the moving shower head 165 are connected to the hose 166. ) Is connected.

In this way, the rear end of the elbow 174 is installed facing the rear and the end and the connection hose 166 is U-turned in a "⊃" shape, thereby entering the separated moving shower head 165 into the elastic fixture 171 The exit hose 166 can enter the hose receiving box 170 while maintaining its U-turn shape, thereby facilitating storage. That is, when the elbow 174 is installed to face in the opposite direction, the entry of the elbow 174 is difficult due to resistance due to interference due to bending when the connection hose 166 enters.

In addition, the connection hose 166 is preferably formed of a spiral stainless material that can be bent to move the moving shower head 165 freely.

As such, when the moving shower head 165 is inserted into the elastic fixture 171, the connection hose 166 deeply enters the inside of the hose housing box, so that the connection hose 166 is not exposed to the outside, and the connection hose 166 has entered by its own weight. The load is applied in the downward direction, there is an effect that the moving shower head 165 fitted to the elastic fixture 171 can be prevented from being randomly separated.

Furthermore, a locking protrusion 173 is formed on the front inner circumference of the elastic fixing tool 171 to protrude convexly, and the locking protrusion is formed on the outer circumference of the moving shower head 165 corresponding to the locking protrusion 173 when the locking fixture 173 is fitted. 169 is formed to be locked and released by the elastic force will be able to more securely move the moving shower head 165.

The fixed shower head 163 and the moving shower head 165 configured as described above are preferably alternately installed at regular intervals in the disinfectant solution tube 161 so that the fixed shower head 163 and the moving shower head 165 can be quickly detoxified.

On the other hand, when the guide curtain film 130 is spirally wound on the guide film roller 120, there may be a problem of loosening by the restoring force as well as the deflection shape by weight.

In order to solve this problem, a guide membrane support 160 is installed on one side of the support 110 to allow the guide membrane roller 120 to pass therethrough.

The guide membrane support 180 is penetrated in the center of the "C" shape is installed on one side of the support 110, the lower part of the opening is formed in the inlet and outlet portion 181 is in communication with the inside.

Accordingly, the guide membrane roller 120 is inserted into the penetrating portion of the guide membrane support 180, and the guide curtain 130 is pulled out through the tabernacle entrance and exit portion 181 so as not to interfere with the lifting.

In this case, the penetrated inner diameter of the guide membrane support 180 may be formed to be the same as the outer diameter of the guide curtain 130 in which the whole is wound to improve the supporting force, thereby sagging and loosening the guide curtain 130. At the same time, there is an effect that can prevent.

Alternatively, the guide membrane support 180 constitutes a frame 182 disposed in pairs at regular intervals, and the plurality of guide rollers 183 are rotatable radially between the frame 182 and the frame 182. It can be configured by installing.

When the guide roller 183 is rotatably installed on the guide membrane support 180 as described above, the guide curtain 130 and the guide roller 183, which are wound in its entirety, may come into contact with each other to prevent sagging and loosening, and the guide curtain When the 130 is lowered has an action effect that can be smoothly released by reducing the friction force by the rotational force of the guide roller 183.

The configuration of the guide membrane support 180 is applied in the same manner as the configuration for supporting the shielding curtain 318 to be described later.

The drainage means 190 is configured to recover and treat the filthy odor that has been decontaminated by the patient. The drainage means 190 is provided with a drainage portion 191 through which the filthy water is introduced by digging to have a depth in the shape of “” or “□”.

In addition, a bottom trench 192 is installed at an open upper portion of the drain 191 to prevent an accident such as falling out of the patient or medical staff.

In addition, the drain 191 is configured to recover the waste water pipe 193 to send to the sewage tank for treatment.

The disinfectant supply means 200 is to supply the shower means 160 by mixing the disinfectant solution in a state where the cold water and hot water are mixed, the cold water pipe is formed in a reverse "Y" shape so that cold and hot water is mixed at one end ( 211) and the hot water pipe 212 is formed to be joined, the other end is composed of a disinfectant solution supply pipe 213 connected to the disinfectant solution hose 162.

In addition, the disinfectant solution supply pipe 213 is installed on the pipe communicating with the other end side to install a disinfectant solution supply valve 214 for adjusting the flow rate of the disinfectant solution supplied by the opening and closing operation to mix the disinfectant solution in the water combined cold and hot water It is composed.

In addition, the sanitizing solution supply valve 214 is installed in the pipe body is installed is configured a pressure gauge 215 that can check the pressure inside.

In addition, the drain valve 216 is installed on the pipe communicating with the disinfectant supply pipe 213 and is configured to drain the accumulated water or unnecessary water inside the disinfectant supply pipe 213 to the outside.

Therefore, in the case of mixing the disinfectant solution, if the internal pressure of the disinfectant solution supply pipe 213 is high, the water is drained into the drain valve 216 to open the disinfectant solution valve 214 in a state in which the internal pressure is lowered to introduce the disinfectant solution and mix the same. It can be.

On the other hand, when detoxifying the patient to remove the clothes of the patient to expose the body. When the body is exposed to the outside, the privacy of the patient cannot be protected. In addition, the disinfectant solution injected during the decontamination contains dirt, and when it is spread far away, there is a risk of secondary infection to people and objects.

In order to solve this problem, the present invention further includes a screening means 300.

The screening means 300 is provided with a guide film sprocket 311 on the shaft of the guide film roller 120, and the screen film sprocket 312 is disposed at a position deviated from both sides of the guide film sprocket 311, the chain ( 313 is configured to be rotated according to the driving force of the motor 400 by interconnecting.

In addition, the shielding film sprocket 312 is formed in the same length as the above-described support 110 and is rotatably installed on the screening screen support 314 fixed to the ceiling, the shielding film sprocket 312 is connected to the shaft and the same rotation screen The roller 315 is configured.

In addition, the shielding film roller 315 has a fixing groove 316 formed radially in the same manner as the guide membrane roller 120 described above, and the upper portion of the shielding film 318 is fixed to the fixing bar 317 in the fixing groove 316. It is fixed.

Here, the shielding curtain 318 is preferably configured to be the same as the entire length of the shielding roller 315 to prevent body exposure and water splashing.

In addition, the lower portion of the shielding curtain 318 is installed by the shielding film weight 319 to lower the shielding curtain 318 unfolds, and is configured to be tightly wound on the shielding roller 315 by the pulling action when rising.

In addition, the guide film sprocket 311 and the shielding film sprocket 312 are preferably configured in a ratio of 1: 0.3 to 0.5.

When the shielding film sprocket 312 is made small in this way, the guide film sprocket 311 is rotated 2-3 times in one rotation, whereby the shielding film wound around the screening film roller 315 rotating together with the guide film sprocket 311. 318 is lower than the falling height of the guide curtain 130, the shielding curtain 318 prevents the exposure of the patient, the guide curtain 130 has an effect that is disposed at a height capable of detoxification.

In addition, the screening film roller 315 is formed in a "C" shape formed in the same shape as the guide film support 180 installed in the above-described guide film roller 120 is formed in the bottom curtain entry and exit portion 181 " A pair of frames 182 formed in a C ″ shape are provided at intervals, and a guide roller 183 is rotatably installed between the frame 182 and the frame 182 to support the covered curtain 318. It is configured to.

On the other hand, two guide film sprockets 311 are arranged side by side on the shaft connected to the motor 400, the shielding film sprocket 312 is arranged on the left side of the guide film sprocket 311 is connected to the chain 313 The shielding film sprocket 312 is disposed on the right side of the other guide film sprocket 311 and connected to the chain 313 to be rotated in the same direction as the rotation direction of the motor 400.

Alternatively, a shielding film sprocket 312 is disposed at positions deviated from both sides of the guide film sprocket 311, and is not directly connected to the guide film sprocket 311, and is connected to the shaft of the motor 400 at a position deviating from an upper portion thereof. The sprocket 320 is connected to the chain 313 to transmit a driving force.

On the other hand, the chain 313 between the motor sprocket 320 and the shielding film sprocket 312 is configured to adjust the tension to prevent the slim phenomenon during the driving device 330 is configured.

The tension adjusting device 330 is provided with a tension sprocket 331 connected to the chain 313 at the lower end, the moving shaft 332 is formed with a screw thread on the upper.

In addition, the moving groove 334 is installed so that the upper portion of the moving shaft 332 is inserted and exposed to the lower portion of the moving shaft 332 so that the tension sprocket 331 exposed to the outside can move without interference. The formed tension body 333 is configured.

In addition, the tension sprocket 331 is configured to rotate at a predetermined position by configuring a fixing nut 335 fastened to the threads exposed to the inside and outside of the tension body 333 of the upper portion of the movable shaft 332. .

Accordingly, the tension sprocket 331 presses the chain 313 to guide the chain 313 so that the length of the chain 313 surrounding the guide membrane sprocket 311, the screening membrane sprocket 312 and the moser sprocket 320 is long and slim. It is possible to provide lossless rotational force without phenomenon.

The shower means 160 and the cover means 300 installed in this way may be equipped with a plurality of admiral scales to quickly detoxify a large number of patients. At this time, the screening means 330 may be connected to one motor 400 by the chain 313 to lift the entire light curtain 318, or by installing a motor 400 in each of the screening curtain ( 318 may be elevated.

According to the present invention configured as described above, the height of the shower means 160 can be appropriately adjusted according to the patient's posture, and when not in use, it is raised to the indoor ceiling so that it is not cumbersome and is not interfered with movement. Also, by installing the fixed shower head 163 and the mobile shower head 165, the patient or medical staff can select the easy-to-use shower to quickly detoxify, and also install the screening means 300 It is possible to provide useful detoxification facility equipment to prevent privacy exposure by preventing unexplained body exposure and to prevent secondary infection by contaminated sewage splashing on people and objects.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope allowed by the technical idea of the present invention.

Support Base: 110 Ceiling Fixture: 111 Mounting Cover: 112
Guide curtain roller: 120 Locking groove: 121 Guide curtain: 130
Fixed rod: 131 Weight: 140 Flange: 141
Rail groove: 142 Finishing cover: 143 Joint bracket: 150
1st, 2nd hinge: 151,152 1st, 2nd joint: 153,154 Hanger: 155
Shower means: 160 Disinfectant tube: 161 Disinfectant supply hose: 162
Fixed Shower Head: 163 Fixed Shower Lever: 164 Moving Shower Head: 165
Connecting hose: 166 Moving shower lever: 167 Tubular fixture: 168
Unevenness: 169 Hose compartment: 170 Elastic fixture: 171
Lever receiving groove: 172 Jamming: 173 Elbow: 174
Guide curtain support: 180 Curtain entrance: 181 Frame: 182
Guide rollers: 183 Drain: 190 Drain: 191
Bottom trench: 192 Recovery pipe: 193 Disinfectant supply: 200
Cold water pipe: 211 Hot water pipe: 212 Disinfectant supply pipe: 213
Disinfectant fluid supply valve: 214 Pressure gauge: 215 Drain valve: 216
Blanking means: 300 Guide max sprocket: 311 Blanking max sprocket: 312
Chain: 313 Screen support: 314 Screen roller: 315
Retaining Groove: 316 Retaining Rod: 317 Blind Curtain: 318
Screen weight: 319 Motor sprocket: 320 Tensioner: 330
Tension Sprocket: 331 Moving Shaft: 332 Tension Body: 333
Moving Groove: 334 Motor: 400 Control Unit: 411
Worm gear: 412 Wheel gear: 413

Claims (17)

Support fixtures 110 are arranged at regular intervals so that the ceiling fixture 111 is fixed to the ceiling;
The motor 400 is formed in a cylinder, the fixing groove 121 is formed radially and installed inside the installation cover 112 fixed to the front and rear ends of the support 110, respectively, and the motor 400 rotates forward and backward through the controller 411. Guide membrane roller 120 that rotates to receive the power of;
An upper portion of the fixing groove 121 fitted with the fixing rod 131 to be fixed and unwinded or wound according to the forward and reverse rotation of the guide membrane roller 120;
A weight 140 fixed to a lower end of the guide curtain 130 and having a flange 141 arranged at a lower distance therebetween;
It is formed in a hollow, the front is closed, the rear is a disinfectant tube 161 connected to the disinfectant supply hose 162, and fixed to communicate with the lower portion of the disinfectant tube 161 and installed vertically to push the injection of the disinfectant solution A fixed shower head 163 provided with a shower lever 164 and a moving shower lever 167 installed in a connection hose 166 communicating with a lower portion of the disinfectant tube 161, which are freely movable and pressurized to control injection of the disinfectant solution. A shower means (160) having a moving shower head (165), a fixed shower lever (164) and a moving shower head (165) formed thereon, and a tubular fixture (168) fixed to the flange (141);
Drainage means 190 is provided on the bottom surface for draining the deodorized sewage;
Disinfectant solution supply means for supplying the disinfectant solution mixed with water to the disinfectant solution pipe 161; including, but not including the joint bracket 150 is fixed to the support 110, the lower surface of the joint bracket 150 And a first joint 153 rotatably installed at an upper portion with the first hinge 151, and a second joint rotatably installed at an upper portion with the lower portion and the second hinge 152 of the first joint 153. 154, a locking hole 155 rotatably installed on the lower side of the second joint 154, and a locking hole 155 rotatably installed, and the locking hole 155 is inserted into the weight 140 to move. Admiral facility equipment, characterized in that the rail groove 142 is formed along the longitudinal direction on one side.
delete The method of claim 1,
The fixed shower head 163 and the moving shower head 165 is a detoxification facility equipment, characterized in that the plurality is arranged alternately in the disinfection solution pipe (161).
The method of claim 1,
And the lower side of the disinfection solution tube 161 is extended to the "L" shape, the hose receiving box 170 formed of a housing that can accommodate the hose therein, and
A lever receiving part 172 protruded into a hollow tube shape to penetrate the inside of the hose receiving box 170 and has a self-elasticity and is cut to accommodate a moving shower lever 167 provided in the moving shower head 165. Is formed elastic fixture 171,
The elbow 174 is bent in communication with the disinfectant tube 161 accommodated in the hose receiving box 170, the rear end is connected to the end and the connection hose 166 installed on the moving shower head 165 is characterized in that it consists of an elbow (174). Detoxification equipment.
The method of claim 4, wherein
A locking protrusion 173 protruding from the front inner circumference of the elastic fixing tool 171 is formed, and the locking protrusion 173 is inserted into the elastic fixing tool 171 when not in use at the outer circumference of the moving shower head 165. Decontamination facility equipment, characterized in that the concave-convex portion 169 is formed to be fixed to.
The method of claim 4, wherein
The connecting hose 166 is a detoxication facility equipment, characterized in that the stainless steel material which is bent in a spiral form can be freely bent.
The method of claim 1,
A portion of the lower side is installed in one side of the support 110 in a “C” shape so that the guide membrane roller 120 is inserted therein and there is no interference when the guide curtain 130 installed in the guide membrane roller 120 is lifted and lowered. Equipment for decontamination facility, characterized in that the guide membrane support 180 is formed with a curtain entry and exit portion 181 is in communication with the inside.
The method of claim 7, wherein
The guide membrane support 180 is formed in a "C" shape frame 182 and a pair are arranged at regular intervals,
Detoxification equipment, characterized in that a plurality of guide rollers (183) configured to be rotatably installed radially between the frame (182) and the frame (182).
The method of claim 1,
The drainage means 190 is a drainage portion 191 formed by digging to have a depth in the shape of "∥" or "□" on the indoor floor surface,
A bottom trench 192 installed at an open upper portion of the drain 191 and introducing wastewater;
Decontamination facility equipment, characterized in that configured to communicate with the drain 191, the recovery pipe (193) for recovering the sewage to the sewage tank.
The method of claim 1,
The disinfectant solution supply means 200 is installed so that one end is mixed with the cold water pipe 211 and the hot water pipe 212, the other end is a disinfectant solution supply pipe 213 connected to the disinfectant solution hose 162,
A disinfectant solution supply valve 214 installed in a pipe communicating with the disinfectant solution supply pipe 213 to adjust a flow rate of the disinfectant solution to be supplied;
A pressure gauge 215 for checking the pressure inside the pipe body in which the disinfectant solution supply valve 214 is installed;
The antiseptic facility equipment, characterized in that consisting of a drain valve 216 is installed on the pipe communicating with the disinfectant solution supply pipe (213) to drain the water accumulated in the disinfectant solution supply pipe (213).
The method of claim 1, further comprising a screening means 300 for preventing the spread of the sewage at the same time to prevent exposure of the patient undressed during detoxification, the screening means 300 is
A guide film sprocket 311 installed on a shaft of the guide film roller 120 rotating by driving of the motor 400;
A shielding film sprocket 312 connected to the chain 313 away from both sides of the guide film sprocket 311, and
And the shielding film support 314 is rotatably installed, the shielding film sprocket 312,
Is formed in a cylinder, the fixing groove is formed radially and the screening roller 315 is rotatably installed by the driving of the screening film sprocket 312 inside the installation cover fixed to the front and rear ends of the screening screen support 314 and ,
An upper part of the fixing groove 316 is fitted with a fixing rod 317 and fixed to be unwound or wound according to the forward and reverse rotation of the screening roller 315, and the screening curtain 318;
Adaptation facility equipment, characterized in that consisting of a screening screen weight 319 is fixed to the bottom of the screening curtain 318.
The method of claim 11,
The guide film sprocket 311 and the shielding film sprocket 312 is composed of a ratio of 1: 0.3 ~ 0.5 in the decontamination facility, characterized in that the unfolding curtain 318 is longer than the length of the guide curtain 130 when unfolded equipment.
The method of claim 11,
A frame 182 on which one side of the screen support 314 is disposed at regular intervals in a “C” shape, and a curtain entrance and exit portion 181 having a lower portion communicating with the inside is provided;
Detoxification equipment, characterized in that a plurality of guide rollers (183) configured to be rotatably installed radially between the frame (182) and the frame (182).
The method of claim 11,
Two guide film sprockets 311 are arranged on a shaft, and two shielding film sprockets 312 are connected to the two guide film sprockets 311 by a chain 313, respectively.
The method of claim 11,
The shielding film sprockets 312 are disposed at positions deviated from both sides of the guide film sprockets 311, and the motor sprocket 320 is connected to the shaft of the position motor 400 deviating from the upper portion of the guide film sprocket 311. Detoxification equipment, characterized in that connected to the chain (313).
The method of claim 15,
Decompression facility equipment characterized in that the tension control device 330 is installed on the chain between the motor sprocket 320 and the screening sprocket 312 to adjust the tension of the chain (313).
The method of claim 16,
The tension control device 330 is installed on the lower portion of the moving shaft 332 has a screw thread tension sprocket 331 is connected to the chain 313,
A tension body 333 through which the moving shaft 332 penetrates inward and a moving groove 334 formed to allow the tension sprocket 331 to be lifted and lowered;
Decontamination facility equipment, characterized in that consisting of a fixing nut 335 is fastened to the screw thread of the moving shaft 332 exposed on the upper side of the tension body 333 to fix the height of the moving shaft 332.

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