TH13557C3 - Hose cleaning machine for medical supplies - Google Patents

Abstract

Hose cleaning machine for medical supplies Where the appearance of the device consists of Horizontal rectangular steel structure There is a water tank for adding water and detergent. For use in washing the hose, where the inside of the tank has a square drive shaft, put on the hose basket to rotate the hose in the water, there is a gear motor with pulley and belt as a drive device for the basket rotation shaft. There is a water inlet and outlet pump with electric valve. To turn off - turn on the water and liquid in - out with separate electrical control boxes installed in two parts Where the first part installs the kit Power supply with magnetic circuit breaker, gear motor. Magnetic water pump inlet-water pump out The second is equipped with a fuse relay base and a timer relay. Control the operation of each step of the machine And at the control panel It consists of a switch off Turn on the power Clock timer Push button start working The lamp shows the work process. And a buzzer or an audible alarm.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: 1. The medical tube hose washer consists of a main structure. Water in-out system, washing machine and electrical control system where the main structure (1) is formed by a metal rectangular frame. Where an area of the structure The main beam (2) was installed to support the doll (13) and the drive shaft (11) to rotate the basket (20), where the inside contained the hose (5) and the lower ground of the main structure. There is a support platform (3) for placing a gear motor (19), where in the lower area in the same plane there is also a base (4) to support the installation of a wash tank (9), an inlet water pump (28). And the water pump out (38) with the characteristics that Such a tank Have characteristics that contain Two side walls, bottom wall, back wall, with all such walls connected on all sides. And has a cover on the top Where the stainless steel is fixed on the front frame (1) and on the front of the tank, a glass door (10) is installed to provide visibility inside the tank (9) where the inside The rinsing tank has a drive shaft (11) that is half or part of the said shaft that is The square stainless steel bar extends into the rinsing tank (9) and the other part of the shaft looks like a cylindrical bar. Pass through the holes in the back wall of the tank. It is cleaned and equipped with a stainless steel sheet (21) wrinkled rubber gasket to form a ring to the inside and outside of the wall. Such a tank To prevent water leakage by allowing the shaft (11) to protrude out of the tank (9) to fit into the holes in the cartridge. Two ball bearings (13), shaft end (11) protruding shaft support for tightening of the worm screw (14) of ball bearing to secure the lock. With the said drive shaft Where the rod end (11) with the rod \ 'shape of the cylinder supports the fitment of the upper flywheel (15) with the wedge and lock nut (16) to hold the flywheel firmly. The upper flywheel supports the insertion of the belt (17) that transmits power from the lower flywheel (18) where the lower pulley is attached to the gear motor axis (19) to transmit power to the shaft. drive (11) Rotate the basket (20) that is installed inside the drum (9) The basket supports the loading of the hose (5), provided that the basket has a cylindrical shape, consisting of the said basket with a hook. Two for locking the lid of the aforementioned basket. To prevent the lid open when used in use, one side of the basket wall is fixed, a round shaft is made as a hinge, can be closed-opened the basket lid 4: The rubber pattern (5) inside, add water (6) into 10 cc, alternating with To have air (7) inside the said hose and then roll the said hose into the said basket. And the other side of the basket With a closed grid Where in the middle of the connected side It has a square hole to fit the drive shaft (11) mounted inside the tank. (9) with a locking washer (12), which is made of nylon tapes, to lock the basket. To prevent detachment from the drive shaft (11) while rotating, while the drive shaft rotates at a speed of 15 rpm when the gear motor operates in accordance with the instruction of the box. Electrical control The gear motor (19) works to rotate counterclockwise, causing the flywheel (18) mounted to the end of the transmission shaft shaft. The power of the gear motor is driven through a belt (17) that is linked to another flywheel (15) on top of which it is attached to the drive shaft (11), which when the shaft rotates. Will cause the basket (20) to rotate according to the basket rotation, causing the hose (5) in the basket to move, rotate in the direction of the arrow, causing the water (6) inside the hose that has been pre-filled 10 cc to flow down. Along the lower part of the hose all the time according to the gravity of the earth, and when the end of the submerged part rotates above the water level (8) causes the inside of the air hose (7 to push the water (6) at Inside the rubber pattern to push the air (7) in front of the other embedded from the end of the drug hose. Causing the back of the water (6) in the hose to create a vacuum inside the hose And when the water sinks again, it will suck up new water. With a liquid mixture flowing through the hose all the time at the basket rotating Make the inside and outside the hose Thoroughly clean 2. The hose cleaning machine for medical supplies according to claim 1, where the electrical control system is an automatic analog control unit. Use electrical equipment to control procedures. Operate or PLC (PLC) touch screen 3. Medical equipment hose cleaning machine according to claim 1, where the electrical control system consists of the electrical control box of the machine (22) supporting the installation of a circuit breaker set. Magnetic gear motor and magnetic water pump - water pump out. And a box for installing electrical equipment, operation control box (23), which is equipped with a fuse box, a relay unit and a timer relay in the operation of each step, both of which are mounted on the back of the washing tank ( 9) which box both There will be a lid for closing - opening. 4. Cleaning machine and rubber hose for medical supplies according to claim 1 where the water system Into the washing machine is an automatic system. With a pipe filling solution Fill the water in and drain the water. Containing The water main pipe (24) for supplying water to the tank (9) through a shut-off ball valve (25) connected to the filter (26) where part of the filter is connected to a third connection. A passage (27) with a hose on the other end connected to the water inlet pump (28), with that part of the water pump connected to the solenoid valve (29) connected to the joint. Three ways (30) and check valve (31) installed to prevent water flowing back and forth from the check valve directly into the water inlet connection of the tank. 5. Hose cleaning machine for medical supplies according to claim 1, where the water system Into the machine Also included The secondary bypass set delivers water to the flush tank (9), where the line is connected from the three-way joint (30) to the ball valve (32) from the ball valve to the three-way joint (27) of the first section coming from the pump. Water (28) and solenoid valve (29) where the operation of the bypass unit sends water to the said flush tank manually. 6. Hose cleaning machine for medical supplies according to claim 1 where the water system Automatically exit the machine It consists of a sewer pipe (33), which is connected from a fitting under the bottom of the tank (9) for water discharge. With the other end attached to a three-way joint (34) where one end of the The aforementioned three-way is connected to the shut-off ball valve (35), where one part has a hose to the filter (36) that is connected to the solenoid valve (37) and exits the solenoid. The valve enters the water pump outlet (38) which is one part connected to the three-way connector (41), then out of the three way into the sewer (33) out of the machine. Down the drain Hospital dump 7. Hose cleaning machine for medical supplies according to claim 1 where the water system Out of the machine Also included Spare bypass kit, water out into the sewer Where the pipe line is connected from the three-way connector (34) on the other side, into the ball valve (40) on one side, connected to the lower three-way joint (39), from the reducing joint to the other end. Of the three-way joint (41) that follows from the water pump outlet (38) whereby the principle of operation of the second It is a bypass for manual water discharge. 8. Medical equipment hose cleaning machine according to claim 1, where part of the tank (9) request, has a clear hose (49) connected to the rear wall of the tank to the The rail (50) which supports the water under the door (10) in case the water (8) leaks through the said door. The hose is then connected to the nipple (42) into the hose on one side of the three-way connector (39) of the bypass unit. 9. A hose cleaner for medical supplies according to claim 1, where part of the rinse tank (9) is also integrated into the dosing system. Where the system consists of Degreasing agent (43) and disinfectant (47) contained in the cylinder supports the addition of the liquid into the tank, where the additive can help digest the grease. Proteins and blood stains (43) are located on the inside. The main structure (1) where part of the reagent cylinder is connected to the copper tube (44) where the other end of the copper tube is connected to the solenoid valve (46). Where part of the solenoid The valve is connected to the tank (9), where the end of the pipe connecting inside the tank (9) is set some distance from the tank wall. As well as bending the end of the pipe to bend down to prevent liquid splashing on the door 1 0. Medical pharmaceutical hose cleaner according to claim 1 where the disinfectant refill cylinder (47) is installed alongside the grease decomposition agent (43) where part of the The disinfectant canister is connected to the copper tube (45) at one end of the tubing. The copper is connected to the solenoid valve (48) where it is installed lower than the solenoid valve (46), on the other side of the solenoid valve (48) as follows. Connected to the tank (9) where the end of the hose at Connect to the inside of the tank. It is positioned below the degradation fluid pipe (44) and the end of the pipe that is Which extends into the tank (9) is a certain distance from the tank wall. Along with bending the end of the pipe to bend down to Prevent liquid from splashing onto the door.