TWM595509U - Medical equipment disinfection and storage device - Google Patents

Abstract

This creation proposes a medical equipment sterilization storage device, including a sterilization pot, a storage room, a gate and a conveying unit. The sterilization pot has a first inlet and a first outlet. The storage chamber has a second inlet and a second outlet, and the second inlet communicates with the first outlet. The gate is disposed between the first exit and the second entrance. The conveying unit has a conveying area extending into the storage chamber from the sterilization pot through the first outlet and the second inlet, and the conveying unit can move in the conveying area. The medical instruments are sterilized and sterilized by the sterilization pot, and then transported to the storage room by the conveying unit, so that the processed medical instruments will not be contaminated when stored.

Description

Medical equipment disinfection storage device

This creation is about a disinfection and storage device for medical equipment, which is the creation of disinfection and sterilization and subsequent preservation of medical equipment using a sterilization pot and a storage room.

Where medical activities are common, such as operating rooms, dentist clinics, or clinics that generally use medical equipment to contact patients, medical equipment must be used when treating patients or performing examinations, and the used medical equipment must be steamed. Sterilization and disinfection, and then take out the medical instruments for packaging or storage space, and after the medical instruments are sterilized by steam, when taking out or packaging, these medical instruments are taken out or the packaging is incomplete and the packaging bag cannot prevent the entry of germs. It is possible to contaminate medical equipment. These doubts are not allowed for medical behavior.

The sterilization pots currently sold in the market or the Republic of China announcement number M541305 "Disinfection box" include a sterilization box, ultraviolet sterilization lamp, air dehumidification equipment and ozone generation equipment, in which ozone generation equipment is equipped with ultraviolet sterilization lamp and can disinfect Sterilize the medical devices to be sterilized inside the box. The above-mentioned sterilization pot can sterilize and sterilize medical appliances, but there is no perfect treatment for the subsequent removal and storage of medical appliances.

This creation proposes a sterilization and storage device for medical equipment. The sterilization pot is used to sterilize and sterilize the medical equipment, and then the transported medical equipment is transported to the storage room by the transportation unit, so that the medical equipment will not be contaminated during storage.

This creation proposes a medical equipment sterilization storage device, including a sterilization pot, a storage room, a gate and a conveying unit. The sterilization pot has a first inlet and a first outlet. The storage chamber has a second inlet and a second outlet, and the second inlet communicates with the first outlet. The gate is disposed between the first exit and the second entrance. The conveying unit has a conveying area extending into the storage chamber from the sterilization pot through the first outlet and the second inlet, and the conveying unit can move in the conveying area.

Further, the conveying unit is a robot arm disposed in the storage room.

Further, the storage chamber has an operation port, and the conveying unit is an operation glove provided in the operation port.

Further, there is a control unit which is electrically connected to the gate and the conveying unit.

Further, a server is connected to the control unit through remote control.

Further, a buffer chamber in the storage chamber communicates with the second outlet, and an air curtain is disposed at the second outlet.

Further, the storage chamber has a positive pressure unit, and the storage chamber is a positive pressure space.

Further, the storage room has an ultraviolet lamp unit.

Further, the sterilization pot has a negative pressure unit, and the sterilization pot has a negative pressure space.

According to the above technical features, the following effects can be achieved:

1. This creation has a sterilization pot, a conveying unit and a storage area. The sterilization pot is used to sterilize and sterilize the medical equipment, and then the transported unit is used to transport the processed medical equipment to the storage room, because the medical equipment does not need to be taken out for classification Or move to another storage area, so that medical equipment will not be contaminated by the external environment.

2. The creative storage room has an operation port, and an operation glove is provided at the operation port. The operator can place the medical instrument in the buffer room with the glove, and operate the glove in the storage room to reduce the pollution of the medical device.

3. The creative storage room has a robotic arm, a control unit and a server. The robotic arm can place medical instruments in the buffer room, and the operator can give a command through the control unit or connect the server to control by the command The control unit controls the operation of the robot arm, the gate and the conveying unit by the control unit.

4. The storage room has a positive pressure unit and an air curtain. The storage room is a positive pressure space. Positive pressure will keep the space aseptic. The air curtain is provided on the second outlet, and the air curtain When the operator takes the medical device, the wind pressure causes the germs to enter, so the medical device will not be contaminated by the outside.

5. The creative delivery unit is a robotic arm or operating gloves to transport medical equipment from the sterilization pot to the storage room.

Based on the above technical features, the main functions of the medical device disinfection and storage device will be clearly presented in the following embodiments.

Please refer to the first figure for the first embodiment of this creation, including a sterilization pot (1), a storage room (2), a gate (3), a conveying unit, a control unit (5), and a server ( 6) and a washing room [not shown]. The sterilization pot (1) has a first inlet (11), a first outlet (12) and a negative pressure unit (13). The sterilization pot (1) is a negative pressure space. The storage chamber (2) has a second inlet (21), a second outlet (22), a buffer chamber (24), a positive pressure unit (25), an air curtain (26) and an ultraviolet lamp unit (27) , The second inlet (21) communicates with the first outlet (12), the storage chamber (2) is a positive pressure space, the buffer chamber (24) is provided in the storage chamber (2), and the buffer chamber (24 ) Has a first door (241) and a second door (242), the first door (241) is opposite to the gate (3), the second door (242) is connected to the second outlet (22) The air curtain (26) is disposed on the second door (242), and the ultraviolet lamp unit (27) is disposed in the storage chamber (2) and the buffer chamber (24). The gate (3) is disposed between the first outlet (12) and the second inlet (21). The conveying unit has a conveying area, which extends from the sterilization pot (1) into the storage chamber (2) through the first outlet (11) and the second inlet (21). The conveying area moves, and the conveying unit is a mechanical arm (4). The control unit (5) is electrically connected to the gate (3), the air curtain (26) and the robot arm (4).

For the first embodiment of this creation, please refer to the first and fourth figures. The operator uses this creation to place a knife (A) and a pair of tweezers (B) in the sterilization pot (1), and then through the control unit ( 5) Or connect the server (6) to give an instruction which controls the sterilization pot (1) to perform sterilization and sterilization treatment, and the internal space of the sterilization pot (1) is made negative by the negative pressure unit (13) Press, sterilize and sterilize the knife (A) and the tweezers (B), the processed knife and the tweezers are transported to the buffer chamber (2) in the storage chamber (2) by the mechanical arm (4) 24), the storage chamber (2) makes the internal space of the storage chamber (2) positive pressure by the positive pressure unit (25), while irradiating the ultraviolet lamp unit (27) with ultraviolet light, the buffer chamber (24) ) Is used to store the processed knife (A) and the tweezers (B), and the ultraviolet lamp unit (27) is irradiated with ultraviolet light. As shown in the third and fourth figures, the operator opens the second door (242) and extends from the second outlet (22) into the buffer chamber (24) to obtain the knife (A) or the tweezers (B) [Refer to the fourth picture], the first door (241) will be closed, and because the buffer chamber (24) has the air curtain (26), and when the second door (242) is opened, the control unit (5) Control the air curtain (26) to start, the air curtain (26) will have a downward blowing gas so that external bacteria will not enter the storage chamber (2) and become contaminated, and the second door (242) is closed , The control unit (5) controls the air curtain (26) to close.

Please refer to the fifth figure for the second embodiment of this creation, including a sterilization pot (1a), a storage room (2a), a gate (3a), a conveying unit, a control unit (5a) and a washing room [Not shown]. The sterilization pot (1a) has a first inlet (11a), a first outlet (12a) and a negative pressure unit (13a). The sterilization pot (1a) is a negative pressure space. The storage chamber (2a) has a second inlet (21a), a second outlet (22a), an operation port (23a), an operation glove (231a), a buffer chamber (24a), and a positive pressure unit (25a) An air curtain (26a) and an ultraviolet lamp unit (27a), the second inlet (21a) communicates with the first outlet (12a), the operating glove (231a) is disposed at the operating port (23a), and the storage chamber ( 2a) is a positive pressure space, the buffer chamber (24a) is provided in the storage chamber (2a), and the buffer chamber (24a) has a first door (241a) and a second door (242a), the first A door (241a) is opposite to the gate (3a), the second door (242a) is connected to the second outlet (22a), the air curtain (26a) is disposed on the second door (242a), the ultraviolet lamp The unit (27a) is provided in the storage chamber (2a) and the buffer chamber (24a). The gate (3a) is provided between the first outlet (12a) and the second inlet (21a). The conveying unit has a conveying area, which extends from the sterilization pot (1a) through the first outlet (11a) and the second inlet (21a) into the storage chamber (2a). The conveying area moves, and the conveying unit is the operating glove (231a). The control unit (5a) is electrically connected to the gate (3a), the buffer chamber (24a) and the air curtain (26a).

The second embodiment of this creation refers to the fifth and sixth figures. The operator uses this creation to place a knife (A1) and a pair of tweezers (B1) in the sterilization pot (1a) for sterilization and sterilization treatment, by controlling The control unit (5a) causes the negative pressure unit (13a) to start operation, the internal space of the sterilization pot (1a) is under negative pressure, and the knife (A1) and the tweezers (B1) are sterilized and sterilized. The knife (A1) and the tweezers (B1), the knife (A1) and the tweezers (B1) are moved from the sterilization pot (1a) to the storage chamber (2a) by the operator operating the operation gloves (231a) ), the storage chamber (2a) makes the internal space of the storage chamber (2a) positive pressure by the positive pressure unit (25a), and simultaneously irradiates the ultraviolet lamp unit (27a) with ultraviolet light. When the operator opens the second door (242a) and extends into the buffer chamber (24a) from the second outlet (22a) to obtain the knife (A1) or the tweezers (B1), the first door (241a) will Closed, and because the buffer chamber (24a) has the air curtain (26a), and when the second door (242a) is opened, the control unit (5a) controls the air curtain (26a) to start, the air curtain (26a) will A downward blown gas prevents external bacteria from entering the storage chamber (2a) and being contaminated, and when the second door (242a) is closed, the control unit (5a) controls the air curtain (26a) to close.

In each of the above embodiments, the first inlet of the sterilization pot can be connected to the washing room. The washing room first cleans the knife and the tweezers, and then cleans the knife and the cleaned The tweezers are put into the sterilization pot through the first inlet, and the subsequent actuation method is the same as the aforementioned first embodiment and the second embodiment, which will not be repeated here.

Based on the description of the above embodiments, the operation, use and effects of this creation can be fully understood, but the above-mentioned embodiments are only the preferred embodiments of the creation, and should not be used to limit the implementation of this creation. The scope, that is, simple equivalent changes and modifications made in accordance with the scope of the patent application for the creation and the content of the creation description, are all covered by the scope of the creation.

(1)(1a): Sterilization pot (11)(11a): The first entrance (12)(12a): First exit (13)(13a): negative pressure unit (2)(2a): storage room (21)(21a): Second entrance (22)(22a): Second exit (23a): Operation port (231a): operating gloves (24) (24a): buffer room (241)(241a): The first door (242)(242a): the second door (25)(25a): Positive pressure unit (26)(26a): Air curtain (27)(27a): UV lamp unit (3)(3a): Gate (4): Robotic arm (5)(5a): control unit (6): Server (A)(A1): Knife (B)(B1): Tweezers

[First Picture] This is a perspective view of the first embodiment of the present creation. [Second figure] It is a working diagram of the buffer room in the first embodiment of the present creation. [Third Picture] is another action picture of the buffer chamber of the first embodiment of the present creation. [Fourth figure] It is a schematic diagram of the operation of the mechanical arm in the first embodiment of this creation. [Fifth figure] This is a perspective view of a second embodiment of the present creation. [Sixth figure] This is a schematic diagram of the use of operating gloves in the second embodiment of the present creation.

(1): Sterilization pot

(11): The first entrance

(12): First exit

(13): Negative pressure unit

(2): Storage room

(21): Second entrance

(22): Second exit

(24): buffer room

(241): The first door

(242): The second door

(25): Positive pressure unit

(26): Air curtain

(27): UV lamp unit

(3): Gate

(4): Robotic arm

(5): Control unit

(6): Server

Claims (9)

A medical equipment disinfection and storage device, including: A sterilization pot with a first inlet and a first outlet; A storage chamber has a second inlet and a second outlet, the second inlet communicates with the first outlet; A gate, the gate is arranged between the first exit and the second entrance; A conveying unit has a conveying area extending from the sterilization pot into the storage chamber through the first outlet and the second inlet, and the conveying unit can move in the conveying area. The disinfection and storage device for medical equipment according to claim 1, wherein the conveying unit is a robot arm disposed in the storage room. The medical equipment sterilization storage device according to claim 1, wherein the storage chamber has an operation port, and the conveying unit is an operation glove provided at one of the operation ports. The disinfection and storage device for medical equipment according to claim 1, wherein there is a control unit electrically connected to the gate and the conveying unit. The medical equipment disinfection and storage device according to claim 4, wherein a server is connected to the control unit through remote control. The medical equipment disinfection storage device according to claim 1, wherein a buffer chamber in the storage chamber communicates with the second outlet, and an air curtain is provided at the second outlet. The medical equipment disinfection storage device according to claim 1, wherein the storage chamber has a positive pressure unit, and the storage chamber is a positive pressure space. The medical equipment sterilization storage device according to claim 1, wherein the storage room has an ultraviolet lamp unit. The sterilization storage device for medical equipment according to claim 1, wherein the sterilization pot has a negative pressure unit, and the sterilization pot is a negative pressure space.

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