1. Field of the Present Invention
The invention relates to a biological hazard protection body bag, particularly the body bag having double bag case provides a vacuum filtration device comprising a check valve and medical grade filter screen for isolating the body inside the inner bag case where the condition is maintained in nearly vacuum state to eliminate the possibility of pathogen infection or dissemination.
2. Description of Prior Act
Since the infectious diseases shall cause infection through spit droplets or air or through direct contact, the isolation of body or corpse must be made at the first-time when there is a decreased people who died due to infections disease, otherwise, it is apt to pollution on moving worker, moving car, or the air conditioning system of ambulance or cold store system during corpse transportation. Particularly, once the dead body moving car or the air conditioning system of ambulance is polluted the unimaginable dissemination of disease shall be resulted in.
In view of this, the most urgent theme today is how to develop and design a a biological hazard protection body bag to reduce the probability of occurrence of infection during corpse transportation, particularly when the body or the corpse being transported is due to unknown disease, the a biological hazard protection body bag of the invention may isolate the unknown pathogen inside the body bag to prevent the infection and dissemination of the pathogen.
The major purpose of the invention is to provide a biological hazard protection body bag with double bag case structure comprising a non-transparent outer bag case and a transparent inner bag case, wherein the opening of the inner bag case is equipped with multiple gastight strip for sealing the opening, and particularly a vacuum filtration device comprising a check valve and medical grade filter screen is installed on the transparent inner bag case; by way of the transparent inner bag case is tightly sealed with the gastight strips on the bag case opening, and by way of the vacuum filtration device on the inner bag case is quickly connected to an air suction equipment to extract the air from the inner bag case without causing leakage of pathogen from the inner bag case, to make the body be isolated inside the inner bag case where the environment is maintained in nearly vacuum state to eliminate the possibility of pathogen infection or dissemination.
The minor purpose of the invention is to provide a biological hazard protection body bag, when the body is kept inside the transparent inner bag case under nearly vacuum state, an non-transparent outer bag case is used to cover onto the transparent inner bag case, and if necessary, for checking and observation of the body may be made simply by lifting the non-transparent outer bag case without causing pathogen infection or dissemination.
Another purpose of the invention is to provide a biological hazard protection body bag which equipped with a water absorption sheet inside the transparent inner bag case so that a proper amount of antiseptic agent shall be put on the water absorption sheet before the body is put into the bag, and when the inside of the transparent inner bag case is made into nearly vacuum state the high volatile antiseptic agent absorbed by the water absorption sheet shall be gradually evaporated to pervade the space inside the transparent inner bag case to achieve the purpose of body surface sterilization and antisepsis.
Further purpose of the invention is to provide a biological hazard protection body bag which, in addition to the water absorption sheet inside the transparent inner bag case of the corpse bag, also has a drugs bag prepared inside the transparent inner bag case for holding antiseptic agent or pills prepared beforehand. After the body is put in the body bag, and a nearly vacuum state of the inner space of the transparent inner bag case is reached, the drugs inside the drugs bag are crashed by squeeze force from outside of the transparent inner bag case so that the antiseptic agent or pills shall run out of the drugs bag and adhere to the water absorption sheet to achieve the purpose of body surface partial sterilization and antisepsis.
Referring to
Said non-transparent outer bag case (20) has lift-able bag flaps (21). After the bag flaps (21) of the non-transparent outer bag case (20) are lifted, the transparent inner bag case (30) covered by the outer bag case (20) may be exposed to carry out body packing and bag sealing work as well as the air-extraction work to isolate the body or the corpse inside the transparent inner bag case (30)
Referring to
And, the transparent inner bag case (30) covered with the non-transparent outer bag case (20) is the major design feature of the invention. The inner bag case (30) has a horizontally extending gastight sealing strip (32) adjacent its top edge and lift-able bag flaps (31) equipped with multiple gastight strips (32) for easy and quick sealing the bag opening of the transparent inner bag case (30), and after those multiple gastight strips (32) of the transparent inner bag case (30) are snapped together those multiple gastight strips (32) will never be broken apart even when extreme high pressure is applied on the transparent inner bag case (30).
Referring to
The check valve (41) is installed in such a way which valve body is exposed on both the outer surface and the inner surface of the transparent inner bag case (30) with the outer part of the check valve (41) for being connected to the air suction equipment, and when the air suction equipment applies a suction force during suction operation the valve blade of the check valve (41) moves to allow the air to flow from inner side to outer side of the transparent bag case (30) passing through the air passage of the check valve (41), however, when the air suction equipment stops operation, the suction force disappears, and the valve blade of the check valve (41) immediately returns to its original position to block up the air passage of the check valve (41) that stops the air flow between inside and outside of the transparent inner bag case (30).
Said medical grade filter screen (45) is installed inside the transparent bag case (30) and installed on the open end of valve body of the check valve (41) inside the transparent bag case (30), which has the function able to filtrate off the particle or pathogen with size over 0.1 μm and screen the air passage of the check valve (30). Hence, when the air suction equipment exerts suction force on the check valve (41) to extract the air from the transparent inner bag case (30), the air inside the inner bag case (30) will be completely filtrated by the medical grade filter screen (45) to prevent the small particles or pathogen carried by the air from flowing out from the inner bag case (30), and the small particles or pathogen will adhere to the surface of the medical grade filter screen (45) when they pass through the filter screen (45) to prevent the pathogen to get out of the inner bag case (30).
Then, referring to
When it is required to examine or observe the body or the corpse, the only thing we need to do is to open the biological hazard protection body bag (10) and lift the non-transparent outer bag case (20), to make direct observation of the isolated body or corpse through the transparent inner bag case (30) without causing infection or dissemination of pathogen.
Further referring to
Before the body or the corpse is packed into the transparent inner bag case (30), a proper amount of antiseptic agent is applied on the water absorption sheet (24) inside the transparent inner bag case (30), or after the body or the corpse is packed, the drugs bag (25) may be crashed by squeeze force from outside of the bag case to have the antiseptic agent or pills (50) to adhere to the surface of the water absorption sheet (24). Hence, when the inside space of the transparent inner bag case (30) is sucked to become nearly vacuum state, the antiseptic agent or pills (50) will gradually evaporate to pervade the inner space of the transparent inner bag case (30) to achieve the purpose of having the surface of the body or the corpse be sterilized for surface antisepsis.
In addition, the medical grade filter screen (45) of the vacuum filtration device (40) of the transparent inner bag case (30) may be further equipped with a water absorptive but air permeable material to prevent the medical grade filter screen (45) from being wetted by blood or antiseptic agent to ensure the effectiveness of preventing pathogen infection or dissemination.
Alternatively, in another embodiment, the air discharge and filtration device has no check valve.
The practical applications of the biological hazard protection body bag (10) of the invention includes being applied for handling the body or the corpse due to unknown cause of death whether died outdoors or died before sent to hospital, or died during medical treatment but due to unknown cause that result in the need of legal autopsy to clarify the cause of death. While in these circumstances the corpse can be kept in a nearly vacuum transparent inner bag case (30) with gastight sealing waiting for the required autopsy procedure, and prevent the infection or dissemination of pathogen.
Especially, when the nation meets with grave natural disaster such as the earthquake on September 21 in Taiwan which resulted in heavy losses casualties or when there is burst of war that results in the interruption of electric power supply, and causes failure of carrying out immediate rescue, the body or the corpse may be temporarily stored in the biological hazard protection body bag (10) to reduce the impact on environment and the people still alive, meanwhile by way of keeping the body or the corpse stored in the vacuum state and applied with antiseptic agent or pills (50) inside the transparent inner bag case (30) may effectively decrease the speed of decay of the body or the corpse so that the relatives may clearly identify the dead under safe protection without causing infection of pathogen.
| Number | Date | Country | Kind |
|---|---|---|---|
| 92210113 U | Jun 2003 | TW | national |
| Number | Name | Date | Kind |
|---|---|---|---|
| 4164355 | Eaton et al. | Aug 1979 | A |
| 4418900 | Ricke | Dec 1983 | A |
| 4617706 | Waletzko | Oct 1986 | A |
| 4780940 | Jay | Nov 1988 | A |
| 4790051 | Knight | Dec 1988 | A |
| 5388910 | Koyanagi | Feb 1995 | A |
| 5659933 | McWilliams | Aug 1997 | A |
| 5697132 | DeCarbo et al. | Dec 1997 | A |
| 5715583 | Sandoval | Feb 1998 | A |
| 5829108 | DeCarbo et al. | Nov 1998 | A |
| 5839572 | Yeager | Nov 1998 | A |
| 5924181 | Takasugi | Jul 1999 | A |
| 6004034 | Salam | Dec 1999 | A |
| 6408872 | Skeens et al. | Jun 2002 | B1 |
| 20030145443 | Lee | Aug 2003 | A1 |
| 20040252918 | Yu et al. | Dec 2004 | A1 |
| 20050138783 | Craig | Jun 2005 | A1 |
| Number | Date | Country |
|---|---|---|
| 2546748 | Dec 1984 | FR |
| 2115690 | Sep 1983 | GB |
| WO9828974 | Jul 1998 | WO |
| Number | Date | Country | |
|---|---|---|---|
| 20040252918 A1 | Dec 2004 | US |