A safety coffin or security coffin is a coffin fitted with a mechanism to prevent premature burial or allow the occupant to signal that they have been buried alive. A large number of designs for safety coffins were patented during the 18th and 19th centuries and variations on the idea are still available today.
The fear of being buried alive peaked during the cholera epidemics of the 18th and 19th centuries but accounts of live burial have been recorded even further back. When his tomb was reopened, the philosopher John Duns Scotus (1266 – 1308) was reportedly found outside his coffin with his hands torn and bloody after attempting to escape (Although it is possible that this is merely a myth). The fears of being buried alive were heightened by reports of doctors and accounts in literature and the newspapers. As well as dealing with the subject in "The Fall of the House of Usher" and "The Cask of Amontillado", Edgar Allan Poe wrote "The Premature Burial", which was published in 1844. It contained accounts of supposedly genuine cases of premature burial as well as detailing the narrator's own (perceived) interment while still alive.
The general fear of premature burial led to the invention of many safety devices which could be incorporated into coffins. Most consisted of some type of device for communication to the outside world such as a cord attached to a bell that the interred person could ring should they revive after the burial. A safety coffin of this type appears in the 1979 film The First Great Train Robbery. Other variations on the bell included flags and pyrotechnics. Some designs included ladders, escape hatches, and even feeding tubes, but many forgot a method for providing air.
Robert Robinson died in Manchester in 1791. A movable glass pane was inserted in his coffin, and the mausoleum had a door for purposes of inspection by a watchman, who was to see if he breathed on the glass. He instructed his relatives to visit his grave periodically to check that he was still dead.
The first recorded safety coffin was constructed on the orders of Duke Ferdinand of Brunswick before his death in 1792. He had a window installed to allow light in, an air tube to provide a supply of fresh air, and instead of having the lid nailed down he had a lock fitted. In a special pocket of his shroud he had two keys, one for the coffin lid and a second for the tomb door.
P.G. Pessler, a German priest, suggested in 1798 that all coffins have a tube inserted from which a cord would run to the church bells. If an individual had been buried alive they could draw attention to themself by ringing the bells. This idea, while highly impractical, led to the first designs of safety coffins equipped with signalling systems. Pessler's colleague, Pastor Beck, suggested that coffins should have a small trumpet-like tube attached. Each day the local priest could check the state of putrefaction of the corpse by sniffing the odours emanating from the tube. If no odour was detected or the priest heard cries for help the coffin could be dug up and the occupant rescued.
Dr. Adolf Gutsmuth was buried alive several times to demonstrate a safety coffin of his own design, and in 1822 he stayed underground for several hours and even ate a meal of soup, bratwurst, marzipan, sauerkraut, spätzle, beer, and for dessert, prinzregententorte, delivered to him through the coffin's feeding tube.
The 1820s also saw the use of "portable death chambers" in Germany. A small chamber, equipped with a bell for signalling and a window for viewing the body, was constructed over an empty grave. Watchmen would check each day for signs of life or decomposition in each of the chambers. If the bell was rung the "body" could be immediately removed, but if the watchman observed signs of putrefaction in the corpse, a door in the floor of the chamber could be opened and the body would drop down into the grave. A panel could then be slid in to cover the grave and the upper chamber removed and reused.
In 1829, Dr. Johann Gottfried Taberger designed a system using a bell which would alert the cemetery nightwatchman. The corpse would have strings attached to its hands, head and feet. A housing around the bell above ground prevented it ringing accidentally. An improvement over previous designs, the housing prevented rainwater from running down the tube and netting prevented insects from entering the coffin. If the bell rang the watchman had to insert a second tube and pump air into the coffin with a bellows to allow the occupant to survive until the casket could be dug up.
The systems using cords tied to the body suffered from the drawback that the natural processes of decay often caused the body to swell or shift position, causing accidental tension on the cords and a "false positive". Franz Vester's 1868 "Burial Case" overcame this problem by adding a tube through which the face of the "corpse" could be viewed. If the interred person came to, they could ring the bell (if not strong enough to ascend the tube by means of a supplied ladder) and the watchmen could check to see if the person had genuinely returned to life or whether it was merely a movement of the corpse. Vester's design allowed the viewing tube to be removed and reused once death was assured.
Count Michel de Karnice-Karnicki, a chamberlain to the Tsar of Russia, patented his own safety coffin, called Le Karnice, in 1897 and demonstrated it at the Sorbonne the following year. His design detected movement in the coffin and opened a tube to supply air while simultaneously raising a flag and ringing a bell. Le Karnice never caught on: it was too sensitive to allow for even a slight movement in a decaying corpse, and a demonstration in which one of Karnice-Karnicki's assistants had been buried alive ended badly when the signalling systems failed. Luckily, the breathing tube had activated and the assistant was disinterred unharmed, but the reputation of Le Karnice was damaged beyond repair.
In 1995 a modern safety coffin was patented by Fabrizio Caselli. His design included an emergency alarm, intercom system, a torch (flashlight), breathing apparatus, and both a heart monitor and stimulator.
Despite the fear of burial while still alive, there are no documented cases of anybody being saved by a safety coffin. It is worth noting that the practice of modern day embalming has, for the most part, eliminated the fear of "premature burial", as no one has ever survived that process once completed.
"Saved by the bell" expression
Folk etymology has suggested that perhaps the phrases "saved by the bell", "dead ringer" and "graveyard shift" come from the use of safety coffins in the Victorian era; however, these have been dispelled as urban myth, attributed to a linguistic e-mail hoax Life in the 1500s. The "saved by the bell" expression is actually well established to have come from boxing, where a boxer who is still on their feet but close to being knocked down can be saved from losing by the bell ringing to indicate the end of the round.
In popular culture
The 2009 song "The Tale of Solomon Snell" by Duncan Sheik from his album Whisper House tells the story of a man who for his burial gives instructions to be buried in a safety coffin with a bell mechanism attached but ultimately fails to be saved due to the person in charge of listening to the bell getting drunk.
- James Cocks; Memorials of Hatherlow and of the old Chadkick Chapel; Stockport, 1895.
- *"Safety coffins". Australian Museum. 2011. Retrieved 3 September 2012.
- Wilton, David (2009). Word Myths: Debunking Linguistic Urban Legends. Oxford University Press. pp. 75–77. ISBN 978-0-19-537557-2.
- Mikkelson, Barbara. "snopes.com: Life in the 1500s:". snopes.com. Retrieved 2012-08-23.
- Patents related to alarms/signals used in connection with coffins for indicating life in persons supposed to be dead.
- Troy Taylor (2000). "Beyond The Grave". Retrieved 5 December 2006.
- Jan Bondeson (2002). Buried Alive: The Terrifying History of Our Most Primal Fear. W W Norton & Co Ltd. ISBN 0-393-32222-X.