Stretcher and a patient transport system
A stretcher for transporting patients, comprising a rest plane ( 2 ) for supporting a patient in a substantially lying position, and means for raising ( 3, 35 ) for raising the rest plane ( 2 ) with respect to the surface on which the stretcher ( 1 ) is resting, comprising at least two distinct support elements ( 3 ) which rest on a ground surface, each of which is connected to the rest plane ( 2 ) such as to be able to move, independently of the other thereof, between a respective closed position and a respective open position, such that when both the support elements ( 3 ) are in a closed position, the rest plane ( 2 ) is supported at a lower height, and when both the support elements ( 3 ) are in an open position, the rest plane ( 2 ) is supported at a greater height, and motor means ( 35 ) for moving the support elements ( 3 ) from the respective closed positions into the respective open positions, such as to raise the rest plane ( 2 ).
1. A stretcher for transporting patients, comprising; a rest plane ( 2 ) for supporting a patient in a substantially lying position and means for raising ( 3 , 35 ) the rest plane ( 2 ) with respect to a surface on which the stretcher ( 1 ) is resting, wherein the means for raising comprise:
at least two distinct support elements ( 3 ) which rest on a ground surface, each of which is connected to the rest plane ( 2 ) and is not connected to each other where in each of the supported elements is able to move, independently of each other between a respective closed position and a respective open position, such that when both the support elements ( 3 ) are in a closed position, the rest plane ( 2 ) is supported at a lower height, and when both the support elements ( 3 ) are in an open position, the rest plane ( 2 ) is supported at a greater height, wherein each support element ( 3 ) is able to reach the closed position while the other element is in the open position:
a motor means ( 35 ) for moving the support elements ( 3 ) from the respective closed positions into the respective open positions, such as to raise the rest plane ( 2 ).
2. The stretcher of claim 1 , wherein each of the support elements ( 3 ) is hinged to the rest plane ( 2 ), such as to be able to rotate between a closed position in which the each of the support elements ( 3 ) is reclining on the rest plane ( 2 ), and an open position, in which the each of the support elements ( 3 ) projects inferiorly with respect to the rest plane ( 2 ).
3. The stretcher of claim 2 , wherein the motorised means ( 35 ) are 20 predisposed to raise the rest plane ( 2 ), rotating the support elements ( 3 ) in opposite directions during the displacement between the respective open and closed positions.
4. The stretcher of claim 3 , wherein the support elements ( 3 ) are hinged at intermediate points of the rest plane ( 2 ), and the motorised means ( 35 ) are predisposed to raise the rest plane ( 2 ), by rotating the support elements ( 3 ) in a reciprocally nearing direction.
5. The stretcher of claim 1 , wherein each of the support elements ( 3 ) comprises support wheels ( 31 ) which enable displacements of the stretcher ( 1 ) on the surface on which the stretcher ( 1 ) is resting.
6. The stretcher of claim 1 , wherein the motorised means comprise at least an independent actuator ( 35 ) for each support element ( 3 ), the independent actuators ( 35 ) moving the support elements ( 3 ) both independently of one another and contemporaneously.
7. The stretcher of claim 6 , wherein the independent actuator ( 35 ) is a linear actuator.
8. The stretcher of claim 1 , wherein the stretcher comprises means for moving each support element ( 3 ) from the open position thereof to the closed position thereof, independently of the other each support element ( 3 ).
9. The stretcher of claim 8 , wherein the means are the motorized means ( 35 ) for raising the rest plane ( 2 ).
10. A system for transporting patients of claim 1 , wherein said system comprises a stretcher ( 1 ) and a transport vehicle ( 6 ) provided with at least a loading plane ( 60 ) for receiving the stretcher ( 1 ), when the support elements ( 3 ) of the stretcher ( 1 ) are both in a respective closed position, such that an overall height of the stretcher ( 1 ) is lower than when the support elements ( 3 ) are both in the respective open position.
11. The system of claim 10 , wherein said system comprises connecting means ( 4 , 5 ) which connect the rest plane ( 2 ) of the stretcher ( 1 ) to the loading plane ( 60 ) of the transport vehicle ( 6 ) when the support elements ( 3 ) of the stretcher ( 1 ) are both in the open position, such as at least partially to support the stretcher ( 1 ) and enable a first support element ( 3 ) in proximity of the vehicle to move from the open position thereof into the closed position thereof in which it is received onto the loading plane ( 60 ).
12. The system of claim 11 , wherein the first support element ( 3 ) displaces from the open position to the closed position, rotating in an upwards 30 direction towards the loading plane ( 60 ) of the transport vehicle ( 6 ).
13. The system of claim 12 , wherein the second support element ( 3 ) of the stretcher ( 1 ) passes from the open position thereof to the closed position thereof in which it is received on the loading plane ( 60 ), rotating in an opposite direction with respect to the first support element ( 3 ).
14. The system of claim 11 , wherein the connecting means ( 4 , 5 ) are associated to motorised drawing means which automatically draw the stretcher ( 1 ) internally of the transport vehicle ( 6 ) above the loading plane ( 60 ).