System for performing surgery practical exercises
A portable system for performing surgery practical exercises is disclosed, this system comprising a covering element provided with holes for allowing surgical instruments to pass therethrough, this covering element defining an exercise space therein, and at least one exercise element configured to be arranged and kept in the space, this at least one exercise element having a body which extends three-dimensionally in the space and comprising at least one work portion for the operation by means of the surgical instruments. The covering element is configured to pass from an operational configuration, in which it has a three-dimensional structure and defines the exercise space, to a transport configuration in which this exercise space is substantially cancelled or at least reduced with respect to the operational configuration, and vice versa, and the exercise element is configured to be arranged in the space, defined by the covering element in the operational configuration, according to a plurality of three-dimensional configurations in which the work portion assumes a corresponding plurality of orientations in the directions of this exercise space, allowing a plurality of exercises.
1 . A portable system for performing surgery practical exercises, comprising:
a base element;
a covering element ( 13 ) provided with holes ( 14 ) for allowing the passage of surgical instruments (T) therethrough, the covering element ( 13 ) defining an exercise space (S) at the inside thereof, and
at least one exercise element ( 18 ) configured to be arranged and kept in the exercise space (S), the at least one exercise element ( 18 ) having a body ( 18 ′) which extends in the exercise space (S) and comprises at least one work portion ( 18 p ) for the operation by means of the surgical instruments (T),
wherein the at least one exercise element ( 18 ) is configured to be arranged in the exercise space (S) according to a plurality of three-dimensional configurations in which the work portion ( 18 p ) assumes a corresponding plurality of orientations in the directions of the exercise space (S), thereby allowing a plurality of exercises, each three-dimensional configuration comprising one or more specific fastening positions (P) of the exercise element ( 18 ), and
wherein the exercise element ( 18 ) is configured to be connected to the base element and to the covering element ( 13 ) according to fastening positions (P) which are located at the base element and at the covering element ( 13 ) and are selected based on the exercise to be performed in the exercise space (S); and
an exercise plate arranged in the exercise space and defining the base element of the exercise space; and
wherein the exercise plate is removably associated with said system and is configured to show spatial references for arranging the exercise element inside the exercise space, the spatial references corresponding to surgical exercises to be performed in the system, wherein the position of the holes of the covering element is related to the arrangement of the spatial references and said relation is selected to allow only specific surgical accesses via specific holes based on the position of the exercise element arranged according to said spatial references, allowing a correct application of the surgical instruments on the work portion of the exercise element only via said specific holes when the exercise element is arranged according to said spatial references.
2 . The system of claim 1 , wherein, based on the exercise to be performed, the fastening positions of the exercise element are only at the base element, or only at the covering element, or both at the base element and at the covering element.
3 . The system of claim 1 , wherein the work portion of the exercise element is shaped to be sutured by means of the surgical instruments to be inserted in the holes of the covering element, said work portion to be sutured comprising at least one recess which separates from each other edges adapted to be sutured.
4 . The system of claim 1 , wherein the exercise element is configured to undergo a plurality of different tensile stresses.
5 . The system of claim 1 , wherein the exercise element is at least partially made of an elastically deformable material and is configured to assume, via deformation of at least one portion thereof, a specific three-dimensional configuration of the plurality of three-dimensional configurations in the exercise space.
6 . The system of claim 1 , wherein the exercise element comprises a plurality of ends which are independent from each other and configured to allow the housing of the exercise element in the exercise space.
7 . The system of claim 6 , wherein at least one end of the exercise element is configured to be inserted in one of the holes of the covering element for the housing of the exercise element in the exercise space, and/or wherein the exercise element is maintained hanging inside the exercise space.
8 . The system according to claim 1 , wherein the exercise plate is configured to provide an abutment plane for the exercise element, and the exercise plate is at least partially made according to a hook-and-loop configuration, or wherein the exercise plate is configured to provide an abutment plane for the exercise element, and the exercise element is coupled thereto by magnetic coupling.
9 . The system of claim 1 , wherein the holes of the covering element house respective bushing elements provided with openings configured to allow the passage of the surgical instruments and a simultaneous elastic holding thereof.
10 . The system of claim 1 , wherein the covering element is shaped as a patient's abdomen in the operational conditions of laparoscopic surgery, and wherein the arrangement of the holes of the covering element matches the main surgical accesses of the laparoscopic surgery, the holes being arranged to each other such that specific accesses correspond to specific laparoscopic exercises.
11 . The system of claim 1 , comprising a vision system configured to monitor the exercise element inside the exercise space and to capture images and/or video.
12 . The system of claim 11 , comprising a control unit operatively connected to the vision system and configured to process the images captured by the vision system, and, based on the captured images, configured to monitor the closing operation of the recess of the work portion to be sutured via the surgical instruments, so as to estimate the execution of a suture performed on the exercise element.
13 . The system of claim 12 , wherein the recess has a colour or a colour tone different with respect to the rest of the body of the exercise element, and wherein, based on the images captured by the vision system, the control unit is configured to discriminate between the different colours or colour tones of the exercise element and to verify whether the colour or colour tone of the recess is disappeared, the disappearance of the colour or colour tone corresponding to the completion of the suture.
14 . The system of claim 12 , wherein the control unit is configured to allow the access to an exercise interface adapted to send data related to the exercise performed in the exercise space for sharing said data over the network, and/or for receiving data related to an exercise performed by other users on another system.
15 . The system of claim 1 , wherein the covering element is configured to switch from an operational configuration, in which it has a three-dimensional structure and defines the exercise space, to a transport configuration, in which the exercise space is substantially cancelled or at least reduced with respect to the operational configuration, and vice versa.
16 . The system of claim 15 , further comprising:
at least one surgical instrument for performing exercises in the system; and
a case provided with transport means of the system, wherein said the system is configured to be foldable and transportable inside the case when the covering element is in the transport configuration.