Vein scope and injection system

A medical device designed to locate a body passageway to enable a user to access the body passageway in a body portion of a patient, said medical device comprising a monitor assembly, a support assembly and a needle handling assembly, said monitor assembly including an upper and lower surface, said upper surface including at least one display designed to display a representation of the body passageway in a body portion that is positioned below said lower surface of said monitor assembly, said lower surface of said monitor assembly designed to receive information that can be processed to produce the representation of the body passageway;

• said support assembly including a base portion and a side portion connected to said base portion, said base portion including an upper surface designed to receive the body portion, said side portion extending upwardly from said upper surface of said base portion, said side portion designed to at least partially support said monitor assembly above said upper surface of said base portion when the body portion is at least partially positioned between said base portion of said support assembly and said lower surface of said monitor assembly, said monitor assembly connected to said support assembly to enable said monitor assembly to move upwardly from or pivot upwardly from said upper surface of said base portion to enable the body portion to be positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly, said monitor designed to produce the representation of the body passageway when said body portion is positioned between said base portion of said support assembly and said lower surface of said monitor assembly, said monitor assembly, said support assembly, or combinations thereof including one or more electronic components designed to process signals detected by one or more image receptors, said monitor assembly, said support assembly, or combinations thereof including one or more signal generators designed to generate an electromagnetic signal, an ultrasonic signal, or combinations thereof so that such signal at least partially contacts the body portion while the body portion is positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly and is at least partially detected by one or more of said image receptors, said monitor assembly is fully supported on one of said side walls of said support assembly, said monitor assembly is detachably connected to said support assembly;
• said needle handling assembly designed to at least partially support one or more penetration devices selected from the group consisting of a needle, a catheter, a syringe, an IV and a tube, said needle handling assembly at least partially connected to said monitor assembly, said needle handling assembly designed to allow multi-axes positioning of said penetration device relative to the monitor assembly so as to enable a user to properly position an end of said penetration device relative to the body portion when attempting to access the body passageway while the user is viewing said display on said upper surface of said monitor assembly which is displaying said representation of the body passageway in the body portion while the body portion is positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly.

A medical device designed to locate a blood vessel in an arm or leg of a patient so as to enable a user to insert a needle into the blood vessel, said medical device comprising a monitor assembly, a support assembly and a needle handling assembly, said monitor assembly including an upper and lower surface, said upper surface including at least one display designed to display a representation of the blood vessel in the arm or leg that is positioned below said lower surface of said monitor assembly, said lower surface of said monitor assembly designed to receive information that can be processed to produce the representation of the blood vessel;

• said support assembly including a base portion and a side portion connected to said base portion, said base portion including an upper surface designed to receive the arm or leg, said side portion extending upwardly from said upper surface of said base portion, said side portion designed to at least partially support said monitor assembly above said upper surface of said base portion so that the arm or leg can be positioned between said base portion of said support assembly and said lower surface of said monitor assembly, said monitor designed to produce the representation of the blood vessel when said arm or leg is positioned between said base portion of said support assembly and said lower surface of said monitor assembly, said monitor assembly connected to said support assembly to enable the arm or leg to be positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly, said monitor assembly, said support assembly, or combinations thereof including one or more electronic components designed to process signals detected by one or more image receptors, said monitor assembly, said support assembly, or combinations thereof including one or more signal generators designed to generate an electromagnetic signal, an ultrasonic signal, or combinations thereof so that such signal at least partially contacts the arm or leg while the arm or leg is positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly, said one or more image receptors at least partially detecting one or more signals generated by said one or more signal generators while the arm or leg is positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly;
• said needle handling assembly designed to at least partially support a needle or device that includes a needle, said needle handling assembly at least partially connected to said monitor assembly, said needle handling assembly designed to allow multi-axis positioning of said penetration device relative to the monitor assembly so as to enable a user to properly position an end of said needle relative to the arm or leg when attempting to access the blood vessel on the patient while the user is viewing said display on said upper surface of said monitor assembly which is showing said representation of said blood vessel in the arm or leg while the arm or leg is positioned between said lower surface of said monitor assembly and said upper surface of said base portion of said support assembly.