Template system for multi-reservoir implantable pump

1. A method of refilling an implantable infusion pump implanted in a patient, said method comprising the steps of:

providing a first template including first means for aligning with pump alignment means of said pump to ensure alignment of said first template with respect to said pump and a second template including second means for aligning with the pump alignment means to ensure alignment of said second template with respect to said pump, said first and second templates being separate from each other;

placing said first template over a section of skin of the patient adjacent said pump, so as to align said first means for aligning with said pump alignment means;

injecting a needle through an opening formed in said first template, through the skin of the patient, and into a first port corresponding to a first chamber of said pump;

placing said second template over a section of skin of the patient adjacent said pump, so as to align said second means for aligning with said pump alignment means; and

injecting a needle through an opening formed in said second template, through the skin of the patient, and into a second port corresponding to a second chamber of said pump.

2. The method according to claim 1 , further comprising the steps of:

providing a third template including third means for aligning with pump alignment means of said pump to ensure alignment of said third template with respect to said pump, said third template being separate from said first and second templates;

placing said third template over a section of skin of the patient adjacent said pump, so as to align said third means for aligning with said pump alignment means.

3. The method according to claim 2 , further comprising the step of injecting a needle through an opening formed in said third template, through the skin of the patient, and into a third port of said pump, the third port allowing for direct injection into the patient.

4. The method according to claim 1 , wherein said first and second means for aligning include two recessed surfaces and said pump alignment means include two raised portions, the recessed surfaces being capable of cooperating with the raised portions.

5. The method according to claim 1 , wherein said first and second means for aligninq include two protrusions and said pump alignment means include two depressions, the protrusions being capable of cooperating with the depressions.

6. The method according to claim 1 , wherein said first and second means for aligning include at least one recessed surface and at least one protrusion and said pump alignment means include at least one raised portion and at least one depression, the recessed surface being capable of cooperating with the raised portion and the protrusion being capable of cooperating with the depression.

7. A method of refilling an implantable infusion pump implanted in a patient, said method comprising the steps of:

placing a first template having a first opening, a first template structure, and a second template structure over a section of skin of the patient adjacent the pump, so as to align the first template structure with a first pump structure of the pump and to align the second template structure with a second pump structure of the pump, wherein the aligned template and pump structures ensure proper alignment of the first template with respect to the pump;

injecting a needle through the opening of the first template, and into a first port corresponding to a first chamber of the pump; and

placing a second template having a second opening, a third template structure, and a fourth template structure over a section of skin of the patient adjacent the pump, so as to align the third template structure with the first pump structure and to align the fourth template structure with the second pump structure, wherein the second template is separate from the first template and the aligned template and pump structures ensure proper alignment of the second template with respect to the pump;

injecting a needle through the second opening of the second template, and into a second port corresponding to a second chamber said pump,

wherein the template structures are either recessed surfaces or raised portions and the corresponding pump structures are the other of recessed surfaces or raised portions.

8. The method according to claim 7 , further comprising the step of placing a third template having a third opening, a fifth template structure, and sixth template structure over a section of skin of the patient adjacent the pump, so as to align the fifth template structure with the first pump structure and to align the sixth template structure with the second pump structure, wherein third template is separate from the first and second templates and the aligned template and pump structures ensure proper alignment of the third template with respect to the pump.

9. The method according to claim 8 , further comprising the step of injecting a needle through the third opening of the third template, and into a third, port of the pump, the third port allowing for direct injection into the patient.

10. The method according to claim 7 , wherein the first template structure is a recessed surface and the first pump structure is a raised portion and the second template structure is a recessed surface and the second pump structure is a raised portion.

11. The method according to claim 10 , wherein the third template structure is a recessed surface and the first pump structure is a raised portion and the fourth template structure is a recessed surface and the second pump structure is a raised portion.

12. The method according to claim 11 , wherein the fifth template structure is a recessed surface and the first pump structure is a raised portion and the sixth template structure is a recessed surface and the second pump structure is a raised portion.

13. A method of refilling an implantable infusion pump implanted in a patient, said method comprising the steps of:

placing a first template having a first opening, a first template recessed surface, and a second template recessed surface over a section of skin of the patient adjacent the pump, so as to align the first template recessed surface with a first pump raised portion of the pump and to align the second template recessed surface with a second pump raised portion of the pump, wherein the aligned template recessed surfaces and pump raised portions ensure proper alignment of the first template with respect to the pump;

injecting a needle through the opening of the first template, and into a first port corresponding to a first chamber of the pump;

placing a second template having a second opening, a third template recessed surface, and a fourth template recessed surface over a section of skin of the patient adjacent the pump, so as to align the third template recessed surface with the first pump raised portion and to align the fourth template recessed surface with the second pump raised portion, wherein the second template is separate from the first template and the aligned template recessed surfaces and pump raised portions ensure proper alignment of the second template with respect to the pump;

injecting a needle through the second opening of the second template, and into a second port corresponding to a second chamber of said pump;

placing a third template having a third opening, a fifth template recessed surface, and sixth template recessed surface over a section of skin of the patient adjacent the pump, so as to align the fifth template recessed surface with the first pump raised portion and to align the sixth template recessed surface with the second pump raised portion wherein the third template is separate from the first and second templates and the aligned template recessed surfaces and pump raised portion ensure proper alignment of the third template with respect to the pump; and

injecting a needle through the third opening of the third template, and into a third port of the pump, the third port allowing for direct injection into the patient.