Injection training device

1. An injection training device comprising:

a housing defining a receptacle having an opening;

a removable container, receivable within the receptacle;

an actuation member configured to simulate actuation of an injection device;

at least one sensor comprising a container sensor for detecting receipt of the removable container within the receptacle; and

a processor;

wherein the injection training device detects a condition of the device and, optionally, provides feedback based on the condition detected; and

wherein the housing is configured to be affixed to a contact site of a user for an injection training event.

2. The injection training device of claim 1 , further comprising an injection simulation member configured to simulate a needle, wherein activation of the actuation member delivers the injection simulation member from the device.

3. The injection training device of claim 1 , wherein the condition comprises an error condition.

4. The injection training device of claim 1 , wherein the feedback comprises corrective feedback and/or positive feedback.

5. The injection training device of claim 1 , wherein the housing comprises a front side and a back side, wherein said contact substrate is removably associated with the back side.

6. The injection training device of claim 5 , wherein the contact substrate is removable.

7. The injection training device of claim 5 , wherein the contact substrate comprises an adhering portion, configured to affix the housing to the contact site of the user.

8. The injection training device of claim 1 , further comprising a receptacle closure member, the receptacle closure member for securing an entrance to the opening, and optionally, a receptacle closure member sensor for detecting a condition of the receptacle closure member.

9. The injection training device of claim 7 , wherein the contact substrate comprises a removable layer, such that removal of the removable layer exposes the adhering portion of the contact substrate.

10. The injection training device of claim 9 , further comprising a contact substrate sensor, wherein the contact substrate sensor is disposed between the removable layer and the contact substrate to detect a contact between the removable layer and the contact substrate.

11. The injection training device of claim 1 , further comprising an actuation sensor, wherein the actuation sensor detects actuation of the actuation member.

12. The injection training device of claim 2 , wherein a flap portion movable relative to the housing extends from the back side of the housing, said flap portion for contacting the contact site of the user, wherein upon removal of the device from a contact site of the user, the flap portion covers a portion of the injection simulation member.

13. The injection training device of claim 12 , wherein the device comprises a biasing member associated with the flap portion, such that the flap portion is biased away from the device, and optionally, a flap portion sensor to detect whether the flap portion has been compressed.

14. An injection training system comprising:

an injection training device for simulating a drug delivery device, the training device comprising,

a housing;

an attachment mechanism for affixing the housing to a user;

an actuation member configured to simulate actuation of an injection device;

a contact site sensor for detecting contact between the housing and a contact site of a user, wherein the housing is configured to be affixed to the contact site of the user during an injection training event; and

a cooperating package communicatingly connected to the injection training device, the package comprising a receiver for receiving the injection training device, the package further comprising:

a power source;

a processor; and

a package sensor for sensing receipt and removal of the injection training device relative to the receiver,

wherein the injection training system detects a condition of the device and, optionally, provides feedback based on the condition detected.

15. The injection training system of claim 14 , wherein the receiver comprises the package sensor.

16. The injection training system of claim 14 , wherein the housing further defines a receptacle having an opening for receiving a container.

17. The injection training system of claim 16 , further comprising a removable container, receivable within the receptacle, the removable container configured to simulate a medicament container.

18. The injection training system of claim 14 , wherein when the contact site sensor does not detect contact with the contact site of a user, after the actuation member is actuated and prior to completion of a training event, an error condition is detected.

19. The injection training system of claim 16 , wherein the housing further comprises a receptacle closure member for securing an entrance to the opening, and optionally, a receptacle closure member sensor for detecting the position of the receptacle closure member relative to the opening.

20. The injection training system of claim 14 , wherein a flap portion extends from a back side of the housing, said flap portion for engaging the contact site of the user, and optionally, a biasing member associated with the flap portion, such that the flap portion is biased away from the device.

21. The injection training system of claim 20 , wherein upon removal of the device from the contact site of the user, the flap portion covers a portion of the injection simulation member.

22. The injection training system of claim 20 , wherein the contact site sensor is associated with the flap portion, such that when the flap portion is biased inward toward the housing, the system detects contact between the injection training device and the contact site of the user.

23. An injection training device comprising:

a housing;

an actuation member configured to simulate actuation of an injection device;

at least one sensor comprising a contact area sensor for detecting contact between the device and a user;

an injection simulation member configured to simulate a needle, wherein activation of the actuation member delivers the injection simulation member from the device;

a processor;

wherein the injection training device detects a condition of the device and, optionally, provides feedback based on the condition detected; and

wherein the housing is configured to be affixed to a contact site of a user during an injection training event, and wherein when following actuation of the actuation member, and prior to completion of an injection training event, contact between the device and the user is not detected, an error condition is detected.