Pharmacy packaging system and pouch

1. An automatic packager for packaging medications, the automatic packager comprising:

a cartridge for dispensing the medications;

a packaging unit receiving the medications dispensed from the cartridge; and

an electronic processor electrically coupled to the cartridge and the packaging unit, the electronic processor configured to

determine medications in a batch of medications, the batch of medications corresponding to a single administration time,

determine whether the batch of medications is to be divided based on the medications in the batch of medications,

divide the batch of medications into a plurality of sub-batches of medications in response to determining that the batch of medications is to be divided,

create, using the packaging unit, a pouch including a plurality of discrete compartments corresponding to the plurality of sub-batches of medications, and

fill, using the packaging unit, the plurality of discrete compartments with the plurality of sub-batches of medications.

2. The automatic packager of claim 1 , wherein the electronic processor is further configured to

determine a size for the batch of medications based on the medications in the batch of medications;

determine whether the size for the batch of medications is greater than a pouch size threshold; and

determine that the batch of medications is to be divided when the batch of medications is greater than the pouch size threshold.

3. The automatic packager of claim 1 , wherein the electronic processor is further configured to

determine whether the batch of medications includes incompatible medications based on the medications in the batch of medications;

determine that the batch of medications is to be divided when the batch of medications includes incompatible medications.

4. The automatic packager of claim 1 , wherein the electronic processor is further configured to

seal, using the packaging unit, the plurality of discrete compartments without serrating between adjacent compartments of the plurality of discrete compartments, and

serrate the pouch at end of the pouch in response to determining that the plurality of sub-batches of medications is packaged.

5. The automatic packager of claim 1 , wherein the electronic processor is further configured to

determine medications in a second batch of medications,

determine that the second batch of medications is not to be divided based on the medications in the second batch of medications,

fill, using the packaging unit, a second pouch with the second batch of medications without creating compartments in the second pouch in response to determining that the second batch of medications is not to be divided,

seal and serrate, using the packaging unit, the second pouch at an end of the second pouch.

6. The automatic packager of claim 1 , wherein the electronic processor is further configured to print a continuous identifier on the pouch that spans a subset of the plurality of discrete compartments to provide an appearance of one continuous pouch.

7. The automatic packager of claim 1 , wherein the packaging unit further comprises:

packaging equipment operable to form the pouch;

a track configured to direct the medications toward the packaging equipment;

a receptacle coupled to the track to receive the medications from the track, wherein the pouch is formed in the receptacle; and

a sealing mechanism for sealing the pouch along a sealing area of the pouch after the medications are received in the pouch.

8. The automatic packager of claim 7 , wherein the packaging unit further comprises a sensor configured to detect whether a medication is in the sealing area and wherein the electronic processor is further configured to

detect, using the sensor, a medication in the sealing area; and

stop sealing of the pouch in response to detecting the medication in the sealing area.

9. The automatic packager of claim 8 , wherein the electronic processor is further configured to generate an alert in response to detecting the medication in the sealing area.

10. The automatic packager of claim 8 , wherein the electronic processor is configured to activate a vibration mechanism configured to vibrate the pouch to move the medication from the sealing area in response to detecting the medication in the sealing area.

11. A method for packaging medications using an automatic packager, the method comprising:

determining, using an electronic processor of the automatic packager, medications in a batch of medications, the batch of medications corresponding to a single administration time;

determining, using the electronic processor, whether the batch of medications is to be divided based on the medications in the batch of medications;

dividing, using the electronic processor, the batch of medications into a plurality of sub-batches of medications in response to determining that the batch of medications is to be divided;

creating, using a packaging unit of the automatic packager, a pouch including a plurality of discrete compartments corresponding to the plurality of sub-batches of medications; and

filling, using the packaging unit, the plurality of discrete compartments with the plurality of sub-batches of medications.

12. The method of claim 11 , further comprising:

determining, using the electronic processor, a size for the batch of medications based on the medications in the batch of medications;

determining, using the electronic processor, whether the size for the batch of medications is greater than a pouch size threshold; and

determining, using the electronic processor, that the batch of medications is to be divided when the batch of medications is greater than the pouch size threshold.

13. The method of claim 11 , further comprising:

determining, using the electronic processor, whether the batch of medications includes incompatible medications based on the medications in the batch of medications;

determining, using the electronic processor, that the batch of medications when the batch of medications includes incompatible medications.

14. The method of claim 11 , further comprising:

sealing, using the packaging unit, the plurality of discrete compartments without serrating seal locations between adjacent compartments of the plurality of discrete compartments; and

serrating, using the packaging unit, the pouch at an end of the pouch in response to determining that the plurality of sub-batches of medications is packaged.

15. The method of claim 11 , wherein the electronic processor is further configured to

determining, using the electronic processor, medications in a second batch of medications,

determining, using the electronic processor, that the second batch of medications is not to be divided based on the medications in the second batch of medications,

filling, using the packaging unit, a second pouch with the second batch of medications without creating compartments in the second pouch in response to determining that the second batch of medications is not to be divided,

sealing and serrating, using the packaging unit, the second pouch at an end of the second pouch.

16. The method of claim 11 , further comprising printing, using the packaging unit, a continuous identifier on the pouch that spans a subset of the plurality of discrete compartments to provide an appearance of one continuous pouch.

17. The method of claim 11 , further comprising:

forming the pouch with packaging equipment;

directing the medications along a track toward the packaging equipment;

receiving the medications from the track at a receptacle, wherein the pouch is formed in the receptacle, and wherein the pouch is sealed, using a sealing mechanism, along a sealing area of the pouch after the medications are received in the pouch

detecting, using a sensor, a medication in the sealing area;

stopping, using the electronic processor, sealing of the pouch in response to detecting the medication in the sealing area;

generating, using the electronic processor, an alert in response to detecting the medication in the sealing area;

activating, using the electronic processor, a vibration mechanism configured to vibrate the pouch to move the medication from the sealing area in response to detecting the medication in the sealing area.