Amide fragmentation of salicylamide

I want to ask a question about the fragmentation of the $\ce{M\_17}$ peak of Salicyclamide to a phenolic fragment. 


I was reading the following paper giving a profile about [salicyclamide](https://www.researchgate.net/publication/231350583_33-_Analytical_Profile_of_Salicylamide). 


I want to determine a mechanism that gives the following product from the fragmentation scheme:


[![Overall fragmentation scheme based from the mass spec analysis](https://i.stack.imgur.com/IMn84.png)](https://i.stack.imgur.com/IMn84.png)


I am however, unable to so far produce a mechanism that shows the scheme above. 


The figure below shows the closest attempt I have made so far. 


[![Attempt at a reasonable mechanism](https://i.stack.imgur.com/Ma40j.png)](https://i.stack.imgur.com/Ma40j.png)


I feel my attempt is incorrect since there is a net charge change. 


What mistake am I making that can rectify my result and provide a reasonable suggestion for the mechanism involved?


**I don't understand how this question can be voted for closure as it is "not relevant to chemistry".** This is a clear phenomena given in a research paper and I wanted to discuss the mechanism(s) behind such findings that have been observed in the paper - as noted in the help centre under *Questions relating to observed chemical phenomena*. 




I realised that for an $\ce{m/z = 92}$ you would need a $\ce{C6H4}$ ring with only an oxygen group attached. If a positive charge is present, this implies that there is a radical at position 2 ortho to the $\ce{C=O}$. 


I revised my own mechanism below to suggest one possible route:


[![Possible mechanism.](https://i.stack.imgur.com/mDei1.png)](https://i.stack.imgur.com/mDei1.png)


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