Deterrent Disclosure

2021 ◽  
Author(s):  
Stephen Glaeser ◽  
Wayne R. Landsman

We examine how product market competition affects the disclosure of innovation. Theory posits that product market competition can cause firms to increase their disclosure of innovation to deter product market competitors. Consistent with this reasoning, we find that patent applicants in more competitive industries voluntarily accelerate their patent disclosures, which are credibly disclosed via the United States Patent and Trademark Office. Our inferences are robust to using changes in industry-level import tariffs as sources of plausibly exogenous variation in product market competition in differences-in-differences designs. Consistent with patent disclosure deterring product market competitors, we find that timelier patent disclosures are more strongly associated with declines in the similarity of competitors’ products than are less timely patent disclosures. In total, our results suggest that product market competition increases patent disclosure timeliness, which is consistent with firms using the disclosure of innovation to deter product market competition.

Author(s):  
Fred. W. Brearey

The remarks made in this paper are due to the action of the United States Patent Laws, as interpreted by one of the examiners, whose duty it was to adjudicate upon the practicability of an invention submitted to him, and whose decision was adverse to the granting of a patent. Protection was solicited for an improvement upon a previously patented mechanical aërial machine, the success of which had been proved by the inventor through the action of a model. The patent was refused on account of the alleged impracticability of the invention owing to the absence of gas as a supporting, or partly supporting, medium. Total misapprehension of the principles of flight is displayed whenever the balloon is recommended to take off part of the weight of any mechanical arrangement. However successfully the pure mechanical action may have proved itself in the conveyance of weights in the air whilst in the model form, the principle seems to be distrusted by some when proposed for extreme weight. But it fortunately happens that the resistance of the air to a body in motion, upon which we depend for success, bears a greatly increasing ratio to the extent of surface which that body assumes.


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