Posts Tagged: "specification"

As a general rule the ordinary plain meaning of the term as would be understood by someone of skill in the relevant technology area or science will be used. That may or may not be bad, and it may or may not be what you intended… When I teach this topic the example I tend to use relates to “standard room temperature.” If you have invented a process that needs to be carried out at 68 degrees F you might say that the process can or should be carried out at standard room temperature, for example. In the U.S. standard room temperature is generally referred to as 20 degrees C, which is 68 degrees F. But in some parts of the world what qualifies as standard room temperature is a bit warmer, sometimes up to 25 degrees C. So this illustration is particularly useful for several reasons. When you say standard room temperature did you even know that it has an accepted meaning in the scientific community? Were you aware that the meaning could vary depending upon whether the person reading the disclosure is in the United States or some other part of the world? This is where defining what you mean could be particularly important.

Interactions between patent examiners and patent practitioners are often tense. At worst, these interactions can be an exercise in restraint with both parties thinly veiling their disdain for one another. This adversarial approach can stall prosecution and run adverse to the practitioner’s purpose – i.e., to obtain the best patent claim scope possible for his or her client. Patent practitioners thus could benefit in many instances by having a better understanding of an examiner’s expectations and approaching prosecution with a mind toward working with the examiner instead of against the examiner. A conversation with an Examiner in a mechanical art unit provided the following tips for how practitioners may expedite the examination process by working (to the extent possible) within the examiner’s expectations.

GPNE sued Apple for direct infringement of claims in two of GPNE’s patents. The patents at issue relate to a two-way paging system, where the paging devices are capable of not only receiving messages but also sending messages back in response. The claims asserted by GPNE all recited “nodes” rather than “pagers,” even though the word “node” was not used anywhere other than in the Abstract of the two patents containing the asserted claims. Seizing on this, Apple argued at the Markman hearing that a “node” as claimed should be construed as being a “pager.” The district court ultimately agreed with Apple, and ultimately so too did the Federal Circuit.

While much of the specification focuses on a scheme involving patient-identifying information, the Court held that a specification’s focus cannot be limited on one particular embodiment where it expressly contemplates other embodiments or purposes. The specification clearly disclosed that sorting and storage could be done in a number of ways, not only by patient-identifying information. The Court held that the district court erred when it determined that the specification limited the invention to storing prescription containers based on patient name and slot availability. Thus, the Court reversed the grant of summary judgment and remanded the case for further proceedings.

Being your own lexicographer means is that you who can define your invention using whatever terms you choose, and after attributing pretty much whatever meaning you want to give to the terms you use. Indeed you get to define the terms you use so long as any special meaning you assign to any particular term is clearly set forth in the specification. It is true that the ordinary plain meaning of the terms as would be understood by one of skill in the relevant technology field will be applied if you do not provide your own definitions, but leaving nothing to chance is generally a good idea. It is an absolute prerequisite if you are using a term that has multiple possible meanings, or if you are referring only to a certain subset of what the term generally means or could mean.

UltimatePointer argued that the district court improperly construed “handheld device” to require direct pointing, because there was no disavowal or lexicography in the specification to exclude indirect pointing. Nintendo argued that the specification extols direct pointing and repeatedly criticizes indirect pointing. The Court agreed, holding that repeated characterization of the invention as a “direct pointing system,” repeated descriptions of the advantages of direct pointing, and repeated disparagement of indirect pointing all indicate that the term “handheld device” should be limited to direct pointing devices.

The broadest reasonable interpretation standard is frequently referred to simply as BRI within the industry. The Patent Office applies the broadest reasonable interpretation in virtually all circumstances. Whether the Patent Trial and Appeal Board (PTAB) should be using the broadest reasonable interpretation when it reconsiders previously issued patents in post grant proceedings will soon be considered by the United States Supreme Court. Notwithstanding, the focus of this article is not specifically to evaluate the merits of the Cuozzo appeal, but rather to generally discuss the broadest reasonable interpretation standard and what it means from an analytical perspective.

The best mode requirement still exists, although the America Invents Act (AIA) has largely removed any consequences for failing to disclose the inventor’s best mode, which means the current state of the law is at best a bit murky. But why would you ever want to file a patent application that does not disclose something that you prefer or regard as better? The goal of filing a patent application has to be to completely disclose your invention with as much detail and description as possible, paying particular attention to alternatives and variations. So while you may be able to get away with not disclosing any preferences doing so would likely be a tragic mistake.

One of the biggest mistakes I see inventors make is they spend too much time talking about what the invention does and very little time explaining what the invention is and how it operates to deliver the functionality being described. Many inventors also make the mistake of only very generally describing their invention. If that is you then you are already light on specifics, which is extremely dangerous in and of itself. But the other problem I want to discuss is the flip side of the coin. It is important to be specific, but not just specific.

In short, a concise description of an invention is an inadequate description of an invention, period. The goal has to be to provide a full, clear, exact description of the invention in a way that particularly points out and distinctly identifies what the inventor believes he or she has invented and wants protection to cover. Even knowing what the legal standard is for the description that must be present in a patent application does not ensure that those without training will be able to satisfy the requirement. The blame for this goes to the way most people describe things as they engage in ordinary, everyday communications.

This so-called adequate description requirement pertains to the level of description that must be included in the ”specification,” which is most typically defined as that part of the patent application that is not a drawing figure and is not a claim. This is the most common definition for the term “specification” because if and when you need to amend an application there are three separate sections for an amendment, one for amendments to the specification, another for amendments to the claims, and a third for amendments to the drawings. When you get to the point of the process where you will need to amend the application (which goes beyond the scope of this article) you will amend anything that is not a claim and not a drawing under amendments to the specification.

One excellent way to make sure you are including an appropriately detailed description that treats a variety of variations and alternatives is to have many professional patent drawings. You should then describe what each drawing shows. The quickest way to explain what you want to do is by way of example. The popular children’s song “Skeleton Bones” explains how all the bones in the body are connected. The leg bone is connected to the knee bone, which is connected to the thigh bone, which is in turn connected to the back bone, which is connected to the neck and so on. Notice that this is a very general overview of how the bones in the body are connected. This is a good first step, but there is a lot more that can and should be written.

Explaining the function of the invention is helpful, but only explaining something in terms of function leaves many questions unanswered because it is not terribly descriptive. For example, assume you are unfamiliar with a couch. If I were to try and describe a couch by explaining that you sit on it to watch TV, would that bring to mind a couch? It might, but it might also bring to mind a chair (of various sorts), a recliner or perhaps a love seat. Maybe even a bar stool. Notice also that when describing the couch for sitting we are leaving out lying on the couch. If I were to describe the couch structurally, however, the reader would be able to understand that you could sit on it or lay on it. The description would also easily distinguish the couch from a bar stool or chair. Thus, describing function can be helpful to get the reader thinking in the right direction, but normally it does not bring the reader all the way to an unambiguous understanding.

Many times inventors fail to adequately describe their inventions because the invention is obvious to them, and they think it will be equally obvious to others. The law, however, requires that a patent application explain the invention to someone who is not already familiar with the invention. One of the best way to do this is to explain it like a child explains things when doing a show and tell at school. Children explain everything in excruciating detail, no matter how obvious. Kids do this when they describe things because they have no idea what the person listening knows, and to them it is new and interesting so they explain everything with tremendous detail (whether you want to hear it or not). That is exactly what you need to do in the application. Explain your invention with so much detail that you will bore the knowledgeable reader to death.