Section 2(e)(1) Merely Descriptive Refusal
Registration is refused because the applied-for mark merely describes a function of applicants goods. Trademark Act Section 2(e)(1), 15 U.S.C. §1052(e)(1);
see TMEP §§1209.01(b), 1209.03
et seq.
Words or terms that describe the function or purpose of a product or service may be merely descriptive or generic. TMEP §1209.03(p);
see In re Gould Paper Corp., 834 F.2d 1017, 5 USPQ2d 1110 (Fed. Cir. 1987) (holding SCREENWIPE generic for an anti-static cloth used for cleaning computer and television screens);
In re Cent. Sprinkler Co., 49 USPQ2d 1194 (TTAB 1998) (holding ATTIC generic for sprinklers installed primarily in attics);
In re Reckitt & Colman, N. Am. Inc., 18 USPQ2d 1389 (TTAB 1991) (holding PERMA PRESS generic for soil and stain removers for use on permanent press products).
The determination of whether a mark is merely descriptive is considered in relation to the identified goods and/or services, not in the abstract.
In re Abcor Dev. Corp., 588 F.2d 811, 814, 200 USPQ 215, 218 (C.C.P.A. 1978); TMEP §1209.01(b);
see, e.g.,
In re Polo Intl Inc., 51 USPQ2d 1061 (TTAB 1999) (finding DOC in DOC-CONTROL would be understood to refer to the documents managed by applicants software, not doctor as shown in dictionary definition);
In re Digital Research Inc., 4 USPQ2d 1242 (TTAB 1987) (finding CONCURRENT PC-DOS merely descriptive of computer programs recorded on disk where relevant trade used the denomination concurrent as a descriptor of a particular type of operating system). Whether consumers could guess what the product is from consideration of the mark alone is not the test.
In re Am. Greetings Corp., 226 USPQ 365, 366 (TTAB 1985).
Applicants seeks registration of the mark MULTI-TOUCH for handheld mobile digital electronic devices with electronic mail, digital data transmission, audio player, video player, handheld computer, personal digital assistant, electronic organizer, electronic notepad, telephone, computer gaming, and camera functions; computer software used to operate and control electronic mail, digital data transmission, audio player, video player, handheld computer, personal digital assistant, electronic organizer, electronic notepad, telephone, computer gaming, and camera functions in handheld mobile digital electronic devices.
The proposed mark merely describes that applicants software is used to control and operate multi-touch devices, and that applicants devices feature multi-touch functionality. Multi-touch is described as the technology that enables a device to recognize user input from multiple touch points on a screen or pad to control a device. See attached Internet evidence, described in detail below. Applicant itself uses the term multi-touch to describe devices that are controlled by input from touch points. See attached Internet evidence from applicants website, describing applicants iPhone devices as having a large Multi-Touch touchscreen display and innovative new software that lets you control everything using only your fingers and excerpts from the iPhone Users Guide describing a feature of the device that allows a user to adjust the view of a webpage, email, photo or map to zoom in and/or out by pinching ones fingers together and apart. See also Exhibit A to the attached Letter of Protest, which consists of patent applications filed by applicant that describes multi-touch surfaces and devices.
The following internet evidence also describes multi-touch technology and the use of multi-touch technology with devices, including those offered by applicant:
DiamondTouch is a novel multi-touch input technology enabling significantly more interactions than conventional input devices. Most noticeably, up to four users can simultaneously operate on the table. Additionally, each user is not limited to a single point of contact. This is drastically different from the sequential turn taking that arises when people use traditional input devices.
When Steve Jobs demonstrated Apple's new phone at Macworld recently, the feature that elicited the most "oohs" and "aahs" from the audience was the touch-screen interface: it allowed more than one touch at a time. This "multi-touch" technology adds functions such as allowing a person to easily zoom in and out of pictures and Web pages by pinching the screen with two fingers.
But the full power of multi-touch technology might be unleashed in screens far larger than those on phones. Over the past few years, Jeff Han, consulting research scientist at New York University, has developed an inexpensive way to make large multi-touch screens accommodating 10, 20, or even more fingers.
AtWaLl06gxYQg_20090130.html?mod=rss_personal_technology
This interface is generally called "multitouch," and it involves using one or more fingers on a screen or touchpad to perform special gestures that manipulate lists or objects on a screen -- without moving a mouse, pressing buttons, turning scroll wheels or striking keys.
A new technology called multitouch, which responds to multiple inputs by multiple fingerseven multiple usersat the same time, could transform the way we interact with computers. Why? Because simultaneous finger inputs allow more complex gestures than simple pointing and clicking, such as rotating or resizing a photo by grabbing two corners and pulling or navigating a map by pulling and twisting the image with your fingers.
The technology has been in development for decades: Bill Buxton, now a principal researcher at Microsoft, demonstrated a multitouch system back in 1984 while working at the University of Toronto. Any of the pointing devices that people have used to date are controlling a single point on a screen, like a mouse, Buxton said when we reached him recently. With multitouch, not only can you control more than one point, you can control more than one thing. Ive been arguing for the importance of this technology for years. I have two hands and I have four fingers and a thumb on each hand, and Id like to be able to use them.