DROPLET

Brand	Owner	Address	Description
ENVIRONMENTAL STANDARDS	Environmental Standards, Inc.	1140 Valley Forge Road Valley Forge PA 19482	The mark consists of the words ENVIRONMENTAL STANDARDS together with a semi-curved line forming a water droplet and a partially shaded circle featuring a tree design and a wavy line depicting water inside of the droplet.;as to ENVIRONMENTAL STANDARDS;Color is not claimed as a feature of the mark.;ENVIRONMENTAL;Environmental consulting, namely, professional consulting services pertaining to environmental chemistry and environmental quality assurance/quality control, environmental data validation services, chemical methods development and third-party field sampling and laboratory auditing; environmental database design; environmental geoscience consulting and remediation services in the nature of multi-media environmental investigations, remedial system design, design of groundwater, surface water and air, remediation systems; environmental consulting, namely, conducting scientific research in the field of human health and ecological risk assessments as related to environmental impacts of regulated and non-regulated chemical substances; engineering services;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

The image forming apparatus comprises: a recording head which ejects droplets of a liquid onto a recording medium; a droplet ejection control device which controls a droplet ejection timing of the recording head; and a conveyance device which relatively moves the recording medium and the recording head in a relative conveyance direction, wherein when the recording head performs ejection of a first droplet to form a first dot on the recording medium and then performs ejection of a second droplet to form a second dot overlapping with the first dot on the recording medium, the droplet ejection control device controls the droplet ejection timing of the recording head by taking a droplet diameter change time until a diameter of the first droplet deposited on a surface of the recording medium reaches D1b satisfying the following inequality as a droplet ejection time interval between the ejection of the first droplet and the ejection of the second droplet: D1b<2Ã—Pt?D2a, where Pt is an interval between the first dot and the second dot on the surface of the recording medium, D2a is a diameter of the second droplet upon landing on the surface of the recording medium, and D1b is the diameter of the first droplet on the surface of the recording medium when the second droplet lands on the surface of the recording medium.