ORBIT CMD

Brand	Owner	Address	Description
ORBITCMD	Qwaltec, Inc.	8950 S 52nd St, Suite 409 Tempe AZ 07702	ORBIT CMD;Engineering; Computer programming and maintenance of computer programs; Computer programming services; Computer programming services for satellite operations; Computer programming services for satellite launch and on-orbit operations; Computer programming services, namely, computer programming services for ground systems operations for satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites; Engineering design services; Engineering services, namely, engineering for the aerospace; Engineering services, namely, engineering for the operations, maintenance, and engineering of ground systems operations; Engineering services, namely, engineering for the operations, maintenance, and engineering of satellite operations; Platform as a service (PAAS) featuring computer software platforms for satellite operations; Platform as a service (PAAS) featuring computer software platforms for ground systems operations; Platform as a service (PAAS) featuring computer software platforms for mission operations engineering; Platform as a service (PAAS) featuring computer software platforms for receiving, decommutating, and storing telemetry data; Platform as a service (PAAS) featuring computer software platforms for accessing and viewing satellite telemetry data; Satellite telecommunications technology service to allow efficiencies of the carrier by creating efficient use of bandwidth on a satellite transponder; Software as a service (SAAS) services featuring software for satellite operations; Software as a service (SAAS) services featuring software for ground systems operations; Software as a service (SAAS) services featuring software for mission operations engineering; Software as a service (SAAS) services featuring software for accessing and viewing satellite telemetry data; Software as a service (SAAS) services featuring software for receiving, decommutating, and storing telemetry data; Computer programming consultancy in the field of satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites; Computer programming consultancy in the field of satellite operations; Computer programming consultancy in the field of satellite launch and on-orbit operations; Computer programming consultancy in the field of ground systems operations and mission operations; Computer technology consultancy in the field of ground systems operations; Computer technology consultancy in the field of satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites; Computer technology consultancy in the field of satellite launch and on-orbit operations; Consultation and research in the field of aerospace engineering; Consulting in the field of engineering; Consulting in the field of aerospace engineering; Consulting in the field of ground systems operations for satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites engineering; Consulting in the field of satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites engineering; Consulting in the field of mission operations engineering; Custom design and engineering of satellite operations; Custom design and engineering of satellite launch and on-orbit operations; Custom design and engineering of ground systems operations; Technical consultation in the field of aerospace engineering; Technology consultation in the field of satellite operations, maintenance, and engineering services for multi-satellite constellations involving multiple ground sites; Technology consultation in the field of ground systems operations; Technology consultation in the field of satellite operations; Technology consultation in the field of satellite launch and on-orbit operations; Telecommunications engineering consultancy;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

In the mass spectrometer of the present invention, a flight space is provided before the mass analyzer, and the flight space includes a loop orbit on which ions fly repeatedly. While ions fly on the loop orbit repeatedly, ion selecting electrodes placed on the loop orbit selects object ions having a specific mass to charge ratio in such a manner that, for a limited time period when the object ions are flying through the ion selecting electrodes, an appropriate voltage is applied to the ion selecting electrodes to make them continue to fly on the loop orbit, but otherwise to make or let other ions deflect from the loop orbit. If ions having various mass to charge ratios are introduced in the loop orbit almost at the same time, the object ions having the same mass to charge ratio continue to fly on the loop orbit in a band, but ions having mass to charge ratios different from that are separated from the object ions while flying on the loop orbit repeatedly. Even if the difference in the mass to charge ratio is small, the separation becomes large when the number of turns of the flight becomes large. After such a separation is adequately achieved, the ion selecting electrodes can select the object ions with high selectivity, or at high mass resolution. By adding dissociating means, fragment ions originated only from the selected object ions can be analyzed, which enables the identification and structural analysis of the sample at high accuracy.