APPARATUS MEASURING CHECKING
| Brand | Owner (click to sort) | Address | Description |
|---|---|---|---|
| ALELION | Alelion Energy Systems AB | Flöjelbergsgatan 14C MÖlndal SE-431 37 Sweden | Apparatus for measuring and checking the function of a battery; apparatus for recording, transmission or reproduction of sound or images; blank magnetic data carriers; blank recordable discs; mechanisms for coin-operated apparatus; cash registers, calculating machines; electronic controllers for controlling the charging and discharging of a battery; fire-extinguishing apparatus; batteries, electric, for vehicles; trays and enclosures for battery packs; accumulator boxes; acidimeters for batteries; plates for batteries; batteries for lighting; anode batteries; chargers for electric batteries; battery chargers; galvanic batteries; grids for batteries; batteries for pocket lamps; electric batteries; solar batteries; notebook computers; electronic controllers for battery cells; electronic controllers for managing temperature of battery cells;Building construction; repair of battery systems; installation services for battery systems;Scientific and technological services, namely, research and design in the field of battery control; industrial analysis and research services in the field of battery control; design and development of computer hardware and software; battery monitoring and data recording services relating to battery charging voltage, temperature and capacity; technical consultation services in the field of battery charging; technical planning and design of battery control systems; engineering services in the fields of energy supplying plant components and equipment for energy supplying plants; design for others in the fields of energy supplying plant components and equipment for energy supplying plants; |
| SALOMON | SALOMON SAS | 14 chemin des Croiselets 74370 EPAGNY, METZ-TESSY ANNECY 74996 France | Apparatus for measuring and checking ski bindings, skis, and parts therefor; sports helmets, namely, ski and snowboard helmets; sunglasses, snow goggles;Luggage and bags, namely, travel bags, sports bags, rucksacks, handbags, tote bags, belt bags, bags for climbers in the nature of all-purpose carrying bags, back packs, general purpose sport trolley bags with wheels, waist pouches, all these bags being in leather, synthetic leather or cloth; trunks being luggage; purses sold empty, not of precious metal; umbrellas; trail running backpacks; duffle bags; rolling duffle bags; toiletry bags sold empty; waist packs; courier bags; shoulder bags; gear bags in the nature of duffle bags;Skis and ski bindings; snowboards and snowboard bindings; ski poles; cross-country skis and ski bindings; ski bags; kidney belts for sports; ski sleeves in the nature of ski covers; back protectors for protecting the back from injury while skiing;Footwear, namely, boots, sports and leisure shoes, ski and after ski shoes, snowboard boots, sneakers, running shoes, trail running shoes, cross-country ski shoes, sandals, soles, inner soles, and thermal soles; Ski boot bags; Clothing, namely, sport clothing, namely, sports shirts, ski clothing, namely, ski wear, shirts, jackets, anoraks, pants, wind and rain suits, polo shirts, tee shirts, sweat shirts, shorts, bermuda shorts, skirts, hats, knitted caps, beanies, headbands, gloves and mittens, socks, underwear, base layer pants and shirts, swimsuits, hoodies, soft shell jackets, midlayers in the nature of shirts, vests, jerseys, t-shirts, tights, gaiters, sports bras; ski boots, nordic ski boots; ski masks; hydration vests in the nature of vests sold without liquid, specially manufactured to hold fluids and fluid containers; |
Where the owner name is not linked, that owner no longer owns the brand |
Technical Examples
- Method and apparatus for rule checking systems that validate an electronic design is disclosed. Generally, information is extracted from a plurality of nodes in a netlist and stored for a set of predefined rules to share in a rule checking engine. The rule checking engine includes a generic routine for executing rules having a simple format. A user or developer may enter new rules in the form of one or more simple conditions that can be matched against any node in an electronic design under consideration. In one embodiment, the rule checking engine considers each node of the design in succession. At any given node, the engine applies all appropriate rules and flags any violation. In some embodiments, rules may require consideration of properties from one or more neighboring nodes. Thus, in some embodiments, the rule checking engine can traverse multiple nodes in order to evaluate a rule.