Resources Contact Us Home
Browse by: INVENTOR PATENT HOLDER PATENT NUMBER DATE
 
 
Anti-bacterial fogger
D625198 Anti-bacterial fogger
Patent Drawings:Drawing: D625198-2    Drawing: D625198-3    Drawing: D625198-4    Drawing: D625198-5    
« 1 »

(4 images)

Inventor: Hall
Date Issued: October 12, 2010
Application: D/349,166
Filed: March 15, 2010
Inventors: Hall; Jason David (Dalton, GA)
Assignee:
Primary Examiner: Tuttle; Catherine
Assistant Examiner:
Attorney Or Agent: Mikesell; Richard L.
U.S. Class: D9/691; D9/690
Field Of Search: D9/682; D9/683; D9/684; D9/685; D9/686; D9/687; D9/688; D9/689; D9/690; D9/691; D9/692; D9/693; D9/694; D9/516; D9/517; D9/518; D9/519; D9/520; D9/521; D9/522; D9/523; D9/524; D9/525; D9/526; D9/527; D9/528; D9/529; D9/530; D9/531; D9/532; D9/533; D9/534; D9/535; D9/536; D9/537; D9/538; D9/539; D9/540; D9/541; D9/542; D9/543; D9/544; D9/545; D9/546; D9/547; D9/548; D9/549; D9/550; D9/551; D9/552; D9/553; D9/554; D9/555; D9/556; D9/557; D9/558; D9/559; D9/560; D9/561; D9/562; D9/563; D9/564; D9/565; D9/566; D9/567; D9/568; D9/569; D9/570; D9/571; D9/572; D9/573; D9/574; D9/575; D9/434; D9/435; D9/436; D9/447; D9/448; D9/449; D9/450; D9/600; D9/601; D9/602; D9/603; D9/604; D9/605; D9/606; D9/607; D9/608; D9/609; D9/610; D9/611; D9/612; D9/613; D9/614; D9/615; D9/616; D9/617; D9/618; D9/619; D9/620; D9/621; D9/622; D9/623; D9/624; D9/625; D9/626; D9/627; D9/628; D9/629; D9/630; D9/631; D9/632; D9/633; D9/634; D9/635; D9/636; D9/637; D9/638; D9/639; D9/640; D9/641; D9/642; D9/643; D9/644; D9/645; D9/646; D9/647; D9/648; D9/649; D9/650; D9/651; D9/652; D9/653; D9/654; D9/655; D9/656; D9/657; D9/658; D9/659; D9/660; D9/661; D9/662; D9/663; D9/664; D9/665; D9/666; D9/667; D9/668; D9/669; D9/670; D9/671; D9/672; D9/673; D9/674; D9/675; D9/676; D9/677; D9/678; D9/679; D9/680; D9/681; D9/763; D9/764; D9/765; D9/766; D9/767; D9/768; D9/769; D9/770; D9/771; D9/772; D9/773; D9/774; D9/775; D9/776; D9/777; D9/778; D9/779; D9/780; D9/781; D9/782; D9/783; D23/213; D23/214; D23/215; D23/216; D23/217; D23/218; D23/219; D23/220; D23/221; D23/222; D23/223; D23/224; D23/225; D23/226; D23/227; D23/228; 222/129; 222/135; 222/153.01; 222/153.03; 222/153.04; 222/153.09; 222/153.11; 222/631; 222/635; 222/209; 222/211; 222/212; 222/213; 222/215; 222/321.7; 222/372; 222/373; 222/378; 222/379; 222/383.1; 222/384; 222/385; 222/386; 222/398; 222/400.7; 222/400.8; 222/401; 222/402.1
International Class: 0901
U.S Patent Documents:
Foreign Patent Documents: 2021360
Other References:









Abstract:
Claim: CLAIM The ornamental design for an anti-bacterial fogger, as shown and described.
Description: FIG. 1: is a top right perspective view;

FIG. 2: is a top plan view;

FIG. 3: is a bottom plan view;

FIG. 4: is a front elevation; and,

FIG. 5: is a right side elevation.

The surfaces opposite to the view shown in FIG. 1 continue the configuration and surface appearance of the portions shown.

* * * * *
 
 
  Recently Added Patents
Scanning optical positioning system with spatially triangulating receivers
Stroboscopic light source for a transmitter of a large scale metrology system
Vanadium, cobalt and strontium additives for use in aluminum back solar cell contacts
Reusing data in user run book automation
Wideband multi-channel receiver with fixed-frequency notch filter for interference rejection
Communication apparatus, and method and program for controlling same
Mobile terminal based on W-CDMA system having receive diversity function and system thereof
  Randomly Featured Patents
Isotopic composition analyser
Packaging for a surgical suture
Inkjet recording method and recording product
Apparatus and method for handling fluid samples of body materials
Creating a projection of a situational network
Accessible list navigation
Electronic musical instruments of the type synthesizing a plurality of partial tone signals
Network control apparatus, wireless terminal and communication control method
Reciprocating compressor having an exhaust valve controlled by an electromagnet
Copper diffusion barrier, aluminum wetting layer and improved methods for filling openings in silicon substrates with cooper