Tool suspension rack

Abstract

A tool suspension rack consists of a suspension element ( 10, or 50 ) movably hanging multiple tool sockets ( 14 ) thereon, and a fixing element ( 20, 40, or 80 ) secured on the suspension plate ( 10 ) and meanwhile fixing the multiple tool sockets ( 14 ) so as to provide a theft-proof effect.

What is claimed is:  
     
         1 . A tool suspension rack adapted to receive at least one tool socket, and comprising: 
 a suspension plate ( 10 ) adapted to secure the at least one tool socket thereon and having: 
 a track ( 12 ) formed laterally on the suspension plate ( 10 ); and  
 at least one socket connector ( 13 ) corresponding to the at least one tool socket and mounting and sliding on the track ( 12 ), wherein the at least one socket connector ( 13 ) is adapted to detachably connect with the at least one tool socket; and  
   a fixing rack ( 20 ) secured on the suspension plate ( 10 ) and having: 
 at least one opening ( 22 ) defined in the fixing rack ( 20 ) so as to sleeve and limit the at least one tool socket when the fixing rack ( 20 ) is combined with the suspension plate ( 10 ).  
   
     
     
         2 . A tool suspension rack adapted to receive at least one tool socket, and comprising: 
 a suspension plate ( 10 ) adapted to secure multiple tool sockets thereon and having: 
 a track ( 12 ) formed laterally on the suspension plate ( 10 ); and  
 at least one socket connector ( 13 ) corresponding to the at least one tool socket and mounting and sliding on the track ( 12 ), wherein the at least one socket connector ( 13 ) has a through hole ( 132 ) defined therein and is adapted to detachably connect with the at least one socket ( 14 ); and  
   a fixing grating ( 40 ) secured on the suspension plate ( 10 ) and having: 
 multiple first insertions ( 44 ) formed on the fixing rack ( 40 ), wherein each first insertion ( 44 ) has a resilient hook ( 441 ) formed at the distal end thereof and connects with suspension plate ( 10 ) by inserting the resilient hook ( 441 ) into the through hole ( 132 ) of the socket connector ( 13 ).  
   
     
     
         3 . The tool suspension rack as claimed in  claim 1 , wherein the suspension plate ( 10 ) further has 
 two flanges ( 18 ) respectively formed on opposite ends of the track ( 12 ); and    a first aperture ( 181 ) defined in each flange ( 18 );    the fixing rack ( 20 ) is U-shaped and further has: 
 two connecting protrusions ( 21 ) respectively formed on two oppositely distal ends of fixing rack ( 20 ); and  
 a second aperture ( 211 ) defined in connecting protrusion ( 21 ) and corresponding to the first aperture ( 181 ) of the track ( 12 ); and  
   a snapper ( 30 ) penetrating the first aperture ( 181 ) and the second aperture ( 211 ) to combine the suspension plate ( 10 ) and the fixing rack ( 20 ) together.    
     
     
         4 . The tool suspension rack as claimed in  claim 2 , wherein the suspension plate ( 10 ) further has 
 two flanges ( 18 ) respectively formed on opposite ends of the track ( 12 ); and    a first aperture ( 181 ) defined in each flange ( 18 );    the fixing rack ( 20 ) is U-shaped and further has: 
 two connecting protrusions ( 21 ) respectively formed on two oppositely distal ends of fixing rack ( 20 ); and  
 a second aperture ( 211 ) defined in connecting protrusion ( 21 ) and corresponding to the first aperture ( 181 ) of the track ( 12 ); and  
   a snapper ( 30 ) penetrating the first aperture ( 181 ) and the second aperture ( 211 ) to combine the suspension plate ( 10 ) and the fixing rack ( 20 ) together.    
     
     
         5 . The tool suspension rack as claimed in  claim 2 , wherein the fixing rack ( 40 ) further has multiple second insertions ( 46 ), each second insertion ( 46 ) is shorter than the first insertion ( 44 ) and formed on the fixing rack ( 40 ) in an alternating manner with the first insertion ( 44 ); 
 wherein the second insertions ( 46 ) fix and insert into the correspondingly at least one tool socket when the tool suspension rack is combined.    
     
     
         6 . The tool suspension rack as claimed in  claim 4 , wherein the fixing rack ( 40 ) further has multiple second insertions ( 46 ), each second insertion ( 46 ) is shorter than the first insertion ( 44 ) and formed on the fixing rack ( 40 ) in an alternating manner with the first insertion ( 44 ); 
 wherein the second insertions ( 46 ) fix and insert into the correspondingly at least one tool socket when the tool suspension rack is combined.    
     
     
         7 . The tool suspension rack as claimed in  claim 3 , wherein the suspension plate ( 10 ) further has a suspension hole ( 11 ) defined therein.  
     
     
         8 . The tool suspension rack as claimed in  claim 6 , wherein each the suspension plate ( 10 ) further has a suspension hole ( 11 ) defined therein.  
     
     
         9 . A tool suspension rack adapted to receive at least one tool socket and comprising: 
 a suspension frame ( 50 ) adapted to receive the at least one tool socket thereon and having: 
 a recess ( 52 ) defined in the suspension frame ( 50 );  
 a track ( 53 ) formed laterally on an inner wall of the recess ( 52 );  
 at least one socket connectors ( 13 ) corresponding to the at least one tool socket and mounting and sliding on the track ( 53 ), wherein the at least one socket connector ( 13 ) has the through hole ( 132 ) defined therein and detachably connecting with the at least one tool socket; and  
   a fixing strip ( 80 ) secured on the suspension frame ( 50 ) and having: 
 multiple first insertions ( 81 ) formed from the fixing strip ( 80 ), wherein each first insertion ( 81 ) has a resilient hook ( 811 ) formed on a distal end thereof and connects with the suspension frame ( 50 ) by inserting the resilient hook ( 811 ) into the through hole ( 132 ) of the at least one socket connector ( 13 ).  
   
     
     
         10 . The tool suspension rack as claimed in  claim 9 , wherein the fixing strip ( 80 ) further has multiple second insertions ( 83 ), each second insertion ( 83 ) is shorter than the first insertion ( 81 ) and formed on the fixing strip ( 80 ) in an alternating manner with the first insertion ( 81 ); 
 wherein the second insertions ( 83 ) fix and insert into the correspondingly at least one tool socket when the tool suspension rack is combined.    
     
     
         11 . The tool suspension rack as claimed in  claim 9 , wherein the suspension frame ( 50 ) further has at least one insert hole ( 54 ) defined therein; and 
 the fixing strip ( 80 ) further has at least one fixing insertion ( 82 ) protruding from the fixing strip ( 80 ), each fixing insertion ( 82 ) has a resilient hook ( 821 ) formed at a distal end thereof to wedge into the corresponding insert hole ( 54 ) so as to combine the fixing strip ( 80 ) to the suspension frame ( 50 ).    
     
     
         12 . The tool suspension rack as claimed in  claim 10 , wherein the suspension frame ( 50 ) further has at least one insert hole ( 54 ) defined therein; and 
 the fixing strip ( 80 ) further has at least one fixing insertion ( 82 ) protruding from the fixing strip ( 80 ), each fixing insertion ( 82 ) has a resilient hook ( 821 ) formed at a distal end thereof to wedge into the corresponding insert hole ( 54 ) so as to combine the fixing strip ( 80 ) to the suspension frame ( 50 ).    
     
     
         13 . The tool suspension rack as claimed in  claim 11 , wherein the resilient hook ( 70 ) has a forked head ( 71 ).  
     
     
         14 . The tool suspension rack as claimed in  claim 12 , wherein the resilient hook ( 70 ) has a forked head ( 71 ).  
     
     
         15 . The tool suspension rack as claimed in  claim 14 , wherein the suspension frame ( 50 ) further has a suspension hole ( 51 ) defined therein.