before explaining the disclosed embodiments of the present invention in detail it is to be understood that the invention is not limited in its applications to the details of the particular arrangements shown since the invention is capable of other embodiments . also , the terminology used herein is for the purpose of description and not of limitation . 10 . large panel . 20 . mid - sized panel . 30 . small panel . 40 . routed scores in panel . 50 . large cabinet . 60 . mid - sized cabinet . 70 . small cabinet . 80 . “ strike on scores ” label . 90 . striking tool . 100 . shattered panel pieces . 110 . fire extinguisher . 120 . pliers . 130 . resized panel . 140 . broken off pieces of panel after resizing . the novel panels can be formed from a translucent acrylic plastic panel such as plaskolite ® by the plaskolite , inc . corporation of columbus , ohio . the panels can have a plurality of vertical and horizontal scored routed lines , each having score lines . a preferred embodiment of the panel can have a thickness of approximately 0 . 080 inches , and each of the scored lines can have a depth of approximately 0 . 045 inches . each routed score can have a convex round shape with a radius of 0 . 10 inches . the scored lines are on the inside of the panels . fig1 shows a perspective front view of a large breakaway panel 10 of the invention . fig2 is an inside planar rear view of the large panel 10 of fig1 . fig2 a is an enlarged cross - sectional view . fig3 is an outside planar front view of the large panel of fig1 . referring to fig1 , 2 and 2 a , the novel large breakaway panel 10 , can have an overall height of approximately 27 . 69 inches and an overall width of approximately 10 . 63 inches . the panel 10 can have a plurality of vertical parallel scored lines ( routed scores ) 40 , and a plurality of horizontal scored lines ( routed scores ) 40 . the vertical columns can include a middle column having a width of 3 . 55 inches . the novel panel 10 can have four large row sections , each having a height of approximately 6 . 92 inches . the top and bottom large row sections can each have seven additional scored lines that are each approximately 0 . 50 inches from each other , with each of the outer scored lines being approximately 2 inches from the upper and lower edges of the panel 10 . the two middle large row sections having no additional scored lines therein . the novel panel 10 can have three large width vertical columns each having a width of approximately 3 . 55 inches . the left most vertical column and the right most vertical column each have additional five scored lines . the outer first scored line is approximately 0 . 50 inches from the left and right side edges . the next two scored lines ( 2nd and 3rd ) are spaced apart from one another approximately 0 . 38 inches . the fourth scored line is approximately 2 . 01 inches from the left and right side edges , and the fifth scored line being approximately 2 . 51 inches from the left and right side edges . the middle large vertical column has no additional scored lines . the outer four corners of the panel 10 can be convex rounded . fig4 is an inside perspective rear view of a mid - size break away panel 20 . fig5 is an inside planar view of the mid - size panel 20 of fig4 . fig6 is an outside planar front view of the mid - size panel 40 of fig4 . referring to fig4 - 6 , the mid size panel 20 can have an overall height of approximately 22 . 63 inches and an overall width of approximately 8 . 63 inches . the panel 20 can have a plurality of vertical parallel scored lines ( routed scores ) 40 , and a plurality of horizontal scored lines ( routed scores ) 40 . the vertical columns can include a middle column having a width of 2 . 88 inches . the novel panel 20 can have four large row sections , each having a height of approximately 5 . 66 inches . the top and bottom large row sections can each have six additional scored lines that are each approximately 0 . 25 inches from each other , with each of the outer scored lines being approximately 0 . 50 inches from the upper and lower edges of the panel 20 . the two middle large row sections have no additional scored lines therein . the novel panel 20 can have three large width vertical columns each having a width of approximately 2 . 88 inches . the left most vertical column and the right most vertical column each have additional four scored lines . the outer first scored line is approximately 0 . 50 inches from the left and right side edges . the next two scored lines ( 2nd and 3rd ) are spaced apart from one another approximately 0 . 25 inches . the fourth scored line is approximately 1 . 50 inches from the left and right side edges . the middle large vertical column has no additional scored lines . the outer four corners of the panel 20 can be convex rounded . fig7 is an inside perspective rear view of a small break away panel 30 . fig8 is an inside planar rear view of the small panel 30 of fig7 . fig9 is an outside planar front view of the small panel 30 of fig7 . referring to fig7 - 9 , the small panel 30 can have an overall height of approximately 18 . 69 inches and an overall width of approximately 7 . 63 inches . the panel 30 can have a plurality of vertical parallel scored lines ( routed scores ) 40 , and a plurality of horizontal scored lines ( routed scores ) 40 . the vertical columns can include a middle column having a width of 2 . 53 inches . the novel panel 30 can have four large row sections , each having a height of approximately 4 . 82 inches . the top and bottom large row sections can each have two additional scored lines that are each approximately 0 . 50 inches from each other , with each of the outer scored lines being approximately 0 . 25 inches from the upper and lower edges of the panel 30 . the two middle large row sections have no additional scored lines therein . the novel panel 30 can have three large width vertical columns each having a width of approximately 2 . 53 inches . the left most vertical column and the right most vertical column each have an additional two scored lines . the outer first scored line is approximately 0 . 25 inches from the left and right side edges . the next scored line is spaced inwardly another 0 . 50 inches . the middle large vertical column has no additional scored lines . the outer four corners of the panel 30 can be convex rounded . fig1 is a front perspective view of large prior art cabinet 50 with the novel large panel 10 with routed vertical and horizontal scored lines 40 of fig1 - 3 installed . the scored lines 40 are on the inside of the panels . fig1 is a front perspective view of a mid - size prior art cabinet 60 with the novel mid - size panel 20 with routed vertical and horizontal scored lines 40 of fig4 - 6 installed . the scored lines 40 are on the inside of the panels . fig1 is a front perspective view of small prior art cabinet 70 with the small panel 30 with routed vertical and horizontal scored lines 40 of fig7 - 9 installed . the scored lines 40 are on the inside of the panels . fig1 is a front view of the small prior art cabinet 70 with the novel small panel 30 with routed vertical and horizontal scored lines 40 installed of fig1 and “ break panel ” label 80 applied to panel . fig1 a is an enlarged view of the “ break panel ” label of fig1 . referring to fig1 and 13a , the label 80 must be located on an entire rectangular section and cannot overlay a scored line . the label 80 indicates that the user is directed break the panel 30 by striking an area directly on one of the scored lines 40 . it is easier to break the panel 30 in areas where the fire extinguisher is not located . fig1 is a perspective view of the small cabinet 70 with installed novel small panel 30 of fig1 , with a striking tool 90 striking the panel 30 into break away parts . although a hammer 90 is shown , the striking device can be a small rod , or can be fist of the user . the user can strike the panel 30 along one of the scored lines to gain access to the fire extinguisher . the breakaway sections 100 are easy to remove since the scored lines 40 are on the inside of the panel 30 so that the shattered panel pieces 100 . fig1 is another perspective view of the small cabinet of fig1 with the panel 30 substantially broken out exposing a fire extinguisher 110 . here , the user can then retrieve the fire extinguisher 110 without being harmed by broken glass that is often used in the prior art . fig1 is a perspective front view of the large breakaway panel 10 of fig1 with pliers 120 being used to resize the panel 10 as needed . although , pliers 120 are shown , a user can use other tools such as a needle - nose pliers , which makes breaking off the pieces extremely easy . in addition , the scored pieces can be broken off just using one &# 39 ; s fingers . the installer such as a fire extinguisher technician can change out most glass panels in all fire extinguisher cabinets by only transporting three types of panels ( large panel 10 , mid - size panel 20 and small panel 30 ). the installer can then size the replacement panel by using any one of the three panels 10 , 20 , 30 or alternatively breaking off scored pieces to correctly size the respective panel to the respective cabinet . again , unlike glass , the novel panels cannot cause harm to the installer or the ultimate user that breaks the breakaway panels to access the fire extinguisher . fig1 is another perspective view of the large breakaway panel 10 of fig1 with top , bottom , left and right break away edges 40 removed , so that a resized panel 130 is formed that can be used in a cabinet having an opening sized for the resized panel 130 . while the invention is described by scoring ( routing ) lines into the panels , both the scoring and the panel itself can be done by injection molding . so that the entire part can be formed from injection molding . fig1 is a perspective view of another embodiment of the breakaway panel that can be formed injection molding . this panel can have a width of approximately 10 . 63 inches and a length of approximately 27 . 69 inches . the panel can have four large rows that each have a height of approximately 6 . 92 inches . the panel can be formed with small square shaped scoring lines , with each square having a length and width of approximately 0 . 50 inches . the panel can have a central rectangular section down the middle of the panel having large rectangular scored lines , wherein the large rectangular scored lines spaced substantially apart from the square shaped patterns of scored lines . the panel can have a perimeter small rectangular patterns of scored lines about each of the four sides of the panel , the small rectangular patterns being smaller than the square shaped patterns of scored lines . with the injection molded panel , the depth of scoring from injection molding can be 0 . 050 inches which is deeper than scoring done by routing . the injection molded panels can have a thickness of 0 . 095 inches . additionally , the injection molded panel can be sized for small , mid sized and large breakaway panels . the dimensions described in the patent application that are a preferred embodiment , and the label of “ approximately ” allows for a 10 % ( ten percent ) deviation . although the invention references the panels for being used with fire extinguisher cabinets , the novel invention panels can be used for other types of cabinets , and the like . while the invention has been described , disclosed , illustrated and shown in various terms of certain embodiments or modifications which it has presumed in practice , the scope of the invention is not intended to be , nor should it be deemed to be , limited thereby and such other modifications or embodiments as may be suggested by the teachings herein are particularly reserved especially as they fall within the breadth and scope of the claims here appended .
break away panels , devices and methods of using the breakaway panels with grid scored patterns for fire extinguisher cabinets which can be made for small , mid - size and large size fire extinguisher cabinets , and easily resized when needed . three novel panels each having novel vertical and horizontal scored lines running throughout the panels and be located on the inside surface of the installed panels . an installer can easily break off upper and / or lower and / or side edges of the panels in order to resize the panel to fit almost any size fire extinguisher cabinet . the scoring lines can be accomplished by a router . alternatively , the entire panel and the scored lines can be formed from injection molding .