CA2230837A1 - Insulated refriderated cabinet - Google Patents

Abstract

a insulated refriderated cabinet assembly that can take the form of or converted into a dining, entertainment and/or work areas with suitable means to receive standing and/or seated user, where perishable items such as meats and alike is kept above or below sub zero temperatures in a sealed box with a mean(s) of entry.

Description

F-IELD OF INVENTION:
The pr2sent invent;ion relates to a insulated refriderated cabinet assemblies and more particularly, tc. a insulated refridera1ted cabinet assembly that can take the form of or c_nverted into a dining, entertainment and/or work areas with suitable means to receive standing andJor seated user.
E~A~ROUNI~ OF INVENTION:
The use of insula~ed refriderated cabinet assemblies is well known in the art and popular throughout the year. wherein perishable items such as meats and alike is kept above or below ~,ub 2ero temperatures in a sealed box with a meanCs~ of entry.
While these insulated refriderated cabinet assemblies perform their task, it is often difficult to incorparate the iinsulated refriderated cabinet assemblies in todays' homes, in t;he case of a freezer the traditional place a freezer is kept is iin the garages or basement and if you live an apartment, the Free~er are stored i.. bedrooms, hallways etc..., ~nd further more iin the ,-ase of a up-ri~ht insulated refriderated cabinet assemblie-, their is no provision for cooker, dining, entertainment, and/or work areas.
SUMM~Y Ol- INVENTION:
It is an object of the present invention to provide the means to make the traditional insulated refriderated cabinet assemblie-, more functional with respect to the means of attaining c;uitable appearance and function while maintaining the t;raditional use.
It i-, another object of the present invention to provide several indoc.r andJor outdcor mean of expressing the invention.
In accordance with one aspect of the invention, there is provided an arrangement suitable for use with insulated refridera1;ed cabinet assemblies wherein said refrigerated assemblie~ is comprises of an power inlet, an refrigerant, the r-efrigerant compresser and additional suitable componants, a sub -ero and~or lesser temperatures storage areas and an arrangement suitable to remcve excess heat from the assembly a cooker, clining, entertainmen~ andJor wc.rk areas alc,ng with the modular members, ~helfing and storage arrangement.

SU~ Y 0l- D~WIN~S:
THESI_ FORE~OIN~ O~JE~TS AND ~SPE~TS OF THE INVENTION, TO~ETHE~ WITH OTHE~ O~JE~TS, ~SPE~TS ~ND ADvANT~E~ THEREOF WILL
13E ~OP~E I~PPARENT ~ROM THE FOLLOWIN~ ~ES~IPTION OF A PE~FERRED
EMBODI~ENrS THEREOF, T~KE IN ~ONJUN~TION WITH THE FOLLOWIN~
WINGS, WHE~EIN
figure l is a partial cross sectional view showing the :insulated refriderated cabinet assembly's flat upper horizontal surface of certain style, and it's hinge;
figure ~ is a partial cross sectional view shc-wing the :insulated ~efriderated cabinet assembly's flat upper horizontal ~,urface of certain style, it's hinge and hinge cover;
figure ~ }s~a partial cross sectional view showing a flat upper horizontal surface of certain style, a slider hinge, and :insulated refriderated cabinet assembly ;
figure ~ is a partial cross sectional view showing the ;insulated refriderated cabinet assembly's flat upper horizontal surface of certain style, it's slider hinge and hinge open close means;
figure 5 is a partial cross sectional view showing the i.nsulated refriderated cabinet; assembly's flat upper horizontal surface of certain style, and it's hinge;
figure ~ is a partial cross sectional view showing the fixed i.nsulated refriderated cabinet assemblies flat upper horizontal c:ounter surface of certain style and it's slider hinge;
figure 7 is a partial cross sectional view showing the fixed i.nsulated refriderated cabine~ assembly's flat upper horizontal c:ounter surface of certain style and it's slider hinge;
figure ~ is a transparent view c~f the insulated refriderated c:abinet assembly's convection cooling current along it's surface t;hrough i1;'s ducts;
figure g is a partial cross sectional view showing an insulated refriderated cabinet assembly's lower frc,nt;
figure lO is a partial cut-off vi~w showing an insulated refridera1;ed cabinet assembly's flat upper hori~ontal surface of certain s1;yle and a shelf arrangements;
figure ll is a partial cut-off cross sectional view showing the insu].ated refriderated cabinet assembly's without it's flat upper hori.zontal surface of certain style and it's panel;
figuré- l_ is a partial cut-c.ff view sh,-,wing the insulated refriderat;ed cabinet assembly's flat upper horizontal surface of certain st;yle, and a shelf arrangements;

figure 13 is a partial cut-off view showing the insulated refriderated cabinet assembly's flat upper horizontal surface of certain style, and it's shelf arrangements;
figure 14 is a partial cut-off view showing the insulated refrideralted cabinet assembly's convection duct cover and it's panel;
figure 15 is a partial cut-off view showing the insulated refrideralted cabinet assembly's convection duct cover and it's panel;
figure 16 is a partial cut-off view showing the insulated refriderated cabinet assembly's flat upper hori~ontal surface of c:ertain sltyle, it's convection duct cover and it's panel;
figure 17 is a partial cut-off view showing the insulated refriderated cabinet assembly's and it's panel;
figure 18 is a partial cut-off view showing the insulated refriderated cabinet assembly's and it's panel;
figure 1~ is a partial cut-c.ff cross sectional view showing l;he insulated refriderated cabinet assembly's and it's panel;
figure ~0 is a partial cut-off cross section view showing the insulated refriderated cabinet assembly's and it's panel;
figure ~1 is a full view showing the insulated refriderated cabinet assembly with sleeper perforation in the skin;
figure ~ i5 a partial cross sectional view shcwing the ïnsulated refriderated cabinet assembly's sleeper perforation i,nner brac:ket;
figure ~3 is a partial cut-off cross section view showing the i.nsulated refriderated cabinet assembly's flat upper hori~ontal surface oF certain style, and the upper hori~ontal surface under c:ap;
figure ~4 is a partial cut--off cross section view showing the i.nsulated refriderated cabinet assembly's flat upper hori~ntal surface olF certain style, and the upper hori~ontal surface arrangement;
figure ~5 is a partial cut-off cross section view showing the i.nsulated refriderated cabinet assembly's flat upper hori~ontal surfa.-e olF certain style, and the upper hc~ri~ontal surface arran~emer)t;

figure ~6 is a partial cut--off crc~ss section view showing the lnsulated refriderated cabinet assembly's flat upper hori20ntal surfa-~e of certain style and said upper horizontal surface arrangement's convection duct cover and it's panel;
figure ~7 is a partial cut-off view showing the insulated refridera1:ed cabinet assembly's flat upper hori~ontal surface of c:ertain <,tyle and said upper horizontal surface arrangment's split lid" panel and convection duct cover;
figure ~8 is a partial cut-off top view showing the insulated refridera1ed cabinet assembly's flat upper hori~ontal surface of certain s1;yle and said upper horizontal surface arrangment's split lidj;
figure ~g ~i5 a partial cut--off view showing the insulated ~efridera1;ed cabinet assembly's flat upper hori 2 ontal surface of c:ertain s1;yle and said upper hori~ontal surface sliding counter weight arrangement;
figure 30 is a partial cut-off view showing the insulated refriderat;ed cabinet assembly's flat upper horizontal surface cf certain st;yle and said upper hori~ontal surface sliding counter weight at end of one end of arrangement;
fi~ure 31 is a partial cut-off cross section view showing the insulated refriderated cabinet assembly's flat upper hori20ntal surface o1 c~rtain style, and the upper hori~ontal surface sliding arrangement;
figure 3? is a partial cut-off cross section view showing the insulated refriderated cabinet assembly's corner panel arrangement and means of f~stening said paneling together;
figure 33 is a partial cut-cff cross section view showing the insulated refriderated cabinet assembly's corner panel arrangement and means of fastening said paneling together;
figure 34 is a partial cut-off cross section view showing the insulated refriderated cabinet assembly's corner panel arrangemerlt and means of fastening said paneling together;
figure 35 is a partial cut-cff top view showing the insulated refriderated cabinet's corner convection duct cover, it's corner panel arrangement and the flat upper hori~ontal surface of _ertain style,;
figure 3~ is a partial cut-off top view showing the insulated refriderated cabinet assembly's shelf, panel and spacer arranyemerlts;

figure 37 is a partial cut-off top view showing the insulated r-efriderated cabinet assembly's shelf, panel, spacer and sleeper perf--.ration inner bracket arrangement;
figure 38 is a partial cut-off top view showing the insulated refrideraled cabinet assembly's shelf, panel, spacer, sleeper perf4ration inner bracket, and adjustable shelf arrangement;
figure 3~ is a partial cut--off top view showing the insulated r-efriderated cabinet assembly's shelf, panel, spa.-er, sleeper perf--raticn inner bracket, and adjustable shelf arrangement;
figure 40 is a partial cut-off top view showing the insulated refrideral;ed cabinet assembly's panel, and spacer arrangement;
figure 41 is a partial cut-off cross sectional view showing t;he insulated refriderated cabinet assembly's panel, spacer and conYection Juct cover arrangements;
figure 4~ is a partial cut-off cross sectional view showing t;he insulated refriderated cabinet assembly's spacer arran~ements;
figule 43 is a partial cut-off exploded view showing the i.nsulated refriderated cabinet assembly's spillcatcher arrangemerlt;
figure 44 is a partial cut-off view showing the insulated refrideraled cabinet assembly's fo4trest;
figul~e 45 is a partial cut-off cross sectional view showing t:he insul~ted refriderated .-abinet assembly's lower drain plug;
figure 4~ is a top view showing the insulated refriderated c:abinet ae,sembly's fan driving co41in~ current along it's surface ~t;hrough ir-terconnecting c401 ing ducts;
figure 47 is a transparent view showing the insulated refridera1;ed cabinet assembly's fan driving co41ing current along i.t's surfa.~e throu~h interccnnecting cc.oling ducts;
figure 48 is a full 3d view showing the insulated refridera1;ed cabinet assembly's prop4sed fc.rm with seating arrangement;
figure 4~ is a full 3d view showin~ the insulated refridera1;ed cabinet assembly's propc.sed fc.rm with a end cabinet;

fi~ure 50 is a full 3d view showin~ the insulated refridera1;ed cabinet's proposed form with a extended table and verti~al door;
fi~ure J1 is a full ~d view showin~ the insulated refridera1,ed cabinet assembly's proposed form with a extended table, vertical door and modular st~rage members;
figure ~ is a full tcp view sh,_.wincJ the insulated refrideral,ed cabinet assembly's proposed form with it's shelf, split fla1; upper hori~ontal surface of certain style and it's mc,dular s1;orage members;
fi~ure 53 is a full front view showing the insulated refriderat;ed cabinet assembly's proposed form with it's shelf, 5pl it fla1, upper hori~ontal surface of certain style and it's modular s1;c,rage members;
figure 5~ is a full side view showing the insulated refridera1;ed cabinet assembly's proposed form with it's shelf, split flal; upper hori~ontal surface of certain style and it's modular sl;ora~e members;
figur E? 55 is a comparison t 4p view showin~ the insulated refridera1;ed cabinet assembly's proposed form with it's shelf and split fla1; upper hori~ontal surface of certain style;
figure ~6 is a full 3d view showing the insulated refridera1;ed cabinet assembly's proposed form with a extended shelf, ver-tical dc,ors and cross flocr power cable prc.tector;
fi~ure J7 is a full 3d base view showin~ the insulated refriderated cabinet assembly's proposed table attachment of certain st;yle with under supports and table attachment brackets;
fi~ure 58 is a full 3d base view showing the insulated refriderat;ed cabinet assembly's proposed table attachment of certain st;yle with under supports and table attachment brackets;
fi~ure ~ is a full 3d view showin~ the insulated refriderat;e~ cabinet assembly's prc~p,_,sed table attachment brackets;
figure 60 is a full ~d view showin~ the insulated refriderat;ed cabinet assembly's proposed table attachment of certain st;yle, under supports, and flat upper hori--ontal surface c,f certain style;

figure 61 is a ~ull ~d view showin~ the insulated refriderated cabinet assembly's proposed fcrm with a extended shelf, table, vertical dc~c~r and means tc. receive a sun shade;
figure ~7 is a tcp view thereof;
figure 68 is a front view thereof;
figure 64 is a side view therec,f, figure 65 is a back view therec.f;
figure 66 is a full exploded 3d view showing the in 5ul ated ~efriderated cabinet assembly's proposed form with a extended shelf, table~ vertical door and means to receive a sun shade;
figure ~7 is a full exploded 8d view showing the insulated refriderated cabinet assembly's proposed form with a cooker, vertical ~oor, DETAILED DESC~IPTIO~:
Refe,~ring to the drawing in greater detail and by reference ,-haracters thereto, referring initially to fig.1, there is shown a sectional view of an insulated refriderated cabinet assembly, illustrate inparticular, a table lid _ seated to insulated refriderated cabinet assembly ~4 or ~4a including an hinge 14 fastened tc. insulated refriderated cabinet assembly ~4 or ~4a ~fastener not shcwn~, hinge 14 is also fastened to underside table lid ~ by fastener 1 and la which fasten to hinge fastening plate 10.
h5 sh~wn, table lid 7 has within it support member ~, which suppc.rt table lid 7 flat upper hori20ntal surface 8 table lid 7 and inne~ cap ~78 creates a pocket which house insulation ~0.
Table lid -7 terminates in an over hang g. inner cap 78 and flat pper hori~ontal surface 3 terminates at seal 8, or 8a.
One or hinge 14 extending vertical from table lid 7 under to insulated refriderated cabinet assembly _4 or 74a. hinge 14 includes arm ~6 whi-_h is flared at c.ne end, arm 76 pass through arm hc~lder le and 18a, to a ccmpression spring ~3 which is seated .-.ver arm 14, the arm _~ i5 threaded at c.ne end where a tensic.n adjuster nut 1~ is lccated the said hinge 14 assembly will alleviate the effort it takes to lift the table lid ~ and also keeps the table lid ~ open. hinges 14 swing on pin 1_ when table is lifted tc, enter insulated refriderated cabinet 74.

The insulated refriderated cabinet assembly ~4 basic c~rrangement i5 said to have a sealed compartment having a means of entry tcl its interic.r and a means to .-reate above or below sub .ero tempertures. The insulated refriderated cabinet assembly 4 ].ower porticn is made up of insulation ~ which is sandwiched by :inner wal:ls 5 and a outer walls 7. inner walls 5 and a outer walls 7 also enclose a condenser ~, located closest to the outer walls 7 ,o to dispense heat through the c,uter walls 7. Inner walls 5 and a outers 7 terminates at cap ll.a.
Fig.~, is simular to that cf Fig.l, however Fig.7, shows a sectional perspective view of an insulated refriderated cabinet assembly, wherein lid 3? which have no over hang g, and hinge ~0 is comprised of simular members as in Fig.l, hinge member 36 and hinge member 37 piviot on pin 30. hcwever hinge 50 is equipt with a compressed cylinder 40. Compressed cylinder 40 is internally loaded with a compression spring arrangement which is connected to hinge member 36 and hinge member 37 by bolt 56, 56a and nut 57 and C57a not seen). Hinge member 36 and hinge member 37 is fastened t4 lid 3~ and insulated cabinet '38. hinge flange 54, 54a and hinge flange 55, 55a also incorparates a second flanqe arrangements as in hinge cover flange 5~, 5~a and hinge cover flange 53, 53a, which received hinge cover flange 4~. hinge cover ~6 is further fastened by hinge cover flange 48 to area of table ~not showning~.
Fig.:3 to 4, there is shown a sectional view of an insulated r-efriderated cabinet assembly hinge 8~ is comprised cf hinge nember g8a which and hinge member g8 which piviots on pin 100 to let table lid 70 cpen or close. Hinge member- ~Ba is fastened to the c.uter- ~all 111 of insulated refriderated cabinet assembly ~4a by a flanqe 113 and hinge fastening plate 110.
Hinge member g8a has attached at its lower end spring housing ~3g which house a cc.mpression spring 104. arm 10~ extend through compression spring 104 and then through spring housing gg to arm h41der 84, located at one end of arm 10~ is tension adjuster nut 106~ arm 10~ is attached to extended backend ~7 cf r-ail and 80 rail 80a the extended backend g7 is coupled to arm holder 84.. extended backend g7 i5 fasten tc. table lid 7C~ by fastener 76, fastener 76 takec; s.-.me the stress ,_.f rail 8s-3 and 8~a.
Hinge member g8 is fasten to table lid 70 by hinge fastening plate ~0 and bc.lt 13~. Located at tc.p c,f hinge member g8 i5 carriage 86 travels on r-ail 80 rail 80a with the aid of barring 84 and barring ~4a, seated in pc.cket g6 and g6a. Lid 8~a is fasten to carriage 68 by flange 88 the owe assembly travels c.n r-ail 80~ ~etween carria~e 86 and carriage 68 is located ccmpression sprin~ 78 whi-h acts as a damper, located at the back c,f ,_arriage 86 is stnpper ~~r .

Hinge 8~ elevate the effort it ta~es t;- open and cl,Jse the table 1 id 7~, The assembly Wuf ks by pushing pr imer tr igger 1~6 which triggers the cpen clcse cl ip 1~8, then 51 ide table 180 ba k which in turns ~'ives the compression spr ing 104 and arfn 10~ a greater l i ft ing and hclding pc,wer . Table l id 70 is then closed and pull back int~ its cl~se position. Hinse 8~ i5 connected to lid 8~-'a, table 70 and t= insulated refriderated cabinet assembly ~4a by a assortment c~f fasteners.
Lid :3~a is also fastend to carriage cam 1~1 by flange 1~!4.
carr iage cam 1~1 has cl ip set 1~5~ which prevent pr imer tr igger 1~6 from lett ing table 1~0 mcve prematurely. C~am key 1~, directly c'onnect~d to pr imer tr igger 126 so that when said assembly is activated Cam key 1~ push open close clip 1~8 permit ing the table 130 to move backward or forward. Compression spring 116 keepsl the open close cl ip 1~8 in the close position when not in use. Lock nut 118 permits pr imer tr ig~er 1~6 to travel back and forth on rail 80 and 80a as well as acts as a st opper .
fig.l:j to g, there is ehown a sectional view of, a fixed insulated refriderated cabinet assernbly 17~, said I.lit.~.R
assembly is cc,mprised of much of the same elements as the for said figures, hc,wever the concept of Fig.6, especially connected t;o a suitable surface as in wall. The fixed insulated r e f r i d er alt ed c ab i n et assemb l y 1 7 r i s c c,mp r i sed o f a c oun t er 174 and l id as,sembly which sits on track lg6. Track lg6 is made up of t;wc~ individual parts that slide in c,pposing direction when lid is clpened and one port ion of track lg6 is fasten to the under side of cc~unter 174 by flange 17B the other porti~-~n tracks 1~6a is fastened tc, l id 173. Tracks lg6a extend towa-rds the back of ,_ounter 1'74 where it meets pin 18~ and ,_ouple with hinge member 181 .
Hinge 176 is made--up c,f two hinyes A and B,. Hinge ~ and B, function is unison to aid in the opening or cl4sing of the lid assembly. however hinge ~, doesn't aid in elevating the efforts it takes lto open or close the l id assembly; On the other hand hinge B, does aids in limiting the effoirts it takes to open c,r close the l id assembly as well as aid in keeping the l id assembly in the c~pen positicin. Hinge 176 ,_perates when counter 174 is lifted which cause lid 178 tc~ follc,w suit, hinge member 181 and hinc~e member lB8 inter,_,=nnec-t compressi,_in spring 188 which t;hrc,ugh arm lg~ aid in reducir,g the eff,-,rts it takes to liftin~i and keep the l id assembly in the cipen posit ion. Fig 7 shc,ws a simular a<,sembly as in Fig.6, HoweYer Fici.7, cc,ndenser ~04 is not housed within the insulated refriderated cabinet assembly walls, which enable the counter ~1~ to be fasten directly to wal l 184a with the aid c,f hinge ~rl~. all other elements func tion in much the same way as in Fig. 6, . Said hinge 176 assembly is alsc, fastened ltci insulated refriderated c~binet assembly, said enter assembly is then fastend tci wall 184 by perfcirated flange ~00.

'he convection ai~ currant is vented through exhaust vent 175, and i5 taken in through intake vent 175a whi.-h is l~cated along lower base c~f the panel 156 to 156q. The c,-,nvection ccoling arYan~ement ~clrks when radiant energy emits between the panel 156 to 156q by the insulated refriderated cabinet assembly inner wc,rkings, then i5 disperse by the convection current created by the risin~ electromagnetic radiation emission such as heat exiting thr~ugh the vents. Fig.8, shows said insulated refriderated cabinet assembly ~
with a base board ~37 fasten by flange ~5 and flange ~6 which slides in1,o slot ~ and ~33.
Fig.7, there is shown a sectional view of an insulated refridera1;ed cabinet assembly, illustrate inparticular a condenser 204 which is sandwich between the insulated refridera1;ed cabinet assembly ~4 wall and panel 156b, condenser ~0~ is cooled by convection currant which travels from intake vent 151a to exhaust vent 151 said condenser is fasten to insulated refriderated cabinet assembly ~4 by spacer ~02 and -0-_a, fur~;her more said condenser has a to it a pipe ~18 which is conne._ted to a compreser assembly Cnot shown~. panel 156b is held in place by perforated flange 171 and 171a said panel has fasten to it bracket ~07 by fastener _06a. Shelf support means ~16 is then coupled to bracket ~07 said bracket suppcrt shelf ~14.
Fig.'~1, and ~, there is shown a 3~ view of, the basic insulated refriderated cabinet assembly ~4 whose walls is readied to receive a means to fasten other members to it, such as ~ in this case perf--rations in the walls. The perforations is made-up oF hole 30Ba to 3~8f which is arranged in a strait line and also surrounds the cuter walls. The lid 345 may be replaced by any lid mention in this specification. ~racket 34~ is located within the inner walls cf the insulated refriderated cabinet assembly ~4, however said bracket 3~ may be remc.ved and the insulated refriderated cabinet assembly assembly ~4 may then receive o1;her members directly to the outer walls with out the use of ~racket 3~.
The hole 308~ to 308f is set-up in three levels to receive c,ther members such as in level one which is closet to the base whi-h are hc,le 30ae and 308f theat may receive a foot rest 536 which is shc~Sins in Fig.44, said footrest may be fasten ti_s hc.le 30Be and 308f by flange 53~- which is inturn fasten to cross bare 578, h,_,wever c.aid footrest removale may not impeed the main function of the assembly; and said foot rest 536 may also be fasten t.-, the panel 1J6 tc 156~ if need be.
The h~le 308a to 308d and 308d make-up the sec~nd and third levels whi~-h may carry, in this S_ase a bracket ~40 c~r alike to recei~ed el table attachment 685. Table attachment 685 is coupled t~ flaSn~e 684 which have the same coupling arrangement as the abn~e mention shelf bracket su.-h as, shelf support means 216, ~16a as el~ample. As in;

Fig.58, flange ~84 i5 connected to expansion bracket 678 ~,aid brafket i5 faste~sd to the under side of table attachment 685 b~ flange 68~ and flange 67~. Table attachment 685 has fasten tc its under side two leg 6B6 Fi3.57, and 5g, shows a table atta.hment 668 with one leg 610 which is fasten tc, table 670 by bc,lt 606. Said table attachment ~68 is constructed in much of the same way as in Figs.58, except fcr coupling bolt 676 which mates with fa,-e plate ~5, or nay be mated to hole 308a and its opposite hole in Fig.51,. Face plate 6~ may be fastend directly to the inner backins c,f any one of panel 1'~ to 156q. ~uide tip 700 is placed inside hole~ 6'30 and then turn by bolt head 680 or tool 6g5 to connect the members together by threaded portion 6'34.
Fig.l~0, shows a table attachment 668 or 685 coupled to insulated refriderated cabinet assembly which utali~es the convectic~n cooling principals along with table attachment 668 or ~85. This embodiment also includes shelf ~14 and 706.
We wSill focus directly on a concept, which comprise of ~e~Jer~Sl modural members. The following figures shows a several view of, an insulated refriderated cabinet assembly ~35, as may be seen in the follwing figure 5, 10, ~6, to ~8, 3~, 34, to 37, ~5, 5~, to 55 and 58.
Fi~.5 ~nd ~6, shows an embodiment wherein the insulated refriJeral'ed cabinet assembly ~4 has fasten to it hin~e 140 by fa,terer 13Ba and 138b. said hinge 140 is also fasten to lid 146 by fastener 188, veneer 1~1, is laminated to table 14_. The lid 14~ is held in place with b~ackets 144 and fastener 16~. Lid 146 in this case is made-up of two separate lids separated by trave 136. Panel 156 which is connected to perfc,rated flange 170 is supported by spacer 158 faseten thereto. In Fig.~6, shows the entrance s,ide of the lid 14~d;
lip 148 of Fig.S, and under side of table 14~ may be used to mount spillcatcher arrangement 516 as is showin~ in Fig.43.
Spillcatcher arrangement S1~ is intended to ring the counter, table or alike so to aid in the management of surface spills and alile. Trou~h 504 is conne-ted to counter lip 438 by flan~e 5~5, pin 554 iS~ used t~ connect the different parts by hole 580. Inner ~~c~rner trc~u~h 518 along with cclrner trough 510 and Trou~h 5~4 in any amoun"s may be arranged in any manner in which the counter or alike is arranged. further mc~re end cap 5~0 is used tc~ stop back fl/-sws with the aid of wall 555. Flange 518 and 510 may be used to fasten the assembly to the under side of counter 500. ~rain 5~8 may be -~nnected to a collectisJn container or connecting directly into the existing plombins system;

Fi~ , there is shc~wn a secti,-~nal view c~f r said assembly showingin particular table 1~ and shelf ~1~, The assembly functic~n in the same way as the at~ove mention;
Fig.~7, there is shc~wn a sectic,nal view of, trave 13~ which acts as a support for both liJ 146 as well as proved flange 160 and 160a tc, srt seal 8, plug 38~ prevent leakage. Trave 136 is fasten by fasteners 388 t,- the insulated refriderated cabinet assembly ~J4 by flange is ~S5, Showing in Fi~.~8;
Fi~.~4, 1;here is shown a sectic,nal view c,f, fc,cussing on panels 15~ and corner panel ~36, which is ccupled together by several fastener strips ~456. The fastener strips 45~ locks when the panels 15~; and corner panel ~36 is put in position and the strips is slide in place from the top or base of the lined-up panels.
Fig.3~, a]Lso shows you a simular arrangement as in Fig.34, in this case the fastener strips 44~ and 44~a are employ greater outer diarniter holding means, which fits more rigidly in slot 440 and 440b. ~orner panel ~36 is of anc,ther certain style.
~c,ndenser ~ is also showing some what out of position. ~adiator 43~ is based ~n a cc,nventic,n principal which was explained in more deta:il previously;
Fig.35, 1;here is shc,wn a sectic,nal view c,f, focussing on panels 1~ and corner panel ~6, which is ccupled tcgether by several perforated flange 170 and and corner panel ~not numbered~. ~in~e 14~-) is showin~ partial surrounded by perforated flange 17~, said perforated flange -lso have adjustment clearance 45S, so tr~ let said perfcrated flanges adiust to a variety cf basic insulated refridera1;e~ cabinet;
Fis~7r 1;here i~ shown ~ sectional view of, the fastening arran~ements emplcyed tc, the assembly shcwing in Fig.~1 and ~, ~nc,w we wiill look at hcw each part interacts with each l~ther starting with shelf ~14 sits on shelf support means ~-1~ said support means is coupled to bracket ~40 by flange is ~not numbered~ aid braclet is fasten to panel 156j tc spacer 158 by fastener 470, between panel 156 and spacer 158 their is provided a damper 47~. Spacer 158 is fasten tc the insulated refriderated cabinet assembly ~4 walls. The end function of this assembly the .reatic,n of sape 474 tc~ enabilin~ the ccnvection principals t~
take effe~:t when the unit is operating. Fi~ Shcw a simular arran~ement except for in this case the spacer 15S may be fasten tc, the insulated r~flfiderated cabinet ~4 walls without the aid ~f perf,-,rations, Fastening plate 46~ is spotwelded t,-, spacer 15S;
Fig.45 shows drain extende-f 54~ with cap 54~ which is reused in void 540. Said void is formed directly into perforated flan~e 170a;

Fi3.5~ to 55, there is shuwn several completed view .-,f, focussing more on the modular principales of .mention previously wherein shelf ~14 and ~4a can be seen frl~m the top as well as the table whi-h sh-~ws separation ~ a silhouette ima~e of the insulated r-efriderated cabinet assembly ~4 may be seen, said insulated refriderated cabinet assembly may be cc.upled tci a shelfin~ and ciraw arrangement, arran~ed in such a way that it may be .:onsidered A, separAte room temperature storage means. In this case it is arran~ed as a tap ,_abinet 6~3 and base ._abinet ~30;
The insulated refriderated cabinet assembly ~35, that was seen in the previ.::.us figure J~ lO, -'~, t~ 3, 3:2, 34, to 37, 45, 5~, to 55 and 58 may be referred to as the preferred embodiment for those insulated refriderated cabinet assembly which uses nonheat conductin(~ paneling. except for the separate room temperature storage means.~
Fig.:ll, there is shown a sectional view of an insulated refriderated cabinet assembly, illustrate inparticular shelf support means ~16 fasten directly to the panel 156d by bracket ~-40. Even more particularly middle perforated flange ~38a which may be empl-Jyed pYevents the saging of the paneling. Fig.13, also shc.ws an..:.ther means to prevent saging of the panels. In this case, the said further is incorparated directly into perforated f!an~e _48 and -~4~a with intake ~50 and exhaust vent ~5~. As in the other previous concept the shelf assembly may be fasten directly to panel 15~f, s~id panel may be fastend tc. both level ,_,f perf.-.rated flan~e.
Fig.1~- and 3~, there is sh.-.wn a se~tional view of an insulated refriderated chbinet assembly, This c._.n.-ept is not intended lu be fasten to the insulated refriderated cabinet assembly i4, except for table 14~a which is fasten tc. said lid by bracke1; 14~. The perf.~rated flan~e ~ and ~45a is fasten to panel 15~i-, when the the cAbinet is ~ompletely surrounded by said panel and perforated flange assembly and fasten to it self the rest area ~4~ and ~4~a simlpy keep the assembly in position with out requiring to be fasten to said cabinet. The convention coclling arrangement functicn in simular form as in the ab.-.ve mention concepts.
Fig.-.~, in the matter c,f panels 15~e, said panels are c-nnected by fastener strips 446 said strips also connect corner strip 4~8 whi,_h are all lo~-ked to gather by way of slc.ts 450 tc~
450e. Also showin~ is perfc.rAted flange ~-46 intake 44J.

Fig.l4 t.-, 16 and ~0 show cther perforated, in flange Fig.14 perfo~at2li flange ~J~ is fasten to insulated re~riderated cabinet assembly 24 by flange _55. Exhaust vent ~56 may be equipt wi~h a ~esh _oveY or alike. Flange ~53 sits inside slot ~54 which is part ~f panel 156g said panel i5 constructed cf sheet metal which may b~ shape in any desired style, by forming said by way of stamp or iniection or alike methc.d of constru._tic.n. In Fig.15, the perforated flange assembly 260 is made-up uf several parts inne~ perforated flange ~66 and exhaust vent ._ove~ ~63. Lip ~6g cunnects to channel ~70 and at the opposing end thereof, lip ~7 and lip ~67 sits in sl~_.t ~65 c.f the panel 156h. The said assembly is fasten to insulated refriderated cabinet assembly ~4 by fastener ~6~ Cnot shown~. Pib ~64 is fo~med direcly into inner perforated flange ~66. The convection flow function in the same way as in the above mention concepts.
Fig.16, shows a perforated flange ~76 which sits on leg 27g where lid 3~b may sit on seal 3~ said flange is strenythen by rib ~78. Lip ~8~ fasten said flange to insulated ~efriderated cabinet 4, lip ~.74 is intended to be ~onnecten to a panel Cnot shown~.
Fig..~O, there i5 shown a sectional view of an insulated refrideYa1;ed c~binetassembly, exhaust flange 33~, and intake flange 33~a, is formed in section with the injection molding prc,cess. said secti.-.n is coupled together by .-oupling 34C) and 3 which is intended to mate with a opposin~ coupling Cnot shown).
Panel 156t is connected tc. exhaust flange 33~, and intake flange 33~-a by flange 334 and lip 3~4. Panel 156t has hole 316 and 316a t,-. ~e~-eive m--ck handels Cnc.t shown~ or any of the above mention shelfing assembly. ~.-,rner 338 is constructing c.f suitable means tc! ~eceive bc.th the Panel lJ~t and exhaust flange 33~, and intake flange 33~a.

CA 02230837 l998-04-24 Fi~. L7 t.-. 19 and lg, there is shown a sect i.-.nal view -.f an insul~ted refri{lerated cabinet assembly, in this -cncept the i n su 1 at ed r e f r i d er at ed c ab i n et assemb 1 y ~3 wal 1 s i s c -.ver ed w i t h panel _88 s~id panel may be construl-ted -.f sheet met~l ~r al ike whi_h has the abil ity to c.~nduct heat through said panel ~8B. The said pane:Ls function without the use of the c onvention cc,oling pr inc ipal in the above ment ion, the f inish c.n the panel 5 may mimi. the stainless steel l~ok. Panel ~88 is held in place by .-orner channel ~86 and~or center channel ~-~6, however the panel s my connec1t to them sel f without the use .-.f ci~rner channel :286 and~c,r center channel ~g6. The c-.rner channel ~86 and center channel i-, caped with corner c- own ~- g~ and center channel ~g~, said crown capes, caps the channels and aid in the fastening c.f the assembly to the insulated refr iderated cabinet assembly :24 with the .~id of r ib 300 and hole 304 and 306. The center channel is fasten together by flanS~e ~gg and 30~ and the corner channel ~86 is f<lsten tos~ether by flanSIe ~g~ and ~84. Panel 311 may be formed by vaccum forming using pal imer sheets or may be formed by stamp forrnin~ usinsa sheet metal. Vent 31~ and intake 31~a is only re~uired if the a pattern simular to that c,f in Fig. lg, bare the same or ~,imular raised pattern creating a air pocket, which may trap warm air.
Fig.:23, there is shown a sectional view f~f an insulated refrideral ed cabinet assem~ly, illustrate inparticular, a table 14~c is cl~nnected to the l id by bracket 354 usint~ fastener 350a and 358,l;able 1 id assembly is seated to insulated refriderated cabinet as,sembly ~ cir ~4a inc]Lu~ing an hinge assembly fasten the e to. F~asten t.-, the underside c f ;aid table l id assembly is c uter cap 356, which pref.Jrm a esthet ic funct i.-.n f.nly. ~eal 8a is ._c.nfi~ured in su-h a way to let both the inner cap ~8 and ~uter ._ap 356 ti~ terminates at seal 8a sc. tc, preven leakat~e.
Fig. ~4, there is shown a sect ional view of an insulated refridera1 ed cabinet assembly, illustrate, a table assembly extension ledge 36g which is fasten to l id 3~ by fasteners 366 and 365, l;he said fasteners sits in a channel 36~a and 364b. Said channel is covered by veneer str ip 36B and 36Ba. On the under side of 1 id 3~ is flange 365 which connects with l id --:~ edge all c.f which terminates cver seal 8 alcn~ with inner cap ~8. Table ._c.rner 37~ is ccnnel_ted t~ extension ledge 36g by flan~e ~n.~t sh._,wn~. ~!he .-.uter ed~e ._.f said e~;tensic.n ledge 36~ may also incorpara1;e- channel 36~ and veneer stYip 368 which may be indeed .~n said ,-hannel cuter eds;le.
Fi3. ~.J shciws a-ttachment 378 whi-h is a simular cc,ncept as in Fi~ , however in this f i~ure, attachment 37B is fc,rmed by the extrusion pr~.~ess, the attachment 37B i5 fasten to 1 id 37f by r iviot 38~:) and fastener 37:3, cl ip 376 aid in takin~ c f f the stress c f the fasteners. J~int 37~ is c--upl ed t._, veneer panel 38~!
tc preven1; l i ft ing c.f the veneer, said veneer depend c,n l id 3~f for under support . The seal B is suitabl e to preform the same ab c.ve men 1; i c.n .

CA 02230837 l998-04-24 Fi~ t-, 30, there is shown a se_tional view c~f an in~ulated refrigderat~d cabinet assembly, illustrate, in lthis lid embc,dim,en~ the upper hori~ontal su~-face slidin~ emplcy a counter wei~ht arrangement s~ to elevates the efforts it takes t,-, open and cl,~e the lid assembly. The said assemtly slider lid 3gl is pushed away from the user causin~ the weights 41~ which is housed in hc,using 3~0, to aid the hinge assembly ~nc,t shc,wn~i tc~ lift lid 146. The slider l iLi 3i~l sits ,on several carriages 40J, said ,_arria~e is fasten by flan~e 3~6 to said lid. The slider lid 3~1 alsc~ may have a s-oal 3~8 and 3~8a whi-h may slide on side table 400 and 40~b t~o prevent fcrei~n matter such as liquids c~r solid particals from penitrating said seal 3g8 and 3~ba Fig.31, functic,n on the same principals as in Fig.~g to 30, hclwever in Fig.31 the carriage is comprised clip 4~2 and carriage 4~6 wherein ,-lip 4~ holes carriage 4~6 by clip catch 434 which catches to carriage catch 4~8, said clip is fasten to the lid by fastener 43~. ~arriage 4~6 sits in channel 430 and is fasten to table 4~0 under side by fastener 4~4. The counter weights 41~ as in Fig.-~ tc 80, may be incc,rparated in the assemtly showing in Fi~.31.
Fi~. 3~ ti~ 4~, there is shown a sectional view of an insulated refriderated cabinet assembly, illustrate inparticular a spacer 488 whirh is f~rmed directly into the insulated refriderated cabinet assembly walls. Said spacer has hole 308a, tu 808f in elongated face. Said hcles may have a bracket 34 which i5 threaded to receive a fastener. further mc.re the hcle -~8a, to 30Bf has fasten to it a rail 4~0 which is intended to receive bc,th the panels 1561 and 1~ as well as shelf suppc,rt means ~16, ~16a, saiA shelf si~pport means may be adjustahle along the rail. The panels 1561 and 156 is cclnnected by flance 478a.
Fi~.:38 is showing a insulated refriderated cabinet assembly which is simular to that assembly menti~n in Fi~.3g to 4~, e~cept tl-,at the embodiment in Fig.38 shows spacer 480 as an separate part of which is fasten to said walls. Furthermore shelf support means ~16a is comprised clf several parts ccver 460 that cc,ver bracket 4B~, said bracket carries the all the lc,ad carried by the shelfin~ assembly. ~c,ver 460 is fa-,ten to bracket 48~ by pins 486 and 4~4 said cc,ver has hc~le 4~4 tc~ cc~r,nect shelf ~14.
~-a,_ket ~4~
Fi~.46 and 47 there is shc~wn a tcp view clf an insulated ~efriderated cabinelt assembly, in this case the insulated refriderated cabinet assembly uses a forced heat removal arrancement uses fan ~54 which push the air thrc,uc,h radiatc,r ~46a and 546 tc~ duct whi-h vents throuyh e~haust 550, the forced air must p ass throuc,h pc~rt 55~ then the air repeats the same action then ~n ne~.~t level exit. When the air first enters the ~adiat._,r :it must firct pass throu~h intake port 556 in this case then direi_ts all air intal~e to c~~mpresser h~usin~ and pass thr~ugh t~ anbering p,Jrt then into the first level radiator 546a ci_~c~lin~ level. The directi~n ~f the air flow may be reverseJ.

Fig.48, there is shown a an insulated refriderated cabinet assembly,~ith ~ bench assembly, saici insulated refriderated ._abinet c,ther m,-.dural features includes sitting members in this case the ,itting members may be arransod into the form cf a bench a~.sembL~ which is made-up of corner seat 560 and any number c,f seat 56~, said seating may be used jointly as a bench arrangement or severly as single seatin~.
Fig -~g, there is sho~n a an insulated refriderated cabinet assembly, with a, end cabinet 570 said end cabinet alsc a includes compartment 57~ t~ receive external equipment such as televisic~n or microwave oven or alike ~not showni, and also includes a stc.rage cabinet with a door 574 under which is located an air ir7take 576 which feeds insulated refriderated cabinet assembly intake 336a shelf ~14 extend it self with shelf 578.
Fig.50, there is shown an insulated refriderated cabinet, assembly illustrate inparticular an insulated refriderated cabinet assembly having a door instead c.f a lid as in Fig.50 to 51, 56 ~nd 61 to 67. said assembly may also incorparates a table c.r cc.unter 581. The door 5~0 in Fig.50, swin~s on several hin~e.
The said may be said abc.ut the other concepts refer to herein and here-fc.rtl. A sprin ? or cam rneans to keep the do4r closed may be employ Cnot shown~. Fig.50, may further emplc.y a piviot 580 to swing t~ble or c~unter means on. The said counter c.r table may has a hcl:Lding me~ns tc rest the counter or table, flip up table 58~ on ~not sh._.wn~. rack 586 and Shelf 5~8 c4mpressc.r housin~
588, it :is understood that all insulated refriderated cabinet assembly as its -allod is cc.mprised c.f all the b~cic elements f equired 1o operates and put into operation said and insulated refridera1ed cabinet assembly.

Fi~.'.1, there is shown a expl-_ded ~i~w of an insulated refriderat;ed cabinet assembly, illustrate inparticular an nsulated refriderated cabinet assembly havin~ d w,--rk station 616 cai~i work station may have several members whil-h may sta,-k or arrancJed i.n several diffefent ways. Said assembly 6~1 may be perminent].y attached to a supporting wall or stacked on each other wit;hout being fasten to gether. Insulated refriderated f abinet as,sembly 6~ having a condenser ~not shc.~n~ within the said. Insulated refriderated cabinet assembly's ccndenser may be co~led by radiatcr 5~8 and 5~8a, which is located between the v.-,id creat;ed by spacer ~0 and the Insulated refriderated cabinet assembly's cc,vered walls. The condenser may be located in the rear of~said insulated refriderated cabinet assembly in that secomstans radiator 5g8 and 5~8a will enter under intake 608 and flow up t;he rear, of the cabinet. In the ladder the air enters through intake~608 up the side of radiator 59B and 5~8a. The flow from radiator 5~8 and 5~8a may flow pass duct 61~ and 622. The c-ther members may be consider to be an arran~ement of cupboards, draws and shelfs as may be seen in this fi~ure. Wc,rk station ~16 1~ 61~ i.s fasten by bolt 606 to table or counter. The dcor of said insulated refriderated cabinet assembly may includes a rackin~ arran~ement behind the mock door panelin~ tc store a variety o1 items.
Fig.';~ and 61 to 65 there is shown a partial exploded view cf an insulated refriderated cabinet assembly, illustrate inparticular an insulated refriderated cabinet assembly having several dc,--r 648,and 648a~ The scid dccr wings on trave 647 and f~sten thereto by hole 66~ and 6~~, said assembly may employ the c.-.nvectic~n cc.c.lin~ as is showin~ in Fi~.56, wherein exhaust ~54 ~nd inta~e 654 may cnly occupy there or less walls. Power cable prc,tector 65~ prctects power cable frcm tramplin~. Table 666 sits on the top of insulated refriderated cabinet assembly and shelf ~14f is connected to each c,ther by shelf support means ~16.
Fi~.~1 tc, 65 shows a in~ulated refriderated cabinet assembly employing a shade 7~4.
Fi~.66, there is shown a exploded view of an insulated refriderated cabinet assembly, illustrate inparticular an insulated refrideYated c~binet assembly having a carriage 738 which sits on several turning means 73~, said carria~e is ccnr3e--ted to the _;ndefside cf in,ulated refriderated cabinet ~ssembly. Back cc.~er 75~ is fasten to the ba-_k wall c~f the insulated refrider~ted cabinet assembly. T~ble 7~_ is cc.nnected tc. insulated refriderated cabinet assembly tly brackets 73~ and flange 75~, which may couple-up with bfacket 73~ and bracket 748.
Table 74~ is fasten tc~ the tc,p ~-f insulated refriderated catinet assembly by fasteners.

Fi',A~.~7, there is shc.wn a exploded view ..f ~n insulated r~friderated cabinet assembly, illustrate inparti.-ular an insulated refriderated .abinet assemtly havin~ a coc.~er 8C~ said ,-._oker has a ~rill 80~ and a bu.ner no--el ~8 which supply the burner ~not shc.wn~ with fuel. The cooker 806 is fasten t~ bo.
7~6, b._.x 7~6 has seat 80~' which is intended to received cooker.
Said bo~; 7~ also have suitable controls so to re~ulate the fuel flc,w tc. the burners. Said controls i, connected to coupling 7g8~
which is inturn coupled to .-ompress cylinder 776. The box 7~6 has shelf 80~ csnnected to cne side therec~f, and on the c.ther side is located slhelf 784 whi.-h may including a burner 78~ said burner has ~rill 7~. Located under said shelf is base plate 788. Box 7~ alsc. acts as a housing for heat barrier 7~ which may be closed of by barrier 830. Also may be housed inside said box housing is drip pan 8~. Said cooker arrangement may sit 4n directly on the top of cabinet 816, however in this case the cooker aslsembly sits on a carriage comprising le~ 8~0 and footing 8~ whi._h is connected to~ether, and also which has several rc.lling means 774. The said carriage is able tc. receive a insulated refriderated cabinet assembly which sit~ on the base of said ._arriage.Said carria~e is comprised set 78~ and set 780.
~oth set, have a means to hold and connect the and compress cylinder 776. The docr 81~ may include a rack, and may also includes a lock 810. ~lip 778 may be used tc. connect insulated refridera-ted cabinet assembly to the carria~e. The walls c.f the insulated refriderated cabinet assembly is readied tc. received shelf arranyement which is shc.win~ in this fi~ure. The ~rill and co~ker may oper~te c.n electri,- power only instead ~f .-c.mpre~s fuel, .~.r ~ln ~ ,mpress gas c.nly to c.perates the ~rill, cc.c.~ as well AS the insulated refriderated cabinet assembly, or a ,_ombinati~n uf b.-.th. The shelf assembly may incc.rparates a, electri._ burner an~ some form clf eletric ~rill arran~ment with fastenin~ h4le and flan~e may couple with perf~rdtions in the sides of insulated refridera-ted cabinet assembly's basic cabinet. The said I.R.C.A
electrica:lly burners may be electric connected with the main power in :let. The said assembly may alsc, employ a fan to direct the air into a exhaust duc~in~, chimmey c~r char,-~le filters.

--_O--OTHER WAY', THE IN~ENTIQN IDEA MAY ~E USE~ AND/O~ PUT INTO
Oi~E~TION:
In the matter Qf Fic~.J6, the insulated fef~iderated ,_~binet assembly may be arran~ed in such away as tc. includes a draw arran~ement, instead of a dooY ~r lid arranc~ement. Said draw may resemble a bas~et arrangement with a insulated draw f~ont Cnot shrJwn '~ .
In the .~atter cf all embodiments which may require a perfc,rated flancle ~_r alike; Perforated flange o~ alike may be manu~a,_tuY-ed by the steel rclling process usin~ expanded sheet metal.
In t;he matter of all embcdiment herein which may require a fastening or connectin~ or coupling means that is intended to be fasten to the insulated refriderated cabinet assembly , basic cabinet Cb~sic cabinet may be construds as the basic cabinet without the external shelf and table, and~or shelf and counter, and/c,r cc~unter and/c,r table and/cr panels~ may be fastened or connected or coupled to the basi-- ca~inet wall and door, or walls ancl lid by way c.f perfcrations in said wall and door, cr walls and lid.',aid perforati-:~ns m2y ~lsc. receive a taguler or snap in a-C fastener member. S~id perfor2tic,ns may also acts as att~chment; point~ f--~r cther f-rms cf attachment. The table may be c.-.nsidered oY counter tc~p may be referred tc as a lid ~_r dorr c over .
In the matter of Fig.~3~ the insulated refriderated cabinet assembly spillcatcher arY~nsement cc~r,rept may be incorparated into the table or rounter durinc~ the table or counter manufacturin3 process whirh will produce a c.ne piece assembly havin~ a clutter on its outer areas c,r a drain in its inner areas fnot showr,~.
In the matter of Fi~.61 to 67, of the insulated refriderated cabinet assembly, the condencer cover Cusually located at the bal-i- of unit~ is not required on units having the condenser within the insulated refriderated cabinet assembly's inner wall c,f the bacjic cabinet.
It ~ill be understoc~d that the abc~ve describe embodiment is f,-.r purpccjes of illustratic~n only and THE INVENTION O.L~IMED IS
NOT LI~ITED TO THE EM~ODIME~TS DESO~IBE~ chan~es and mc,dification may be made theretc. without departin~ from the spirit and scope r-f the invention fa,tene~ 1 and la, '~ble lid ~, flat upper hclri~c~ntal surface 3, -4 an insulated fefriderated cabine~ a~_cimbly as may be seen in fi~ure 1, Csuch as a su~-~ero means fcir storing perishable items) inner wall. 5, support mem~er 6, ~-~Ut~f wi~ll. 7, seal 8, 8a, over hang g, hinge fast:ening plate 10, pin 1~, -hinge 14, tension acliuster nut 16, arm holder lB, .18a, flange 1~, insulatiori ~0, condenser ~, compression spring ~3, insulated refriJerated cabinet ~4, ~4a, arm ~6, inner cap 28, pin 3~, lid 3~, 3'~a, 3~b, 3~c, 3~d, 3~f, -34 an insulated refriderated cabinet assembly as may t~e seen in fi-~ure ~-, hinge memt~eY 37, hinge member 36, hinge memt,er 36a, insulatedl cabinet 38, compressedl cylinder 40, hinge cc,ver flange 4_, hinge cover expansion ~one 44, .hinge cover 46, hinge cover flange 4B, hinge 50, ~means for ena~ling a barrier to swin~ on a piviot, such as a hinge~, hinge covE!r fl~nge 5~-, 5~a, hinge ccl~er flange 53, 53a., hin~e flan~e 54, 5~a, hin~e f~arclje ~5, 55a, bolt 56, b-llt 56a, nut 57 ~:unseenj nut 57a, set 58 J
h._.le 60, hvle 6~, hc,le 64, h._i1 e 66J
~-arriage 63, CA 02230837 l998-04-24 ~ 3-tabLe lid 7h, t f ~ . 7', --74, an .nsulated refriderated ._abin~t assemt~ly Cas may be seen in figL:re ~-, 3 anci 4,!
1astener ~5 ?
,smpressic~n sprirg 78, rail B0, rail 8da, Cn~-it seen~
hinge B~" flifting means, such as a spring l~aded hinge coupled with a means fc~r multiplyin~ the lifting capability) arm h~lder 84, c:arria~e 8~, 1lange 88"
11ange 88a, hinge fas1;ening plate ~0, stcpper g,~, barring gc~, barring g4a, pgcket 96"
extencleci backend g7, hinye member g8, ninge member g8a, sprin~ hsusiny gg.
pin lC~0, arm 10~, ,-:smpressi~n spring 104, t;ensi.ln a~ijuster nut 106, pin ln8, hinge fas1:ening plate 110, ciuter wal]. 111, c:ap 11~-, :Ll_a, plug 114, llange 11'3, c:smpression spring L18, ].c..~~ nut :l18, c:lip set L~0, c:arriage cam 1~1, ~:am key 1 flange 1 primer tr.isge-- 1~6 Cmeans fcr p~iming said multiplier,~
,-.pen ~_1C~SE~ clip 1-~8, pin l~g, t;able 13l~"
t).31t 1~, 11ange 13~, flange 134a, t;rave 1'38"
base tlsard ~37, 1astener 1~8, 13Za, 13Bb, t~ e 141~, veneer 14:L, t;able 14_, 14_a, 14~b, 14~c, 14.d, b~a,k.et 144, lid 1~, ]. i p 1 ~~ , e~rm 15C~, e~haust vent 151, :i nt ake vent 151 a, per forated flans~e 15~ a, e%haust vent 1~i3 ]L i p 15~ , ~,l c.t 1~5, panel 15~ t.-. 156q sp ac er 15l3, -Fl an~e 160, lFastener L6 p in 164, lF l anye 165, ~Fastener 1~;&, .
arm hol der 1~;8, perforateli flan~e 170, 170a, perforateli flange 171, 171a, --17:~ a f ixed insulated refriderated cat~inet assembly as may be seen in figure 6, 8, g Cmeans for storin~ perishable items a sub--zero~, convection cooling ._urrent along it's surface throu~h t;he duct ~s~, ]i i d 173, ,: ount er 174, e% haust vent 175, intake vent 175a, hin~e 176, lFlange 178, h in~e member 180, hinqe member 181, pin 18~, h in~e member 183, wal 1 184, 184a, n ut ~ t en s i on ad j us t er ~ 186, c:ompression spr ing 188, pin 1~0, arm 1~7, r-adiat,~,r L~, 1:rack 1g6, 18~a, per fc,rateli flange 1~8, 1~8a, per f~-~rated flan~e ~00, e ~haust vent ~01, :i nt ake vent ~01 a, s,pacer ~0'~, ~O~a, c: ondenser ~04, lF ast en er '~06, ~0~ h, ~O~b, b r ac ket ~07, t: r ac k ~08, t~ra~ket ~10, hinge - 1~, shel f ~14, ~14a, ~- l~k, ~1~d, shelf support means --16, ~ipe ~la, ~_ oLIn t eY ~
Ihinge ~0, rupboard ~ la, -~4 a fi~ed insulated refriderated ~abinet assembly as may be ,een in figure 7, flanse ~5, flange ~
~sl~t ~7, lip ~8, slot 2~, fastener ~0, channel ~31, slot ~33, -~34 an insulated refriderated cabinet assembly as may be seen in figure 6, ~, g, ~-~35 an insulated ref~iderated cabinet assembly as may be seen in figure 5, 10, ~6, ~7 ~-3, 34, ~, 35, 36, 37, 45, 5~, 53, '54, '55 and 58, !_ c,rner pamel ~6, kick plate ~37, perforation ~38, middle pe~forated flange ~38a, bracket ~3~, bracket 40, --~41 an insulated refriderated cabir: Gt assembly , without it's flat upper hori~ontal surface member as may be seen in figure 11, rest area ~4~, ~4~a, --~43 an insulated refriderated cabinet assembly as may be seen in ~figure 1~, and 33, lribs ~44, perforated flange ~46, perf.~rated flange ~-45a, perfc.rated flanse ~43, ~48a, inta!;e vent ~-JO, --~51 an insulated refriderated ~_abinet assembly as may be seen in ~figure 13, :intake ~5~, e~haust vent ~J
-flange ~-53, ~,lc.t ~4, -flange ~5, exhaust vent ~6, --~57 an insulated refriderated cabinet assembly as may be seen in f'igure 14, perf~rateci flange '?58, perfc~rated flange assembly ~&0, iastener '~6~-, e~;haLIst vent ~53, lclt ~65, ib ~F.~, i.nner perF._,rat3d flange ~66, 1 ip ?67, exhaust vent ~over ~68, 1 i p ?&'5, c:hannel '? ,70 --~?71 an insulated refriderated cabinet assembly as may be seen in 1igure 15, lip ~7~, lip 774, perf~rated flange ~76, rib ~?78, Ieg ~7g, set ?B0, --~81 an insulated refriderated cabinet assembly as may be seen in l'igure 16, Iip ~8~, 11ange ~84, c:c~rner ch~nnel ~86, panel ~88JI
1astener ~?gO, 1'1ange ~
c:~rner crc~wn ~g4, --?g5 an insulateti refYiderated cabinet assembly as may be seen in 1'igure 17 anJ 18, c:enter channel ~g6, center cc.rner ~38, flange 2g~.3, rib 30~, flange 30'?, hc,le 304, veneer 30S, h._.le '30&, h~le 30Ba" tc, 30Bf, 1aStenef ~n, panel 311"
vent 31~, i.ntake 31~?a attachmen1; ~c.ne 314, hc,le 316, 31~a, --318 an insulated refriderated cabinet assembly as may be seen in ligure 1~, c:clupling '32~, radiatc-r 3~ ?~

lip 3~4, 1~9 ~6, attachmenlt ~cne 3~8, panel 33n, exhaust flange 33~, :intake flange 33~a, lF1ange 3'-4, exhaust vent 336, ;ntake 336a, cc.Yner 33l3, ccupling :340, --341 an insulated refriderated cabinet assembly as may be seen in figure ~0, bracket 3~4~, ~
--3~4 an insulated refriderated cabinet; assembly hS may be seen in figure ~1" ~, 37 and 38, lid 345, veneer 348, fastener :350, flange 35:L, ~lange 351a, bracket 354, ~ut;er cap 356"
1'astener 358, ;eeal 360, --361 an insulated refliderated cabinet assembly as may be seen in ligure -~3"
leg 3&~, c:hannel 3G4, 36~a, 364b flange 365, lasteners 366, veneer strip 368, 368a, 368b, extensicn ledge 36~, t;able corner 370, Jc.int 371"
--373 an insulated refriderated -abinet assembly as may be seen in 1~igure .4, fastener 373, table panel 374, c:lip ~76, attachmen1 378, ~i~int 37~"
rivit 380, --381 an insulated ref~iderated cabinet; ssembly as may be seen in 1igure ~5, veneer panel 38~, tastener :384, flan~e 38'"
plug 3B6, fastener 388, hou5 i ng 3~0 e,lider lili 3gl, hcle 8g~, fastener '3~4, 3~4a, -Flan~e ~
sedl 3g~, 3~8a, side table 400, 400b, flange 40~, flan~e 404, carriage 40'5, --406 an insulated refriderated cabinet assembly's flat upper horizonta'l surface and upper h4riz4ntal surface sliding counter weight arrangement as may be seen in fi~ure ~g and 30, hole 408, hol e 407, hc!le 40g, hol e 410, h41e 411, weights 41~, --414 an insulated refriderated cabinet assembly's flat upper hori24nta'l surface and upper hclri~c~ntal surface sliding counter weight arrangement as may be seen in figure 31, c 1 ip release 41~, hole 418, table 4~0, -:lip 4~, fastener 4~4, c:arria~e 1~6, carriage cach 4~8, c:hannel 4:30, fastener 43~, c:lip catch 434, ::arria~e wall 436, 486a, rabbit j4int 438 J
r-adiator 433, -~lot 440, 440b, --441 an insulated refriderated cabinet assembly's c C~ f ner panel arran~ement as may be seen in figure 3~, fastener n,trip 44~, 44~, fasteners 444, fastener n,trips 446, corner strip 448, intake 445, e~naust 445b, C,~c~ts 450, t4 450e, shelf support means 45~, -3g---458 an insulated refriderated cabinet assembly's corner panel af f angement as may be seen in figure 33, flange 454, fastener !,trips 456, adjustmen~t clearance 458, c:over 460, pin 46~, pin 464, fastening plate 4~6, fastener 468, fastener 47C~, damper 47;~, gap 474, ~:lip 476, flange 478, 478a spacer 480, bracket 48~, pin 484, pin 486, spacer 488, rail 4~, --4~1 an insulated refriderated cabinet assembly as seen in figure 3g, 40, 4:1 and 4~, counter lip 4g8, c:c,unter 5~0, flange 50~, t;rough 504, channel 5 hole 5~8, ~:c.rner trou~h 510, leg 51~, hole 514, --516 an insulated refriderated cabinet assembly spillcatcher arrangemer7t as may be seen in figure 43, i.nner corner trough 518, end cap 5~0, wall 5~, pin 5-~4, clrain 5~8"
hc.le 53~, flange 53J~, end cap 534 J
foot; rest 536, crcss bar 538, -53~ an insulated refriderated cabinet assembly footrest as may be seen in figure 44, ~oid 540, cap 54~-, drain eY~tender 544, -545 an ins~lated refriderated cabinet assembly lcwer drain plug --~0--as may be seen in figure ~5, radiatsr 546, exh~ust 550 p,rt 55~, fari 554, intake port 556, --557 an insulated refriderated cabinet assembly fan driving ~.:oc.lin~ current along it's surface through intercc.necting coclinc~
du,ts as may be seen in figure 46 and ~7, .-.:ompresser 558, corner seat 560, -561 an in-sulated refriderated cabinet assembly sitting members as may be seen in figure 48, seat 56~, intake 56:3a, exhaust 563, hinge 564"
table 568, end cabinet 570, compa~tment 57~, door 574, intake 57~"
--577 an insulated refriderated cabinet assembly with a end cabinet a-a may be seen in figure 4~, shel f 578!~
piviot 580, l;at~le or -ounter 581, --58~ an insulated ref~iderated cabinet assembly with a vertlcal do._,r as may be seen in figure 50, flip up tilble 584, rack 586, compressor housing 58B, door 590, ciuct 5g~, shelf 5g3"
cabinet 5~34, draws 5C36~
radiator 5g8, raciiat..r 5~8a, ._ompartment 600, draw 60~, c:abinet 604, .-.lt 606, under intake 608, leg 610, h41e 61~, hole 61~, wc.rk stat:ion 616, duct 618, spacer 6~0, --6_1 an insulated refriderated cabinet assembly with a vertical do~r and modular st_~rage members as may be seen in figure Sl, tiUC t 6~
~insulated refriderated cabinet 6~3, separation 6~4, tap cat)inet 6~B, base cabinet 630, draw 63~, dc,or 6~4, duct 68B, bracket 6-~CI, hinge 644, trave 647, door 648, door 648a"
plug 650, handle 65:1, power cab:le protector 65~, exhaust 6'-4, intake 654, rack 656, rack 658, hole 660, hole 66~, -665 an :insulated refriderated cabinet assembly with a vertical doors and cross floor pcwer cable protectc~r as maybe seen in figure 56"
table 666, --668 an table attachment as maybe seen in figure 57, 5~ and 60, table 670, flange 67~, .separation 674, coupling bolt 676, expansion bracket 678, bolt head 68~, flange 68~, flange 684, t:able attachment 685 leg 686, hole 688, hole 6~0, face plate 63~, threaded portion 6~4, t:~ol 635, guide tip 700, exhaust 7C)4, inta~e 704a, shelf 706, docr 7n8, base 71C), shelf 714"
door hand].e 71&, back cover 718, t:urning means 7~0, pole 7~, -7~3 an insulated refriderated cabinet assembly vertical door and means tc.Y-eceive a sun shade as maybe seen in figure 61 to 65 and figure 66,, shade 7~4, power cab].e 7~6, condenser 7~8, condenser 730, bracket 7:3~, -bracket 7'34, turning means 736, carriage .738, table 740, door 74~, hole 744, flange 746, bra.-ket 748, back cover 750, flange 758, back cover 760, table 76~, hole 766, h.-.le 770, clip 77~, rolling means 774, ,-:ompress c:ylinder 776, clip 778, set 780, set 782, ~shelf 7B4,, burner 78~;, base plate 788, heat barri.er 7~0, striker 7~3~, ~ril! 7~, ~o~ 7~6, coupling ,'~B, shelf B00,, set 80~, ~rill 804,, cooker B06, burner no~el 808, lc~ck 81C), Joor 81~, power ,-abl.e 814, cabinet 816, condenser 818, CA 02230837 l998-04-24 leg 8~0~
compresser 8~, foc.ting 8'~4, cliF) catch 8~6, drip pan 8~8 barr ier 8'30, - 831 an :insulated refriderated cabinet assembly with a cooker as maybe see in f iqure 67.
basket E~3~,

Claims (19)

1. A insulated refriderated cabinet assembly that can take the form of, or converted into a dining, entertainment and/or work station, comprising:
(a) a insulated refriderated cabinet assembly with suitable attachment means which comprising:
(i) a flat upper horizontal surface of certain style which may be expressed in variety of ways such as:
- a flat upper horizontal surface of certain style attachment, which have a over hang portion, said over hang is incorporated around an outer edge of said flat upper horizontal surface of certain style AND ALSO FORM A MEANS OF ENTRY SUCH AS A
LID, - a flat upper horizontal surface of certain style attachment, which have a over hang portion, said over hang is connected to the outer edge of the means of entry such as a lid, said over hang may be constructed of sheet metal form by press roller or by extruded polimers or by extrusion aluminum, said flat upper horizontal surface of certain style have a means of entry, said means of entry, have a seal connected there under, said seal sit around the leg of said insulated refriderated cabinet when in the close position, the flat upper horizontal surface of certain style piviots on one or more hinge, said hinge is also attached to said insulated refriderated cabinet assembly said hinge may be expresed in several ways, the flat upper horizontal surface of certain style may be seperated into two separate complete flat upper horizontal surface of certain style which may be swung open or close independent of each other, the separate section meets at a cross bar, on which part of both the said flat upper horizontal surface of certain style seal is sits;
- a flat upper horizontal surface of certain style attachment, which form a cap or cover, said cap fits over the means of entry such as a lid;
(ii) additional flat upper horizontal surface of certain style such as a shelf, which may be attached to the side(s) of insulated refriderated cabinet assembly, and supported by a shell support means;
(iii) additional flat upper horizontal surface of certain style which may be attached to said insulated refriderated cabinet assembly, said additional flat upper horizontal surface of certain style has one or more supporting means such as a leg or legs;
(iv) said flat upper horizontal surface of certain style may also have a gutter attachment to carrying run-offs from said flat upper horizontal surface of certain style;

(v) the insulated refriderated cabinet assembly may also have footrest attachment, connected to said insulated refriderated cabinet assembly;
(vi) the insulated refriderated cabinet assembly may also have end cabinet which attached to said insulated refriderated cabinet assembly;
(vii) the insulated refriderated cabinet assembly may also be covered with a thin decorative layer of heat conductive material, which suitable attachment clearance is in panels;
(viii) a hinge assembly attachment:
- a hinge assembly, that is attached to both, flat upper horizontal surface of certain style and insulated refriderated cabinet assembly as well as to a means of entry such as a lid, the first hinge and said second hinge operates in unison during the opening and closing operation;
- a further hinge assembly, that may be attached to both, flat upper horizontal surface of certain style and insulated refriderated cabinet assembly as well as to a means of entry such as a lid, said hinge includes a first base member which is connected to a insulated refriderated cabinet assembly, said base first base member has a second member which on top piviot thereof, said second base member also slides on a track, which connected to under side of a flat upper horizontal surface of certain style, the other side of said track holes a first and second carriage which is fasten to the outer top of a means of entry such as a lid, said track has at the opposed end on or off means, said hinge assembly function is to elevate the effort it takes to open or close said lid, with the use of compression springs and the use of off set counter force generated by said compression springs, said function is triggered by on or off primer, then slide the flat upper horizontal surface of certain style backward to off set the distances between piviot point and the and the point of downward forces, which in turn keep the lid assembly in the open position, or rivers the sequences of the operation to close the lid assembly;
(ix) nonheat conductive decorative panel attachment such as any panel which traps air or heat between or within said panel, said panel also have a upper and lower members such as a perforated or nonperforated flange attachments, which hold the said nonheat conductive decorative panel a certain distance from insulated refriderated cabinet assemblies outer walls(s), said perforated or nonperforated flange attachments have a intake and exhaust mean a first air attachment may be incorparated;
the above said attachments may be added as needed to convert the insulated refriderated cabinet assembly;

(b) a insulated refriderated cabinet assembly which may be equipt with suitable means to chill and/or bring below sub-zero temperature the interior storage portion of said insulated refriderated cabinet assembly comprising:
(i) a compressor interconnected to a coil of tub;
(ii) a condenser interconnected to a fluid pumping means;
(iii) a overload protector, interconnecting thermistor;
(iv) a thermistor;
(v) may also have a dryer interconnecting the condenser;
(vi) may also have a power supply cord interconnecting the element mention herein; said power supply may also inter connect the a light socket; and (vii) insulated container which may have a means of entry such as a lid.

2. A insulated refriderated cabinet assembly according to Claim 1 wherein said insulated refriderated cabinet assembly may also have a attachment connection means, said attachment connection means may be incorparated or connected to said insulated refriderated cabinet assembly in such a way, that if no attachment is connect to said insulated refriderated cabinet assembly the basic function of the insulated refriderated cabinet assembly to produce temperitures below and/or above sub-zero will remain uneffected.

3. A hinge assembly according to Claim 1 wherein a first hinge and a second hinge is held in a housing having suitable means to hold both the first hinge and the second hinge; said first hinge may have a sliding means such as a track having two main section, said section slides in opposing direction;
and is also connected to between the under surface of a flat upper horizontal surface of certain style surface and to top surface of a means of entry such as a lid; during said opening or closing operation, the hinge assembly operates in unisons; said hinge assembly may be used to installed the insulated refriderated cabinet assembly to a bank of cabinet such as a kitchen cupboards as well as creating a clearance to let air pass through from between the air space is and to the back of said insulated refriderated cabinet assembly to a vent.

4. A nonheat conductive decorative panel according to Claim 1 wherein said nonheat conductive decorative panel such as any panel which traps air or heat between or within said panel or a nonheat conductive panel which does not let heat pass through said nonheat conductive panel at a suitable rate of time, said panel also have a upper and lower members such as a perforated or nonperforated flange attachments, which hold the said nonheat conductive decorative panel a certain distance from a insulated refriderated cabinet assembly cuter wall(s), said perforated or nonperforated flange attachments have a intake and exhaust mean, said intake and exhaust mean function on a convention cooling principal; cool air is drain into the intake located below the panel by the warmed air rising towards the exhaust vent above the panel, the function continues as long as heat is generated by the operation of the insulated refriderated cabinet assembly; said perforated flange attachments may be form from expanded metal or form mesh steel.

5. A additional flat upper horizontal surface of certain style according to Claim 1 wherein a additional the flat upper horizontal surface of certain style such as a table or counter may also have one or more supporting member such as a leg or legs, and further may includes a expansion area which running from side to side, under said flat upper horizontal surface of certain style is connected a expansion means C and D which may expaned at said expansion area so to receive a extender member;
said expansion means has a cuplink means A and B which connects the additional flat upper horizontal surface of certain style to the insulated refriderated cabinet assembly cuplink receiving member A and B.

6. A additional flat upper horizontal surface of certain style according to Claim 1 wherein said additional flat upper horizontal surface of certain style such as a shelf may includes a support means which may be form directly into the outer walls of the insulated refriderated cabinet assembly or may be form separately and them connected to said support means, said supporting means which is form directly or indirectly function is to. support the additional flat upper horizontal surface of certain style.

7. A flat upper horizontal surface of certain style according to Claim 1 wherein said flat upper horizontal surface of certain style, upper surface is constructed of one piece sheet of sheet metal which also have a over hang, said over hang terminates at the seal and under cover; said over hang may be separately constructed of sheet metal by press roller channel or polimers extruded and then connected to the outer edge of a means of entry such as a lid;

8. A flat upper horizontal surface of certain style according to Claim 1 wherein a the flat upper horizontal surface of certain style such as a table or counter may also have a gutter attachment to carry run-off such as spills which may happened on top of said flat upper horizontal surface of certain style, said gutter is comprised of a variety of connection elbows as well as a means to dispense of the run-off matter such as liquids or suitable solids, said run-off may be discharge into a removeable container or directly into the existing drainage system, said run-off may be discharged from the center of said flat upper horizontal surface of certain style, by way of a sloping surface towards the center which may terminals at a drian means, said drian means may dispose of the run-off into a removable container or dispose directly into said existing drainage system; said gutter or center drain attachment to carrying run-off from said flat upper horizontal surface of certain style, may be incorparated into said flat upper horizontal surface of certain style during the manufacturing process.

9. A heat conductive decorative panel according to Claim 1 wherein said heat conductive decorative panel such as any panel which allow heat to transfer through said panel at a suitable rate of time, said heat conductive panel may cover an insulated refriderated cabinet assembly outer wall(s) without a space between said heat conductive panel and said insulated refriderated cabinet assembly outer wall(s), said heat conductive panel also includes suitable means to connect said heat conductive panel such as sliding cuplink and/or fastens or hook which may secure the said said heat conductive panel to said insulated refriderated cabinet assembly outer wall(s), and further includes caps or crowns which may cover or adoren said heat conductive panel and/or cover said suitable means to connect means.

10. A flat upper horizontal surface of certain style according to Claim 1 wherein said flat upper horizontal surface of certain style form a cap or cover, said cap or cover fits on or over the means of entry such as a lid, said cap or cover is also connected to said means of entry.

11. A insulated fefriderated cabinet assembly that can take the form of, or converted into a dining, entertainment and/or work station, comprising:
(a) a insulated refriderated cabinet assembly having modular members comprising:
(i) said insulated refriderated cabinet assembly may also have suitable means to receive standing or seated user such as a table, counter, or desk having one or more legs;
(ii) a storage modular member which may be arranged with a combination of shelfs, draws and cupboards with a means of entry, which stand verticaly; or any combination of the aforesaid mention, in a variety of size;
(iii) said insulated refriderated cabinet assembly may also have a means of entry such as a door which is covered with panels, said panels is connected by a connecting means, said door is connected to an insulated refriderated cabinet assembly which is cooled by convection cooling mean;
(iv) connected on either side of said insulated refriderated cabinet assembly's side walls is a spacer which enable said convection cooling means to function;
(v) seated above said insulated refriderated cabinet assembly is a storage modular member which may be arranged to aid in the convection cooling process;
(vi) said suitable means to receive standing or seated user such as a table, counter, or desk having one or more legs is held in place at opposing end by a under modural member which may have a rack of draws, seated at opening end, on top of said suitable means to receive standing or seated user such as a table, counter, or desk having one or more legs is another modural member such as a cuboard with a means of entry; and said insulated refriderated cabinet assembly may be fasten to a fixed supporting means such as a wall or may be stacked on each other without being fasten to a supporting means such as a wall;
(b) An insulated refriderated cabinet assembly with suitable for outdoor use or indoor use, comprising:
(i) said insulated refriderated cabinet assembly have one or more vertical means of entry such as a door, separated by a crossbar, which said means of entry such as a door, is connected and swing on, said insulated refriderated cabinet assembly also have a flat upper horizontal surface of certain style, and further includes an additional flat upper horizontal surface of certain style such as a shelf, said insulated refriderated cabinet assembly is also utalize the convection cooling, and further includes all the basic element require to create temperatures above and/or below sub-zero with in a insulated cabinet; said insulated refriderated cabinet assembly have two or more pull out baskets draws;

(ii) power cable which is connected to said insulated refriderated cabinet assembly which require cross flore power connection, may utalize a cable protecter which prevent tramping, by setting over exposed portion of said power cable;
(c) A insulated refriderated cabinet assembly with suitable for outdoor use or indoor use, comprising:
(i) an insulated refriderated cabinet assembly have one or more vertical means of entry such as a door, said means of entry such as a door is connected and wing on, said insulated refriderated cabinet assembly also have a flat upper horizontal surface of certain style which is located on the top shelf of said insulated refriderated cabinet assembly, and further includes a additional flat upper horizontal surface of certain style such as a shelf, said insulated refriderated cabinet assembly may have a sun shade which sits on a supporting mean, said sun shade may be remover if need be; and may further includes all the basic element require to create temperature above and/or below sub-zero with in a insulated cabinet;
(ii) an insulated refriderated cabinet assembly have one or more vertical means of entry such as a door, said means of entry such as a door which may swing on a hinge that may be connected to the insulated refriderated cabinet, said insulated refriderated cabinet assembly includes a cooker and/or a burner, which may run on gas and/or electric; and may further includes all the basic element require to create temperature above and/or below sub-zero with in a insulated cabinet;
a insulated refriderated cabinet assembly which may be equipt with suitable means to chill and/or bring below sub-zero temperature the interior storage portion of said insulated refriderated cabinet assembly comprising:
(i) a compressor interconnected to a coil of tub;
(ii) a condenser interconnected to a fluid pumping means;
(iii) a overload protector, interconnecting thermistor ;
(iv) a thermistor;
(v) may also have a dryer interconnecting the condenser;
(vi) may also have a power supply cord interconnecting the element mention herein; said power supply may also inter connecting the a light socket; and (vii) insulated container which may have a means of entry such as a lid.

12. A flat upper horizontal surface of certain style according to Claim 11 wherein an insulated fefriderated cabinet assembly having modular members comprising suitable means to receive standing or seated user such as a table, counter, or desk having one or more legs; a storage modular member which may be arranged with a combination of shelfs, draws and cupboards with a means of entry; said insulated refriderated cabinet assembly may also have a means of entry such as a door which is covered with panels, said panels is connected by a connecting means to said means of entry such as door, said insulated refriderated cabinet assembly is connected by several hinge to said insulated refriderated cabinet assembly; said insulated refriderated cabinet assembly is cooled by convection cooling mean, when the modular members is stacked in desired position, connected on either side of said insulated refriderated cabinet assembly's side walls is a spacer which enable said convection cooling means to function, seated above said insulated refriderated cabinet assembly is a storage modular member which may be arranged to aid in the convection cooling process; said suitable means to receive standing or seated user such as a table, counter, or desk having one or more legs is held in place at opposing end by a under modural member which may have a rack of draws, may be seated at opening end on top of said suitable means to receive standing or seated user such as a table, counter, or desk having one or more less is another modural member such as a cupboard with a means of entry; and said insulated refriderated cabinet assembly may be fasten to a fixed supporting means such as a wall or may be stacked on each other without being fasten to a supporting means such as a wall; and may further includes all the basic element require to create temperature above and/or below sub-zero with in said insulated cabinet.

13. A flat upper horizontal surface of certain style according to Claim 11 wherein an insulated refriderated cabinet assembly having one or more vertical means of entry such as a door, separated by a crossbar, which said means of entry such as a door is connected and swing on, said insulated refriderated cabinet assembly also have a flat upper horizontal surface of certain style, and further includes an additional flat upper horizontal surface of certain style such as a shelf; said insulated refriderated cabinet assembly is also utalize the convection cooling, and further includes all the basic element require to create temperature above and/or below sub-zero with in a insulated cabinet; a baskets draws assembly may be use instead of doors; further more a power cable which is connected to said insulated refriderated cabinet assemblies having a cross flore power connection, which may utalize a cable protecter which prevent trampling said cross floor cable protector may be used on any other insulated refriderated cabinet assembly using a cross floor power cable.

14. A insulated refriderated cabinet assembly with suitable means for outdoor use or indoor use according to Claim 11 wherein an insulated refriderated cabinet assembly having one or more vertical means of entry such as a door, said means of entry such as a door is connected and swing on, said insulated refriderated cabinet assembly also have a flat upper horizontal surface of certain style which is located on the top surface of said insulated refriderated cabinet assembly, said insulated refriderated cabinet assembly further includes a additional flat upper horizontal surface of certain style such as a self, and may further includes a sun shade which sits on a supporting mean, said sun shade may be remover if need be, said insulated refriderated cabinet assembly may further includes all the basic element require to create temperature above and/or below sub-zero with in a insulated cabinet.

15. A insulated refriderated cabinet assembly with suitable means for outdoor use or indoor use according to Claim 11 wherein an insulated refriderated cabinet assembly having one or more vertical means of entry such as a door, which may swing in a hinge that is connected to said insulated refriderated cabinet assembly, said insulated refriderated cabinet assembly may also includes a cooker and/or a burner having suitable controls means, which may run on gas and/or electric; said burner and/or cooker may also includes a means to prevent or reduce the transfer of heat from said cooker and/or burner to said insulated refriderated cabinet assembly, and may further includes all the basic element require to create temperature above and/or below sub-zero with in a insulated cabinet.

16. An insulated refriderated cabinet assembly, having: a attachment connection means, said attachment connection means may be incorparated in to or connected to said insulated refriderated cabinet assemblies side walls, said means of entry may also have said attachment connection means incorparated in to or connected to said the means of entry; the attachment that may be connected to said insulated refriderated cabinet assembly may utalize any desired attachment connecting means; said insulated refriderated cabinet assembly may be sold and function without attachments, said function may be summarized as a means to store perishable items above or below sub-zero temperature, said function is created by a combination of a compressor interconnected to a coil of tub, a condenser interconnected to a fluid pumping means, a overload protector, interconnecting thermistor, a thermistor, may also have a dryer interconnecting the condenser, and power supply cord interconnecting the element mention herein, said power supply may also inter connecting the a light socket.

17. A insulated refriderated cabinet assembly according to Claim 1 wherein an insulated refriderated cabinet assembly having a spacer which creates a desired gap between a panels and an insulated refriderated cabinet assembly's walls, said gap allows the convection cooling function to work, said spacer may be formed directly into the walls of said insulated refriderated cabinet assembly; further more said spacer may includes attachment connection means which may be incorparated in to or connected to said spacer, said attachment connection means may also have a panels attachment bracket, which may also holed said panels.

18. A insulated refriderated cabinet assembly according to Claim 16 wherein attachment connection means may be connected to said insulated refriderated cabinet assemblies side walls, by pacing a additional bracket on the opposite side of the outer wall of said insulated refriderated cabinet assembly, where said additional bracket may receive attachments members may be connected.

19. A insulated refriderated cabinet assembly according to Claim 16 wherein attachment connection means may be incorparated into outer walls of said insulated refriderated cabinet assembly, where said attachment connection means may receive attachments embers.