A cover device kit includes: a plurality of heat insulation components comprising a lightweight construction material such as synthetic resin foam capable of being transported in a disassembled state and then quickly assembled into a box-shaped heat barrier structure having six sides including an op
A cover device kit includes: a plurality of heat insulation components comprising a lightweight construction material such as synthetic resin foam capable of being transported in a disassembled state and then quickly assembled into a box-shaped heat barrier structure having six sides including an opening on an open side for covering an opening in a floor or wall of a building. Four of the plurality of heat insulation components 14, 16, 18, 20 each includes two complimentary connections for uniting with two corresponding adjacent heat insulation components of the plurality of heat insulation components when assembled into four side walls of the box-shaped heat barrier structure 10. The cover 12 serves as a fifth heat insulation component and unites with the four components 14, 16, 18, 20 that constitute side walls of the box-shaped structure and is situated opposite the opening on the open side.
대표청구항▼
1. A cover device kit, comprising: a plurality of heat insulation components comprising a polymer insulating material capable of being transported in a disassembled state and then assembled into a box-shaped heat barrier structure having six sides including an opening on an open side, said box-shape
1. A cover device kit, comprising: a plurality of heat insulation components comprising a polymer insulating material capable of being transported in a disassembled state and then assembled into a box-shaped heat barrier structure having six sides including an opening on an open side, said box-shaped heat barrier structure for covering an opening in a floor or wall of a building with said opening on said open side surrounding said opening in said floor or wall and resting on said floor or against said wall, wherein four of said plurality of heat insulation components each comprises two complimentary connections for uniting with mating polymer surfaces of said polymer insulating material in a polymer insulating material joint with two corresponding complimentary connections of two corresponding adjacent heat insulation components of said plurality of heat insulation components, wherein each polymer insulating material joint comprises a whole dowel channel made of two half dowel channels with a dowel rod inserted in the whole dowel channel when assembled into four side walls of said box-shaped heat barrier structure, and wherein a fifth heat insulation component of said plurality of heat insulation components unites with said four side walls of said box-shaped structure opposite said opening on said open side. 2. The cover device kit of claim 1, wherein said two half dowel channels comprise one half dowel channel in a mating polymer surface that is offset from another complementary half dowel channel in a corresponding complimentary polymer mating surface of the adjacent heat insulation component so that when a dowel is inserted to make the polymer insulating material joint, the polymer mating surface and the complimentary polymer mating surface are compressed together to remove the offset and form a resultant airtight seam. 3. The cover device kit of claim 1, wherein said heat insulation components are for blocking heat transfer through said opening in said floor of said building from a first area in said building to a second area in said building that is cooler than said first area or are for blocking heat transfer through said opening in said wall of said building from a first area inside said building to a second area inside or outside said building that is cooler than said first area. 4. The cover device kit of claim 1, wherein said plurality of heat insulation components comprises a plurality of polymer panels and wherein said fifth heat insulation component comprises a cover panel comprising polymer insulating material that unites with said four side walls comprising four panels comprising polymer insulating material by insertion in grooves cut in the polymer insulating material of said four panels. 5. The cover device kit of claim 1, wherein said polymer insulating material joint is independently selected from the group consisting of a tongue and groove joint, a step joint, a dovetail joint, a box joint, a mortise and tenon joint, a dado joint, a dowel butt joint, a butt joint, a lap joint, and a halving joint. 6. The cover device kit of claim 1, wherein said polymer insulating material joint is a tongue and groove joint. 7. The cover device kit of claim 1, wherein said plurality of heat insulation components are flat panels that are packaged for transport and/or storage with the flat panels sized for being stacked in a stack of flat panel layers so as to provide for flat pack packaging. 8. The cover device kit of claim 1, wherein each heat insulation component of said plurality of heat insulation components consists of said polymer insulating material. 9. The cover device kit of claim 1, wherein said plurality of heat insulation components of said kit comprises: a first pair of cover components, wherein each cover component of said first pair of cover components comprises a four-sided groove-type panel including a cover groove running along one edge of a first side of said four-sided groove-type panel and two slots in said first side running along opposite edges of said four-sided groove-type panel perpendicular to said cover groove, each slot including a parallel half dowel channel in a wall of the slot;a second pair of cover components, wherein each cover component of said second pair of cover components comprises a four-sided tongue-type panel including a cover groove running along one edge of a first side and two tongues running along opposite edges of said four-sided tongue-type panel perpendicular to said cover groove, each tongue including a parallel half dowel channel in a wall of the tongue;a cover panel; andfour dowel rods, whereinsaid cover device kit is capable of being transported in a disassembled state and then assembled when said first pair of cover components are united with said second pair of cover components so that each cover component of each pair is assembled opposite to the other cover component of the pair, by insertion of each tongue of said two tongues of each cover component of said second pair of cover components in a corresponding slot of said two slots of a cover component of said first pair of cover components, and with said cover panel inserted in said cover groove of each cover component of said first pair and in said cover groove of each cover component of said second pair, and wherein said four dowel rods are inserted in said whole dowel channel made of said parallel half dowel channels in each slot to form said at least one polymer insulating material joint for uniting each of said cover components with another cover component when assembled into said box-shaped heat barrier structure. 10. The cover device kit of claim 9, wherein said box-shaped heat barrier structure comprises a three-dimensional heat barrier structure having a box-shaped configuration with a closed top defined by said cover panel and an open bottom in said box-shaped heat barrier structure and said box-shaped heat barrier structure is thereby capable of placement over a scuttle hole, attic access opening, louver opening, or an opening in a wall or floor. 11. The cover device of claim 9, wherein said first pair of cover components and said second pair of cover components are capable of being stacked together to form a flat packed unit. 12. A cover device comprising: a first pair of cover components, wherein each cover component of said first pair of cover components comprises a four-sided groove-type panel including a cover groove running along and below a top edge of a first side of said four-sided groove-type panel and two side grooves running along opposite edges of said first side of said four-sided groove-type panel perpendicular to said cover groove, each side groove including a parallel dowel channel half in a wall of the side groove;a second pair of cover components, wherein each cover component of said second pair of cover components comprises a four-sided tongue-type panel including a cover groove running along and below a top edge of a first side of said four-sided tongue-type panel and two tongues in said first side running along opposite edges of said four-sided tongue-type panel perpendicular to said cover groove, each tongue including a parallel dowel channel half in a wall of the tongue that is complementary to a parallel dowel channel half in a mating side groove of a corresponding cover component of the first pair of cover components;a cover panel; andfour dowel rods, wherein said cover device is capable of being transported in a disassembled state and then assembled when said first pair of cover components are united with said second pair of cover components so that each cover component of each pair is assembled with the first side opposite to the first side of the other cover component of that pair, by insertion of each tongue of said two tongues of each cover component of said second pair of cover components in a corresponding side groove of said two side grooves of a cover component of said first pair of cover components, and with said cover panel inserted and secured within said cover groove of each cover component of said first pair and within said cover groove of each cover component of said second pair, and wherein said four dowel rods are each inserted in a whole dowel channel formed by said parallel dowel channel half in each side groove and a complimentary dowel channel half in a wall of an inserted tongue of the corresponding cover component to form a complimentary connection for uniting each of said cover components with two other cover components by exerting compressive forces on mating surfaces of said first pair of cover components and said second pair of cover components when assembled into said cover device. 13. The cover device of claim 12, wherein each side groove comprises said dowel channel half in said wall of the side groove such that it is offset from said complementary dowel channel half in a wall of an inserted tongue of the corresponding cover component so that when a dowel rod is inserted to make said at least one complimentary connection, the wall of the tongue and the complimentary wall of the groove are compressed together by the act of insertion to remove the offset and form a resultant airtight seam. 14. The cover device of claim 12, wherein when said cover device is assembled, the cover device comprises a cover device in a box-shaped configuration capable of placement over a scuttle hole, attic access opening, louver opening, or an opening in a wall or floor. 15. The cover device of claim 12, wherein said first pair of cover components and said second pair of cover components are capable of being stacked together to form a flat packed unit. 16. The cover device of claim 12, wherein said first pair of cover components and said second pair of cover components are flat panels that are packaged for transport and/or storage with the flat panels sized for being stacked in a stack of flat panel layers so as to provide for flat pack packaging.
연구과제 타임라인
LOADING...
LOADING...
LOADING...
LOADING...
LOADING...
이 특허에 인용된 특허 (6)
Gillispie John Joseph (6532 Joshua Tree Orange CA 92677), Adjustable curb with flashing.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.