CN101672087A - Panel, shanty and method for constructing part of mobile house - Google Patents

Panel, shanty and method for constructing part of mobile house Download PDF

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Publication number
CN101672087A
CN101672087A CN200910170786A CN200910170786A CN101672087A CN 101672087 A CN101672087 A CN 101672087A CN 200910170786 A CN200910170786 A CN 200910170786A CN 200910170786 A CN200910170786 A CN 200910170786A CN 101672087 A CN101672087 A CN 101672087A
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CN
China
Prior art keywords
dividing plate
external surface
wall
stiffener assembly
metal stiffener
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Pending
Application number
CN200910170786A
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Chinese (zh)
Inventor
布伦特·斯蒂德
杰伊·卡尔金
肯特·阿什比
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Lifetime Products Inc
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Lifetime Products Inc
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Publication date
Priority claimed from US10/890,601 external-priority patent/US7210277B2/en
Application filed by Lifetime Products Inc filed Critical Lifetime Products Inc
Publication of CN101672087A publication Critical patent/CN101672087A/en
Pending legal-status Critical Current

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Abstract

The invention discloses a panel, a shanty and a method for constructing part of a mobile house. The panel may be constructed by blow-molded plastic, is provided with length, width and thickness, and comprises a first outer surface, a second outer surface, a hollow inside and a metal reinforcement component, wherein the hollow inside is at least partially arranged between the first outer surface and the second outer surface and is formed in a blow-molded process, the first outer surface, the second outer surface and the hollow inside forms an integral single-sheet structure in the blow-molded process, the metal reinforcement component is at least basically arranged in the hollow inside and has characteristic different from the blow-molded plastic, the size and the construction of the metalreinforcement component are set to increase the strength of the panel, and the metal reinforcement component comprises a first part contacted with the inside of the first outer surface and a second part contacted with the inside of the second outer surface.

Description

The method of the part in dividing plate, shed and tectonic activity room
The application be applicant " Lifetime Prod Inc " on January 13rd, 2006 submit to, application number is 200480020194.6, name is called the dividing an application of application for a patent for invention of " partition system ".
The application requires to enjoy the patent application No.60/487 of on July 15th, 2003 at U. S. application, and 748, exercise question is the priority and the rights and interests of " PARTITION SYSTEM (partition system) ", quotes its full content as a reference at this.
Technical field
The present invention relates generally to a kind of partition system, relate in particular to and a kind ofly can comprise a plurality of dividing plates that can be interconnected into various structures or arrangement or the Request System of compartment.
Background technology
As everyone knows, use dividing plate or system for partition wall to build various structures such as building compartment, government utility shed, instrument shed, furniture and counter.These known system generally include the one or more connectors that allow one or more dividing plates to connect.
The connector of the known type that two dividing plates are linked together is to have the coupling assembling that is generally I-beam (I-beam) type structure.Specifically, these known coupling assemblings can have the cross section that is generally the I-type and dividing plate can be designed and be configured to be suitable for be connected in each limit of I-beam type connector.For example, a side of I-beam type connector can form the end in the groove that fits in one of dividing plate.Thereby, each side of I-beam type coupling assembling can with the edge join of dividing plate, make to connect one or more dividing plates.Traditional coupling assembling of these types makes dividing plate at right angles to connect or linearly connects.
Its shortcoming is that these traditional I-beam type coupling assemblings are elongated member normally, and it is difficult to be connected to dividing plate.These elongated coupling assemblings also relatively weigh, are difficult to use and are difficult to be placed on the desired position.It also is known can using the connector of other type one or more dividing plates that interconnect.Yet these connectors often comprise many parts and use complicated.In addition, many traditional connectors are made of metal, and it is very heavy and may comprise sharp-pointed limit.These are exposed to connector under the natural environment usually through getting rusty after a while, worsen or other performance weakening.In addition, these metal parts often bend, twist or other distortion from required structure.For example, these metal parts possibility bendings, distortion or distortion in transportation, assembling or use.
The dividing plate that is used for being connected with these known system for partition wall is made of various materials.For example, known dividing plate is made of metal and all or part of dividing plate can be coated with fabric or the suitable material of other type.Its shortcoming is, these dividing plates are very heavy usually, be difficult to move and transportation, make expensive and dividing plate usually need be such as polishing and/or the processing of spraying paint.
By the material structure dividing plate such as plastics also is known.Yet, so plastic septum is hard inadequately usually and because dividing plate does not have enough structural integrity dividing plates can produce fragile structure usually.Plastic septum also is difficult to be connected to each other securely, and plastic septum may crooked or fracture.
Its shortcoming is that the relative both sides of conventional plastic dividing plate can be different.For example, the design of dividing plate one side can be different from the design of dividing plate opposite side.Thereby, because each side of dividing plate must be with specific relation arrangement, so dividing plate can not exchange veritably.For example, a side of dividing plate can be included in various grooves and the breach that produces in the manufacture process.This can be created in that a side has smooth surface and comprise the dividing plate of a plurality of projections and protrusion at opposite side relatively.The relative both sides of dividing plate can comprise one or more beams or other the similar structure that is designed for the increase diaphragm strength.It should be noted that the different opposite sides of dividing plate may limit the use of dividing plate.Specifically, it is attractive in appearance that dividing plate only has a side, and it is from the view angle opposite side that may be supposed to cover.Therefore, because the conventional baffle that is made of plastics generally includes the opposite side with different structure, limited the use of dividing plate.In addition, a side of conventional plastic dividing plate or many sides are usually included in the scarce limit of vision of not attractive in appearance or other type that produces in the manufacture process.This has also limited the use of dividing plate.
These known plastic septums utilize blowing mould technology can construct or form required shape and size.To those skilled in the art, blow-molded plastic structure generally includes the outer wall around inner hollow space.Yet, be not high-strength parts usually by the conventional baffle of blow-molded plastic structure because such as inner hollow space.In fact, traditional common intensity of blowing mould dividing plate is relatively low, and it may make the crooked or generation fault of dividing plate.
In order to increase the intensity of traditional blow-molded structure, be well known that to form to have the structure of one ribs of plastic or beam.Thereby these ribs normally need the big and long part of thicker outer wall to make rib correctly form in structure.Its shortcoming is, the thicker outer wall of rib needs extra plastic material producing this structure, thereby has increased cost and weight.In addition, thicker outer wall keeps more heat in manufacture process.Thereby, in manufacture process, need longer cool time with the thicker outer wall of cooling.Owing to after blow-molded structure is fully cooled off, could remove this structure, so this has increased the time of manufacturing process undesirably from mould.
Although can be designed for the most of sagging big ribs that prevents blow-molded plastic structure, these ribs also can make the less local part of structure crooked or sagging.In addition, because many ribs are bigger and have the length of prolongation, so rib part and other parts in the braced structures differently.Thereby, owing to the different piece of structure is differently supported, so the apparent surface of traditional blow-molded structure may be uneven.
Summary of the invention
Therefore need a kind of partition system that can eliminate above-mentioned shortcoming and problem.
According to an aspect of of the present present invention, a kind of dividing plate by the blow-molded plastic structure is provided, described dividing plate has length, width and thickness, and described dividing plate comprises: first external surface; Second external surface; Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate, described metal stiffener assembly comprises: first, and it contacts the inside of described first external surface; And second portion, it contacts the inside of described second external surface.
According to another aspect of the present invention, a kind of dividing plate by the blow-molded plastic structure is provided, described dividing plate has length, width and thickness, and described dividing plate comprises: first external surface; Second external surface; Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; First pattern on described first external surface, described first pattern comprises the one or more depressions that extend to described second external surface from described first external surface; Second pattern on described second external surface, described second pattern comprises the one or more depressions that extend to described first external surface from described second external surface; And metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, and the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate.
Provide a kind of shed more on the one hand according to of the present invention, comprising: by the first wall that blow-molded plastic is made, described first wall has length, width and thickness, and described first wall comprises: first external surface; Second external surface; Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, the size of described metal stiffener assembly and structure are set to increase the intensity of described first wall, described metal stiffener assembly comprises: first, and it contacts the inside of described first external surface; And second portion, it contacts the inside of described second external surface; And
By second wall that blow-molded plastic is made, described second wall has length, width and thickness, and described second wall comprises: first external surface; Second external surface; Hollow inside, the described hollow inside of described second wall is at least partially disposed between described first external surface and second external surface of described second wall, the hollow inside of described second wall forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and the hollow inside of described second wall forms as one in blowing mould operation process; And metal stiffener assembly, the metal stiffener assembly of described second wall is arranged in the hollow inside of described second wall at least basically, the metal stiffener assembly of described second wall has the characteristic that is different from described blow-molded plastic, the size of the metal stiffener assembly of described second wall and structure are set to increase the intensity of described second wall, the metal stiffener assembly of described second wall comprises: first, and it contacts the inside of first external surface of described second wall; And second portion, it contacts the inside of second external surface of described second wall.
According to another aspect of the present invention, a kind of dividing plate by the blow-molded plastic structure is provided, described dividing plate has height, width and thickness, and described dividing plate comprises: first external surface; Second external surface; Hollow inside, described hollow inside are at least partially disposed between described first external surface and second external surface, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate, and described metal stiffener assembly comprises: first, and it contacts the inside of described first external surface; And second portion, it contacts the inside of described second external surface.
According to also one side of the present invention, the method of the part in a kind of tectonic activity room is provided, described method comprises: form outer wall by blow-molded plastic, described outer wall has height, width and thickness, described outer wall comprises inner surface, external surface and hollow inside, the hollow inside of described outer wall is at least partially disposed between described inner surface and the external surface, the single chip architecture that described inner surface, external surface and hollow inside form as one; And the metal stiffener assembly is arranged at least basically in the hollow inside of described outer wall, the size of described metal stiffener assembly and structure are set to increase the intensity of described outer wall, described metal stiffener assembly comprises: first, and it contacts the inside of the inner surface of described outer wall; And second portion, it contacts the inside of the external surface of described outer wall.
According to another aspect of the present invention, it provides a kind of partition system that can be used for various widely environment and structure.For example, this partition system can be used to produce the various structures of all kinds, size, structure and arrangement, for example wall, partition, fence etc.This partition system also can be used to produce various types of prefabricated houses, for example work station, office, cell etc.Its advantage is, this partition system can be the part of pre-structure and/or modularity system, and this system can be provided with and be configured to various suitable arrangements and layout.
According to another aspect of the present invention, it provides a kind of partition system that can comprise one or more parts, and described parts are interchangeable.It should be noted that this can be so that assemble and change like a cork partition system fast.This also can be so that partition system can produce temporary or permanent structure.It should be noted that these structures can be independently and not rely on other structure, perhaps these structures can be connected to or be fixed to one or more other structures.In addition, although can use framework to connect and/or the assembling partition system, framework not necessarily.
According to another aspect of the present invention, it provides a kind of partition system that can comprise the one or more dividing plates with various sizes and structure.For example, can design and construct dividing plate with construction work station or small office.Thereby dividing plate can have the width of the height of 5 feet or 6 feet and two feet or three feet so that construction work station or small office like a cork.Yet dividing plate can have required size and structure according to the intended use of this dividing plate.In addition, although preferably the structure of dividing plate is a rectangle, dividing plate also can be square, crooked, shape circle or that other is suitable according to the intended use of compartment.
According to one side more of the present invention, it provides a kind of partition system that comprises the one or more compartments that formed by plastics.Specifically, compartment is preferably by comprising two relative surfaces and forming for the blow-molded plastic of cavity in it.Facing surfaces preferably separates the distance of substantial constant, but the distance between two surfaces also can change.Its advantage is, the separator that is formed by blow-molded plastic is light, durable, corrosion resistant and anti-Changes in weather.
According to another aspect of the present invention, it provides a kind of partition system that comprises one or more dividing plates or compartment, and the opposite side of wherein said compartment has identical pattern.For example, the opposite side of dividing plate preferably has the grid identical in both sides, grid, network or pattern.Thereby dividing plate can reverse and can exchange.
According to another aspect of the present invention, it provides a kind of partition system that can comprise one or more dividing plates or compartment, and wherein this dividing plate or compartment can have pattern in each side.Specifically, compartment can have pattern in its both sides, and this pattern comprises one or more depressions from the apparent surface to the apparent surface that extend or connect.Preferably, the pattern on the compartment both sides comprises one or more depressions, and these the depression substantial alignment so that the depression on dividing plate one side align with the depression on the dividing plate opposite side.Preferably, the size and the intensity of structure that caves in and be formed in the dividing plate and can design this depression with the increase dividing plate.Desirably, depression be positioned on the opposite side of dividing plate and design the size of this depression and structure to be connected or to adjoin the central authorities of close dividing plate.Its advantage is that because depression can be formed on the both sides of dividing plate, the opposite side of dividing plate can have substantially the same pattern.The dividing plate that this feasible opposite side that can be created in dividing plate has same design.
Its advantage is, the depression that forms in the dividing plate both sides can be at a distance of nearer, and this has increased the number of the depression that can form in dividing plate.The depression of the increase number that forms in the blow-molded plastic dividing plate is at first owing to the increase of the increase of surf zone and depression number has increased the amount that is used to build the required plastic material of this structure.Depression with increase number of recruitment plastics also can increase the necessary required time of cooled partition in the manufacture process.Specifically, this dividing plate will need the plastics of recruitment, thereby can keep before dividing plate shifts out from mould more heat and needs longer cool times.Because dividing plate can not shift out from mould fast, build the required production cycle of dividing plate so can increase.Yet the depression and the more in-plant depression that increase number make the outer wall of dividing plate to build with thinner plastics.Thereby opposite with traditional blow-molded plastic, the depression number of increase can be created has the more blowing mould dividing plate of thin-walled.
It should be noted that the depression and the thinner outer wall that increase number allow to use plastics still less to build the blowing mould dividing plate.The consumption advantage that reduces plastics is to have saved material and resource.In addition, so owing to the cost that reduces required plastics blowing mould dividing plate can reduce.In addition, reduce the depression of quantity and thinner outer wall and can build dividing plate, thereby alleviated the weight of dividing plate with material still less.Like this, can build lightweight blowing mould dividing plate.
According to another aspect of the present invention, it provides a kind of partition system that comprises one or more dividing plates or compartment.This dividing plate can by blow-molded plastic form and dividing plate can have thin outer wall so that in manufacture process apace the heat radiation.Because more tenui-exinous allows to dispel the heat quickly, so the blowing mould dividing plate can cooling quickly in mould.This makes dividing plate to shift out from mould quickly.In addition, provide more support owing to increase the depression of number for the apparent surface, so dividing plate can shift out under higher temperature from mould.Therefore, can reduce to make required manufacturing time of blowing mould dividing plate and/or production cycle, this can increase the output and/or the efficient of blowing mould operation.
According to another aspect of the present invention, it provides a kind of partition system that comprises one or more dividing plates or compartment.This dividing plate can be formed and do not needed ribs and/or beam usually in the blow-molded plastic dividing plate by blow-molded plastic.In fact, because ribs needs thicker outer wall, this has increased manufacturing time and has prevented that dividing plate has identical design at opposite side, so preferably do not form ribs or beam in the blowing mould dividing plate.
Can comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.This dividing plate can be formed and dividing plate can comprise the one or more depressions that are formed on a surface and extend to the apparent surface by blow-molded plastic.Preferably, this depression has uniform interval to produce unanimity and/or standardization depressions arranged basically.Consistent being arranged with of depression helps produce the dividing plate with uniform properties.For example, the constant basically pattern of depression can produce and have the dividing plate of uniform strength and structural integrity basically.Therefore, the depression in dividing plate can be with pattern formation uniformly basically, such as grid or network.It should be noted that and to form identical grid or network in the both sides of dividing plate.
Comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.This dividing plate can by blow-molded plastic form and this blowing mould dividing plate owing to do not need ribs and can not have littler cross section.Thereby, can reduce the height or the thickness of blowing mould dividing plate.As mentioned above, because traditional ribs can not support its apparent surface equably, so traditional ribs also can produce uneven surfaces on the apparent surface.In addition, apparent surface's distance of being separated by may be because ribs and difference.Its advantage is that in-plant depression makes can produce the large baffle that does not have seriously sagging, crinkled or uneven surface.
Comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.This dividing plate can be made of and described dividing plate comprises one or more cavitys blow-molded plastic.For example, dividing plate can comprise the core or the middle body of hollow basically.Yet the hollow of this dividing plate and/or middle body can be filled with the material such as foam or other material.Foam can be designed as the intensity that increases dividing plate or is intended to provide heat insulation and/or sound insulation.Being used to be filled in the foam of dividing plate inside or other material, thereby to be preferably the low weight separator that makes of weight light.Foam or other material can have other suitable attribute and characteristics.
Comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.One or more dividing plates can have edge or edge at least one side of this dividing plate.This edge can be designed as dividing plate protection and/or the intensity that increase is provided.This edge can also comprise the groove of slit, groove or other type.Preferably, the both sides at least of dividing plate comprise the edge, and each side of dividing plate can comprise the edge if desired, unless the edge not necessarily.
Can comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.This partition system can also comprise that size and structure are suitable for being connected one or more connectors of one or more compartments.Its advantage is that this connector can allow compartment to link together with various appropriate structures.For example, connector can allow compartment to link together with linearity or linear structure or right angle or any required angle.It should be noted that this connector can allow two or more compartments simply and directly to connect.Preferably, do not need instrument to connect compartment and can connect compartment securely by connector.Preferably, the size of design connector and constructing being connected its edge, thus interconnect a plurality of compartments.Specifically, preferably, connector has size and constructs the coupling part that is suitable for being inserted in the one or more grooves that form the part edge.
Can comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.This partition system also comprises the one or more base plates (feet) that are used for supporting with the structure of perpendicular or setting compartment.Base plate can be used to connect two or more compartments.In addition, base plate can be used for supporting compartment with any required angle or structure.
Comprising according to the present invention's partition system on the other hand can selectivity or the one or more dividing plates or the compartment of permanent connection.Preferably, the parts and these parts that have seldom of this partition system are preferably interchangeable.This makes parts can be arranged in the structure of customization.In addition, preferably, connect these parts without instrument, the client can dress up set of systems required structure like a cork thereby system can transport then with unassembled structure.This makes the client partition system can be configured to the construction or design of any appropriate.
Comprise one or more dividing plates or compartment according to the present invention's partition system on the other hand.These one or more dividing plates can comprise the one or more reinforcement assemblies that are used to strengthen and/or increase diaphragm stiffness.In addition, this reinforcement assembly one or more parts of can be provided as dividing plate provide extra structural integrity.If desired, dividing plate can comprise two or more reinforcement assemblies.Although reinforcement assembly can be positioned at least a portion near dividing plate one edge, this reinforcement assembly also can be positioned at any required part of dividing plate.
By following detailed description and appending claims to preferred implementation, these and other aspect of the present invention, that feature and advantage will become will be more clear.
Description of drawings
Comprised the preferred embodiment schematic diagram that is used for further understanding above-mentioned and other each side, advantage and feature of the present invention in the accompanying drawing.Be appreciated that these accompanying drawings only represent the preferred embodiments of the present invention, it does not limit the scope of the invention.Below in conjunction with accompanying drawing supplementary features of the present invention and details are described and explain, wherein:
Figure 1A is depicted as by blow-molded plastic and forms and the elevation of the illustrative embodiments of the dividing plate that is used for being connected with partition system or compartment;
Figure 1B is depicted as the rear elevation of dividing plate shown in Figure 1 or compartment;
Fig. 2 A is depicted as the left view of dividing plate shown in Figure 1 or compartment;
Fig. 2 B is depicted as the right view of dividing plate shown in Figure 1 or compartment;
Figure 3 shows that the vertical view of dividing plate shown in Figure 1 or compartment;
Figure 4 shows that the upward view of dividing plate shown in Figure 1 or compartment;
Figure 5 shows that can be used to connect all as shown in Figure 1 one or more dividing plate or the phantom drawing of the illustrative embodiments of the connector of compartment;
Fig. 6 A is depicted as the elevation of connector shown in Figure 5;
Fig. 6 B is depicted as the rear elevation of connector shown in Figure 5;
Figure 7 shows that the upward view of connector shown in Figure 5;
Figure 8 shows that the vertical view of connector shown in Figure 5;
Fig. 9 A is depicted as the left view of connector shown in Figure 5;
Fig. 9 B is depicted as the right view of connector shown in Figure 5;
Figure 10 shows that can be used to connect all as shown in Figure 1 one or more dividing plate or the phantom drawing of the illustrative embodiments of the base plate of compartment;
Figure 11 shows that the phantom drawing of the illustrative embodiments of a pair of base plate that can be used to connect one or more dividing plate shown in Figure 1 or compartment;
Figure 12 shows that the elevation of base plate shown in Figure 10;
Figure 13 shows that the upward view of base plate shown in Figure 10;
Figure 14 shows that the vertical view of base plate shown in Figure 10;
Figure 15 A is depicted as the left view of base plate shown in Figure 10;
Figure 15 B is depicted as the right view of base plate shown in Figure 10;
Figure 16 shows that the enlarged perspective of another illustrative embodiments of part dividing plate or compartment;
Figure 17 shows that the part dividing plate shown in Figure 16 or the vertical view of compartment;
Figure 18 shows that the enlarged perspective of the another illustrative embodiments of the part dividing plate that is used for partition system or compartment;
Figure 19 shows that the vertical view of part dividing plate shown in Figure 180 or compartment;
Figure 20 shows that the part dividing plate that is used for partition system or the enlarged perspective of an illustrative embodiments again of compartment;
Shown in Figure 21 is the part dividing plate shown in Figure 20 or the vertical view of compartment; And
Lateral view for other illustrative embodiments of being used for the part dividing plate of partition system or compartment shown in Figure 22.
The specific embodiment
The present invention relates to a kind of partition system.Yet principle of the present invention is not limited to partition system.Be appreciated that according to of the present invention open partition system disclosed herein can successfully be used for and being connected of other system, device or structure etc.
In addition, for this partition system is described, use accompanying drawing term such as top, the end, the front, rear, left and right.Yet, be appreciated that this partition system can be arranged at various desired positions--comprise various angles, side or even put upside down.Describe partition system below in detail.
Shown in Figure 1A, partition system can comprise one or more as shown in drawings dividing plates or compartment 2.Be described in more detail as following, one or more dividing plates 2 can be used for creating such as various structures such as wall, partition, fence, gate, door, barrier, work station, cell, office, children's playroom and/or athletics sports field, Picnic table, furniture, shelf, instrument shed, government utility shed, kennel, counters.In fact, one or more dividing plate can be used for other purposes or system that is suitable for arbitrarily.
Preferably, dividing plate 2 can be by can forming by molded and/or shapable material such as plastics etc.Specifically, dividing plate 2 can be formed by highdensity polyethylene, but also can use the plastics of other adequate types.Dividing plate 2 can form by the blowing mould operation, constitutes but dividing plate also can pass through vacuum mo(u)lding, injection molding, extrusion moulding or other suitable technology.In one embodiment, dividing plate 2 can be constructed by both sides are bonded together; Described both sides adopt vacuum molding, jet moulding, extrusion moulding or other suitable technology to form.In one embodiment, dividing plate 2 can be constructed by using such as the single chip architecture of blowing mould or other suitable technology formation one.Its advantage is in light weight usually, firm, durable, the corrosion-resistant and weather variation by the dividing plate of blow-molded plastic structure.For example, for the open air use (such as, government utility shed, fence, Picnic table, kennel etc.) and the structure of design can be favourable opposing usually use the damage that brings.In addition, the dividing plate by the blow-molded plastic structure also can form required arbitrarily shape, size, color, pattern, structure etc.Certainly, dividing plate 2 not necessarily needs to use plastics or blow-molded plastic structure.In fact, dividing plate 2 can be by including but not limited to that timber, metal etc. have any other suitable material structure of other appropriate characteristics.In addition, according to the purpose of using, two or how different dividing plate 2 (such as, by different materials and/or have the dividing plate of the material structure of different qualities) can use together.
In one embodiment, can prefabricated dividing plate 2.One or more dividing plates 2 can be connected with various structures, device and layout.Its advantage is that the other parts of one or more dividing plates 2 as described herein and/or partition system are interchangeable, thereby allow structure various permanent and/or temporary structure.It should be noted that one or more dividing plates 2 can be the parts that can form the modularity system of absolute construction or independent structure.Be appreciated that dividing plate also can be connected to other structure and support if desired.
In one embodiment, dividing plate 2 can have to be generally and has long and wide rectangular configuration.Specifically, the height that dividing plate 2 can be about six feet, about 2 to 3 feet width, it can be used to construct office, cell or other suitable structure.Certainly, dividing plate 2 can be according to the concrete use of dividing plate 2 and is greater or lesser.Though dividing plate 2 can be rectangle usually, dividing plate 2 also can be square, circle, polygon, irregularly shaped or have any other required shape or pattern.
Dividing plate 2 can have pattern in a side or many sides of dividing plate 2.For example, Figure 1A shows dividing plate 2 and can have pattern shown in elevation.Preferably, dividing plate 2 also has pattern on its opposite side.For example, Figure 1B is the rear elevation of dividing plate 2 (Figure 1A), and it shows the pattern in the opposite side formation of dividing plate 2.Shown in Figure 1A and 1B, dividing plate 2 can have identical pattern in its both sides.Its advantage is, has identical pattern in the both sides of dividing plate 2, can create the symmetrical dividing plate that can reverse or exchange.Have identical patterns and/or have symmetrical pattern in each side, symmetrical dividing plate can have many potential purposes.Certainly, dividing plate 2 can only have pattern in a side.And dividing plate 2 can have different pattern (including but not limited to asymmetric pattern) at homonymy not.In addition, each side of dividing plate 2 is without any need for concrete pattern and at all without any need for pattern.
In one embodiment, dividing plate 2 can have the horizontal and vertical lines pattern of the fixed intervals of the level of network, grid, cross pattern, the foursquare fixed intervals of formation of the network that comprises such as grid, network, horizontal and vertical lines, vertical line and vertical pattern, formation rectangle, be arrangement of design element etc. with rectangle or periodic pattern.The opposite side of dividing plate 2 can comprise usually such as along one or more straight line, along one or more horizon, along one or more vertical line and the pattern arranged along above-mentioned any combination or other suitable form.Certainly, each side of dividing plate 2 can not need the pattern arranged.
In one embodiment, pattern 2 can have the one or more sides that comprise the pattern that is formed with one or more depressions or " hollow (tack-offs) ", and these one or more depressions or " hollow " can preferably be arranged in the pattern.For example, dividing plate 2 can comprise one or more depressions, such as depression 4,6,8,10,12,14 and 16 (Figure 1A) and 18,20,22,24,26,28 and 30 (Figure 1B) that cave in.Depression can be outstanding to the opposite face of dividing plate 2.Some or all surfaces of dividing plate 2 can be structure flat or that other is suitable usually.The apparent surface of dividing plate 2 is parallel to each other usually or can have other suitable relation.Groove can be arranged on the apparent surface near dividing plate 2, and can connect the apparent surface of dividing plate 2.Depression is not to be arranged on apparent surface close or connection dividing plate 2.In one embodiment, can allow depression at a distance of nearer by one or more patterns that are recessed to form.These one or more depressions can increase intensity, the rigidity of dividing plate 2 or gain in strength simultaneously and rigidity.Depression can be with other suitable manner and/or relative position interval.In addition, dividing plate 2 can not need depression or not need depression in pattern.
One side of dividing plate 2 can comprise the pattern with suitable shape, structure or design.In one embodiment, shown in Figure 1A, pattern can limit one or more typing parts, such as, typing part 32 and 34.Typing part 32, typing part 34 or the two can comprise the ordinary rectangular plane surface that is limited by line 36,38,40,42 and 44.Line 36,38 vertical orientated usually (observing) and be generally straight from the view shown in Figure 1A.Line 40,42 and 44 common horizontal alignments (observing) and be generally straight from the view shown in Figure 1A.Thereby, some or all in the line 36 and 38 usually with line 40,42 and 44 in some or all be provided with in vertical mode.Similarly, shown in Figure 1B, typing part 46, typing part 48 or the two can comprise the ordinary rectangular plane surface that is limited by line 50,52,54,56 and 58.Line 50,52 vertical orientated usually (observing) and be generally straight from the view shown in Figure 1B.Line 54,56 and 58 common horizontal alignments (observing) and be generally straight from the view shown in Figure 1B.Thereby, some or all in the line 50 and 52 usually with line 54,56 and 58 in some or all be provided with in vertical mode.Certainly, the side of dividing plate 2 does not need line (such as, line 36,38,40,42,44,50,52,54,56 and 58) and does not require that any line is generally level to each other, vertical, straight or concrete direction arbitrarily.In fact, one or more line can form the shape or the design of any appropriate that includes but not limited to rectangle, circle, avette, oval, polygon, irregularly shaped figure, symmetric shape figure, asymmetric shape figure or other required form, construction or design.Therefore, typing part is not to comprise ordinary rectangular shape or common plane surface.In fact, setting section divides the use of dividing according to setting section and can be rectangle, circle, avette, oval, polygon, irregularly shaped, symmetric shape, asymmetric shape or other required shape, construction or design usually.In addition, a side of dividing plate 2 does not need the part of finalizing the design.
In one embodiment, line (such as, line 36,38,40,42,44,50,52,54,56 and 58) can comprise one or more groove that the apparent surface towards dividing plate 2 is provided with or groove and separate with the surface of typing part (such as typing part 32,34,46 and 48).Preferably, at least a portion of groove or groove is not connected with the apparent surface of dividing plate 2, yet, according to the practical use of groove or groove, some of groove or groove or all can link to each other with the apparent surface of dividing plate 2.In one embodiment, line can comprise one or more edge or ridge, and it can be provided with away from the apparent surface of dividing plate 2 and separate with typing surface partly.Preferably, at least a portion of edge or ridge is not connected with the apparent surface of dividing plate 2; Yet according to the practical use of edge or ridge, part or all of edge or ridge can be connected with the apparent surface of dividing plate 12.Certainly, but a side of dividing plate 2 does not need line (comprising groove, groove, edge or ridge) is optional yet.
In one embodiment, typing part can comprise one or more axis.The typing part can have common horizontal axis, and vertical axis or both have concurrently.For example, shown in Figure 1A, typing part 32 can comprise the common vertical axis (shown in dotted line 54) of the width central authorities that are arranged on typing part 32 usually, and the common horizontal axis (shown in dotted line 56) that is arranged on the height central authorities of typing part 32 usually; And typing part 34 can comprise the common vertical axis (shown in dotted line 58) of the width central authorities that are arranged on typing part 34 usually, and the common horizontal axis (shown in dotted line 60) that is arranged on the height central authorities of typing part 34 usually.Thereby, line 36 with 38 some or all can be parallel to usually axle in 54 and 58 some or all settings and can be to be provided with some or all vertical modes in 60 with axle 56.And some or all in the line 40,42 and 44 can be parallel to axle some or all in 56 or 60 usually and be provided with, and can be to be provided with axle 54 mode vertical with 58.Simultaneously as embodiment, shown in Figure 1B, typing part 46 can comprise the common vertical axis (shown in dotted line 62) of the width central authorities that are arranged on typing part 46 usually, and the common horizontal axis (shown in dotted line 64) that is arranged on the height central authorities of typing part 46 usually.And typing part 48 can comprise the common vertical axis (shown in dotted line 66) of the width central authorities that are arranged on typing part 48 usually, and the common horizontal axis (shown in dotted line 68) that is arranged on the height central authorities of typing part 48 usually.Thereby, line 50 with 52 some or all can be parallel to usually axle in 62 and 66 some or all settings and can be to be provided with some or all vertical modes in 68 with axle 64.And some or all in the line 54,56 and 58 can be parallel to axle some or all in 64 or 68 usually and be provided with, and can be to be provided with axle 62 mode vertical with 66.The typing part can have one or more diagonal axis or other suitable axle.Finalize the design part without any need for axle, and do not require that any line is concrete direction arbitrarily about arbitrary axis.
In one embodiment, typing part can have the shape about the basic symmetry of one or more axles.The typing part can have the shape about the basic symmetry of one or more axis.The typing part can have the shape about common vertical axis, common horizontal axis or the two basic symmetry.Shown in Figure 1A, typing part 32 can have the shape about axle 54, axle 56 or the two basic symmetry; And typing part 34 can have the shape about axle 58 and axle 60 or the two basic symmetry.Shown in Figure 1B, typing part 46 can have the shape about axle 62 and axle 64 or the two basic symmetry; And typing part 48 can have the shape about axle 66 and axle 68 or the two basic symmetry.In one embodiment, stereotyped structure can be about one or more diagonal axis symmetries.Certainly, stereotyped structure is not must be about any axial symmetry.
In one embodiment, a side of dividing plate 2 can comprise one or more typing parts of one or more typing part substantial alignment in this side with dividing plate 2.For example, a side of dividing plate 2 can comprise and one or more typing parts of aliging substantially along one or more other typing parts of an axle or a plurality of.For example, shown in Figure 1A and Figure 1B, a side of dividing plate 2 or many sides can comprise the typing part of 6 row, 16 row.In one row, some or all of typing part can be along the vertical central axis substantial alignment.In the delegation, some or all of typing part can be along horizontal axis substantial alignment.One side of dividing plate 2 can have 1,2,3,4 or the row typing part of other suitable number arbitrarily.One side of dividing plate 2 can have 1,2,3,4 or the row typings part of other suitable number arbitrarily.Certainly, a side of dividing plate 2 is not to comprise row typing part or row typing part.And, can align according to the arrangement or the mode of any appropriate in the typing part of dividing plate 2 one sides.In addition, a side of dividing plate 2 does not need any typing part of aiming at.
In one embodiment, a side of dividing plate 2 can comprise the one or more typing parts that are positioned on dividing plate 2 one sides, and these typing parts are alignd substantially with one or more other typing parts of dividing plate 2 opposite sides.Can have one or more axles in the typing of dividing plate 2 one sides part, this can with one or more substantial alignment of dividing plate 2 opposite sides.The typing of dividing plate 2 one sides part can have axle, this and one or more typings one or more substantial alignment partly of dividing plate 2 opposite sides.Shown in Figure 1A and 1B, axle 62 substantial alignment of the axle 54 of typing part 32 and typing part 46; And axle 64 substantial alignment of the axle 56 of typing part 32 and typing part 46.Thereby, in one embodiment, the side of dividing plate 2 can comprise the side that is positioned at dividing plate 2 and with the typing part of dividing plate 2 opposite sides typing part along the vertical axis substantial alignment.Similarly, axle 66 substantial alignment of the axle 58 of typing part 34 and typing part 48; And axle 68 substantial alignment of the axle 60 of typing part 34 and typing part 48.Therefore, in one embodiment, the side of dividing plate 2 can comprise be positioned at dividing plate 2 one sides and with a plurality of typing parts of a plurality of typing part substantial alignment of dividing plate 2 opposite sides.The side of dividing plate 2 can comprise the row of one or more typing parts, the row substantial alignment of one or more typing parts of these row and dividing plate 2 opposite sides.The side of dividing plate 2 can comprise the row of one or more typing parts, the capable substantial alignment of one or more typing parts of this row and dividing plate 2 opposite sides.Typing part on dividing plate 2 sides can be according to arrangement mode that is fit to arbitrarily and the typing section aligned that forms on dividing plate 2 opposite sides.Dividing plate 2 does not require the typing part (or any column or row of typing part) of aliging with any typing part (or any column or row of typing part) that forms on dividing plate 2 opposite sides.
In one embodiment, a side of dividing plate 2 can comprise and a line of dividing plate 2 opposite sides or a line or many lines of many line substantial alignment.One side of dividing plate 2 can comprise and line of dividing plate 2 an opposite sides or many lines line or many lines along an axle or a plurality of substantial alignment.For example, shown in Figure 1A and 1B, line 36 can with line 52 along one or more vertical substantially axle substantial alignment; Line 38 can with line 50 along one or more vertical substantially axle substantial alignment; Line 40 can with the axle substantial alignment of line 54 along one or more basic horizontal; Line 42 can with the axle substantial alignment of line 56 along one or more basic horizontal; And line 44 can with the axle substantial alignment of line 58 along one or more basic horizontal.Line can align with arrangement, orientation or the mode of any appropriate with the line that forms at dividing plate 2 opposite sides.Dividing plate 2 does not require that the line of dividing plate 2 one sides aligns along arbitrary axis with the free-throw line that forms at dividing plate 2 opposite sides.In addition, dividing plate 2 does not require that the line in dividing plate 2 one sides aligns in any way with the free-throw line that forms at dividing plate 2 opposite sides.
Dividing plate 2 one sides can comprise the pattern that intersects with at least a portion of one or more depressions.Therefore, part or all of depression (or a plurality of depression) can be arranged in the pattern.In one embodiment, a side of dividing plate 2 can comprise the one or more depressions of common setting (or intersect with it) in the pattern that comprises one or more line.For example, shown in Figure 1A, pattern can comprise a line (for example, line 70), is provided with all or part of of one or more depressions (for example, depression 72,74,76,78,80,82 and 84) in this line.Similarly, shown in Figure 1A, depression 4,6,12 can be provided with in online 40; Depression 8,10,14 can be provided with in online 42; Depression 4 and 8 can be provided with in online 36; 6 and 10 can be provided with in online 38 and cave in.Equally, shown in Figure 1B, depression 18,20,26 can be provided with in online 54; Depression 22,24,28 can be provided with in online 56; Depression 20 and 24 can be provided with in online 50; 18 and 22 can be provided with in online 52 and cave in.Depression can be arranged in the line of, two or other suitable number.Depression can be arranged on the infall of two lines, three lines or other any suitable number bar line.Depression can be arranged on the infall of the straight basically line of two lines, three lines or other any suitable number bar.Depression can be arranged on the infall of the line of two, three lines or other any suitable number bar bending.Depression can be arranged on the infall of the line of two perpendicular.One side of dividing plate 2 can comprise one or more depressions, and it is arranged in the pattern of the line that comprises one or more substantially horizontal line or one or more perpendicular usually.Three or more a plurality of depressions can be arranged in equidistant basically mode in the line.For example, shown in Figure 1A, depression 74 can be apart from depression 76 and the equal basically distance of depression 72; Depression 76 can be apart from depression 74 and the equal basically distance of depression 78; Depression 76 can be apart from depression 74 and the equal basically distance of depression 78; Depression 78 can be apart from depression 76 and the equal basically distance of depression 80; Depression 80 can be apart from depression 78 and the equal basically distance of depression 82; Depression 82 can be apart from depression 80 and the equal basically distance of depression 84.Three or more many depressions can be arranged in the curve in equidistant basically mode, basically in the straight line or have in the line of any suitable architecture.Three or more many depressions can be arranged in equidistant basically mode in the line of perpendicular or in the substantially horizontal line.Dividing plate 2 does not require that depression is arranged on concrete position arbitrarily with respect to any other depression.One side of dividing plate 2 can comprise one or more depressions, and it is arranged near one or more line with the design of any appropriate usually.One side of dividing plate 2 can comprise one or more depressions of separating with the design of any appropriate and one or more line.Certainly, pattern does not need straight line, vertical line, horizon or free-throw line.In addition, dividing plate 2 do not require that depression is arranged in the free-throw line, in the infall of free-throw line, any particular location about free-throw line.
In one embodiment, the side of dividing plate 2 can be included on the side of dividing plate 2 depression with the depression substantial alignment of dividing plate 2 opposite sides.Shown in Figure 1A and 1B, depression 4 and 18 can be alignd; Depression 6 and 20 can be alignd; Depression 8 and 22 can be alignd; Depression 10 and 24 can be alignd; Depression 12 and 26 can be alignd; Depression 14 and 28 can be alignd; 16 and 30 can align and cave in.Relative depression can be arranged in apparent surface's the pattern, but depression is not to be arranged in the pattern relatively.Relatively depression can be extended each other and also can contact with each other to the other side.Depression can be formed in the dividing plate 2 relatively.Can design the size and the intensity of structure of relative depression with enhancing dividing plate 2.Preferably, design relatively depression size and structure can be connected or the central authorities of close dividing plate 2.For example, design depression 4 and 18 size and structure are to be connected or the central authorities of close dividing plate 2.Therefore, the apparent surface of dividing plate 2 is in the interconnection of the position of any appropriate.Certainly, the depression of dividing plate 2 one sides be not must align dividing plate 2 opposite sides depression, extend or contact to the depression of dividing plate 2 opposite sides with the depression of dividing plate 2 opposite sides.
Because depression can be formed on the opposite side of dividing plate, and depression can be intersected with one or more patterns; Its advantage is to construct dividing plate attractive in appearance.In addition, since the depression can be formed on dividing plate opposite side and since the depression can intersect with one or more patterns; Therefore can construct the dividing plate of substantial symmetry, thereby help the dividing plate that exchanges like a cork and reverse.
The pattern of dividing plate both sides and/or depression can help to construct the dividing plate of various designs and structure.Can construct and not have the defects of vision and perfect dividing plate.In addition, pattern and/or depression can be used for hiding or the further feature of the defects of vision of hidden dividing plate, imperfect or dividing plate.
Pattern or/or depression can be used to form has the consistent basically intensity and the dividing plate of structural integrity.For example, because the both sides of dividing plate can be substantially the same, so relative side can have similar physical characteristic and feature.Yet each side that is appreciated that dividing plate is not must be identical, and dividing plate can have various suitable characteristics and feature.
It should be noted that if the opposite side of dividing plate has similar basically pattern and/or structure, dividing plate can cool off more equably than the dividing plate with different pattern and structure.This makes dividing plate to shift out in mould quickly, thereby reduces the production cycle.This can reduce the manufacturing time of dividing plate equally, reduces the manufacturing cost of dividing plate.
Dividing plate can be configured with hollow interior space.These inner spaces can be hollow or described inner space part or all can be filled with material such as foam.Foam or other suitable material can form the kernel or the middle body of dividing plate.The type of foam or packing material depends on the practical use of dividing plate.For example, foam or filler can be used for isolating partition.Specifically, foam or filler can be used to provide sound insulation and/or heat insulation.Foam or filler are preferably in light weight, but the characteristic of foam or filler can depend on the practical use of dividing plate.
Fig. 2 A is depicted as the left view of dividing plate 2 (Figure 1A and Figure 1B), and Fig. 2 B is the right view of dividing plate 2; Fig. 3 is the vertical view of dividing plate 2; Figure 4 shows that the upward view of dividing plate 2.Shown in Figure 1A, 1B, 2A, 2B, 3 and 4, dividing plate 2 preferably includes edge or the edge that is arranged on dividing plate 2 peripheries.The edge can be along all or part of extension of dividing plate 2 sides.One side or many sides of dividing plate 2 can comprise the edge.The edge can provide protection to dividing plate 2.The edge preferably fillet or crooked, but can have other shape and/or other characteristic arbitrarily.
In one embodiment, groove or slit can be arranged on a side or the edge near dividing plate 2.Groove can be stretched along all or part of edge of bulkhead sides.Groove can be bent, straight or have other suitable structure arbitrarily basically.Shown in Figure 1A, 1B, 2A, 2B, 3 and 4, groove 86 can be arranged on the side 88 near dividing plate 2, and groove 90 can be arranged on the side 92 near dividing plate 2, and groove 94 can be arranged on the side 88 near dividing plate 2, and groove 96 can be arranged on the side 92 near dividing plate 2.Shown in Figure 1A, 1B, 2A, 2B and 3, groove 98 can be arranged near near the top surface 100 of dividing plate 2, and groove 102 can be arranged near near the top surface 100.Thereby groove can still be appreciated that the random desired location at dividing plate 2 can comprise groove along some sides of dividing plate 2 or the top surface setting of whole side setting and/or eye dividing plate 2.In addition, groove is optionally, thereby and dividing plate 2 do not require any groove.
Fig. 5 is the phantom drawing that is used for connecting easily such as according to the connector 104 of a plurality of dividing plates of the dividing plate 2 (Figure 1A-4) of embodiment of the present invention.Fig. 6 A is depicted as the elevation of connector 104.Fig. 6 B is depicted as the rear elevation of connector 104.Figure 7 shows that the upward view of connector 104.Figure 8 shows that the vertical view of connector 104.Fig. 9 A is depicted as the left view of connector 104.Fig. 9 B is depicted as the right view of connector 104.Be appreciated that connector 104 is optionally, and the connector of any appropriate, securing member, bonding agent etc. may be used to connect or a plurality of dividing plates 2 of interlocking.
Shown in Fig. 5-9B, connector 104 a plurality of dividing plates 2 that can be used to interconnect.Connector 104 preferably has enough structural integrities with a plurality of dividing plates that interconnect securely.Connector 104 is preferably the universal connector of the dividing plate of can interconnect various sizes and structure.
In one embodiment, connector 104 can comprise 1,2,3,4,5,6 or the slit or the groove of any suitable number, and actual its size and structure are to mate easily and/or to be aligned in one or more slits or the groove that forms in the dividing plate.Shown in Fig. 5-9B, connector 104 can comprise slit 106,108,110,112,114 and 116.Connector 104 can comprise one or more flanges.In one embodiment, connector 104 can comprise a plurality of flanges or the extension that forms one or more slits.For example, flange 118 and 120 can form slit 106, and flange 122 and 124 can form slit 108, flange 126 and 128 can form slit 114, flange 130 and 132 can form slit 116, and flange 118 and 132 can form slit 110, and flange 124 and 126 can form slit 112.
Connector 104 can comprise one or more parts, designs its size and structure to hold the exterior section of dividing plate 2.Connector 104 can comprise its size of design and the structure one or more parts with the part at the edge that holds dividing plate 2 or edge.For example, (Fig. 5-9B) can form and be generally foursquare holding portion flange 118,120,130 and 132, is generally foursquare part 134,136,138 and 140 (Fig. 3 and Fig. 4) to be suitable for holding.Similarly, (Fig. 5-9B) can form and be generally foursquare holding portion flange 122,124,126 and 128, is generally square part 134,136,138 and 140 (Fig. 3 and Fig. 4) to be suitable for holding.Thereby connector 104 can advantageously comprise and design its size and first and its size of design and the second portion of constructing with the exterior section that holds second partition of constructing with the exterior section that holds first dividing plate.Simultaneously, connector 104 can advantageously comprise one, two or more holding portion, and it is suitable for being arranged on the baffle surface of (or contact or connection) surface of dividing plate, two surfaces, three surfaces, four surfaces or other suitable number respectively.Therefore, connector 104 can advantageously comprise its size of design and construct (for example to hold the first dividing plate top, part 134 and 136) first and design its size and the structure to hold the second portion of second partition top (for example, part 134 and 136).In addition, connector 104 with the bottom that holds first dividing plate (for example can advantageously comprise its size of design and structure, part 138 and 140) first and design its size and structure with the second portion of the bottom (for example, part 138 and 140) that holds second partition.Certainly, connector 104 and dividing plate 2 can comprise the part of any appropriate of other suitable shape with a plurality of dividing plates 2 that can be used to interconnect and/or structure.
Connector 104 can comprise that its size and structure can insert the one or more grooves of (or coupling or is connected) formation in dividing plate 2 or the one or more flanges or the extension of slit easily.For example, in one embodiment, pair of flanges (for example, flange 118 and 120, flange 122 and 124, flange 126 and 128, flange 130 and 132, flange 118 and 132, flange 124 and 126 etc.) can align or insert a pair of groove of (or coupling or is connected) formation in dividing plate 2 or slit (for example, groove 86 and 94, groove 90 and 96 etc.).
Connector 104 can comprise its size of design and the one or more braced structuress of structure with structural support connector 104.For example, in one embodiment, one or more pillars (for example, pillar 142 and 144) can be connected to one or more inwalls of connector 104.One or more these pillars can form with connector 104.As an illustration, one or more pillars can align with horizontal, vertical arrangement or mode that both have concurrently.In addition, one or more pillars can align with the mode of one or more other pillar vertical arrangements.Certainly, the pillar of arbitrary number can align in any suitable manner, forms and design.In addition, these pillars are optionally, and are not that connector 104 is desired.
Connector 104 can be adaptive by disturbing, friction fit, fastening, bonding agent, be used for that connector 104 is connected to the device of any appropriate of one or more dividing plates 2 or the mode of its combination is connected to one or more dividing plates 2.
One or more connectors 104 can be used for interconnection or the one or more dividing plates 2 of interlocking.Preferably, connector can exchange and design its size and construct to allow a plurality of dividing plates 2 to be connected with various structure.For example, can design one or more connectors 104 and connect a plurality of dividing plates with line, planar alignment, bending, fillet or other suitable structure.Also can design one or more connectors 104 and connect a plurality of dividing plates 2 with right angle or other required angle.Also can design one or more connectors 104 and connect a plurality of dividing plates 2 in the mode that is offset, is arranged in parallel.Can also design one or more connectors 104 interconnect simultaneously three, four or more dividing plates.
One or more connectors 104 preferably provide relatively directly and simply connect the method for a plurality of dividing plates 2.Connector 104 can be by comprising injection plastic, being squeezed into plastics such as moulding compound and constituting.Yet, be appreciated that connector 104 can be according to the use of connector 104 by any suitable material structure such as metal of required method arbitrarily.Its advantage is that connector 104 allows a plurality of dividing plates 2 not use framework and is connected to each other, but also can use framework if desired.
Connector 104 can be under the situation of tool using not a plurality of dividing plates of interconnection, but if desired also can tool using.Its advantage is, uses one or more connectors 104, and a plurality of dividing plates 2 can be connected to each other and take apart like a cork.This can create the structure of all kinds and structure.In addition, owing to do not need instrument, the customer can connect and take apart a plurality of dividing plates 2 like a cork.This allows these dividing plates to pack and transport in unassembled or unconnected mode, thereby can reduce transportation and/or manufacturing cost.The connector that is appreciated that other type can be connected or replace one or more connectors 104 to use with one or more connectors 104, with one or more connectors 104.For example, rivet, Luo silk, bolt, bonding agent etc. can be used to connect a plurality of dividing plates 2.
Figure 10 shows that the phantom drawing according to the base plate 146 of embodiment of the present invention, one or more base plate can be used for required structure, orientation and/or positional alignment dividing plate 2 (Fig. 1).Figure 11 shows that the phantom drawing of partition system 148, one or more base plates 146 (Figure 10) can be used for straight go up or the orientation of perpendicular is come the position of grid spacer 2 (Fig. 1) basically in this system.Certainly, one or more base plate 146 can be used for coming with the tilted alignment with any suitable angle the position of grid spacer 2.One or more base plates 146 can also be used for interconnection or the one or more dividing plates 2 of interlocking.Be appreciated that dividing plate 2 can with one or more base plates 146, and in conjunction with any other suitable assembly with required structure, orientation and/or positional alignment dividing plate 2 arbitrarily.In addition, dividing plate 2 can not need optional base plate 146 and with any required structure, orientation and/or positional alignment.
Figure 12 shows that the elevation of base plate 146.Figure 13 shows that the upward view of base plate 146.Figure 14 shows that the vertical view of base plate 146.Figure 15 A is depicted as the left view of base plate 146.Figure 15 B is depicted as the right view of base plate 146.
Shown in Figure 11-15, one or more base plates 146 can be connected to dividing plate 2.Dividing plate 2 can use friction fit, fastening and disturb adaptive or arbitrarily other suitable manner be connected to one or more base plate 146.In one embodiment, base plate 146 is inserted in opening, groove or the groove that forms in the dividing plate 2 by at least a portion with base plate 146 and is connected to dividing plate 2.Base plate 146 can comprise a plurality of flanges (for example, flange 150 and 152).Design flange 150 and 152 size and structure are to be inserted into the opening that forms in the dividing plate 2 (for example, the opening among Fig. 4 154 and 156 etc.).Its advantage is, when flange was inserted in the opening that forms in the dividing plate 2, flange 150 and 152 utilized that friction fit, fastening, interference are adaptive, the combination of securing member, bonding agent or its any appropriate can be connected to dividing plate 2 securely.In one embodiment, base plate 146 can be inserted into by at least a portion (for example part 138 and 140) with dividing plate 2 such as being connected to dividing plate 2 in the opening, groove or the groove that form in the base plate 146 of opening 158.In one embodiment, base plate 146 comprises the carriage assembly 160 that can form opening 158.Its advantage is, when the insertion portion of dividing plate 2 was inserted into the opening that forms in the base plate 146, the insertion portion of dividing plate 2 utilized that friction fit, fastening, interference are adaptive, the combination of securing member, bonding agent or its any appropriate can be connected to dividing plate 2 securely.Carriage assembly 160 can be connected to one or more flanges (for example, flange 150 and 152) in any suitable manner.Carriage assembly 160 can form with one or more flanges.Certainly, one or more base plate 146 can utilize the suitable connector of arbitrary number, adaptive, securing member and bonding agent etc. to be connected to dividing plate 2 in any suitable manner.
Shown in Figure 16,17,18,19,20,21 and 22, dividing plate (for example, dividing plate 2) can comprise one, two or more stiffener assembly.Figure 16 shows that the part phantom drawing of the embodiment of the dividing plate 162 that comprises stiffener assembly 164.Figure 17 shows that the part amplification plan view of dividing plate 162 (Figure 16) and stiffener assembly 164 (Figure 16).Figure 18 shows that the part phantom drawing of the embodiment of the dividing plate 162 that comprises stiffener assembly 166.Figure 19 shows that the part amplification plan view of dividing plate 162 (Figure 18) and stiffener assembly 166 (Figure 18).Figure 20 shows that the part phantom drawing of the embodiment of the dividing plate 162 that comprises stiffener assembly 168.Shown in Figure 21 is the part amplification plan view of dividing plate 162 (Figure 20) and stiffener assembly 168 (Figure 20).Shown in Figure 22 is the part lateral view of embodiment that comprises the dividing plate 2 of stiffener assembly 164 (Figure 16).Shown in Figure 16-22, one of dividing plate (for example, dividing plate 2), two or more edges can comprise stiffener assembly.In one embodiment, stiffener assembly can be arranged near near at least a portion of separator edge, and the size of design stiffener assembly and structure are to strengthen all or part of of separator edge.Stiffener assembly can be along more than an edge setting and along all or part of extension at these edges.Be appreciated that all or part of of stiffener assembly can be away from the edge setting of dividing plate.Stiffener assembly can be added to after dividing plate forms on the dividing plate, and dividing plate form or be configured in any suitable manner the part of dividing plate.Stiffener assembly can be made of plastics, metal, timber or any other suitable material with appropriate characteristics.Preferably by in light weight, firm and hard material structure, these materials can provide the more durable structure that can resist destruction for the part dividing plate to stiffener assembly.Certainly, stiffener assembly can have any characteristic in these and/or other appropriate characteristics according to the practical use of stiffener assembly.Be appreciated that dividing plate can not require any optional stiffener assembly.
Shown in Figure 16 and 17, stiffener assembly 164 can have and is generally " V " shape or angled structure.Reinforcement assembly 164 can form about 40 degree, about 50 degree, about 90 degree, less than 90 degree, greater than 90 degree or any required angle and have arbitrarily other suitable shape and size.Stiffener assembly 164 can comprise fillet, but also can comprise wedge angle.Stiffener assembly 164 can be arranged on the edge of (or close) dividing plate 162 or edge and can contact or connect the edge of dividing plate 162 or one, two of the edge, three or more wall.Stiffener assembly 164 be not must be arranged on, near be provided with, contact or connect the edge of dividing plate 162 or the arbitrary portion at edge.
Shown in Figure 18 and 19, stiffener assembly 166 can have the structure on plane basically and can be provided with at angle with dividing plate 162.Be appreciated that stiffener assembly can and have other suitable shape and size with any required angle setting.Stiffener assembly 166 can be arranged on the edge of (or close) dividing plate 162 or edge and can contact or connect the edge of dividing plate 162 or, two, three, four or more a plurality of wall at edge.Stiffener assembly 166 is not must be arranged on, be set to close, contact or connect the edge of dividing plate 162 or the arbitrary portion at edge.
As Figure 20 and shown in Figure 21, stiffener assembly 168 can be to have the pipe of round structure basically.Stiffener assembly 168 can be bar.Stiffener assembly 168 can have and is essentially foursquare shape or cross section, the shape that is essentially rectangle or cross section, is essentially oval or avette shape or cross section, is essentially polygonal shape or cross section, irregular shape or cross section or other suitable shape or cross section arbitrarily.Stiffener assembly 168 is hollow, solid or other suitable structure arbitrarily basically basically.Stiffener assembly 168 can be arranged on the edge or the edge of (or close) dividing plate 162, and can contact or connect the edge of dividing plate 162 or, two, three, four or more a plurality of wall at edge.Stiffener assembly 168 is not must be arranged on, be set to close, contact or connect the edge of dividing plate 162 or the arbitrary portion at edge.
Reinforcement assembly--stiffener assembly 164 (Figure 16), stiffener assembly 166 (Figure 18), stiffener assembly 168 (Figure 20) etc. can stretch out from dividing plate, can be arranged in the dividing plate, and perhaps the two all can.Stiffener assembly can stretch out from the top surface (for example, the part among Fig. 3 134 and 136) of dividing plate, the basal surface (for example, the part among Fig. 4 138 and 140) of dividing plate, any other surface or their any combination of dividing plate.As shown in figure 22, dividing plate 2 (Fig. 1) can comprise from dividing plate 2 outward extending stiffener assemblies 164 (Figure 16).
Those of ordinary skill in the art are appreciated that, stiffener assembly--stiffener assembly 164 (Figure 16), stiffener assembly 166 (Figure 18), stiffener assembly 168 (Figure 20) etc. can have other suitable shape, size and structure, and dividing plate can have at least one stiffener assembly.
Its advantage is, some or all in dividing plate as described herein, connector and the base plate can form and be easy to the partition system installing, dismantle, transport, carry and can be easy to be configured to various appropriate structures and structure.In addition, because parts are interchangeable, this has increased the potential use of system.In addition, because can being the both sides of identical and dividing plate, the both sides of dividing plate can form one or more depression, so the dividing plate of symmetry can reverse and exchange.At last, dividing plate is more attractive in appearance and can form and do not have the defects of vision or faulty dividing plate.
Though according to some preferred implementations the present invention has been described,, without departing from the present invention other embodiment can have been arranged for those of ordinary skill in the art.

Claims (40)

1, a kind of dividing plate by the blow-molded plastic structure, described dividing plate has length, width and thickness, and described dividing plate comprises:
First external surface;
Second external surface;
Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And
The metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate, and described metal stiffener assembly comprises:
First, it contacts the inside of described first external surface; And
Second portion, it contacts the inside of described second external surface.
2, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly be provided with near the edge of described dividing plate.
3, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly is metal thin bar, and its first end from described dividing plate extends to second end of described dividing plate.
4, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly is metal thin bar, the inside of the inside of described first external surface of first edge join of described thin bar and described second external surface of second edge join of described thin bar.
5, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly is metal thin bar, and it extends on most of length of described dividing plate at least.
6, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly is metal thin bar, and it extends on whole length of described dividing plate at least basically.
7, dividing plate according to claim 1, it is characterized in that, described metal stiffener assembly has V-shaped configuration substantially, and the metal stiffener assembly of V-arrangement comprises first edge that contacts with the inside of described first external surface and second edge that contacts with the inside of described second external surface substantially.
8, dividing plate according to claim 1, it is characterized in that, described metal stiffener assembly has smooth substantially structure, and smooth metal stiffener assembly comprises first edge that contacts with the inside of described first external surface and second edge that contacts with the inside of described second external surface substantially.
9, dividing plate according to claim 1, it is characterized in that, described metal stiffener assembly has circular substantially structure, and circular substantially metal stiffener assembly comprises first side that contacts with the inside of described first external surface and second side that contacts with the inside of described second external surface.
10, dividing plate according to claim 1 is characterized in that, described metal stiffener assembly seals fully in described dividing plate.
11, dividing plate according to claim 1 is characterized in that, the part of described metal stiffener assembly extends beyond described dividing plate.
12, dividing plate according to claim 1, further be included in first pattern on described first external surface and second pattern on described second surface, it is characterized in that at least a portion of described first external surface contacts at least a portion of described second external surface.
13, dividing plate according to claim 1, further comprise first pattern and second pattern, described first pattern is included in the one or more grooves on described first external surface, described second pattern is included in the one or more grooves on described second external surface, it is characterized in that at least a portion groove on described first external surface contacts at least a portion groove of described second external surface.
14, dividing plate according to claim 1, further be included in first pattern and second pattern on described second external surface on described first external surface, described first pattern comprises the one or more depressions that contact with the inside of described second external surface, and described second pattern comprises the one or more depressions that contact with the inside of described first external surface.
15, a kind of dividing plate by the blow-molded plastic structure, described dividing plate has length, width and thickness, and described dividing plate comprises:
First external surface;
Second external surface;
Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process;
First pattern on described first external surface, described first pattern comprises the one or more depressions that extend to described second external surface from described first external surface;
Second pattern on described second external surface, described second pattern comprises the one or more depressions that extend to described first external surface from described second external surface; And
Metal stiffener assembly, described metal stiffener assembly are arranged in the described hollow inside at least basically, and described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, and the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate.
16, dividing plate according to claim 15 is characterized in that, described metal stiffener assembly comprises:
First, it contacts the inside of described first external surface; And
Second portion, it contacts the inside of described second external surface.
17, dividing plate according to claim 15 is characterized in that, described metal stiffener assembly be provided with near the edge of described dividing plate.
18, dividing plate according to claim 15 is characterized in that, described metal stiffener assembly is metal thin bar, and its first end from described dividing plate extends to second end of described dividing plate.
19, dividing plate according to claim 15, it is characterized in that, described metal stiffener assembly is metal thin bar, the inside of the inside of described first external surface of first edge join of described thin bar and described second external surface of second edge join of described thin bar.
20, dividing plate according to claim 15 is characterized in that, described metal stiffener assembly is metal thin bar, and it extends on whole length of described dividing plate at least basically.
21, dividing plate according to claim 15 is characterized in that, described second pattern of described first pattern contact at least a portion of at least a portion.
22, dividing plate according to claim 15, it is characterized in that, described first pattern is included in the one or more grooves on described first external surface, described second pattern is included in the one or more grooves on described second external surface, and at least a portion groove on described first external surface contacts at least a portion groove of described second external surface.
23, a kind of shed comprises:
By the first wall that blow-molded plastic is made, described first wall has length, width and thickness, and described first wall comprises:
First external surface;
Second external surface;
Hollow inside, described hollow inside is at least partially disposed between described first external surface and second external surface, described hollow inside forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And
The metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, described metal stiffener assembly has the characteristic that is different from described blow-molded plastic, the size of described metal stiffener assembly and structure are set to increase the intensity of described first wall, described metal stiffener assembly comprises: first, and it contacts the inside of described first external surface; And second portion, it contacts the inside of described second external surface; And
By second wall that blow-molded plastic is made, described second wall has length, width and thickness, and described second wall comprises:
First external surface;
Second external surface;
Hollow inside, the described hollow inside of described second wall is at least partially disposed between described first external surface and second external surface of described second wall, the hollow inside of described second wall forms in blowing mould operation process, the single chip architecture that described first external surface, second external surface and the hollow inside of described second wall forms as one in blowing mould operation process; And
The metal stiffener assembly, the metal stiffener assembly of described second wall is arranged in the hollow inside of described second wall at least basically, the metal stiffener assembly of described second wall has the characteristic that is different from described blow-molded plastic, the size of the metal stiffener assembly of described second wall and structure are set to increase the intensity of described second wall, the metal stiffener assembly of described second wall comprises: first, and it contacts the inside of first external surface of described second wall; And second portion, it contacts the inside of second external surface of described second wall.
24, shed according to claim 23 is characterized in that, the metal stiffener assembly of described first wall be provided with near the edge of described first wall; And
The metal stiffener assembly of described second wall be provided with near the edge of described second wall.
25, shed according to claim 23 is characterized in that, the metal stiffener assembly of described first wall is metal thin bar, and described thin bar extends to second end of described first wall from first end of described first wall; The metal stiffener assembly of described second wall is metal thin bar, and the thin bar of described second wall extends to second end of described second wall from first end of described second wall.
26, shed according to claim 23, it is characterized in that, the metal stiffener assembly of described first wall is metal thin bar, the inside of second external surface of the inside of described first external surface of the described first wall of first EDGE CONTACT of described thin bar and the described first wall of second EDGE CONTACT of described thin bar; And
The metal stiffener assembly of described second wall is metal thin bar, the inside of second external surface of described second wall of second EDGE CONTACT of the inside of described first external surface of described second wall of first EDGE CONTACT of the thin bar of described second wall and the thin bar of described second wall.
27, shed according to claim 23 is characterized in that, the metal stiffener assembly of described first wall is metal thin bar, and described thin bar extends on most of length of described first wall at least; And
The metal stiffener assembly of described second wall is metal thin bar, and the thin bar of described second wall extends on most of length of described second wall at least.
28, shed according to claim 23 is characterized in that, the metal stiffener assembly of described first wall is metal thin bar, and described thin bar extends on whole length of described first wall at least basically; And
The metal stiffener assembly of described second wall is metal thin bar, and the thin bar of described second wall extends on whole length of described second wall at least basically.
29, a kind of dividing plate by the blow-molded plastic structure, described dividing plate has height, width and thickness, and described dividing plate comprises:
First external surface;
Second external surface;
Hollow inside, described hollow inside are at least partially disposed between described first external surface and second external surface, the single chip architecture that described first external surface, second external surface and hollow inside form as one in blowing mould operation process; And
The metal stiffener assembly, described metal stiffener assembly is arranged in the described hollow inside at least basically, and the size of described metal stiffener assembly and structure are set to increase the intensity of described dividing plate, and described metal stiffener assembly comprises:
First, it contacts the inside of described first external surface; And
Second portion, it contacts the inside of described second external surface.
30, dividing plate according to claim 29 also comprises the second metal stiffener assembly that is arranged at least basically in the described dividing plate.
31, dividing plate according to claim 29 is characterized in that, the first of described metal stiffener assembly contacts the inner surface of first outer wall of described dividing plate, and the second portion of described metal stiffener assembly contacts the inner surface of second outer wall of described dividing plate.
32, dividing plate according to claim 29 is characterized in that, the first of described metal stiffener assembly contacts the inner surface of the outer wall of described dividing plate, and the second portion of described metal stiffener assembly contacts the inside surface of side wall of described dividing plate.
33, dividing plate according to claim 29 is characterized in that, the first of described metal stiffener assembly contacts the inner surface of outer wall of described dividing plate and the inside surface of side wall of described dividing plate; And
The second portion of described metal stiffener assembly contacts the inside surface of side wall of described dividing plate.
34, dividing plate according to claim 29, it is characterized in that, the first of described metal stiffener assembly contacts the inner surface of first outer wall of described dividing plate, the second portion of described metal stiffener assembly contacts the inside surface of side wall of described dividing plate, and the third part of described metal stiffener assembly contacts the inner surface of second outer wall of described dividing plate.
35, dividing plate according to claim 29 is characterized in that, described metal stiffener assembly is metal thin bar, and described thin bar is provided with respect to first external surface and second external surface of described dividing plate angledly.
36, dividing plate according to claim 29 further comprises second partition, and described second partition comprises:
First external surface;
Second external surface;
Hollow inside, the hollow inside of described second partition is at least partially disposed between first external surface and second external surface of described second partition, the single chip architecture that first external surface of described second partition, second external surface and hollow inside form as one in blowing mould operation process; And
The metal stiffener assembly, the metal stiffener assembly of described second partition is arranged in the hollow inside of described second partition at least basically, the size of the metal stiffener assembly of described second partition and structure are set to increase the intensity of described second partition, and the metal stiffener assembly of described second partition comprises:
First, it contacts the inside of first external surface of described second partition; And
Second portion, it contacts the inside of second external surface of described second partition;
Wherein, described first dividing plate and second partition are joined together to form at least a portion of wall.
37, dividing plate according to claim 29 further comprises second partition, and described second partition comprises:
First external surface;
Second external surface;
Hollow inside, the hollow inside of described second partition is at least partially disposed between first external surface and second external surface of described second partition, the single chip architecture that first external surface of described second partition, second external surface and hollow inside form as one in blowing mould operation process; And
The metal stiffener assembly, the metal stiffener assembly of described second partition is arranged in the hollow inside of described second partition at least basically, the size of the metal stiffener assembly of described second partition and structure are set to increase the intensity of described second partition, and the metal stiffener assembly of described second partition comprises:
First, it contacts the inside of first external surface of described second partition; And
Second portion, it contacts the inside of second external surface of described second partition;
Wherein, described first dividing plate and second partition are used to form at least a portion of prefabricated house.
38, the method for the part in a kind of tectonic activity room, described method comprises:
Form outer wall by blow-molded plastic, described outer wall has height, width and thickness, described outer wall comprises inner surface, external surface and hollow inside, the hollow inside of described outer wall is at least partially disposed between described inner surface and the external surface, the single chip architecture that described inner surface, external surface and hollow inside form as one; And
The metal stiffener assembly is arranged at least basically in the hollow inside of described outer wall, the size of described metal stiffener assembly and structure are set to increase the intensity of described outer wall, and described metal stiffener assembly comprises:
First, it contacts the inside of the inner surface of described outer wall; And
Second portion, it contacts the inside of the external surface of described outer wall.
39, according to the described method of claim 38, also comprise the step of the second portion in tectonic activity room, the step of the second portion in tectonic activity room comprises:
Form second outer wall by blow-molded plastic, described second outer wall has height, width and thickness, described second outer wall comprises inner surface, external surface and hollow inside, the hollow inside of described second outer wall is at least partially disposed between the inner surface and external surface of described second outer wall, the single chip architecture that the inner surface of described second outer wall, external surface and hollow inside form as one; And
The metal stiffener assembly is arranged at least basically in the hollow inside of described second outer wall, the size of described metal stiffener assembly and structure are set to increase the intensity of described second outer wall, and described metal stiffener assembly comprises:
First, it contacts the inside of the inner surface of described second outer wall; And
Second portion, it contacts the inside of the external surface of described second outer wall,
Wherein, described first outer wall and second outer wall are used to form at least a portion of described prefabricated house.
40, according to the described method of claim 38, it is characterized in that the single chip architecture that described metal stiffener assembly and described outer wall integral body form as one.
CN200910170786A 2003-07-15 2004-07-15 Panel, shanty and method for constructing part of mobile house Pending CN101672087A (en)

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
US48774803P 2003-07-15 2003-07-15
US60/487,748 2003-07-15
US10/890,601 2004-07-14
US10/890,601 US7210277B2 (en) 2003-04-30 2004-07-14 Partition system

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CN200910170786A Pending CN101672087A (en) 2003-07-15 2004-07-15 Panel, shanty and method for constructing part of mobile house
CNB2004800201946A Expired - Fee Related CN100547211C (en) 2003-07-15 2004-07-15 Partition system

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US7797885B2 (en) 2004-03-29 2010-09-21 Lifetime Products, Inc. Modular enclosure
CN107587739A (en) * 2016-07-06 2018-01-16 沈阳科华工业设备制造有限公司 A kind of assembly for being used to assemble multi-storied garage

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