CN105863339A - Assembled garage - Google Patents
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- CN105863339A CN105863339A CN201510029866.XA CN201510029866A CN105863339A CN 105863339 A CN105863339 A CN 105863339A CN 201510029866 A CN201510029866 A CN 201510029866A CN 105863339 A CN105863339 A CN 105863339A
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Abstract
The invention relates to an assembled garage, which consists of an assembled main body structure, a lifting elevator and an intelligent control system. The assembled garage is characterized in that the assembled main body structure is formed by combining and splicing prefabricated concrete girders and prefabricated concrete columns through connecting elements, wherein an elevator shaft used for the lifting elevator is at least arranged in the main body structure; a movable automobile tray or/and an automobile moving traction device is/are arranged on a lift car of the lifting elevator; a tire fixing device is arranged on the automobile tray; and the tire fixing device or/and the movable automobile tray or/and the automobile moving traction device can operate through being commanded by the intelligent control system. Compared with a concrete casing forming method of a conventional underground garage, the construction method has the advantages that the construction speed is high; the construction quality can be easily mastered; the actual use area of the garage is nearly doubled; and the intelligent and fast parking and automobile taking can be realized.
Description
Technical field
The present invention relates to a kind of garage, particularly relate to a kind of quick assembled type garage.
Background technology
Existing multi-storied garage mostly build more than ground in, occupy more surface area, although existing tower garage and garage groups land utilization ratio thereof are higher, but it is disadvantageous in that the groups of building landscape effect taking urban ground space above and affecting around garage, in Modern Urban Living, especially the most crowded for the building of people's life on old town, ground, it is difficult to cook up suitable region for setting up parking systems on the ground；And although existing underground parking garage make use of the land resource of underground, but the vehicle running lanes occupied area within its garage is huge, cause the most large-area wasting of resources, and some car owner fails storing cycle in parking stall, such as one car takies two parking stalls, and this is also to cause a kind of wasting of resources.And underground parking garage area is increasing now, the number of plies is more, and car owner is sometimes difficult to quickly find oneself institute parking stall at short notice, wastes time and energy.
In recent years, multi-storied garage miscellaneous comes out in a large number, the trend of the most substituted Underground Garage traditionally.Its design principle is as follows, such as patent name " a kind of deep-wall type cubic garage from top, garage turnover automobile " (CN
102155103 A), deep-wall type cubic garage from top, garage turnover automobile, including the comb fork formula parking frame of partly encorbelmenting on storehouse, garage body, storehouse, garage body bicycle parking plate, jack-up unit, the bidirectional vehicle parking and withdrawing device that is placed on jack-up unit, automobile turnover garage, power drive system and the garage main frame in garage are respectively positioned on below automobile, underground is built in garage in, and automobile is from accessible turnover garage, top, garage.The most such as patent name " side-direction entry type multi-storied garage " (CN
103410362 A), side-direction entry type multi-storied garage, including parking warehouse compartment, automobile tray, operation track, driving means and computer control system, multi-storied garage is divided into upper and lower two-layer, and the garage parking position independent by several forms；In addition to two the parking warehouse compartments being positioned at lower floor rear and front end, other parking warehouse compartment is equipped with shed deckhead, and described shed deckhead passes through garage upright supports；The bilevel parking warehouse compartment being positioned at rear and front end is provided with and vertically runs track, and remaining parking warehouse compartment is provided with level run track；Each parking warehouse compartment has an automobile tray, the upper surface limited location of automobile tray is protruding, the lower surface of automobile tray is provided with independent driving means, driving means connects computer control system respectively, described multi-storied garage only one of which warehouse-in mouth, being positioned at multi-storied garage lower floor foremost, automobile tray can realize sidewayts running at this warehouse compartment.Above-mentioned garage design is low compared to its space availability ratio of the present invention, needs the biggest reserved space to move for vehicle, and floor space is big, and the shape need in space is had certain particularity.
The common ground of above-mentioned two patents is all vehicle layering to be parked in vertical direction, although this multi-storied garage is relative to traditional parking stall, road surface, can have more multiple parking stall on identical position, improve space utilization rate more than several times.But above-mentioned two patents also have weak point, that is, the mobile garage of this vertical direction, its garage itself is mobile device, the most not only needs headspace to decline for garage in underground, ground is also required on enough space garages rise.This set is not likely to be a problem in general outdoor, if this garage is arranged in basement, so most the most just ratio parking stalls of many about 2 traditional of parking stall, road surface on its single parking stall, because the floor height of basement limits can not do multi-level garage, this is also above two patent garage or the limitation in similar garage.
So for solving this limitation, it is accomplished by providing another garage design scheme, that is exactly that it is to utilize a single moving device of vehicle that vehicle enters garage, delivers to vehicle imbedded underground or be built in ground Multilayer parking position as fixing device using garage.Thus can be easy to rising or falling of garage without headspace.Improve space availability ratio by about one time.
nullSuch as patent name is " a kind of high-rise circular stereo garage " (CN 102277995 A) high-rise circular stereo garage，By agent structure、Circular garage index bed、Carrying elevator device、Rotate car bearing platform system and passenger conveyor system composition，Circular contour horizon, garage is on agent structure，Rotate car bearing platform system to be arranged on above circular garage index bed，Carrying elevator device is positioned at inside agent structure，Passenger conveyor system is positioned at the side of agent structure，And have certain angle in the direction of carrying elevator device，Agent structure supports whole high-rise circular stereo garage，It is additionally provided with parking area on circular garage index bed，And every layer of parking area is provided with six parking stalls altogether，It is arranged on as radial around rotation car bearing platform system，Rotate car bearing platform system by car bearing platform、Pivoting support、Decelerator I and car bearing platform drive motor composition，Carrying elevator device is by putting elevator in storage、Outbound elevator and carrying elevator control gear composition，Go out、Warehouse-in elevator is by car I、Carrying elevator is dragged and is drawn motor、Decelerator II、Assembly pulley I、Steel wire rope I and safety device I composition.Although the technical scheme of above-mentioned patent also can solve confinement problems described above, but the problem that himself exists is the most prominent, that is, the waste in every layer of parking tier space.Fan-shaped gap between such as every chassis is exactly waste greatly, if parking tier being designed as rectangle just can save out the usable floor area of about 38% area in the case of the parking stall ensureing equal number.
And for example patent name " compact berth device for automobiles " (CN 102071823 A) it include chassis and car parking platform, chassis is connected with car parking platform equipped with interconnective hydraulic cylinder, solenoid directional control valve, fluid pressure line, the piston rod of hydraulic cylinder；Or chassis is connected with car parking platform equipped with interconnective cylinder, pneumatic directional control valve, air pipe, the piston rod of cylinder；Car parking platform shifts with the piston rod of hydraulic cylinder or the action of the piston rod of cylinder.This moving device of vehicle can only transport vehicle toward direction, 4, front, rear, left and right, also it is equivalent at most be only 4 parking stalls and transport is provided, and can not provide for the parking stall on relative four angles and transport, so originally, the parking tier that can arrange 8 parking stalls can only arrange parking stall, 4, front, rear, left and right, wastes the parking space of nearly 50%.If this parking space of 50% can be utilized, the economic benefit that can nearly double, necessarily used in a large number by market.
Secondly, the mode of construction of conventional parking garages is the most all reinforced concrete cast-in-situ structure, long construction period, and construction quality is wayward.The most also there is a garage parking of steel frame construction, but be used on ground and the number of plies is few more.Owing to steel construction corrosion resistance is relatively poor, easily affected by outdoor climate temperature, cause itself structural behaviour unstable, there is certain potential safety hazard.
Additionally, the garage fire protecting performance of steel construction is poor, fire equipment complexity involves great expense, and general garage all exists fire safety hidden danger.And stopped and have mailbox, the situation of blast is there is also when fire happens suddenly.
Furthermore, the garage structure of steel construction or modern Cast-in-place concrete is permanent fixed garage, is not suitable for dismantling at any time when parking quantity drastically increases and decreases and runs and maintenance cost to reduce, it is impossible to more energy-conserving and environment-protective.
Summary of the invention
The technical problem to be solved is contemplated to overcome the weak point in above-mentioned garage to provide a kind of prefabricated garage.
The present invention adopts the following technical scheme that
A kind of prefabricated garage, by fabricated agent structure, hoisting elevator and intelligence control system composition, it is characterized in that described fabricated agent structure is by precast concrete beam, precast concrete column is formed by connector composite assembly, at least provided with a lift well for hoisting elevator in described agent structure, it is provided with moveable automobile tray or/and the draw-gear of moving automobile on the car of described hoisting elevator, automobile tray is provided with fixing device of the tire, described fixing device of the tire is or/and movably automobile tray is or/and the draw-gear of moving automobile runs under the commander of intelligence control system.This garage can be on the ground garage or/and underground garage, when vehicle is put in storage, intelligence system can preferentially choose the idle parking stall in corner, and dispatch draw-gear and move the bottom to the automobile tray being positioned on this free time parking stall, automobile tray it is lifted away from ground the car floor of hoisting elevator consigned to lift well and places, automobile sails on described automobile tray and parking, and intelligence system controls fixing device of the tire and fixed by the tire of vehicle.By hoisting elevator lifting to above-mentioned idle place, parking stall floor, by described draw-gear, the vehicle on automobile tray and automobile tray is lifted away from ground together, draw-gear is run to idle parking stall by track and puts down automobile tray and withdraw to car floor along track, waits that lower subsystem is transferred.During automobile outbound, car owner only need to be in computer terminal typing license plate number, system is transferred bottom the automobile tray that draw-gear to vehicle institute parking stall is placed, in the car floor of the hoisting elevator being stopped at this floor in automobile tray being lifted away from ground and being transported to elevator, and automobile tray is positioned in car floor.Entering bottom automobile tray for the ease of draw-gear, the bottom centre position at automobile tray is provided with cross through-going recess, and its depth of groove can accommodate draw-gear and free in and out.Running to outbound mouth at hoisting elevator, intelligence control system controls fixing device of the tire and unclamps vehicle tyre, and vehicle just can sail out of outbound.Whole docking process is full-automatic, it is not necessary to takies a large amount of space resources and travels warehouse-in for vehicle, has greatly saved use space.Secondly, vehicle can be moved to specify parking stall by its Automated condtrol fast and accurately, it is to avoid because scratching when individual's driving technology reason causes stopping and between Adjacent vehicles, it is to avoid unnecessary dispute.
Preferably, at least one piece of precast slab it is equipped with on described precast concrete beam, described precast slab periphery is provided with breach, tongue and groove, tenon mouth, the section configuration of described precast concrete beam is rectangle, L-shaped, convex shape, it is respectively arranged with built-in fitting and preformed hole that fixture uses on described precast concrete beam and precast slab, the faying surface on described precast concrete beam and the supporting surface of precast slab or between precast slab and precast slab is provided with flexible cushion.
Preferably, described precast concrete beam, precast concrete column are respectively arranged with cornerite or the packet header of band anchor rib in the end being connected with connector, and described precast concrete beam, precast concrete column are the one in ordinary reinforced concrete, steel reinforced concrete, concrete filled steel tube, prestressed reinforced concrete.
Preferably, precast concrete beam termination is one group of composition square type at the connector four of same horizontal plane, is provided with girt or horizontal lacing wire on its diagonal.
Preferably, described precast concrete column termination is one group of composition square type at the connector four of same vertical plane, is provided with vertical pull bar or vertical lacing wire on its diagonal.
Preferably, described connector is simultaneously connected with 2,3,4,5 or 6 precast concrete beams or/and precast concrete column.
Preferably, connector includes at least two connecting bolts and connecting plate, connecting angle iron or branch sleeve；Or the inside of the connecting plate of described connector, connecting angle iron or branch sleeve is additionally provided with at least one block of superfluous plate, described superfluous plate is additionally provided with connection core bar, described connection core bar is reserved with hole.
Further, described connector with described branch sleeve be pre-be made as one overall, the inside of branch sleeve is additionally provided with at least one block of superfluous plate, described superfluous plate is additionally provided with connection core bar, described connection core bar is reserved with hole.
Beneficial effects of the present invention: the multistoried garage of the xoncrete structure of a kind of assembling can be provided, for the concreting of Underground Garage traditionally is molded, each parts within its garage can be single individuality, can arbitrarily carry out dismantling, assemble, mobile, this is the outstanding feature of the present invention.Can realize speed of application fast, construction quality is easily controlled, and beam, the post of composition garage agent structure, floor all can be the most prefabricated, job site direct-assembling.Relative to steel construction garage, it is with low cost, and maintenance corrosion-resistant, easy is its sharpest edges.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 1；
Fig. 2 is the structural representation of embodiment 2；
Fig. 3 is the structural representation of embodiment 3；
Fig. 4 is the structural representation of embodiment 4；
Fig. 5 is the structural representation of embodiment 5；
Fig. 6 is the structural representation of embodiment 6；
Fig. 7 is the structural representation of embodiment 7；
Fig. 8 is the structural representation of embodiment 8；
Fig. 9 is the structural representation of embodiment 9；
Figure 10 is the structural representation of embodiment 10；
Figure 11 is the structural representation of embodiment 11；
Figure 12 is the structural representation of embodiment 12；
Figure 13 is the structural representation of embodiment 13；
Figure 14 is the structural representation of embodiment 14；
Figure 15 is the structural representation of embodiment 15；
Figure 16 is the structural representation of embodiment 16；
Figure 17 is the structural representation of embodiment 17；
Figure 18 is the structural representation of embodiment 18；
Figure 19 is the structural representation of embodiment 19；
Figure 20 is the structural representation of embodiment 20；
Figure 21 is the structural representation of embodiment 21；
Figure 22 is the structural representation of embodiment 22；
Figure 23 is the structural representation of embodiment 23；
Figure 24 is the structural representation of embodiment 24；
Figure 25 is the structural representation of embodiment 25；
Figure 26 is the structural representation of embodiment 26；
Figure 27 is the structural representation of embodiment 27.
In figure, reference is: 1-agent structure；2-hoisting elevator；3-intelligence control system；4-precast concrete beam；5-precast concrete column；6-connector；7-lift well；8-car；9-fixing device of the tire；10-automobile tray；11-draw-gear；12-precast slab；13-fixture；14-built-in fitting；15-preformed hole；16-flexible cushion；17-band anchor rib；18-cornerite；19-packet header；20-girt；The horizontal lacing wire of 21-；The vertical pull bar of 22-；The vertical lacing wire of 23-；24-connecting bolt；25-connecting plate；26-connecting angle iron；27-branch sleeve；28-goes to live in the household of one's in-laws on getting married plate；29-connects core bar；30-hole.
Specific embodiment
Below by embodiment, and combine accompanying drawing, technical scheme is described in further detail.Obviously, described embodiment is only the section Example of the present invention.
Embodiment as shown in Figures 1 to 4, described prefabricated garage, by fabricated agent structure 1, hoisting elevator 2 and intelligence control system 3 form, described fabricated agent structure 1 is by precast concrete beam 4, precast concrete column 5 is formed by connector 6 composite assembly, at least provided with a lift well 7 for hoisting elevator 2 in described agent structure 1, the draw-gear 11 of moveable automobile tray 10 and moving automobile it is provided with on the car 8 of described hoisting elevator 2, automobile tray 10 is provided with fixing device of the tire 9, described fixing device of the tire 9 and moveable automobile tray 10 and draw-gear 11 run under the commander of intelligence control system 3.This garage can be on the ground garage or/and underground garage, when vehicle is put in storage, intelligence system can choose idle parking stall, and dispatch draw-gear 11 and move the bottom to the automobile tray 10 being positioned on this free time parking stall, automobile tray 10 it is lifted away from ground car 8 base plate of hoisting elevator 2 consigned to lift well 7 and places, automobile sails on described automobile tray 10 and parking, and intelligence system controls fixing device of the tire 9 and fixed by the tire of vehicle.Lifted to above-mentioned idle place, parking stall floor by hoisting elevator 2, by described draw-gear 11, the vehicle on automobile tray 10 and automobile tray 10 is lifted away from ground together, draw-gear 11 is run to idle parking stall by track and puts down automobile tray 10, and withdraw to car 8 base plate along track, wait that lower subsystem is transferred.During automobile outbound, car owner only need to be in computer terminal typing license plate number, system is transferred bottom the automobile tray 10 that draw-gear 11 to vehicle institute parking stall is placed, on car 8 base plate of the hoisting elevator 2 being stopped at this floor in automobile tray 10 being lifted away from ground and being transported to elevator, and automobile tray 10 is positioned on car 8 base plate.As shown in Figure 4, entering bottom automobile tray 10 for the ease of draw-gear 11, the bottom centre position at automobile tray 10 is provided with cross through-going recess, and its depth of groove can accommodate draw-gear 11 and free in and out.Running to outbound mouth at hoisting elevator 2, intelligence control system 3 controls fixing device of the tire 9 and unclamps vehicle tyre, and vehicle just can sail out of outbound.Whole docking process is full-automatic, it is not necessary to takies a large amount of space resources and travels warehouse-in for vehicle, has greatly saved use space.Secondly, vehicle can be moved to specify parking stall by its Automated condtrol fast and accurately, it is to avoid because scratching when individual's driving technology reason causes stopping and between Adjacent vehicles, it is to avoid unnecessary dispute.
Embodiment as shown in Figure 5 and Figure 6, the groove that 12 liang of long limits of precast slab are respectively arranged with tongue and groove and tongue and groove matches.By both sides buckle corresponding for two pieces of precast slabs 12, locking when assembling floor, precast slab 12 can be connected by such design without remaining bracing means, described tongue and groove is also designed to breach or tenon mouth, and specific design mode can be according to practice of construction requirement.
Embodiment as shown in Figure 7, the section configuration of precast concrete beam 4 is rectangle, and precast slab 12 is placed directly on precast concrete beam 4, unilateral can place precast slab 12, it is possible to precast slab 12 is placed in both sides.
Embodiment as shown in Figure 8, the section configuration of precast concrete beam 4 is L-shaped, and precast slab 12 is placed directly in the recess of precast concrete beam 4, places precast slab 12 for one side only.
Embodiment as shown in Figure 9, the section configuration of precast concrete beam 4 is convex shape, and precast slab 12 is placed directly in the recess on the both sides of precast concrete beam 4, can place precast slab 12 in both sides.
Embodiment as shown in Figure 10, built-in fitting 14 and preformed hole 15 that fixture 13 uses it is respectively arranged with on precast concrete beam 4 and precast slab 12, precast concrete beam 4 is provided with preformed hole 15, built-in fitting 14 is embedded in precast slab 12 in advance, during installation, the same preformed hole 15 of built-in fitting 14 is alignd, then fixture 13 is inserted in preformed hole 15, complete to fix.
Embodiment as shown in figure 11, being provided with flexible cushion 16 on faying surface on the supporting surface of precast concrete beam 4 and precast slab 12 or between precast slab 12 and precast slab 12, its flexible cushion 16 can effectively absorb between precast concrete beam 4 with precast slab 12 and between precast slab 12 because of phase
Mutually displacement and the usefulness that produces, can avoid occurring friction or collision, cause component damage, and its bed course can also effectively cut off the connection of cold-heat bridge, play the effect of insulation noise reduction.
Such as Figure 12, Figure 13 and embodiment illustrated in fig. 14, precast concrete beam 4, precast concrete column 5 are respectively arranged with cornerite 18 or the packet header 19 of band anchor rib 17 in the end being connected with connector 6.As shown in figure 13, when precast concrete beam 4 or precast concrete column 5, cornerite 18 or packet header 19 are formed on precast concrete beam 4 or the two ends of precast concrete column 5 the most in advance, as shown in figure 14, cornerite 18 parcel precast concrete beam 4 or the corner of precast concrete column 5, cornerite 18 internal preset has band anchor rib 17, strengthens cornerite 18 and precast concrete beam 4 or the fastness of precast concrete column 5.As shown in figure 15, the whole end of precast concrete beam 4 or precast concrete column 5 is wrapped up in packet header 19, and packet header 19 internal preset has band anchor rib 17, strengthens packet header 19 and precast concrete beam 4 or the fastness of precast concrete column 5.Above-mentioned design is preferably to connect effect to make precast concrete beam 4 or precast concrete column 5 can have when being connected with connector 6, if connector 6 is steel construction, it is connected with general concrete, its cohesive is poor, just can be by welding when assembling behind above-mentioned cornerite 18 or packet header 19 when using, the modes such as bolt fastening are attached so that it is connect more firm.
Embodiment as shown in figs, precast concrete beam 4 termination is one group of composition square type at the connector 6 four of same horizontal plane, is provided with girt 20 or horizontal lacing wire 21 on its diagonal.Described girt 20 or horizontal lacing wire 21 are mainly for improving the globality of framework of steel reinforcement, by girt 20 or horizontal lacing wire 21, multiple single precast concrete beam 4 drawknot of same horizontal plane is become an entirety, make its common stress, thus improve the resistance to tension of its entirety.
Embodiment as shown in FIG. 17 and 18, precast concrete column 5 termination is one group of composition square type at the connector 6 four of same vertical plane, is provided with vertical pull bar 22 or vertical lacing wire 23 on its diagonal.Described vertical pull bar 22 or vertical lacing wire 23 are mainly for improving the globality of framework of steel reinforcement, by vertical pull bar 22 or vertical lacing wire 23, multiple single precast concrete column 5 drawknot of same vertical plane is become an entirety, make its common stress, thus improve the resistance to tension of its entirety.
Embodiment as shown in figure 19, described connector 6 is simultaneously connected with 2,3,4,5 or 6 precast concrete beams 4 or/and precast concrete column, as shown in figure 20, described connector 6 can arrange multiple connector, in the middle of different structures, the number of its connector needs design according to practice of construction.
Embodiment as shown in figure 20, connector 6 includes connecting bolt 24 and connecting plate 25, connecting plate 25 is provided with the same side of two holes passed for connecting bolt 24, the end head of connector 6 and precast concrete beam 4/ precast concrete column 5 connected and is provided with the hole inserted for connecting bolt 24.Connecting bolt 24 embeds in hole through connecting plate 25 and fastens, and this design can play booster action, in particular for the booster action of certain side.Than if desired for deliberately strengthening the bearing capacity of which side, above-mentioned connecting plate 25 only need to be installed in this side, it is to avoid single direction stress exceedes load and causes the breakage of precast concrete beam 4/ precast concrete column 5, affects the overall structure safety in garage.
Embodiment as shown in figure 21, connector 6 includes connecting bolt 24 and connecting angle iron 26, on connecting angle iron 26, every same side being provided with two holes passed for connecting bolt 24, the end head of connector 6 and precast concrete beam 4/ precast concrete column 5 connected on one side is provided with the hole inserted for connecting bolt 24.Connecting bolt 24 embeds in hole through connecting angle iron 26 and fastens, this design can play booster action, two precast concrete beam 4/ precast concrete column 5 can be connected l-shaped, make mutually provide between the two support force, strengthen its bearing capacity, avoid single direction stress to exceed load and cause precast concrete beam 4/ precast concrete column 5 damaged, affect the overall structure safety in garage.
Embodiment as shown in figure 22, connector 6 includes connecting bolt 24 and branch sleeve 27, the same side being respectively equipped with two holes passed for connecting bolt 24, the end head of connector 6 and precast concrete beam 4/ precast concrete column 5 connected on 4 sides of branch sleeve 27 is provided with the hole inserted for connecting bolt 24.Connecting bolt 24 embeds in hole through branch sleeve 27 and fastens, this design can play booster action, connector 6 can be fastenedly connected with precast concrete beam 4/ precast concrete column 5, make to form an entirety between the two and support force is mutually provided, strengthen its bearing capacity.And branch sleeve 27 is similar to four connecting plate 25 common combinations, connector 6 can be strengthened and jointly carry the active force from multiple directions with precast concrete beam 4/ precast concrete column 5, avoid single direction stress to exceed load and cause precast concrete beam 4/ precast concrete column 5 damaged, affect the overall structure safety in garage.
Embodiment as shown in figure 23, connecting plate 25 side is provided with one block of superfluous plate 28, being additionally provided with connection core bar 29 on the two sides of superfluous plate 28, described connection core bar 29 is reserved with hole 30, the side that connector 6 contacts with each other with precast concrete beam 4/ precast concrete column 5 is provided with groove.The core bar 29 that connects of superfluous plate 28 is inserted in the groove arranged in connector 6 and precast concrete beam 4/ precast concrete column 5 respectively, and connector 6, precast concrete beam 4/ precast concrete column 5 contact with the two sides of superfluous plate 28 respectively.Then connect connect after core bar 29 inserts connector 6 and precast concrete beam 4/ precast concrete column 5 hole 30 on core bar 29 corresponding to being reserved with hole 30 on connector 6 and precast concrete beam 4/ precast concrete column 5 and connecting plate 25.After connecting core bar 29 insertion, connecting rod is each passed through connector 6 and precast concrete beam 4/ precast concrete column 5 and connecting plate 25 and connects hole 30 reserved on core bar 29 and lock, using the teaching of the invention it is possible to provide the most outstanding supportive and tightness.
Embodiment as shown in figure 24, every opposing side on one side of connecting angle iron 26 is provided with one block of superfluous plate 28, connection core bar 29 it is additionally provided with on the two sides of superfluous plate 28, being reserved with hole 30 on described connection core bar 29, the side that connector 6 contacts with each other with precast concrete beam 4/ precast concrete column 5 is provided with groove.The core bar 29 that connects of superfluous plate 28 is inserted in the groove arranged in connector 6 and precast concrete beam 4/ precast concrete column 5 respectively, and connector 6, precast concrete beam 4/ precast concrete column 5 contact with the two sides of superfluous plate 28 respectively.Then connect connect after core bar 29 inserts connector 6 and precast concrete beam 4/ precast concrete column 5 hole 30 on core bar 29 corresponding to being reserved with hole 30 on connector 6 and precast concrete beam 4/ precast concrete column 5 and connecting angle iron 26.After connecting core bar 29 insertion, connecting rod is each passed through connector 6 and precast concrete beam 4/ precast concrete column 5 and connecting angle iron 26 and connects hole 30 reserved on core bar 29 and lock, using the teaching of the invention it is possible to provide the most outstanding supportive and tightness.
Embodiment as shown in figure 25, branch sleeve 27 is internally provided with one block of superfluous plate 28, being provided with connection core bar 29 on the two ends end face of superfluous plate 28, described connection core bar 29 is reserved with hole 30, the side that connector 6 contacts with each other with precast concrete beam 4/ precast concrete column 5 is provided with groove.The core bar 29 that connects of superfluous plate 28 is inserted in the groove arranged in connector 6 and precast concrete beam 4/ precast concrete column 5 respectively, and connector 6, precast concrete beam 4/ precast concrete column 5 contact with the two sides of superfluous plate 28 respectively.Then connect connect after core bar 29 inserts connector 6 and precast concrete beam 4/ precast concrete column 5 hole 30 on core bar 29 corresponding to being reserved with hole 30 on connector 6 and precast concrete beam 4/ precast concrete column 5 and branch sleeve 27.After connecting core bar 29 insertion, connecting rod is each passed through connector 6 and precast concrete beam 4/ precast concrete column 5 and branch sleeve 27 and connects hole 30 reserved on core bar 29 and lock, using the teaching of the invention it is possible to provide the most outstanding supportive and tightness.
Embodiment as shown in figure 26, connector 6 is made as an entirety in advance in advance with branch sleeve 27, the every one side face of branch sleeve 27 is provided with 1 hole passed for connecting bolt 24, and 4 sides of the end of precast concrete beam 4/ precast concrete column 5 connected are provided with the hole inserted for connecting bolt 24.Precast concrete beam 4/ precast concrete column 5 connected is inserted in branch sleeve 27, fastens in connecting bolt 24 is passed branch sleeve 27 and inserts the hole that precast concrete beam 4/ precast concrete column 5 is arranged.This design can play booster action, can be fastenedly connected with precast concrete beam 4/ precast concrete column 5 by connector 6, makes to form an entirety between the two and mutually provides support force, strengthens its bearing capacity.And branch sleeve 27 is similar to four connecting plate 25 common combinations, connector 6 can be strengthened and jointly carry the active force from multiple directions with precast concrete beam 4/ precast concrete column 5, avoid single direction stress to exceed load and cause precast concrete beam 4/ precast concrete column 5 damaged, affect the overall structure safety in garage.
Embodiment as shown in figure 27, connector 6 is made as an entirety in advance in advance with branch sleeve 27, branch sleeve 27 is internally provided with one block of superfluous plate 28, connection core bar 29 it is provided with on the end face away from connector 6 of superfluous plate 28, it is reserved with hole 30 on described connection core bar 29, branch sleeve 27 is provided with hole 30 on the position corresponding to hole 30, the contact surface of one end that precast concrete beam 4/ precast concrete column 5 contacts with connector 6 is provided with groove.Connecting in the groove that core bar 29 can be entirely insertable in precast concrete beam 4/ precast concrete column 5 setting of superfluous plate 28.The two sides that precast concrete beam 4/ precast concrete column 5 is parallel to each other are provided with and are available for the hole 30 that connecting rod runs through.After connecting core bar 29 insertion, connecting rod through precast concrete beam 4/ precast concrete column 5 and branch sleeve 27 and is connected hole 30 reserved on core bar 29 and locks, using the teaching of the invention it is possible to provide the most outstanding supportive and tightness.Described connecting rod is dismountable, and described prefabricated garage needs connecting rod to be unloaded during dismounting, quickly the dismounting of whole garage structure can be moved for single parts, and can reuse.
Should be understood that above-described embodiment is merely to illustrate the present invention rather than limits the scope of the present invention.It should also be understood that be that the present invention can be made various change and amendment by those skilled in the art, and these equivalent form of values fall within the application appended claims limited range equally after reading present disclosure.
Claims (8)
1. a prefabricated garage, by fabricated agent structure (1), hoisting elevator (2) and intelligence control system (3) composition, it is characterized in that described fabricated agent structure (1) is by precast concrete beam (4), precast concrete column (5) is formed by connector (6) composite assembly, at least provided with a lift well for hoisting elevator (2) (7) in described agent structure (1), it is provided with fixing device of the tire (9) or/and movably automobile tray (10) is or/and the draw-gear (11) of moving automobile on the car (8) of described hoisting elevator (2), described fixing device of the tire (9) is or/and movably automobile tray (10) is or/and the draw-gear (11) of moving automobile runs under the commander of intelligence control system (3).
Prefabricated garage the most according to claim 1, it is characterised in that be equipped with at least one piece of precast slab (12) on described precast concrete beam (4)；Or described precast slab (12) periphery is provided with breach, tongue and groove, tenon mouth；Or the section configuration of described precast concrete beam (4) is rectangle, L-shaped, convex shape；Or it is respectively arranged with, on described precast concrete beam (4) and precast slab (12), built-in fitting (14) and the preformed hole (15) that fixture (13) uses；It is provided with flexible cushion (16) on faying surface on described precast concrete beam (4) and the supporting surface of precast slab (12) or between precast slab (12) and precast slab (12).
Prefabricated garage the most according to claim 1, it is characterised in that described precast concrete beam (4), precast concrete column (5) are respectively arranged with cornerite (18) or packet header (19) of band anchor rib (17) in the end being connected with connector (6)；Or described precast concrete beam (4), precast concrete column (5) is the one in ordinary reinforced concrete, steel reinforced concrete, concrete filled steel tube, prestressed reinforced concrete.
Prefabricated garage the most according to claim 1, it is characterised in that precast concrete beam (4) termination is one group of composition square type at the connector (6) four of same horizontal plane, is provided with girt (20) or horizontal lacing wire (21) on its diagonal.
Prefabricated garage the most according to claim 1, it is characterized in that described precast concrete column (5) termination is one group of composition square type at the connector (6) four of same vertical plane, its diagonal is provided with vertical pull bar (22) or vertical lacing wire (23).
Prefabricated garage the most according to claim 1, it is characterised in that described connector (6) is simultaneously connected with 2,3,4,5 or 6 precast concrete beams (4) or/and precast concrete column (5).
Prefabricated garage the most according to claim 1, it is characterised in that connector (6) includes at least two connecting bolts (24) and connecting plate (25), connecting angle iron (26) or branch sleeve (27)；Or the inside of the connecting plate (25) of described connector (6), connecting angle iron (26) or branch sleeve (27) is additionally provided with at least one piece of superfluous plate (28)；Or on described superfluous plate (28), it is additionally provided with connection core bar (29)；Or it is reserved with hole (30) on described connection core bar (29).
Prefabricated garage the most according to claim 7, it is characterised in that connector (6) and branch sleeve (27) are made as an entirety in advance；Or the inside of branch sleeve (27) is additionally provided with at least one piece of superfluous plate (28)；Or on described superfluous plate (28), it is additionally provided with connection core bar (29)；Or it is reserved with hole (30) on described connection core bar (29).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510029866.XA CN105863339A (en) | 2015-01-22 | 2015-01-22 | Assembled garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510029866.XA CN105863339A (en) | 2015-01-22 | 2015-01-22 | Assembled garage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105863339A true CN105863339A (en) | 2016-08-17 |
Family
ID=56623012
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510029866.XA Pending CN105863339A (en) | 2015-01-22 | 2015-01-22 | Assembled garage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105863339A (en) |
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| CN110292728A (en) * | 2019-07-17 | 2019-10-01 | 唐大为 | A kind of motor vehicle storage unit of assembled fire-type |
| CN112554592A (en) * | 2020-11-26 | 2021-03-26 | 中国建筑第八工程局有限公司 | Construction method of additionally-built ground parking garage |
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Application publication date: 20160817 |