CN208105467U - A kind of pin-connected panel cabin pedestal - Google Patents

Abstract

A kind of pin-connected panel cabin pedestal, including support frame and steelframe, steelframe is placed on above support frame, support frame includes crossbeam and six supporting legs, supporting leg includes fixed supporting leg and movable supporting legs, and fixed supporting leg is embedded in soil vertically, and the lower end of movable supporting legs is set on fixed supporting leg and can slide up and down along fixed supporting leg, movable supporting legs and fixed supporting leg are fixed by fixed device, and movable supporting legs upper end and crossbeam are affixed.In the present invention, adjust height of the movable supporting legs on fixed supporting leg, recycle the position of fixed device relatively fixed movable supporting legs and fixed supporting leg, the total height of each supporting leg can be adjusted, to adapt to different landform, guaranteeing also can relatively be easily adjusted in rugged topography makes steelframe be in horizontality, has achieved the effect that adapt to rugged topography.

Description

A kind of pin-connected panel cabin pedestal

Technical field

The utility model relates to a kind of pedestal of one off houses, in particular to a kind of pin-connected panel cabin pedestal.

Background technique

Exploitation with people to mountain forest resource, it is often necessary to shanty is built in mountain forest as campsite.On mountain Lin Zhong, as generally tent or the pin-connected panel cabin of shanty, when building, general lower section is passed through with pedestal is used Pedestal by tent, perhaps keep apart with ground in order to avoid the moisture on ground enters in cabin or tent by pin-connected panel cabin.

Existing makeshift camp pedestal includes support frame and steelframe, and support frame includes crossbeam and supporting leg, and supporting leg is standard, long Spend equal, supporting leg is embedded in ground vertically, and crossbeam is affixed with supporting leg, and steelframe is located above crossbeam and supporting leg.Supporting leg is buried In level land, it can guarantee that crossbeam and steelframe are in horizontality.

Disadvantage is that the earth's surface in mountainous region is rugged and rough, it is difficult to find one block of relatively flat soil, it is above-mentioned small Room pedestal is difficult to adapt to this landform, generally requires to take a long time the depth for adjusting each supporting leg embedment ground, ability Guarantee that steelframe is in horizontality, process is time-consuming and laborious.

Utility model content

The purpose of the utility model is to provide a kind of pin-connected panel cabin pedestals, solve above-mentioned pedestal in the prior art and are difficult to The problem of adapting to rugged ground.

The above-mentioned technical purpose of the utility model technical scheme is that：

A kind of pin-connected panel cabin pedestal, including support frame and steelframe, steelframe are placed on above support frame, and support frame includes big Beam and six supporting legs, supporting leg include fixed supporting leg and movable supporting legs, and fixed supporting leg is embedded in soil vertically, under movable supporting legs End cap is located on fixed supporting leg and can slide up and down along fixed supporting leg, and movable supporting legs and fixed supporting leg pass through fixed device and consolidate Fixed, movable supporting legs upper end and crossbeam are affixed.

By using above-mentioned technical proposal, height of the movable supporting legs on fixed supporting leg is adjusted, recycles fixed device phase To the position of fixed movable supporting legs and fixed supporting leg, the total height of each supporting leg can be adjusted, to adapt to different landform, is guaranteed Also can relatively be easily adjusted in rugged topography makes steelframe be in horizontality, has achieved the effect that adapt to rugged topography.

Preferably, fixed device includes several lock pins and pin hole, several pin holes are uniformly provided with fixation in the vertical direction On the tube wall of supporting leg and movable supporting legs；When the process that movable supporting legs are set on fixed supporting leg and slide up and down along fixed supporting leg In, the pin hole on fixed supporting leg can be aligned with the pin hole on movable supporting legs；When movable supporting legs are opposite with fixed supporting leg fixed, Lock pin is inserted into the pin hole on fixed supporting leg and movable supporting legs.

By using above-mentioned technical proposal, sliding adjustment movable supporting legs are socketed in the height on fixed supporting leg, make fixed branch Pin hole alignment on leg and movable supporting legs, lock pin is inserted into the pin hole on fixed supporting leg and movable supporting legs, with fixed solid Determine supporting leg and movable supporting legs.

Preferably, the pin hole on fixed supporting leg and movable supporting legs runs through fixed supporting leg and movable supporting legs.

By using above-mentioned technical proposal, lock pin locks movable supporting legs and the intensity of fixed supporting leg is bigger.

Preferably, fixed device is several tight fixed bolts, tight fixed bolt is threadedly coupled with the lateral wall of movable supporting legs, and Tight fixed bolt is connected on fixed supporting leg.

Preferably, steelframe includes outer rim, it is horizontal, vertical in outer rim to be welded with more support rods；The lower edge of outer rim is high Degree is higher by support rod, and support frame is located in outer rim.

By using above-mentioned technical proposal, under the position-limiting action of outer rim, outer rim will not slide out the model of support frame It encloses, steelframe is avoided to slide support frame.

Preferably, the pedestal also includes plank, the upper edge of outer rim is higher than support rod, and plank is located above outer rim And it is located in outer rim.

By using above-mentioned technical proposal, plank is limited by outer rim, and plank is avoided to slide with respect to steelframe.

Preferably, upper movable supporting legs are vertically connected with baffle on the one side of upper end, crossbeam is overlapped on above baffle.

First crossbeam is overlapped on baffle, in this way by using above-mentioned technical proposal in fixed crossbeam and movable supporting legs It is more laborsaving.

In conclusion the utility model has the following technical effects：It is adjustable by the way that supporting leg is arranged to length, it can adjust The total height of each supporting leg, to adapt to different landform, guaranteeing also can relatively be easily adjusted in rugged topography makes at steelframe In horizontality, achieve the effect that adapt to rugged topography.

Detailed description of the invention

Fig. 1 is the external structure schematic diagram of embodiment one；

Fig. 2 is the schematic diagram after chassis plane expansion；

Fig. 3 is the schematic diagram after main support planar development；

Fig. 4 is the schematic diagram after secondary support planar development；

Fig. 5 is enlarged drawing at local A in Fig. 2；

Fig. 6 is enlarged drawing at local B in Fig. 2；

Fig. 7 is enlarged drawing at Local C in Fig. 2；

Fig. 8 is the structural schematic diagram of keel；

Fig. 9 is the structural schematic diagram of panel；

Figure 10 is the external structure schematic diagram of pedestal；

Figure 11 is the configuration schematic diagram of pedestal；

Figure 12 is the structural schematic diagram of supporting leg；

Figure 13 is the external structure schematic diagram of room floor；

Figure 14 is the configuration schematic diagram of room floor.

In figure, 1, pedestal；11, support frame；111, supporting leg；112, crossbeam；113, movable supporting legs；114, fixed supporting leg； 115, baffle；12, steelframe；121, outer rim；122, support rod；13, plank；14, fixed device；141, lock pin；142, pin hole； 2, room floor；21, fixed frame；211, fixed plate；22, insulation board；23, floor；24, solid slab；25, yoke；26, square steel Set；3, bracket；31, keel；311, short keel；312, long keel；313, mounting groove；314, shoulder is installed；315, wiring groove；32, Connector；321, five pawl connector；322, six pawl connector；323, basal disc；324, claw；325, interconnecting piece；33, first is single Member；34, four paws connector；38, secondary support；39, main support；4, panel；41, first panel；42, second panel；43, mainboard； 44, auxiliary plate.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "upper", "lower", " bottom Face " and " top surface " refer to that the direction in attached drawing, word "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment one：

As shown in Figure 1, a kind of pin-connected panel spherical shape cabin, includes pedestal 1, room floor 2, bracket 3 and panel 4, pedestal 1 is set In on ground, room floor 2 is fixed in 1 top of pedestal, and bracket 3 is fixed in 2 top of room floor, and panel 4 is mounted on bracket 3 On.Bracket 3 constitutes hemispheric skeleton, plays main supporting role, and panel 4 is wrapped up or is embedded on bracket 3, plays guarantor The effect of the effects of shield, rain-proof, heat preservation, pedestal 1 and room floor 2 mainly keep apart bracket 3 with ground, prevent ground On moisture directly penetrate into spherical cabin.Therefore, spherical cabin can also not include pedestal 1 and room floor 2.

As shown in Figures 2 and 3, bracket 3 includes main support 39, and main support 39 includes multiple keel 31 and connector 32, Middle keel 31 divide for short keel 311 and long keel 312, and the length ratio of short keel 311 and long keel 312 is 1:1.618；Connection Part 32 includes five pawl connectors 321 and six pawl connectors 322, as shown in Figure 5 and Figure 6, five pawl connectors 321 and six pawl connectors 322 include a circular basal disc 323 and multiple claws 324, the pawl that five pawl connectors 321 and six pawl connectors 322 have 324 quantity of portion is respectively five and six, and claw 324 is evenly distributed on the circumferential surface of basal disc 323 centered on the center of circle of basal disc 323 On, claw 324 and basal disc 323 are integrally formed and bend to 323 side of basal disc, and bending angle is 18 °；

As shown in Figure 3 and Figure 5, one end of five short keel 311 respectively with the affixed shape of claw 324 of five pawl connectors 321 At first unit 33, the one end of short keel 311 far from five pawl connectors 321 in first unit 33 with six pawl connectors 322 Claw 324 it is affixed, each six pawls connector 322 is affixed with the short keel 311 in two first units 33（Such as Fig. 2 and Fig. 6 It is shown）, and two first units 33 and the affixed claw 324 of six pawl connectors 322 are in relative position（Such as Fig. 2 and Fig. 6 institute Show）；It is affixed by long keel 312 between two adjacent six pawl connectors 322；

As shown in figure 3, the tool of main support 39 is there are six first unit 33, one of first unit 33 is located at the top of bracket 3 End, remaining five first units 33 are evenly arranged on around the first unit 33 in top.

During splicing main support 39, first use five pawl connectors 321 and short keel 311 by six first units 33 Spicing forming type；Later again centered on the first unit 33 in top, using five six pawl connectors 322 by residue five the One unit 33 is connect with intermediate first unit 33, forms basic framework；Finally, between two neighboring six pawls connector 322 It is connected using long keel 312, forms main support 3929.3929 bottommost of main support has ten root long keel 312 and ten six pawls Connector 322, since the dog-ear in six pawl connectors 322 and five pawl connectors 321 between claw 324 and basal disc 323 is 18 °, the ratio of short keel 311 and long keel 312 is 1:1.618, therefore being capable of one hemispheric main support of self-assembling formation 399.Main support 39 using this pin-connected panel building method, and due in five pawl connectors 321 and six pawl connectors 322 due to There are 18 ° of dog-ears between claw 324 and basal disc 323, therefore the elastic force present in build process of main support 39 is very small, Build more convenient, and therefore keel 31 also can use hard material（It is preferably wooden）, reached convenient for building and tying The firm double requirements of structure.

It, can be in main support 39 in order to increase the space within doors for the cabin that main support 39 is formed in conjunction with shown in Fig. 2 and Fig. 4 Lower part connect secondary support 38, increasing the spatial volume of secondary support 38 to promote the height of main support 39 realizes increase cabin The purpose in space.Secondary support 38 includes ten four paws connector 34 and 30 long keels 312；As shown in fig. 7, four paws connector 34 including basal disc 323 and with the integrally formed interconnecting piece 325 of basal disc 323 and four claws 324；Four claws 324 are uniform It is distributed on the upper semicircumference of basal disc 323, and claw 324 bends 18 ° towards 323 side of basal disc, interconnecting piece 325 is located at basal disc The middle position of 323 lower half circumference；Interconnecting piece 325 is affixed with room floor 2 downward, on two neighboring four paws connector 34 Pass through long keel 312 between claw 324 between claw 324 and on four paws connector 34 and six adjacent pawl connectors 322 It is affixed.

Preferably, as shown in figure 8, the intermediate position of 31 both ends of the surface of keel is recessed inwardly to form mounting groove 313, in keel 31 When connecting with connector 32, claw 324 is inserted into mounting groove 313, and claw 324 and keel 31 are connected by bolt in the present embodiment Connect fixation, naturally it is also possible to fix using other modes.By the way that claw 324 to be inserted into mounting groove 313, it is capable of increasing keel 31 with the bonding strength of claw 324, also facilitate keel 31 to pre-fix with claw 324 by frictional force.

It is further preferred that as shown in figure 8, keel 31 prolong in the one side of hemispheric 3 inside of bracket along keel 31 The intermediate position for stretching direction, which is recessed downwards, forms wiring groove 315.In this way, at the spherical small road of deployment line within doors, it can be by electric wire Route is placed in wiring groove 315, guarantees the neat of route, can also play the role of protection circuit.

As shown in figure 3, panel 4 divides for first panel 41 and second panel 42；The shape of first panel 41 is isoceles triangle Shape is mounted in the isosceles triangle profile that adjacent two short keel 311 are spliced to form with long keel 312 in first unit 33； The shape of second panel 42 is equilateral triangle, is mounted on and connects three six adjacent pawl connectors 322 by long keel 312 And in the equilateral triangle profile formed.

As shown in figure 8, panel 4 in order to facilitate the installation of, keel 31 are located in hemispheric 3 outside one side of bracket, along keel The two sides of 31 extending directions are recessed downwards the installation shoulder 314 formed for installing panel 4.In this way, when panel 4 is placed on three keel When between 31, just panel 4 is connected on installation shoulder 314, also can be realized the seamless connection of panel 4 Yu keel 31.

Preferably, as shown in figure 9, panel 4 includes mainboard 43 and auxiliary plate 44, auxiliary plate 44 is fixed in the one side of mainboard 43, When panel 4 is mounted on bracket 3, auxiliary plate 44 passes through bracket 3, and mainboard 43 is overlapped on installation shoulder 314.In this way, 43 energy of mainboard Enough play the role of protection, auxiliary plate 44 can play heat preservation, increase spherical small comfort level within doors.It is inlayed in panel 4 After on bracket 3, sealed using sealant.

Since the difference of short keel 311 and long keel 312 is only that length, the difference of first panel 41 and second panel 42 It is only that shape, therefore worker is easy to obscure short keel 311 and long keel 312 and first panel 41 during splicing With second panel 42, cause to expend the even assembled failure of longer assembling duration.It therefore, can be by short keel 311 and long keel 312 and first panel 41 and second panel 42 the phenomenon that using different color or material, being distinguished, avoided confusion go out It is existing.

Embodiment two：

As shown in Figure 1, pedestal 1 primarily serves the effect for stablizing support room floor 2 and bracket 3.As shown in Figure 10, pedestal 1 includes support frame 11, steelframe 12 and plank 13,11 side of being placed on the ground of support frame, and steelframe 12 is overlapped on 11 top of support frame, Plank 13 is laid in 12 top of steelframe.

As shown in figure 11, support frame 11 includes six supporting legs 111 and two crossbeams 112；As shown in figure 12, supporting leg 111 wraps Fixed supporting leg 114 and movable supporting legs 113 are included, fixed supporting leg 114 is embedded in soil vertically, and the lower end of movable supporting legs 113 is arranged It can slide up and down on fixed supporting leg 114 and along fixed supporting leg 114, movable supporting legs 113 and fixed supporting leg 114 pass through fixed dress It sets 14 to fix, 113 upper end of movable supporting legs and crossbeam 112 are affixed, and a crossbeam 112 and three supporting legs 111 are affixed.In this way, adjustment Height of the movable supporting legs 113 on fixed supporting leg 114 recycles the relatively fixed movable supporting legs 113 of fixed device 14 and fixed branch The position of leg 114 can adjust the total height of each supporting leg 111, to adapt to different landform, guarantee also in rugged topography It is enough to be relatively easily adjusted 111 height of supporting leg, so that steelframe 12 is in horizontality, has achieved the effect that adapt to rugged topography.

Fixed device 14 can be there are many form.

Fixed device 14 can be several tight fixed bolts, and tight fixed bolt is threadedly coupled with the lateral wall of movable supporting legs 113, and And tight fixed bolt is connected on fixed supporting leg 114, by locking tight fixed bolt fixed supporting leg 114 even at the cost of one's life, to fix movable supporting legs 113 and fixed supporting leg 114.

As shown in figure 12, fixed device 14 can also be several lock pins 141 and pin hole 142, and several pin holes 142 are in vertical side It is uniformly provided on the tube wall of fixed supporting leg 114 and movable supporting legs 113 upwards；When movable supporting legs 113 are set in fixed supporting leg 114 It is upper and during sliding up and down along fixed supporting leg 114, pin hole 142 on fixed supporting leg 114 can on movable supporting legs 113 Pin hole 142 be aligned；When movable supporting legs 113 and fixed supporting leg 114 are relatively fixed, lock pin 141 be inserted into fixed supporting leg 114 and In pin hole 142 on movable supporting legs 113.Sliding adjustment movable supporting legs 113 are socketed in the height on fixed supporting leg 114, make to fix Pin hole 142 on supporting leg 114 and movable supporting legs 113 is aligned, and lock pin 141 is inserted into fixed supporting leg 114 and movable supporting legs 113 On pin hole 142 in, to fix fixed supporting leg 114 and movable supporting legs 113.

Preferably, the pin hole 142 on fixed supporting leg 114 and movable supporting legs 113 runs through fixed supporting leg 114 and activity Supporting leg 113.It is capable of increasing the intensity that lock pin 141 locks movable supporting legs 113 and fixed supporting leg 114 in this way, avoids lock pin 141 disconnected It splits.

Preferably, as shown in figure 12, upper movable supporting legs 113 are vertically connected with baffle 115 on the one side of upper end, greatly Beam 112 is overlapped on 115 top of baffle.In this way, crossbeam 112 is first overlapped on gear when fixed crossbeam 112 is with movable supporting legs 113 It is more laborsaving in this way on plate 115.

As shown in figure 11, steelframe 12 includes outer rim 121, horizontal, vertical in outer rim 121 to be welded with more support rods 122；Outside The lower edge height of frame 121 is higher by support rod 122, and support frame 11 is located in outer rim 121；The upper edge of outer rim 121 Higher than support rod 122, plank 13 is located at 121 top of outer rim and is located in outer rim 121.In this way, in the limit of outer rim 121 It under effect, can prevent plank 13 and support frame 11 from sliding with respect to steelframe 12, guarantee steady above platform.

Embodiment three：

In conjunction with Figure 13 and Figure 14, room floor 2 includes fixed frame 21, insulation board 22 and floor 23, and insulation board 22 is located at solid Determine in frame 21, floor 23 is located at the top of insulation board 22, realizes fix warming plate 22 by fixed frame 21, and insulation board 22 is realized Warming effect.

As shown in figure 14, the profile of fixed frame 21 is positive odd plots of land that can be cultivated type, longitudinal and transverse in fixed frame 21 to be welded with more fixed plates 211, form rectangular mesh between fixed plate 211, insulation board 22 divides for muti-piece, is filled in is formed between fixed plate 211 respectively In grid.In this way, other insulation boards 22 will not be influenced even if single insulation board 22 deforms because of unbalance stress, Upper surface out-of-flatness even tilts caused by avoiding the aggregation of each position distortions of insulation board 22, and having reached enables insulation board 22 Effect in formation state.

Since the area in fixed frame 21 is larger, integral solder fixed plate 211 is bigger with the difficulty for being paved with fixed frame 21, Therefore the area in fixed frame 21 can be divided into two parts to weld, formation two is full symmetric after fixed plate 211 is welded Independent sector.

Preferably, as shown in figure 14, solid slab 24 is provided with below insulation board 22, solid slab 24 is located in fixed frame 21, And it is affixed with fixed frame 21.Solid slab 24 can completely cut off 22 lower section of insulation board and contact with the external world, and increase insulation board 22 uses the longevity Life.

Preferably, as shown in figure 14, be provided with yoke 25 between floor 23 and insulation board 22, the shape of yoke 25 with more The shape that the welding of fixed plate 211 is formed is identical, and yoke 25 is placed in the gap between muti-piece insulation board 22, and yoke 25 and solid The sum of the thickness of fixed board 211 in the vertical direction is greater than the thickness of insulation board 22.Floor 23 can be contacted with yoke 25, avoid floor 23 top stress and squeeze insulation board 22, increase insulation board 22 service life.

As shown in figure 14, square steel set 26 can also be welded with above fixed frame 21, square steel set 26 is positive odd plots of land that can be cultivated type, and square steel The area of set 26 is greater than the area of fixed frame 21, and floor 23 is located in square steel set 26, and floor 23 is overlapped on 21 top of fixed frame. The interconnecting piece 325 of four paws connector 34 and square steel set 26 are affixed.The setting of square steel set 26 is easy for room floor 2 and cabin connects It connects, floor 23, which is placed in square steel set 26, can make floor 23 be paved with the ground in house.

Insulation board 22 is generally made of polyurethane.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (7)

1. a kind of pin-connected panel cabin pedestal, including support frame（11）And steelframe（12）, steelframe（12）It is placed on support frame（11）On Side, support frame（11）Include crossbeam（112）With six supporting legs（111）, which is characterized in that supporting leg（111）Including fixed supporting leg （114）And movable supporting legs（113）, fixed supporting leg（114）It is embedded in soil vertically, movable supporting legs（113）Lower end be set in Fixed supporting leg（114）It above and can be along fixed supporting leg（114）It slides up and down, movable supporting legs（113）And fixed supporting leg（114）Pass through Fixed device（14）It is fixed, movable supporting legs（113）Upper end and crossbeam（112）It is affixed.

2. a kind of pin-connected panel cabin pedestal according to claim 1, which is characterized in that fixed device（14）Including several locks Pin（141）And pin hole（142）, several pin holes（142）It is uniformly provided with fixed supporting leg in the vertical direction（114）And movable supporting legs （113）Tube wall on；Work as movable supporting legs（113）It is set in fixed supporting leg（114）Above and along fixed supporting leg（114）It slides up and down During, fixed supporting leg（114）On pin hole（142）It can be with movable supporting legs（113）On pin hole（142）Alignment；Work as work Dynamic supporting leg（113）With fixed supporting leg（114）When relatively fixed, lock pin（141）It is inserted into fixed supporting leg（114）And movable supporting legs （113）On pin hole（142）In.

3. a kind of pin-connected panel cabin pedestal according to claim 2, which is characterized in that fixed supporting leg（114）And activity Supporting leg（113）On pin hole（142）Run through fixed supporting leg（114）And movable supporting legs（113）.

4. a kind of pin-connected panel cabin pedestal according to claim 1, which is characterized in that fixed device（14）For several tightenings Bolt, tight fixed bolt and movable supporting legs（113）Lateral wall be threadedly coupled, and tight fixed bolt is connected to fixed supporting leg（114） On.

5. a kind of pin-connected panel cabin pedestal according to claim 3, which is characterized in that steelframe（12）Including outer rim （121）, outer rim（121）It is interior horizontal, vertical to be welded with more support rods（122）；Outer rim（121）Lower edge height be higher by support Bar（122）, and support frame（11）Positioned at outer rim（121）It is interior.

6. a kind of pin-connected panel cabin pedestal according to claim 4, which is characterized in that the pedestal also includes plank （13）, outer rim（121）Upper edge be higher than support rod（122）, plank（13）Positioned at outer rim（121）Top and be located at outside Frame（121）It is interior.

7. any a kind of pin-connected panel cabin pedestal according to claim 1~6, which is characterized in that upper movable supporting legs（113） Baffle is vertically connected on the one side of upper end（115）, crossbeam（112）It is overlapped on baffle（115）Top.