CN217608591U

CN217608591U - Novel green house bearing structure

Info

Publication number: CN217608591U
Application number: CN202221610173.1U
Authority: CN
Inventors: 许小平; 丛淑艳; 尹淑敏
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-06-27
Filing date: 2022-06-27
Publication date: 2022-10-21
Anticipated expiration: 2032-06-27

Abstract

Novel green house bearing structure, including arch skeleton, cylinder connecting rod, support upright cover, arc roof, central screw thread pillar, circular support cover shell, spacing clamp plate, activity disc, arch skeleton has a plurality of pole holes of wearing, wears the pole hole and suits with the cylinder connecting rod, and the cylinder connecting rod passes the pole hole, arch skeleton both sides have the support pole setting, support pole setting joint support upright cover, and support upright cover bottom has square bottom plate, it has the removal slide to support upright cover, supports the pole setting and has the activity inserted bar, and the activity inserted bar suits with the removal slide, and the removal slide is connected to the activity inserted bar, and the activity inserted bar slides in removing the slide, arch skeleton is connected in the arc roof outside, and arc roof inboard has the fixed bolster, and the fixed bolster has circular inserting groove, and circular inserting groove suits with central screw thread pillar, and circular inserting groove connects central screw thread pillar.

Description

Novel green house bearing structure

Technical Field

The utility model relates to an agricultural field especially relates to a novel green house bearing structure.

Background

The prior patent (publication No. CN 210868996U) provides an agricultural greenhouse supporting device, including outer diagonal brace, bury the base underground, the conical head, a mounting, interior diagonal brace, first crossbearer, the second crossbearer, fagging and bracing piece, the conical head welds the terminal surface under the greenhouse support frame, bury underground the pedestal mounting at greenhouse support frame annular side downside, the mounting is installed inside burying the base underground, outer diagonal brace symmetry is installed in the greenhouse support frame left and right sides, the fagging is installed at the inside upside of greenhouse support frame, the second crossbearer is installed to the fagging downside, first crossbearer is installed to second crossbearer downside, install the bracing piece between fagging and the second crossbearer, install the bracing piece between first crossbearer and the second crossbearer, interior diagonal brace is installed to first crossbearer downside, this design has solved the problem that original agricultural greenhouse support frame structural strength is not good enough, the utility model discloses rational in infrastructure, agricultural greenhouse support frame structural strength is high, support stable. However, the supporting frame structure of the greenhouse in the device is relatively fixed, and the supporting height of the supporting frame structure can not be correspondingly adjusted according to the growth habit of crops planted in the greenhouse, so that the upper space of the greenhouse body and the resource waste are easily caused, and the defects exist.

SUMMERY OF THE UTILITY MODEL

The utility model discloses it is not enough to the above-mentioned that prior art exists, provide a novel green house bearing structure convenient to adjust.

The utility model aims at realizing through the following technical scheme:

the utility model provides a novel green house bearing structure, includes arch skeleton, cylinder connecting rod, supports upright cover, arc roof, central screw thread pillar, circular support cover shell, spacing clamp plate, activity disc, the arch skeleton has a plurality of pole round holes of wearing, and the pole round hole of wearing suits with the cylinder connecting rod, and the cylinder connecting rod passes the pole round hole of wearing, arch skeleton both sides have the support pole setting, support pole setting joint support upright cover, and support upright cover bottom has square bottom plate, it has the removal slide to support upright cover, supports the pole setting and has the activity inserted bar, and the activity inserted bar suits with the removal slide, and the removal slide is connected to the activity inserted bar, and the activity inserted bar slides in the removal slide, the arch skeleton is connected in the arc roof outside, and the arc roof inboard has the fixed bolster, and the fixed bolster has circular inserting groove, and circular inserting groove suits with central screw thread pillar, and circular inserting groove connects central screw thread pillar.

Central thread pillar has the fastening draw-in groove, and fastening draw-in groove suits with the fastening cardboard, and fastening cardboard one end is connected the fastening draw-in groove, and the fastening cardboard other end passes through the fixed piece that props up of screw connection, and the rolling bearing outside is connected to the fixed piece that props up, and the inboard central thread pillar of connecting of rolling bearing.

Circular support housing cover upper portion has the bearing plectane, and circular support housing cover lower part has PMKD, and PMKD connects ground, the inboard central screw thread pillar of threaded connection that passes through of circular support housing cover

Central thread pillar passes through threaded connection activity disc, and the bearing plectane is connected to activity disc downside, and the bar montant is connected to bearing plectane upside, and the rotation rim plate is connected to the bar montant.

Spacing clamp plate lower extreme passes through the bolted connection bearing plectane, and the activity disc is connected to spacing clamp plate upper end, and the activity disc has spacing spout, and spacing clamp plate has spacing inserted bar, and spacing spout suits with spacing inserted bar, and spacing spout is connected to spacing inserted bar.

Has the beneficial effects that:

1. the utility model discloses the cylinder connecting rod provides the connection fulcrum for adjacent arch skeleton, makes between multiunit arch skeleton restrict the atress each other and form wholly, when additional strengthening steadiness and location nature, and multiunit arch skeleton links to each other and forms the arc top surface, does benefit to rainwater and snow water landing, avoids the canopy top ponding phenomenon to appear, reduces arch skeleton load bearing, rational in infrastructure.

2. The utility model discloses laminating is held in the palm between arc roof and arch skeleton inboard, increases central screw thread pillar and supports lifting surface to arch skeleton, makes central screw thread pillar to its holding power homodisperse, avoids the single-point to support, when causing the atress uneven, and the arc roof can improve arch skeleton atress and compressive strength, improves the structure steadiness, and is rational in infrastructure.

3. The utility model discloses central screw thread pillar pass through the screw in proper order with the activity disc, circular support casing is connected the location between the shell, when convenient equipment was adjusted, and when rotating the rim plate and driving the activity disc and take place to rotate, vertical motion is to central screw thread pillar, change it to upside arch skeleton support height with this, both applicable support of making level between high and low ground, do and satisfy different crops growth habits, make the canopy top height setting in reasonable position, avoid upper portion space and wasting of resources in the canopy, the structure is nimble, therefore, the clothes hanger is strong in practicability.

4. The utility model discloses rotating the rim plate and providing the atress fulcrum for rotating movable disc, the device of being convenient for adjusts the operation, and in the time of labour saving and time saving, the improvement canopy body is built and is adjusted efficiency, and is rational in infrastructure.

5. The utility model discloses support when standing the cover and increasing the arch skeleton both sides support dynamics, and restrict spacingly to arch skeleton both sides, make its location dress, accurate installation, peg graft for emboliaing between the cover is found with the support to the activity, when causing the cylinder connecting rod to adjust the change to the bearing height, the activity peg graft can slide in the removal slide and adjust, with this change support stand the support state of cover to arch skeleton, the structure is nimble, the square bottom plate that the cover bottom had buries under the soil, can strengthen the whole land fertility of grabbing of device, improve device wind resistance and atress nature, the structure is firm.

6. The utility model discloses when fastening cardboard increases the centre threaded pillar and is connected the fulcrum between fixed bolster, it is spacing to fasten the centre threaded pillar, avoids it in rotating accommodation process, takes place the skew to break away from, and reinforced structure stability is rational in infrastructure.

Drawings

Fig. 1 is a schematic view of the novel agricultural greenhouse supporting structure of the present invention.

Fig. 2 is a sectional view of the novel agricultural greenhouse supporting structure.

Fig. 3 is a schematic view of the structure of the movable disc of the present invention.

Fig. 4 is a top view of the connection structure of the central threaded pillar and the fastening clip of the present invention.

Fig. 5 is a schematic view of the arc-shaped top plate structure of the present invention.

Fig. 6 is a top view sectional view of the connection structure of the movable disc and the limiting insertion rod of the present invention.

Fig. 7 is a schematic structural view of the limiting pressing plate of the present invention.

Fig. 8 is an explosion diagram of the novel agricultural greenhouse supporting structure of the present invention.

Fig. 9 is a schematic structural diagram of a in fig. 2 according to the present invention.

Fig. 10 is a schematic structural diagram of B in fig. 2 according to the present invention.

Detailed Description

The invention is explained in more detail below with reference to the figures and examples:

example 1:

a novel agricultural greenhouse supporting structure comprises an arch framework 01, a cylindrical connecting rod 02, supporting vertical sleeves 05, an arc-shaped top plate 08, a central threaded pillar 12, a circular supporting casing 16, a limiting pressing plate 19 and a movable disc 22, wherein the arch framework 01 is provided with a plurality of penetrating rod round holes 09, the penetrating rod round holes 09 are matched with the cylindrical connecting rod 02, the cylindrical connecting rod 02 penetrates through the penetrating rod round holes 09, the cylindrical connecting rod 02 provides a connecting fulcrum for the adjacent arch frameworks 01, so that a plurality of groups of arch frameworks 01 are mutually restricted and stressed to form a whole body, the structural stability and the positioning are enhanced, meanwhile, the plurality of groups of arch frameworks 01 are connected to form an arc-shaped top surface, rainwater and snow water can slide off, the phenomenon of water accumulation on the roof is avoided, the load bearing of the arch framework 01 is reduced, the structure is reasonable, the supporting vertical rods 04 are arranged on two sides of the arch framework 01, and the supporting vertical rods 04 are connected with the supporting vertical sleeves 05, the bottom of the vertical supporting sleeve 05 is provided with a square bottom plate 07, the vertical supporting sleeve 05 is provided with a movable slideway 06, the vertical supporting rod 04 is provided with a movable inserted rod 03, the movable inserted rod 03 is matched with the movable slideway 06, the movable inserted rod 03 is connected with the movable slideway 06, the movable inserted rod 03 slides in the movable slideway 06, the vertical supporting sleeve 05 increases the supporting force on two sides of the arched framework 01, and limits two sides of the arched framework 01 to accurately position and mount the arched framework, the movable inserted rod 03 and the vertical supporting sleeve 05 are sleeved and inserted, so that when the supporting height is adjusted and changed by the cylindrical connecting rod 02, the movable inserted rod 03 can slide and adjust in the movable slideway 06, thereby changing the supporting state of the vertical supporting sleeve 05 on the arched framework 01, the structure is flexible, the square bottom plate 07 arranged at the bottom of the vertical supporting sleeve 05 is buried under the soil, the overall ground holding force of the device can be enhanced, and the wind resistance and the stress performance of the device can be improved, the structure is firm, arched skeleton 01 is connected in the arc roof 08 outside, arc roof 08 inboard has fixed piece 10, fixed piece 10 has circular inserting groove 15, circular inserting groove 15 suits with central screw thread pillar 12, circular inserting groove 15 connects central screw thread pillar 12, laminating is held between arc roof 08 and arched skeleton 01 inboard, it supports lifting surface area to arched skeleton 01 to increase central screw thread pillar 12, make central screw thread pillar 12 to its holding power homodisperse, avoid the single-point to support, when causing the atress uneven, and arc roof 08 can improve arched skeleton 01 atress and compressive strength, improve the structural stability, and is rational in infrastructure.

Example 2:

central thread pillar 12 has fastening draw-in groove 14, fastening draw-in groove 14 suits with fastening cardboard 13, fastening draw-in groove 14 is connected to fastening cardboard 13 one end, fastening cardboard 13 other end passes through fixed piece 10 of screw connection, the rolling bearing 11 outside is connected to

fixed piece

10, 11 inboard connection central thread pillars 12 of rolling bearing, fastening cardboard 13 increases when being connected the fulcrum between central thread pillar 12 and fixed piece 10, it is spacing to fasten central thread pillar 12, avoid it in the rotation accommodation process, take place the skew and break away from, the reinforced structure stability, and is rational in infrastructure.

Example 3:

circular support casing 16 upper portion has bearing plectane 18, and circular support casing 16 lower part has PMKD 17, and PMKD 17 connects ground, 16 inboard central screw thread pillars 12 through threaded connection of circular support casing

Example 4:

center screw pillar 12 passes through threaded connection activity disc 22, center screw pillar 12 pass through the screw in proper order with activity disc 22, circular support casing 16 within a definite time connect the location, when convenient equipment is adjusted, and when rotating rim plate 24 and drive activity disc 22 and take place to rotate, vertical motion is done to center screw pillar 12, change it to upside arch skeleton 01 support height with this, both applicable support of making level between high and low ground, do and satisfy different crops growth habit, make the canopy top height setting at reasonable position, avoid upper portion space and wasting of resources in the canopy, and is flexible in structure, therefore, the clothes hanger is strong in practicability, bearing plectane 18 is connected to activity disc 22 downside, bar montant 23 is connected to 18 upsides of bearing plectane, bar montant 23 is connected and is rotated rim plate 24, it provides the atress fulcrum to rotate activity disc 22, the device of being convenient for adjusting the operation, when labour saving and time saving, it builds and adjusts efficiency to improve the canopy body, and is rational in infrastructure.

Example 5:

19 lower extreme of limit clamp plate passes through bolted connection bearing plectane 18, and movable disc 22 is connected to 19 upper ends of limit clamp plate, and movable disc 22 has spacing spout 20, and limit clamp plate 19 has spacing inserted bar 21, and spacing spout 20 suits with spacing inserted bar 21, and spacing spout 20 is connected to spacing inserted bar 21.

Example 6:

the installation step: firstly, assembling a device adjusting mechanism, firstly, arranging a movable disc 22 on the upper part of a bearing circular plate 18, attaching the lower surface of the movable disc 22 to the upper surface of the bearing circular plate 18, concentrically and correspondingly arranging the movable disc 22 and the central circular hole of a circular supporting casing 16, then arranging a limiting pressing plate 19 on the upper part of the bearing circular plate 18 from top to bottom until a limiting inserted rod 21 is embedded into a limiting sliding groove 20, pressing the upper end of the limiting pressing plate 19 to the upper surface of the movable disc 22, attaching the lower end of the limiting pressing plate 19 to the upper surface of the bearing circular plate 18, fixedly connecting the lower end of the limiting pressing plate 19 through a screw, then sequentially and vertically arranging a central threaded strut 12 into the movable disc 22 and the circular supporting casing 16 from top to bottom, positioning and connecting the movable disc 22 and the circular supporting casing 16 through a screw thread, and then arranging an arc-shaped top plate 08 on the upper end of the central threaded strut 12, until the central threaded pillar 12 is embedded into the circular insertion groove 15, finally, the fastening clamping plate 13 is arranged at the lower part of the fixed support block 10, the upper surface of the fastening clamping plate 13 is attached to the lower surface of the fixed support block 10 and pushed inwards until the inner end of the fastening clamping plate 13 is embedded into the fastening clamping groove 14, the outer end of the fastening clamping plate 13 is fixedly connected with the fixed support block 10 through screws, after the device adjusting mechanism is assembled, the device supporting mechanism is assembled, the supporting vertical sleeves 05 are firstly arranged at two sides of the circular supporting sleeve shell 16, the square bottom plate 07 is embedded under the soil for fixing, the arched framework 01 is arranged at the upper part of the arc-shaped top plate 08 from top to bottom until the inner surface of the arched framework 01 is attached to the outer surface of the arc-shaped top plate 08, the movable insertion rods 03 at two sides of the arched framework 01 are vertically inserted into the supporting vertical sleeves 05, and then the cylindrical connecting rod 02 transversely penetrates through the rod penetrating circular hole 09, so that the installation is completed.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.

Claims

1. A novel agricultural greenhouse supporting structure is characterized by comprising an arch framework (01), a cylindrical connecting rod (02), a supporting vertical sleeve (05), an arc-shaped top plate (08), a central threaded support column (12), a circular supporting casing (16), a limiting pressing plate (19) and a movable disc (22), wherein the arch framework (01) is provided with a plurality of rod penetrating circular holes (09), the rod penetrating circular holes (09) are matched with the cylindrical connecting rod (02), the cylindrical connecting rod (02) penetrates through the rod penetrating circular holes (09), the supporting vertical rods (04) are arranged on two sides of the arch framework (01), the supporting vertical rods (04) are connected with the supporting vertical sleeve (05), a square bottom plate (07) is arranged at the bottom of the supporting vertical sleeve (05), the supporting vertical sleeve (05) is provided with a movable slide way (06), the supporting vertical rods (04) are provided with movable insertion rods (03), the movable insertion rods (03) are matched with the movable slide way (06), the movable insertion rods (03) are connected with the movable slide way (06), the arc-shaped top plate (01) is connected with the arch framework (01) at the outer side, the arc-shaped top plate (08) is provided with a fixed insertion block (08), the inner side of the circular support column (10), and a circular supporting block (15) is provided with a circular supporting groove (15), the circular inserting groove (15) is connected with the central threaded pillar (12).

2. The novel agricultural greenhouse supporting structure as claimed in claim 1, wherein the central threaded pillar (12) is provided with a fastening clamping groove (14), the fastening clamping groove (14) is matched with a fastening clamping plate (13), one end of the fastening clamping plate (13) is connected with the fastening clamping groove (14), the other end of the fastening clamping plate (13) is connected with the fixed support block (10) through a screw, the fixed support block (10) is connected with the outer side of the rotating bearing (11), and the inner side of the rotating bearing (11) is connected with the central threaded pillar (12).

3. The novel agricultural greenhouse supporting structure as claimed in claim 2, wherein the circular supporting casing (16) is provided with a supporting circular plate (18) at the upper part, the circular supporting casing (16) is provided with a fixed bottom plate (17) at the lower part, the fixed bottom plate (17) is connected with the ground, and the inner side of the circular supporting casing (16) is connected with the central threaded pillar (12) through threads.

4. The novel agricultural greenhouse supporting structure as claimed in claim 3, wherein the central threaded pillar (12) is connected with a movable disc (22) through threads, a supporting disc (18) is connected to the lower side of the movable disc (22), a strip-shaped vertical rod (23) is connected to the upper side of the supporting disc (18), and the strip-shaped vertical rod (23) is connected with a rotating wheel disc (24).

5. The novel agricultural greenhouse supporting structure is characterized in that the lower end of the limiting pressure plate (19) is connected with the supporting circular plate (18) through a screw, the upper end of the limiting pressure plate (19) is connected with a movable circular plate (22), the movable circular plate (22) is provided with a limiting sliding groove (20), the limiting pressure plate (19) is provided with a limiting inserted rod (21), the limiting sliding groove (20) is matched with the limiting inserted rod (21), and the limiting inserted rod (21) is connected with the limiting sliding groove (20).