CN209120783U - Forestry transplanted plantlet protective device - Google Patents

Abstract

Forestry transplanted plantlet protective device, including greenhouse arc skeleton, cross-brace beam, support column, No.1 connector sleeve, fixing sleeve, horizontal skeleton, the greenhouse arc skeleton bottom has No.1 connecting plate, No.1 connecting plate two sides connect ground by No.1 fixing bolt, No.1 connecting plate bottom has No.1 inserted link, No.1 inserted link is inserted into soil, cross-brace beam both ends connect No.1 connector sleeve, No.1 connector sleeve has No. three grooves, No. three grooves and cross-brace beam are adapted, No. three grooves connect cross-brace beam, the No.1 connector sleeve has No. four holes, No. four holes and greenhouse arc skeleton are adapted, greenhouse arc skeleton passes through No. four holes, cross-brace beam has No. three holes, No.1 connector sleeve has No. two holes, No. three holes are corresponding with No. two holes, No. three holes, No. two holes and screw rod are adapted, screw rod passes through No. three holes, two Number hole, two sides nut are connected through a screw thread screw rod.

Description

Forestry transplanted plantlet protective device

Technical field

The utility model relates to field of forestry more particularly to a kind of forestry transplanted plantlet protective devices.

Background technique

Before forestry nursery stock transplanting, needs to protect nursery stock using greenhouse, so that it is survived under appropriate conditions, keep away Exempt from harsh weather to damage it, existing greenhouse structure is unreasonable, and using effect is bad.

Utility model content

The utility model In view of the above shortcomings of the prior art, provides a kind of structurally reasonable forestry transplanted plantlet guarantor Protection unit.

The purpose of this utility model is to be achieved through the following technical solutions:

A kind of forestry transplanted plantlet protective device, including the connection of greenhouse arc skeleton, cross-brace beam, support column, No.1 Set, fixing sleeve, horizontal skeleton, the greenhouse arc skeleton bottom have No.1 connecting plate, and No.1 connecting plate two sides pass through No.1 Fixing bolt connects ground, and No.1 connecting plate bottom has No.1 inserted link, and No.1 inserted link is inserted into soil, the cross-brace beam two End connection No.1 connector sleeve, No.1 connector sleeve have No. three grooves, and No. three grooves and cross-brace beam are adapted, and No. three grooves connect Cross-brace beam is connect, the No.1 connector sleeve has No. four holes, and No. four holes and greenhouse arc skeleton are adapted, greenhouse arc skeleton Across No. four holes, cross-brace beam has No. three holes, and No.1 connector sleeve has No. two holes, and No. three holes are corresponding with No. two holes, and three Number hole, No. two holes and screw rod are adapted, and screw rod passes through No. three holes, No. two holes, and two sides nut is connected through a screw thread screw rod, vertical to prop up It supports beam upper end and connects greenhouse arc skeleton, vertical supporting beam lower end connects cross-brace beam, and cross-brace beam top passes through No. four fixing bolts are connected and fixed plate, and fixed plate side connects vertical supporting beam, the fixed plate other side by No. three fixing bolts Support column is connected by No. two fixing bolts, the fixed plate has No.1 protrusion, and the cross-brace beam has No. two grooves, No.1 protrusion is adapted with No. two grooves, and No.1 protrusion connects No. two grooves, and the fixed plate has No.1 groove, support column tool There are No. two protrusions, No.1 groove and No. two protrusions are adapted, and the cross-brace beam has No.1 hole, No.1 hole and No. two protrusions It is adapted, No. two protrusions pass through No.1 hole and connect No.1 groove, and the support column lower part has No. two connecting plates, No. two connecting plates Two sides connect ground by No. five fixing bolts, and No. two connecting plate bottoms have No. two inserted links, and No. two inserted links connect ground, triangle Support frame side connects cross-brace beam by No. six fixing bolts, and the triangular support bracket other side passes through No. eight fixing bolt connections Support column.

Described No. two connector sleeves of greenhouse arc skeleton external connection, No. two connector sleeves are connected and fixed set, fixing sleeve two sides tool There are No. three connecting plates, No. three connecting plates connect No. two connector sleeves by No. seven fixing bolts, and fixing sleeve has fixed link, fixed link Horizontal skeleton is connected, fixed link is inserted into horizontal skeleton.

The utility model has the advantages that

No.1 connecting plate two sides connect ground by No.1 fixing bolt, make the contact area of greenhouse arc skeleton and soil Increase, support more balance and stability, No.1 inserted link is inserted into soil, connect greenhouse arc skeleton with soil more deeply secured, subtracts It is shaken caused by few external force, No. three grooves connect cross-brace beam, and greenhouse arc skeleton passes through No. four holes, No.1 connector sleeve difference It is connect with greenhouse arc skeleton, cross-brace beam, keeps overall structure stable and firm, screw rod passes through No. three holes, No. two holes, two sides spiral shell Mother is connected through a screw thread screw rod, has locating clip sigma compactness, makes to reduce gap between No.1 connector sleeve and cross-brace beam, be completely embedded Securely, positional shift will not be freeed, fixed plate side connects vertical supporting beam by No. three fixing bolts, and the fixed plate other side is logical No. two fixing bolts connection support columns are crossed, No. two protrusions, which pass through No.1 hole connection No.1 groove, to be made support column, cross-brace beam, consolidate It mutually supports, be connected with each other between fixed board, vertical supporting beam, overall structure firm stable, triangular support bracket side passes through No. six admittedly Surely it is bolted cross-brace beam, the triangular support bracket other side connects support column, triangular support bracket pair by No. eight fixing bolts Cross-brace beam, support column play the role of support positioning, and spandrel frame, stable structure is reasonable, and No. two connecting plate two sides pass through No. five fixing bolts connect ground and No. two inserted links connect ground, increase support column forced area, it is made to have more the same of stability When also increase upward support force, No. two connector sleeves are connected and fixed set, and No. three connecting plates pass through No. seven fixing bolts connections two Number connector sleeve, fixed link connect horizontal skeleton, make to connect between multiple greenhouse arc skeletons more stable, and have polarization, no Positional shift can occur, sound construction is stablized.

Detailed description of the invention

Fig. 1 is forestry transplanted plantlet protective device structural schematic diagram described in the utility model.

Fig. 2 is greenhouse arc skeleton described in the utility model, No. two connector sleeves, fixing sleeve, horizontal skeleton structural representation Figure.

Fig. 3 is forestry transplanted plantlet protective device partial enlarged view described in the utility model.

Specific embodiment

The utility model is described in further detail below according to drawings and examples:

A kind of forestry transplanted plantlet protective device, including greenhouse arc skeleton 01, cross-brace beam 05, support column 12, one Number connector sleeve 17, fixing sleeve 30, horizontal skeleton 34,01 bottom of greenhouse arc skeleton have No.1 connecting plate 02, and No.1 connects 02 two sides of fishplate bar connect ground by No.1 fixing bolt 04, and 02 bottom of No.1 connecting plate has No.1 inserted link 03, No.1 inserted link 03 insertion soil, 05 both ends of cross-brace beam connect No.1 connector sleeve 17, and No.1 connector sleeve 17 has No. three grooves 18, and three Number groove 18 and cross-brace beam 05 are adapted, and No. three grooves 18 connect cross-brace beams 05, and the No.1 connector sleeve 17 has No. four holes 36, No. four holes 36 and greenhouse arc skeleton 01 are adapted, and greenhouse arc skeleton 01 passes through No. four holes 36, cross-brace beam 05 has No. three holes 20, and No.1 connector sleeve 17 has No. two holes 19, and No. three holes 20 are corresponding with No. two holes 19, No. three holes 20, two Number hole 19 and screw rod 21 are adapted, and screw rod 21 passes through No. three holes 20, two hole 19, and two sides nut 23 passes through 22 connecting screw of screw thread 21,06 upper end of vertical supporting beam connects greenhouse arc skeleton 01, and 06 lower end of vertical supporting beam connects cross-brace beam 05, the cross It is connected and fixed plate 07 by No. four fixing bolts 11 to 05 top of supporting beam, 07 side of fixed plate is connected by No. three fixing bolts 10 Vertical supporting beam 06 is connect, 07 other side of fixed plate connects support column 12 by No. two fixing bolts 09, and the fixed plate 07 has No.1 protrusion 08, the cross-brace beam 05 have No. two grooves 16, and No.1 protrusion 08 and No. two grooves 16 are adapted, and No.1 is convex 08 No. two grooves 16 of connection are played, the fixed plate 07 has No.1 groove 14, and support column 12 has No. two protrusions 13, No.1 groove 14 and No. two protrusions 13 be adapted, the cross-brace beam 05 has No.1 hole 15, and No.1 hole 15 is adaptable with No. two protrusions 13, No. two protrusions 13 pass through No.1 hole 15 and connect No.1 groove 14, and 12 lower part of support column has No. two connecting plates 24, No. two companies 24 two sides of fishplate bar connect ground by No. five fixing bolts 26, and No. two 24 bottoms of connecting plate have No. two inserted links 25, No. two inserted links 25 connection ground, 27 side of triangular support bracket connect cross-brace beam 05 by No. six fixing bolts 28, and triangular support bracket 27 is another Side connects support column 12 by No. eight fixing bolts 37.

No. two connector sleeves 29 of 01 external connection of greenhouse arc skeleton, No. two connector sleeves 29 are connected and fixed set 30, fixed 30 two sides are covered with No. three connecting plates 31, and No. three connecting plates 31 connect No. two connector sleeves 29 by No. seven fixing bolts 32, fixed Set 30 has fixed link 33, and fixed link 33 connects horizontal skeleton 34, and fixed link 33 is inserted into horizontal skeleton 34.

02 two sides of No.1 connecting plate connect ground by No.1 fixing bolt 04, make connecing for greenhouse arc skeleton 01 and soil Contacting surface product increases, and supports more balance and stability, and No.1 inserted link 03 is inserted into soil, connect greenhouse arc skeleton 01 with soil and more deepen Enter securely, reduce and shaken caused by external force, No. three grooves 18 connect cross-brace beam 05, and greenhouse arc skeleton 01 passes through No. four holes 36, No.1 connector sleeve 17 is connect with greenhouse arc skeleton 01, cross-brace beam 05 respectively, keeps overall structure stable and firm, screw rod 21 pass through No. three holes 20, two hole 19, and two sides nut 23 has locating clip sigma compactness, make No.1 by 22 connecting screw 21 of screw thread Gap is reduced between connector sleeve 17 and cross-brace beam 05, is completely embedded securely, positional shift will not be freeed, 07 side of fixed plate is logical It crosses No. three fixing bolts 10 and connects vertical supporting beam 06,07 other side of fixed plate connects support column by No. two fixing bolts 09 12, No. two protrusions 13, which pass through No.1 hole 15 and connect No.1 groove 14, makes support column 12, cross-brace beam 05, fixed plate 07, vertical Mutually support, be connected with each other between supporting beam 06, overall structure firm stable, greenhouse arc skeleton surface can be laid with protective net or Insulation film is protected, and 27 side of triangular support bracket connects cross-brace beam 05, triangular support bracket by No. six fixing bolts 28 27 other sides connect support column 12 by No. eight fixing bolts 37, and triangular support bracket 27 has cross-brace beam 05, support column 12 Support positioning effect, spandrel frame, stable structure is reasonable, No. five fixing bolts, No.1 fixing bolt be expansion bolt, two Number 24 two sides of connecting plate connect ground by No. five fixing bolts 26 and No. two inserted links 25 connect ground, increase by 12 stress of support column Area, also increases upward support force while so that it is had more stability, No. two connector sleeves 29 are connected and fixed set 30, No. three companies Fishplate bar 31 connects No. two connector sleeves 29 by No. seven fixing bolts 32, and fixed link 33 connects horizontal skeleton 34, makes multiple greenhouse arcs It connects more stable between shape skeleton 01, and there is polarization, positional shift will not be occurred, sound construction is stablized.

Claims (2)

1. a kind of forestry transplanted plantlet protective device, it is characterized in that: including greenhouse arc skeleton, cross-brace beam, support column, one Number connector sleeve, fixing sleeve, horizontal skeleton, the greenhouse arc skeleton bottom have No.1 connecting plate, and No.1 connecting plate two sides are logical No.1 fixing bolt connection ground is crossed, No.1 connecting plate bottom has No.1 inserted link, and No.1 inserted link is inserted into soil, the laterally branch It supportting beam both ends and connects No.1 connector sleeve, No.1 connector sleeve has No. three grooves, and No. three grooves and cross-brace beam are adapted, and No. three Groove connects cross-brace beam, and the No.1 connector sleeve has No. four holes, and No. four holes and greenhouse arc skeleton are adapted, greenhouse arc Shape skeleton passes through No. four holes, and cross-brace beam has No. three holes, and No.1 connector sleeve has No. two holes, and No. three holes are opposite with No. two holes It answers, No. three holes, No. two holes and screw rod are adapted, and screw rod passes through No. three holes, No. two holes, and two sides nut is connected through a screw thread screw rod, Vertical supporting beam upper end connects greenhouse arc skeleton, and vertical supporting beam lower end connects cross-brace beam, on the cross-brace beam Portion is connected and fixed plate by No. four fixing bolts, and fixed plate side connects vertical supporting beam, fixed plate by No. three fixing bolts The other side connects support column by No. two fixing bolts, and the fixed plate has No.1 protrusion, and the cross-brace beam has two Number groove, No.1 protrusion are adapted with No. two grooves, and No.1 protrusion connects No. two grooves, and the fixed plate has No.1 groove, Support column has No. two protrusions, and No.1 groove is adapted with No. two protrusions, and the cross-brace beam has a No.1 hole, No.1 hole and No. two protrusions are adapted, and No. two protrusions pass through No.1 hole and connect No.1 groove, and the support column lower part has No. two connecting plates, and two Number connecting plate two sides connect ground by No. five fixing bolts, and No. two connecting plate bottoms have No. two inserted links, No. two inserted links connections Ground, triangular support bracket side connect cross-brace beam by No. six fixing bolts, and the triangular support bracket other side is solid by No. eight Surely it is bolted support column.

2. forestry transplanted plantlet protective device according to claim 1, it is characterized in that: outside the greenhouse arc skeleton No. two connector sleeves are connected, No. two connector sleeves are connected and fixed set, and fixing sleeve two sides have No. three connecting plates, and No. three connecting plates pass through seven Number fixing bolt connects No. two connector sleeves, and fixing sleeve has fixed link, and fixed link connects horizontal skeleton, and fixed link is inserted into lateral bone Frame.