CN217516498U

CN217516498U - Lifting rod set for flexible box

Info

Publication number: CN217516498U
Application number: CN202221048451.9U
Authority: CN
Inventors: 张荣宜
Original assignee: Jiangsu Jingxue Insulation Technology Co ltd
Current assignee: Jiangsu Jingxue Insulation Technology Co ltd
Priority date: 2022-05-05
Filing date: 2022-05-05
Publication date: 2022-09-30
Anticipated expiration: 2032-05-05

Abstract

The utility model relates to a handling pole group for flexbile box belongs to the technical field of handling equipment. The steel frame comprises a steel frame bottom beam and a steel frame top beam, wherein a waist-shaped hole hanging plate is arranged on the steel frame top beam, and a steel wire rope for hanging is arranged through the waist-shaped hole hanging plate; a stability rod group for reinforcing the structure is arranged between the steel frame bottom beam and the steel frame top beam, the stability rod group comprises a plurality of vertical pull rods which are uniformly distributed between the steel frame bottom beam and the steel frame top beam and are vertically arranged, and an inclined pull rod is arranged between every two vertical pull rods; the top contact end of the diagonal draw bar and the vertical draw bar is provided with a diagonal draw bar upper seat, the bottom contact end of the diagonal draw bar and the vertical draw bar is provided with a diagonal draw bar lower seat, and the contact end of the vertical draw bar and the steel frame bottom beam is provided with a vertical draw bar seat; at least one top frame straining beam is horizontally arranged in the middle of the steel frame top beam at the top of the steel frame. The utility model discloses an add stability pole group, make the whole stable structure that constitutes of steelframe, big flexible deformation does not appear in the handling in-process.

Description

Lifting rod group for flexible box

Technical Field

The utility model relates to a handling pole group for flexbile box belongs to the technical field of handling equipment.

Background

At present, the agricultural development of China will step into the development way of deep processing and high quality. Among these, the development of a refrigerator is a necessary condition. The field preheating for removing agricultural products from the field of the traditional fixed type refrigeration house has the defects of large investment and low utilization rate, is not practical and is produced by the mobile type refrigeration house. In order to meet the requirements of different storage capacities, the single boxes are as large as possible under the condition of meeting the transportation size limitation, and can be quickly combined into a combined box body space with good sealing performance so as to meet the requirement of a refrigeration house with strict sealing performance. The top surface of the long-size span box has flexibility, the strength of a top cross beam is enhanced at present, and the whole deformation of the box is small according to the standard of a container, so that the strictest working condition requirement is met. However, the cost is high by adopting container type hoisting or manufacturing a special hoisting tool or matching a long steel wire rope of a large hoisting tool or even hoisting by two hoisting tools, and the application and popularization are difficult.

Chinese patent that patent publication is CN212619572U discloses an energy-saving refrigerator, include to be used for enclosing the heat preservation outer wall body that establishes the inside cold-stored space that forms, the hoisting equipment who is used for the handling goods is erect at the top of refrigerator, hoisting equipment include crane track and slidable mounting in crane on the crane track, establish to shipment position at certain fixed point on crane track the lower part correspondence of shipment position is provided with the heat preservation outer wall body of level, the shipment passageway has been seted up on the heat preservation outer wall body of level, with the heat preservation outer wall body of level is bound, and its upper region is cold-stored space, and its lower part region is the outer space of storehouse.

The patent breaks through the limitation of the construction of the refrigerator on the floor height, the very high floor height of the refrigerator is freely selected according to the requirement during the construction of the refrigerator, the construction cost is reduced, the external surface area of the building is reduced, the cold loss is reduced, the electricity consumption cost is reduced, and the use efficiency of the refrigerator is improved; but directly adopt hoisting equipment to carry out the handling, can not solve under the prior art, handling complicated difficulty, the handling is with high costs technical problem.

Therefore, in order to solve the above background problems, it is urgent to develop a set of lifting booms for a flexible box.

SUMMERY OF THE UTILITY MODEL

The utility model aims at solving the problem of proposing in the above-mentioned background problem, provide a handling pole group for flexbile box, its stable in structure has avoided the handling in-process cold storehouse to appear big flexible deformation.

The purpose of the utility model is realized like this: a lifting rod group for a flexible box comprises a steel frame, wherein the steel frame comprises a steel frame bottom beam and a steel frame top beam, a waist-shaped hole lifting plate is arranged on the steel frame top beam, and a steel wire rope for lifting is arranged through the waist-shaped hole lifting plate;

a stability rod group for reinforcing a structure is arranged between the steel frame bottom beam and the steel frame top beam, the stability rod group comprises a plurality of vertical pull rods which are uniformly distributed between the steel frame bottom beam and the steel frame top beam and are vertically arranged, and an inclined pull rod is arranged between every two vertical pull rods;

the top contact end of the diagonal draw bar and the vertical draw bar is provided with a diagonal draw bar upper seat, the bottom contact end of the diagonal draw bar and the vertical draw bar is provided with a diagonal draw bar lower seat, and the contact end of the vertical draw bar and the steel frame bottom beam is provided with a vertical draw bar seat;

and at least one top frame straining beam is horizontally arranged in the middle of the steel frame top beam at the top of the steel frame.

The vertical pull rod comprises a first vertical pull rod, a second vertical pull rod and a third vertical pull rod;

the first vertical pull rod, the second vertical pull rod and the third vertical pull rod are uniformly distributed between the bottom beam and the top beam of the steel frame along the horizontal direction and are vertically arranged;

a first diagonal draw bar is obliquely and downwards arranged between the first vertical draw bar and the second vertical draw bar;

and a second diagonal draw bar is obliquely and upwards arranged between the second vertical draw bar and the third vertical draw bar.

The first vertical pull rod, the third vertical pull rod, the first diagonal pull rod and the second diagonal pull rod are integrally of an M-shaped supporting structure.

And the bottom parts of the first vertical pull rod and the third vertical pull rod are provided with vertical pull rod seats respectively at the contact ends with the steel frame, and are connected with the vertical pull rod seats through bolts.

The top contact ends of the diagonal draw bar and the vertical draw bar are connected with the diagonal draw bar upper seat bolt;

and the bottom contact ends of the diagonal draw bar and the vertical draw bar are connected with the lower seat bolt of the diagonal draw bar.

Compared with the prior art, the utility model has the advantages of it is following:

the lifting rod group for the flexible box of the utility model enables the upper and lower rod pieces of the steel frame to be connected into a whole, the M-shaped support is additionally arranged in the middle, so that the M-shaped support can cooperatively and commonly bear the load of the end part, and the deformation of each part lifted is ensured to be small, thereby the deformation of each sealing part is small, the elastic deformation of the sealant is small, and the sealant is not damaged by the influence of alternating force, so that the lifting process can be ensured not to damage the seal; therefore, the sealing safety in the moving process of the movable refrigeration house is ensured, and meanwhile, the structure is convenient to connect, reasonable in stress and convenient to detach due to the fact that the bolts are installed.

Drawings

Fig. 1 is a schematic front view of the overall structure of a lifting rod set for a flexible box according to the present invention.

Fig. 2 is a schematic side view of the overall structure of a lifting rod set for a flexible box according to the present invention.

Fig. 3 is a schematic top view of the overall structure of a lifting rod set for a flexible box according to the present invention.

Fig. 4 is a front view schematic diagram of a specific structure of a stability rod set between an upper steel frame and a lower steel frame of a lifting rod set for a flexible box of the present invention.

Fig. 5 is a schematic structural diagram of a top frame tie beam of a lifting rod set for a flexible box according to the present invention.

Among them are: 1. a waist-shaped hole hanger plate; 2. an upper seat of the diagonal draw bar; 3. a vertical pull rod; 4. a vertical pull rod seat; 5. a diagonal member; 6. a lower seat of the diagonal draw bar; 7. a steel frame bottom beam; 8. a steel frame top beam; 9. drawing a beam by the top frame; 10. a wire rope;

3.1, a first vertical pull rod; 3.2, a second vertical pull rod; 3.3, a third vertical pull rod;

5.1, a first diagonal draw bar; 5.2 and a second diagonal draw bar.

Detailed Description

The invention is described below with reference to the accompanying drawings and specific embodiments:

as shown in fig. 1 to 5, a lifting rod set for a flexible box comprises a steel frame, wherein the steel frame comprises a steel frame bottom beam 7 and a steel frame top beam 8, a waist-shaped hole lifting plate 1 is arranged on the steel frame top beam 8, and a steel wire rope 10 for lifting is arranged through the waist-shaped hole lifting plate 1;

a stability rod group for enhancing the structure is arranged between the steel frame bottom beam 7 and the steel frame top beam 8, the stability rod group comprises a plurality of vertical pull rods 3 which are uniformly distributed between the steel frame bottom beam 7 and the steel frame top beam 8 and are vertically arranged, and a diagonal draw bar 5 is arranged between every two vertical pull rods 3;

the top contact end of the diagonal draw bar 5 and the vertical draw bar 3 is provided with a diagonal draw bar upper seat 2, the bottom contact end of the diagonal draw bar 5 and the vertical draw bar 3 is provided with a diagonal draw bar lower seat 6, and the contact end of the vertical draw bar 3 and the steel frame bottom beam 7 is provided with a vertical draw bar seat 4;

and at least one top frame straining beam 9 is horizontally arranged in the middle of the steel frame top beam 8 at the top of the steel frame.

In this embodiment, set up 4 roof-rack straining beams 9 along the level in the middle of the steelframe back timber 8 at steelframe top, strengthened the whole steadiness of both sides back timber.

In this embodiment, the vertical pull rod 3 includes a first vertical pull rod 3.1, a second vertical pull rod 3.2 and a third vertical pull rod 3.3; the first vertical pull rod 3.1, the second vertical pull rod 3.2 and the third vertical pull rod 3.3 are uniformly distributed between the steel frame bottom beam 7 and the steel frame top beam 8 along the horizontal direction and are vertically arranged; a first diagonal draw bar 5.1 is obliquely and downwards arranged between the first vertical draw bar 3.1 and the second vertical draw bar 3.2; a second diagonal draw bar 5.2 is obliquely and upwards arranged between the second vertical draw bar 3.2 and the third vertical draw bar 3.3;

the first vertical pull rod 3.1, the third vertical pull rod 3.3, the first diagonal pull rod 5.1 and the second diagonal pull rod 5.2 are integrally of an M-shaped supporting structure.

In this embodiment, the utility model discloses add M shape bearing structure to set up a montant at M shape bearing structure middle part, can make flexible steelframe can both firmly constitute stable structure under the effect of handling load, make the handling in-process big flexible deformation not appear, thereby guarantee that sealed between the compoboard of box does not produce the possibility of destruction in the deformation range of allowwing.

In this embodiment, the contact ends of the bottoms of the first vertical pull rod 3.1 and the third vertical pull rod 3.3 with the steel frame are both provided with a vertical pull rod seat 4, and are connected with the vertical pull rod seat 4 through bolts; the top contact ends of the diagonal draw bar 5 and the vertical draw bar 3 are both connected with the diagonal draw bar upper seat 2 through bolts; and the bottom contact ends of the diagonal draw bar 5 and the vertical draw bar 3 are both in bolted connection with the diagonal draw bar lower seat 6. Through bolted connection, can realize the rapid Assembly of pole socket and the body of rod, still make things convenient for the handling to accomplish the dismantlement work after guaranteeing the accent and transportation in-process and increasing support intensity, practiced thrift manpower and materials greatly.

The above is only a specific application example of the present invention, and does not constitute any limitation to the protection scope of the present invention. All the technical solutions formed by equivalent transformation or equivalent replacement fall within the protection scope of the present invention.

Claims

1. The utility model provides a handling pole group for flexbile box, includes the steelframe, the steelframe includes steelframe floorbar (7) and steelframe roof beam (8), its characterized in that: a waist-shaped hole hanging plate (1) is arranged on the steel frame top beam (8), and a steel wire rope (10) for hanging is arranged through the waist-shaped hole hanging plate (1);

a stability rod group for reinforcing the structure is arranged between the steel frame bottom beam (7) and the steel frame top beam (8), the stability rod group comprises a plurality of vertical pull rods (3) which are uniformly distributed between the steel frame bottom beam (7) and the steel frame top beam (8) and are vertically arranged, and an inclined pull rod (5) is arranged between every two vertical pull rods (3);

the top contact end of the diagonal draw bar (5) and the vertical draw bar (3) is provided with a diagonal draw bar upper seat (2), the bottom contact end of the diagonal draw bar (5) and the vertical draw bar (3) is provided with a diagonal draw bar lower seat (6), and the contact end of the vertical draw bar (3) and the steel frame bottom beam (7) is provided with a vertical draw bar seat (4);

at least one top frame straining beam (9) is horizontally arranged in the middle of the steel frame top beam (8) at the top of the steel frame.

2. A set of lifting bars for flexible tanks according to claim 1, characterized in that: the vertical pull rod (3) comprises a first vertical pull rod (3.1), a second vertical pull rod (3.2) and a third vertical pull rod (3.3);

the first vertical pull rod (3.1), the second vertical pull rod (3.2) and the third vertical pull rod (3.3) are uniformly distributed between the bottom beam (7) and the top beam (8) of the steel frame along the horizontal direction and are vertically arranged;

a first diagonal draw bar (5.1) is obliquely arranged downwards between the first vertical draw bar (3.1) and the second vertical draw bar (3.2);

and a second diagonal draw bar (5.2) is obliquely and upwards arranged between the second vertical draw bar (3.2) and the third vertical draw bar (3.3).

3. A trolley pole set for flexible tanks, as claimed in claim 2, wherein: the first vertical pull rod (3.1), the third vertical pull rod (3.3), the first diagonal pull rod (5.1) and the second diagonal pull rod (5.2) are integrally of an M-shaped supporting structure.

4. A set of lifting bars for flexible tanks according to claim 3, characterized in that: and the contact ends of the bottoms of the first vertical pull rod (3.1) and the third vertical pull rod (3.3) and the steel frame are both provided with vertical pull rod seats (4) and are in bolted connection with the vertical pull rod seats (4).

5. A trolley pole set for flexible tanks, as claimed in claim 1, wherein: the top contact ends of the diagonal draw bar (5) and the vertical draw bar (3) are both in bolted connection with the diagonal draw bar upper seat (2);

and the bottom contact ends of the diagonal draw bar (5) and the vertical draw bar (3) are both in bolted connection with the lower seat (6) of the diagonal draw bar.