WO2018133485A1

WO2018133485A1 - Assembled frame

Info

Publication number: WO2018133485A1
Application number: PCT/CN2017/108167
Authority: WO
Inventors: 丁双燕
Original assignee: 丁双燕
Priority date: 2017-01-18
Filing date: 2017-10-28
Publication date: 2018-07-26
Also published as: CN207315802U; CN207315801U

Abstract

Disclosed is an assembled frame. The assembled frame is composed of modular frame units (100). The modular frame unit (100) comprises a top pole (10), a bottom pole (20) and two side poles (30). The two side poles (30) are connected between the top pole (10) and the bottom pole (20). Connectors (40) are respectively connected at two end portions of the top pole (10) and the bottom pole (20). The connector (40) comprises a fixedly connected end (41), a movably connected end (42) and a modular frame connecting end (43). The side pole (30) comprises at least two side sub-poles (31), with an elastic cord (50) passing through the side pole (30).

Description

Assembly frame

Technical field

The utility model relates to a frame, in particular to a module frame unit. The module frame unit comprises a top rod, a bottom rod and two side rods, and the two side rods are connected to the top rod and the bottom rod. And the assembly frame with the elastic rope is worn in the side bar.

Background technique

In order to facilitate people to place articles or collect clothes, there are some split-type assembling frames in the prior art. These assembling frames are composed of a plurality of connecting rods, and a plurality of connecting rods can be inserted into each other according to specific rules during use. A frame in which a cover is wrapped outside the frame to form a receiving device which is formed by the frame to form its skeleton to fix its overall shape, and the outer cover is wrapped around the outer frame to define an overall receiving space. The assembly and disassembly of the assembled frame is relatively convenient and has been widely used.

The technology of assembling the frame can be used to make simple wardrobes, simple planting cabinets, folding tents and the like, and among them, simple wardrobes and simple planting cabinets are widely used.

The simple wardrobe is a furniture for storing clothes, which belongs to the new product of the wardrobe. The main components are summarized as simple furniture which is supported by the frame structure and can be covered with various fabrics, and the fabric is mainly made of cloth, non-woven material and the like.

The simple planting cabinet is a tool for cultivating plants. When used, a plurality of connecting rods are spliced to form a skeleton, and then the fabric is covered on the skeleton to form a cabinet, and then the soil is filled in the cabinet to achieve The role of planting plants.

However, in the conventional simple wardrobe and simple planting cabinets, a plurality of connecting rods constituting the skeleton thereof are independently arranged, and when a plurality of connecting rods are inserted into each other to form a skeleton, it is necessary to follow a specific rule and order. The assembly of the skeleton is difficult to assemble, and the installation steps are cumbersome. For example, in the specific installation, the horizontal connecting rod, the longitudinal connecting rod, the ejector rod, the leg rod, etc. in the plurality of connecting rods are first classified according to categories, and then It is necessary to carry out the plug-in assembly according to the established rules in order to complete the work of assembling the skeleton. If the classification or the order of the insertion is wrong due to the user's mistakes, it will inevitably be abandoned. At this moment, all the components need to be disassembled and re-classified again. It is possible for the plugged action to assemble a qualified skeleton, as described above, which is a major drawback of conventional techniques.

Utility model content

The utility model provides a assembling frame, which has a simple assembling method and can be conveniently used by people for storage, and this is the main purpose of the utility model.

The technical solution adopted by the utility model is: a assembling frame, comprising a module frame unit, the module frame unit comprises a top rod, a bottom rod and two side rods, and the two side rods are connected to the top rod and the bottom The module frame unit is formed between the rods, and a connecting head is respectively connected to the two ends of the jack and the bottom rod, and the connecting head comprises a fixed connecting end, a movable connecting end and a module frame connecting end.

The fixed connection end of the connector connected to the two ends of the ram is fixedly connected to the two ends of the ram, and the fixed connection end of the connector connected to the two ends of the shank is fixedly connected to the bottom Both ends of the rod.

The movable connecting end of the connecting head connected to both ends of the jack corresponds to the movable connecting end of the connecting end connected to both ends of the bottom rod, and the top end of the side rod is movably inserted on the top rod In the movable connecting end of the connecting end of the connecting end, the bottom end of the side bar is movably inserted in the movable connecting end of the connecting end of the bottom rod end, the side bar includes at least two sub-side bars, A spring rope is worn in the side bar.

When the module frame unit is disassembled, an outward pulling force is respectively applied to the ejector pin and the bottom bar, and at the moment, the top end of the side bar is pulled out from the movable connecting end of the connecting end of the ejector end a bottom end of the side rod is pulled out from the movable connecting end of the connecting end of the bottom rod, and at the same time, the elastic ropes of the two side rods are simultaneously stretched to form the side rod The side bars are separated from each other, and then the two side bars are folded inwardly until each of the child side bars is parallel with the top bar and the bottom bar, thereby completing the disassembly action of the module frame unit, in the above process The ejector pin, the bottom bar and the two side bars are always connected together by the elastic connection of the elastic rope.

When the module frame unit is assembled, the ejector rod and the bottom rod are pulled apart in opposite directions, and then an outward pulling force is respectively applied to the ejector rod and the bottom rod. At this moment, the elastic force in the two side rods The rope is simultaneously stretched, and then the outward pulling force is removed. At this time, the ejector rod is brought close to the bottom rod by the elastic restoring force of the elastic rope, and at the same time, the sub-side rod constituting the side rod is subjected to the elastic force. The guiding of the ropes is inserted into the head and tail to form the side bar, and the side bar is guided by the elastic rope so that the top end of the side bar is inserted into the movable connecting end of the connector of the end of the jack The bottom end of the side rod is inserted into the movable connecting end of the connecting end of the bottom rod to complete the assembling action of the module frame unit.

The utility model has the beneficial effects that the module frame unit of the utility model applies an outward pulling force on the ejector rod and the bottom rod respectively when disassembling, and at this moment, the top end of the side rod is from the end of the ejector rod The movable connecting end of the connector is pulled out, and the bottom end of the side bar is pulled out from the movable connecting end of the connecting end of the bottom bar, and at the same time, the elastic force in the two side bars The ropes are simultaneously stretched to separate the sub-side rods constituting the side rods from each other, and then the two side rods are folded inwardly until each of the sub-side rods is parallel with the ejector rod and the bottom rod The detaching action of the module frame unit, in the above process, the ejector pin, the bottom bar and the two side bars are always connected together for convenient storage by the elastic connection of the elastic rope, and the module frame unit is assembled , the apex and the bottom rod are opposite Pulling in the direction, and then applying an outward pulling force on the ejector rod and the bottom rod respectively, at this moment, the elastic ropes in the two side rods are simultaneously stretched, and then the outward pulling force is removed, at this time, by means of the The elastic restoring force of the elastic rope brings the jack to be close to the bottom rod, and at the same time, the child side rods constituting the side rod are inserted into the head and tail of the elastic rope to form the side rod, and the side is simultaneously The rod is guided by the elastic cord so that the top end of the side rod is inserted into the movable connecting end of the connecting end of the jack, and the bottom end of the side rod is inserted at the connecting end of the bottom rod In the movable connection end, in order to complete the assembling action of the module frame unit, in the above assembly process, it is not necessary to classify and assemble the respective rod bodies in a regular manner, and the guiding action of the elastic rope only needs to pull the ejector rod externally. And the bottom rod can automatically complete the assembly of the module frame unit, the overall assembly process is simple, the steps are simple, and the utility model can be greatly facilitated.

DRAWINGS

Figure 1 is a schematic exploded view of the module frame unit of the present invention.

2 is a schematic exploded view of the assembled frame of the present invention.

Figure 3 is a schematic view showing the structure of the assembled frame of the present invention.

FIG. 4 is a schematic structural view of a plurality of assembly frames spliced together according to the present invention.

FIG. 5 is a schematic diagram of the disassembly and assembly process of the module frame unit of the present invention.

Figure 6 is a schematic exploded view of the second frame body of the present invention.

detailed description

As shown in FIGS. 1 through 6, an assembly frame includes a module frame unit 100 including a jack 10, a bottom bar 20, and two side bars 30.

Two side bars 30 are coupled between the jack 10 and the bottom bar 20 to form the module frame unit 100.

As shown in FIG. 1 , a connecting head 40 is connected to both ends of the jack 10 and the bottom rod 20 , and the connecting head 40 includes a fixed connecting end 41 , a movable connecting end 42 and a module frame connecting end 43 .

The fixed connection end 41 of the connector 40 connected to both ends of the jack 10 is fixedly coupled to both end portions of the jack 10.

The fixed connection end 41 of the connector 40 connected to both ends of the bottom bar 20 is fixedly coupled to both ends of the bottom bar 20.

The movable connection end 42 of the connector 40 connected to both ends of the jack 10 corresponds to the movable connection end 42 of the connector 40 connected to both ends of the bottom bar 20.

As shown in FIG. 1, the top end of the side bar 30 is movably inserted into the movable connecting end 42 of the connector 40 at the end of the jack 10.

The bottom end of the side bar 30 is movably inserted into the movable connection end 42 of the connector 40 at the end of the bottom bar 20.

The side bar 30 includes at least two sub-side bars 31.

A spring rope 50 is disposed in the side bar 30, and two ends of the elastic rope 50 are respectively fixed in the jack 10 and the bottom bar 20.

In the specific implementation, the two ends of the elastic cord 50 can also be respectively fixed in the connecting rod 40 of the top rod 10 and the end of the bottom rod 20.

As shown in FIG. 5, when the module frame unit 100 is disassembled, an outward pulling force is applied to the jack 10 and the bottom rod 20 respectively. At this moment, the top end of the side rod 30 is from the end of the jack 10 The movable connecting end 42 of the connector 40 is pulled out, and the bottom end of the side bar 30 is pulled out from the movable connecting end 42 of the connecting head 40 at the end of the bottom bar 20, and at the same time, the two sides The elastic cords 50 in the rod 30 are simultaneously stretched to separate the sub-side rods 31 constituting the side rods 30 from each other.

Then, when the two side bars 30 are folded inwardly to each of the child side bars 31, the detaching action of the module frame unit 100 is completed when the ejector pins 10 and the bottom bar 20 are parallel, in the above process. The ejector pin 10, the bottom bar 20 and the two side bars 30 are always connected together for convenient storage by the elastic connecting action of the elastic cord 50.

When the module frame unit 100 is assembled, the jack 10 and the bottom rod 20 are pulled apart in opposite directions, and then an outward pulling force is applied to the jack 10 and the bottom rod 20 respectively. At this moment, the two sides are The elastic cord 50 in the rod 30 is simultaneously stretched, and thereafter, the outward pulling force is removed, at which time the jack 10 is brought close to the bottom rod 20 by the elastic restoring force of the elastic cord 50.

At the same time, the sub-side bars 31 constituting the side bars 30 are inserted into the head and tails of the elastic cords 50 to form the side bars 30, and at the same time, the side bars 30 are guided by the elastic cords 50 to the side. The top end of the rod 30 is inserted into the movable connecting end 42 of the connecting head 40 at the end of the jack 10, and the bottom end of the side rod 30 is inserted into the joint 40 of the end of the bottom rod 20 for the activity. In the connecting end 42, in order to complete the assembling operation of the module frame unit 100, in the process of assembling, it is not necessary to classify and assemble the respective rod bodies in a regular manner, and the guiding action of the elastic rope 50 only needs to pull the ejector rod out. 10 and the bottom rod 20 can automatically complete the assembly of the module frame unit 100, the overall assembly process is simple, the steps are simple, and the utility model can be greatly facilitated.

In a specific implementation, the best embodiment is that the side bar 30 includes two sub-side bars 31, and the length of one of the sub-side bars 31 is equal to the length of the ram 10 and the bottom bar 20. In the case of the module frame unit 100 in which the disassembly is completed, each of the rod bodies has the same length for convenient storage.

In the specific implementation, the length of the jack 10, the bottom bar 20 and the two side bars 30 can be specifically determined according to specific needs to be able to form the rectangular or square module frame unit 100.

In a specific implementation, the jack 10, the bottom rod 20, and the two side rods 30 may be curved rods or other shaped rods.

In the specific implementation, the two ends of the elastic cord 50 are respectively provided with a chuck 51, by which the two ends of the elastic cord 50 can be respectively fixed in the jack 10 and the bottom rod 20, or fixed. In the connector 40.

As shown in FIGS. 2 to 3, the assembly frame includes two module frame units 100, and a coupling bar 200 is interposed between the two module frame units 100.

One end of the coupling rod 200 is movably inserted into the module frame connection end 43 of the connector 40 of the module frame unit 100.

The other end of the coupling rod 200 is correspondingly movably inserted into the module frame connection end 43 of the connector 40 of the other module frame unit 100.

The distance between the two module frame units 100 is determined by the joint bar 200, and the thickness dimension of the assembled frame is further determined.

In a specific implementation, one of the module frame units 100 forms a first frame body of the assembled frame.

As shown in FIG. 6, the coupling bar 200 is coupled to another module frame unit 100 to form a second frame body of the assembled frame.

The first frame body and the second frame body are inserted together to form the assembled frame.

In the second frame body, the coupling rods 200 are respectively movably inserted into the module frame connecting end 43 of the connecting head 40 at the top end and the bottom end of the side bar 30.

The elastic cord 50 is sequentially passed through the coupling bar 200 at the top end of the side bar 30, the side bar 30, and the coupling bar 200 at the bottom end of the side bar 30.

The two ends of the elastic cord 50 are respectively fixed in the top end and the bottom end of the side rod 30.

When the second frame body is disassembled, an external pulling force is first applied to the coupling rod 200, so that the coupling rod 200 is pulled out from the module frame connecting end 43 and deflected by the coupling rod 200, and then An outward pulling force is applied to the jack 10 and the bottom rod 20 in the second frame body. At this moment, the top end of the side bar 30 is from the movable connecting end 42 of the connecting head 40 at the end of the jack 10 Pulled out, the bottom end of the side bar 30 is pulled out from the movable connecting end 42 of the connecting head 40 at the end of the bottom bar 20, while the elastic cord 50 in the two side bars 30 are simultaneously The stretching causes the sub-side bars 31 constituting the side bars 30 to be separated from each other, and then, the two side bars 30 are folded inwardly to each of the sub-side bars 31 in parallel with the ejector pins 10 and the bottom bar 20, At the same time, each of the coupling rods 200 is also parallel with the ram 10 and the bottom rod 20, that is, the detaching action of the second frame body is completed.

When the second frame body is assembled, firstly, the coupling rod 200 is pulled out to stretch the elastic cord 50, and then the coupling rod 200 is inserted into the module frame connecting end 43 by the elastic restoring force of the elastic cord 50. And then, the ejector rod 10 of the second frame body and the bottom rod 20 are pulled apart in opposite directions, and then an outward pulling force is applied to the ejector rod 10 and the bottom rod 20 respectively. At this moment, the two side rods are respectively The elastic cord 50 in 30 is simultaneously stretched, and thereafter, the outward pulling force is removed, and at this time, the plunger 10 is brought close to the bottom rod 20 by the elastic restoring force of the elastic cord 50.

At the same time, the sub-side bars 31 constituting the side bars 30 are inserted into the head and tails of the elastic cords 50 to form the side bars 30, and at the same time, the side bars 30 are guided by the elastic cords 50 to the side. The top end of the rod 30 is inserted into the movable connecting end 42 of the connecting head 40 at the end of the jack 10, and the bottom end of the side rod 30 is inserted into the joint 40 of the end of the bottom rod 20 for the activity. The terminal 42 is connected to complete the assembly operation of the module frame unit 100.

In the specific implementation, the outer cover of the assembling frame is provided with a cover so as to form a simple wardrobe, a simple planting cabinet and the like, and the outer cover can be made of a waterproof cloth, a non-woven fabric or the like.

As shown in FIG. 4, in the specific implementation, a plurality of the assembly frames are connected together by a connecting buckle 300 to form a large frame body, and the size of the large frame body can be infinitely extended.

In the specific implementation, tools such as pallets and hooks may be provided in the assembly frame to expand the field of use of the assembly frame.

Claims

An assembly frame, comprising: a module frame unit, the module frame unit comprising a top rod, a bottom rod and two side rods, wherein the two side rods are connected between the top rod and the bottom rod to form the module a frame unit, wherein a connecting head is respectively connected to the ejector pin and the two ends of the bottom bar, the connecting head comprises a fixed connecting end, a movable connecting end and a module frame connecting end,

The fixed connection end of the connector connected to the two ends of the ram is fixedly connected to the two ends of the ram, and the fixed connection end of the connector connected to the two ends of the shank is fixedly connected to the bottom Both ends of the rod,

The movable connecting end of the connecting head connected to both ends of the jack corresponds to the movable connecting end of the connecting end connected to both ends of the bottom rod, and the top end of the side rod is movably inserted on the top rod In the movable connecting end of the connecting end of the connecting end, the bottom end of the side bar is movably inserted in the movable connecting end of the connecting end of the bottom rod end, the side bar includes at least two sub-side bars, A spring rope is worn in the side bar.
A modular frame according to claim 1 wherein the side bars comprise two sub-side bars.
A modular frame according to claim 1, wherein one or more of the jack, the bottom bar and the two side bars are curved arc bars.
The assembling frame according to claim 1, wherein the two ends of the elastic rope are respectively provided with a chuck.
The assembly frame according to claim 1, wherein the assembly frame comprises two module frame units, and two coupling rods are inserted between the module frame units, and the coupling rod is movably inserted at one end. a coupling rod in the module frame connection end of the connector head of the module frame unit The other end is correspondingly inserted into the module frame connection end of the connector of the other module frame unit, and the distance between the two module frame units is determined by the coupling rod.
A assembling frame according to claim 5, wherein a module frame unit forms a first frame body of the assembly frame, and the coupling bar is coupled to another module frame unit to form a second frame of the assembly frame. The frame body, the first frame body and the second frame body are inserted together to form the assembled frame.
The assembling frame according to claim 6, wherein in the second frame body, the coupling rods are respectively movably inserted into the module frame connecting ends of the connecting rods at the top end and the bottom end of the side rods, The elastic rope is sequentially inserted into the coupling rod at the top end of the side rod, the side rod and the coupling rod at the bottom end of the side rod, wherein the two ends of the elastic rope are respectively fixed to the top rod and the bottom end of the side rod in.
A modular frame according to claim 2, wherein the length of one of the sub-side bars is equal to the length of the ram and the bottom bar.
A modular frame according to claim 5, wherein a plurality of the assembled frames are joined together by a connecting buckle to form a large frame body.
A modular frame according to claim 5, wherein the outer frame of the assembled frame is provided with a cover.