CN210551085U - Folding portable hopper - Google Patents
Folding portable hopper Download PDFInfo
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- CN210551085U CN210551085U CN201921214734.4U CN201921214734U CN210551085U CN 210551085 U CN210551085 U CN 210551085U CN 201921214734 U CN201921214734 U CN 201921214734U CN 210551085 U CN210551085 U CN 210551085U
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Abstract
The utility model provides a folding portable hopper, belonging to the technical field of building engineering, the structure of which comprises a bottom bracket hopper horizontally arranged, wherein, N layers of horizontal layer filling hoppers are stacked above the bottom bracket hopper, and each layer of layer filling hopper is respectively formed by drawing together the left and right directions of two independent partial filling hoppers which are parallel to each other; parallel straight line left position hinged connecting rods are arranged on the front hopper wall and the rear hopper wall between the left half part of the bottom bracket hopper and the left position sub-packaging hoppers on each layer above the bottom bracket hopper, and parallel straight line right position hinged connecting rods are arranged on the front hopper wall and the rear hopper wall between the right half part of the bottom bracket hopper and the right position sub-packaging hoppers on each layer above the bottom bracket hopper. The hinging mode between the hinging connecting rod and the sub-packaging buckets of the utility model adopts a parallelogram four-connecting-rod structure of the unit, and the left handle and the right handle are pulled upwards and turned towards the left outer side and the right outer side, so that each sub-packaging bucket can be opened, and the sub-packaging buckets can be conveniently taken and classified; when the foldable portable hopper is folded, the whole foldable portable hopper can be folded only by lifting the left handle and the right handle simultaneously.
Description
Technical Field
The utility model belongs to the technical field of the building engineering technique and specifically relates to a folding portable hopper.
Background
Generally, at present, the portable hopper used in a construction site is generally a single layer, the specification types such as nuts, screws, steel nails and tools used in construction production are different, the traditional portable hopper has single or mixed storage, the storage quantity is limited, the portable hopper needs to be taken back and forth, the use is inconvenient, the time is delayed, and the field use requirement is difficult to meet.
Disclosure of Invention
The technical task of the utility model is to solve the not enough of prior art, provide a folding portable hopper.
The technical proposal of the utility model is realized in the following way that the folding portable hopper of the utility model comprises a horizontally arranged bottom bracket hopper,
n layers of horizontal layer layered buckets are stacked above the bottom support bucket, and the layered buckets of each layer are respectively formed by drawing together the left and right directions of two independent sub-loading buckets which are parallel to each other;
the value of N is a natural number which is more than or equal to 1;
the bottom supporting hopper and each sub-loading hopper are respectively provided with a horizontal hopper bottom and a horizontal upper hopper opening;
parallel straight left hinged connecting rods are arranged on the front hopper wall and the rear hopper wall between the left half part of the bottom bracket hopper and the left sub-packaging hoppers on each layer above the bottom bracket hopper,
each left articulated connecting rod is articulated with at least two adjacent left sub-hoppers on the upper layer and the lower layer together;
each left-position hinged connecting rod is provided with a unique hinged position on the hopper wall of the split charging hopper on each layer of left position;
the parallel left hinged connecting rods are obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper in the inclination direction;
parallel straight right hinged connecting rods are arranged on the front bucket wall and the rear bucket wall between the right half part of the bottom bracket bucket and the right sub-bucket of each layer above the bottom bracket bucket,
each right hinged connecting rod is hinged with at least two adjacent sub-loading hoppers on the right of the upper layer and the lower layer;
each right hinged connecting rod is provided with a unique hinged position on the hopper wall of the sub-packaging hopper at each layer of the right position;
the inclined direction of the parallel right hinged connecting rod is obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper.
Preferably, the method comprises the following steps: a layered bucket with two horizontal layers is arranged above the bottom bracket bucket in a stacked manner,
a first layer above the bottom hopper is provided with a left first-level loading hopper and a right first-level loading hopper, and the heights of the left first-level loading hopper and the right first-level loading hopper are the same;
a second layer above the bottom bracket hopper is provided with a left second-level split hopper and a right second-level split hopper; the bucket heights of the left secondary split bucket and the right secondary split bucket are the same;
the front bucket wall and the rear bucket wall of the bottom bracket bucket and the left first-level packing bucket are respectively provided with a first front bucket wall left-position hinged connecting rod and a first rear bucket wall left-position hinged connecting rod which are parallel;
the hinge point positions at two ends of the left hinge connecting rod of the first front hopper wall are respectively hinged on the front hopper walls of the bottom bracket hopper and the left first-stage packing hopper;
the hinge point positions at two ends of the left hinge connecting rod of the first rear bucket wall are respectively hinged on the rear bucket walls of the bottom bracket bucket and the left first-stage packing bucket;
the hinge points of the first front bucket wall left hinge connecting rod and the first rear bucket wall left hinge connecting rod are in front-back correspondence;
the front bucket wall and the rear bucket wall of the bottom bracket bucket, the left first-stage loading bucket and the left second-stage loading bucket are respectively provided with a second front bucket wall left-position hinged connecting rod and a second rear bucket wall left-position hinged connecting rod which are parallel;
the left hinge connecting rod of the second front hopper wall is provided with three hinge points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the left first-stage loading hopper and the left second-stage loading hopper;
the left hinge connecting rod of the second rear bucket wall is provided with three hinge points which are respectively hinged on the rear bucket walls of the bottom bracket bucket, the left first-stage loading bucket and the left second-stage loading bucket;
the hinge point positions of the second front bucket wall left hinge connecting rod and the second rear bucket wall left hinge connecting rod correspond to each other front and back;
the front bucket wall and the rear bucket wall of the left first-level loading bucket and the left second-level loading bucket are respectively provided with a third front bucket wall left-level hinged connecting rod and a third rear bucket wall left-level hinged connecting rod which are parallel;
the left hinge connecting rod of the third front hopper wall is provided with two hinge points which are respectively hinged on the front hopper walls of the left first-level packaging hopper and the left second-level packaging hopper;
the left-position hinge connecting rod of the third rear bucket wall is provided with two hinge points which are respectively hinged on the rear bucket walls of the left-position first-stage loading bucket and the left-position second-stage loading bucket;
the hinge point positions of the third front bucket wall left hinge connecting rod and the third rear bucket wall left hinge connecting rod are in front-back correspondence;
the top ends of the third front bucket wall left-position hinged connecting rod and the third rear bucket wall left-position hinged connecting rod are fixedly connected with a left handle;
the first front hopper wall left-position hinged connecting rod, the second front hopper wall left-position hinged connecting rod and the third front hopper wall left-position hinged connecting rod are parallel;
the front bucket wall and the rear bucket wall of the bottom bracket bucket and the right first-level packing bucket are respectively provided with a first front bucket wall right-position hinged connecting rod and a first rear bucket wall right-position hinged connecting rod which are parallel;
the hinged point positions at two ends of the right hinged connecting rod of the first front hopper wall are respectively hinged on the front hopper walls of the bottom bracket hopper and the right first-level subpackaging hopper;
the hinged point positions of two ends of the right hinged connecting rod of the first rear hopper wall are respectively hinged on the rear hopper walls of the bottom bracket hopper and the right first-level subpackaging hopper;
the hinge point positions of the first front bucket wall right hinge connecting rod and the first rear bucket wall right hinge connecting rod correspond to each other front and back;
a second front bucket wall right-position hinged connecting rod and a second rear bucket wall right-position hinged connecting rod are respectively arranged on the front bucket wall and the rear bucket wall of the bottom bracket bucket, the right first-stage loading bucket and the right second-stage loading bucket and are parallel to each other;
the right hinged connecting rod of the second front hopper wall is provided with three hinged points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the right hinged connecting rod of the second rear hopper wall is provided with three hinged points which are respectively hinged on the rear hopper walls of the bottom bracket hopper, the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the hinge point positions of the second front bucket wall right hinge connecting rod and the second rear bucket wall right hinge connecting rod are in front-back correspondence;
the front bucket wall and the rear bucket wall of the right first-level loading bucket and the right second-level loading bucket are respectively provided with a third front bucket wall right-position hinged connecting rod and a third rear bucket wall right-position hinged connecting rod which are parallel;
the right hinged connecting rod of the third front hopper wall is provided with two hinged points which are respectively hinged on the front hopper walls of the right first-stage subpackaging hopper and the right second-stage subpackaging hopper;
the right hinged connecting rod of the third rear hopper wall is provided with two hinged points which are respectively hinged on the rear hopper walls of the right first-stage subpackaging hopper and the right second-stage subpackaging hopper;
the hinge point positions of the third front bucket wall right hinge connecting rod and the third rear bucket wall right hinge connecting rod are in front-back correspondence;
the top ends of the third front bucket wall right position hinged connecting rod and the third rear bucket wall right position hinged connecting rod are fixedly connected with a right handle;
the first front bucket wall right position hinge connecting rod, the second front bucket wall right position hinge connecting rod and the third front bucket wall right position hinge connecting rod are parallel.
The bottom bracket hopper and each sub-loading hopper are rectangular hoppers.
The two independent sub-packaging buckets which are parallel to the left and the right are the same in size and shape, and the whole body of the two independent sub-packaging buckets which are parallel to the left and the right and the bottom bracket bucket after the two independent sub-packaging buckets are closed is the same in size.
Compared with the prior art, the utility model produced beneficial effect is:
the utility model discloses a folding portable hopper is applicable to and stores various middle-size and small-size parts, its advantage:
the space can be effectively saved: store more things in limited space
The time can be effectively saved: avoid getting the object to and fro
The application range is wider: the method is not only suitable for construction sites, but also suitable for places with limited space, such as families, repair plants and the like.
The utility model discloses a folding portable hopper adopts the articulated mode between articulated connecting rod and the partial shipment fill that adopts the parallelogram four-bar linkage structure of unit, has the motion characteristics of parallelogram four-bar linkage, draws and to the left and right outside upset left handle and right handle, can open each partial shipment fill, is convenient for take, classify; when the foldable portable hopper is folded, the left handle and the right handle are only required to be lifted simultaneously, the left handle and the right handle are folded, the whole foldable portable hopper can be folded, and the foldable portable hopper is simple and convenient to operate, convenient to carry and transport, and particularly suitable for containing tools, parts and other articles.
The utility model discloses a folding portable hopper reasonable in design, simple structure, safe and reliable, convenient to use, easy to maintain have fine using value widely.
Drawings
Fig. 1 is a schematic structural view of the utility model in a furled state;
fig. 2 is a schematic structural view of the present invention in an expanded state;
fig. 3 is a schematic perspective view of the expanded state of the present invention.
The reference numerals in the drawings denote:
1. a bottom supporting bucket 2, a layer loading bucket,
3. a left first-level packaging bucket, a right first-level packaging bucket,
5. a left second-level loading hopper, a 6 right second-level loading hopper,
7. a front bucket wall 8 and a rear bucket wall,
9. a first front bucket wall left position hinged connecting rod, 10 a first rear bucket wall left position hinged connecting rod,
11. a second front bucket wall left position hinged connecting rod 12, a second rear bucket wall left position hinged connecting rod,
13. a third front bucket wall left position hinged connecting rod, 14, a third rear bucket wall left position hinged connecting rod,
15. a first front bucket wall right position hinged connecting rod, 16 a first rear bucket wall right position hinged connecting rod,
17. a second front bucket wall right position hinged connecting rod, 18, a second rear bucket wall right position hinged connecting rod,
19. a third front bucket wall right position hinged connecting rod, 20 and a third rear bucket wall right position hinged connecting rod,
21. left handle, 22, right handle.
Detailed Description
The following detailed description of the foldable portable hopper of the present invention will be made with reference to the accompanying drawings.
As shown in the attached drawings, the structure of the folding portable hopper of the utility model comprises a horizontally arranged bottom bracket hopper,
n layers of horizontal layer loading buckets are stacked above the bottom support bucket, preferably two layers, and each layer of horizontal layer loading bucket is formed by drawing two independent split charging buckets which are parallel left and right in the left and right direction;
the value of N is a natural number which is more than or equal to 1;
the bottom supporting hopper and each sub-loading hopper are respectively provided with a horizontal hopper bottom and a horizontal upper hopper opening;
parallel straight left hinged connecting rods are arranged on the front hopper wall and the rear hopper wall between the left half part of the bottom bracket hopper and the left sub-packaging hoppers on each layer above the bottom bracket hopper,
each left articulated connecting rod is articulated with at least two adjacent left sub-hoppers on the upper layer and the lower layer together;
each left-position hinged connecting rod is provided with a unique hinged position on the hopper wall of the split charging hopper on each layer of left position;
the parallel left hinged connecting rods are obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper in the inclination direction;
parallel straight right hinged connecting rods are arranged on the front bucket wall and the rear bucket wall between the right half part of the bottom bracket bucket and the right sub-bucket of each layer above the bottom bracket bucket,
each right hinged connecting rod is hinged with at least two adjacent sub-loading hoppers on the right of the upper layer and the lower layer;
each right hinged connecting rod is provided with a unique hinged position on the hopper wall of the sub-packaging hopper at each layer of the right position;
the inclined direction of the parallel right hinged connecting rod is obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper.
A layered bucket 2 with two horizontal layers is arranged above the bottom supporting bucket 1,
a first layer above the bottom hopper is provided with a left first-level sub-hopper 3 and a right first-level sub-hopper 4, and the heights of the left first-level sub-hopper and the right first-level sub-hopper are the same;
a left secondary split hopper 5 and a right secondary split hopper 6 are arranged on the second layer above the bottom bracket hopper; the bucket heights of the left secondary split bucket and the right secondary split bucket are the same;
the front bucket wall and the rear bucket wall of the bottom bracket bucket 1 and the left first-level packing bucket 3 are respectively provided with a first front bucket wall left-position hinged connecting rod 9 and a first rear bucket wall left-position hinged connecting rod 10 which are parallel;
the hinge point positions at two ends of the first front hopper wall left-position hinge connecting rod 9 are respectively hinged on the front hopper walls of the bottom bracket hopper and the left first-stage packaging hopper;
the hinge points at two ends of the left hinge connecting rod 10 of the first rear bucket wall are respectively hinged on the rear bucket walls of the bottom bracket bucket and the left first-stage packing bucket;
the hinge points of the first front bucket wall left hinge connecting rod 9 and the first rear bucket wall left hinge connecting rod 10 correspond to each other front and back;
the front bucket walls and the rear bucket walls of the bottom bracket bucket 1, the left first-level loading bucket 3 and the left second-level loading bucket 5 are respectively provided with a second front bucket wall left-level hinged connecting rod 11 and a second rear bucket wall left-level hinged connecting rod 12 which are parallel;
the second front hopper wall left-position hinge connecting rod 11 is provided with three hinge points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the left first-stage loading hopper and the left second-stage loading hopper;
the second rear hopper wall left-position hinge connecting rod 12 is provided with three hinge points which are respectively hinged on the rear hopper walls of the bottom bracket hopper, the left first-stage loading hopper and the left second-stage loading hopper;
the hinge point positions of the second front bucket wall left hinge connecting rod 11 and the second rear bucket wall left hinge connecting rod 12 correspond to each other front and back;
the front bucket walls and the rear bucket walls of the left first-level loading bucket 3 and the left second-level loading bucket 5 are respectively provided with a third front bucket wall left-level hinged connecting rod 13 and a third rear bucket wall left-level hinged connecting rod 14 which are parallel;
the left hinge connecting rod 13 of the third front bucket wall is provided with two hinge points which are respectively hinged on the front bucket walls of the left first-level packing bucket and the left second-level packing bucket;
the third rear hopper wall left-position hinged connecting rod 14 is provided with two hinged points which are respectively hinged on the rear hopper walls of the left first-level packaging hopper and the left second-level packaging hopper;
the hinge point positions of the third front bucket wall left hinge connecting rod 13 and the third rear bucket wall left hinge connecting rod 14 correspond to each other front and back;
the top ends of the third front bucket wall left-position hinged connecting rod and the third rear bucket wall left-position hinged connecting rod are fixedly connected with a left handle 21;
the first front bucket wall left position hinge connecting rod 9, the second front bucket wall left position hinge connecting rod 11 and the third front bucket wall left position hinge connecting rod 13 are parallel;
the front bucket wall and the rear bucket wall of the bottom bracket bucket 1 and the right first-level sub-packaging bucket 4 are respectively provided with a first front bucket wall right-position hinged connecting rod 15 and a first rear bucket wall right-position hinged connecting rod 16 which are parallel;
the hinged point positions at two ends of the first front hopper wall right-position hinged connecting rod 15 are respectively hinged on the front hopper walls of the bottom bracket hopper and the right-position first-level sub-packaging hopper;
the hinged point positions at two ends of the first rear hopper wall right hinged connecting rod 16 are respectively hinged on the rear hopper walls of the bottom bracket hopper and the right first-level subpackage hopper;
the hinge point positions of the first front bucket wall right hinge connecting rod 15 and the first rear bucket wall right hinge connecting rod 16 correspond to each other front and back;
the front bucket walls and the rear bucket walls of the bottom supporting bucket 1, the right first-level sub-packaging bucket 4 and the right second-level sub-packaging bucket 6 are respectively provided with a second front bucket wall right hinged connecting rod 17 and a second rear bucket wall right hinged connecting rod 18 which are parallel;
the right hinged connecting rod 17 of the second front hopper wall is provided with three hinged points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the right first-stage split hopper and the right second-stage split hopper;
the second rear hopper wall right-position hinge connecting rod 18 is provided with three hinge points which are respectively hinged on the rear hopper walls of the bottom bracket hopper, the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the hinge point positions of the second front bucket wall right hinge connecting rod 17 and the second rear bucket wall right hinge connecting rod 18 correspond to each other front and back;
a third front bucket wall right-position hinged connecting rod 19 and a third rear bucket wall right-position hinged connecting rod 20 are respectively arranged on the front bucket wall and the rear bucket wall of the right first-stage sub-packaging bucket 4 and the right second-stage sub-packaging bucket 6 and are parallel to each other;
the right hinged connecting rod 19 of the third front hopper wall is provided with two hinged points which are respectively hinged on the front hopper walls of the right first-stage subpackaging hopper and the right second-stage subpackaging hopper;
the third rear hopper wall right-position hinged connecting rod 20 is provided with two hinged points which are respectively hinged on the rear hopper walls of the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the hinge point positions of the third front bucket wall right hinge connecting rod 19 and the third rear bucket wall right hinge connecting rod 20 correspond to each other front and back;
the top ends of the third front bucket wall right position hinged connecting rod and the third rear bucket wall right position hinged connecting rod are fixedly connected with a right handle 22;
the first front bucket wall right position hinge connecting rod, the second front bucket wall right position hinge connecting rod and the third front bucket wall right position hinge connecting rod are parallel.
The bottom bracket hopper and each sub-loading hopper are rectangular hoppers.
The two independent sub-packaging buckets which are parallel to the left and the right are the same in size and shape, and the whole body of the two independent sub-packaging buckets which are parallel to the left and the right and the bottom bracket bucket after the two independent sub-packaging buckets are closed is the same in size.
The hinged connecting rod can be made of steel plate strips or wood strips. The hinge point is hinged by a hinge shaft, a screw or a rivet so as to facilitate rotation. The number of layers of the hopper can be properly increased according to the requirement so as to manufacture folding portable hoppers with different specifications and layers, thereby expanding the containing space and being more convenient for classification.
Claims (4)
1. A folding portable hopper is characterized by comprising a horizontally arranged bottom supporting hopper,
n layers of horizontal layer layered buckets are stacked above the bottom support bucket, and the layered buckets of each layer are respectively formed by drawing together the left and right directions of two independent sub-loading buckets which are parallel to each other;
the value of N is a natural number which is more than or equal to 1;
the bottom supporting hopper and each sub-loading hopper are respectively provided with a horizontal hopper bottom and a horizontal upper hopper opening;
parallel straight left hinged connecting rods are arranged on the front hopper wall and the rear hopper wall between the left half part of the bottom bracket hopper and the left sub-packaging hoppers on each layer above the bottom bracket hopper,
each left articulated connecting rod is articulated with at least two adjacent left sub-hoppers on the upper layer and the lower layer together;
each left-position hinged connecting rod is provided with a unique hinged position on the hopper wall of the split charging hopper on each layer of left position;
the parallel left hinged connecting rods are obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper in the inclination direction;
parallel straight right hinged connecting rods are arranged on the front bucket wall and the rear bucket wall between the right half part of the bottom bracket bucket and the right sub-bucket of each layer above the bottom bracket bucket,
each right hinged connecting rod is hinged with at least two adjacent sub-loading hoppers on the right of the upper layer and the lower layer;
each right hinged connecting rod is provided with a unique hinged position on the hopper wall of the sub-packaging hopper at each layer of the right position;
the inclined direction of the parallel right hinged connecting rod is obliquely arranged from the bottom bracket hopper extending part to the closing centre joint of each layer of partial filling hopper.
2. A folding portable hopper as claimed in claim 1, wherein:
a layered bucket with two horizontal layers is arranged above the bottom bracket bucket in a stacked manner,
a first layer above the bottom hopper is provided with a left first-level loading hopper and a right first-level loading hopper, and the heights of the left first-level loading hopper and the right first-level loading hopper are the same;
a second layer above the bottom bracket hopper is provided with a left second-level split hopper and a right second-level split hopper; the bucket heights of the left secondary split bucket and the right secondary split bucket are the same;
the front bucket wall and the rear bucket wall of the bottom bracket bucket and the left first-level packing bucket are respectively provided with a first front bucket wall left-position hinged connecting rod and a first rear bucket wall left-position hinged connecting rod which are parallel;
the hinge point positions at two ends of the left hinge connecting rod of the first front hopper wall are respectively hinged on the front hopper walls of the bottom bracket hopper and the left first-stage packing hopper;
the hinge point positions at two ends of the left hinge connecting rod of the first rear bucket wall are respectively hinged on the rear bucket walls of the bottom bracket bucket and the left first-stage packing bucket;
the hinge points of the first front bucket wall left hinge connecting rod and the first rear bucket wall left hinge connecting rod are in front-back correspondence;
the front bucket wall and the rear bucket wall of the bottom bracket bucket, the left first-stage loading bucket and the left second-stage loading bucket are respectively provided with a second front bucket wall left-position hinged connecting rod and a second rear bucket wall left-position hinged connecting rod which are parallel;
the left hinge connecting rod of the second front hopper wall is provided with three hinge points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the left first-stage loading hopper and the left second-stage loading hopper;
the left hinge connecting rod of the second rear bucket wall is provided with three hinge points which are respectively hinged on the rear bucket walls of the bottom bracket bucket, the left first-stage loading bucket and the left second-stage loading bucket;
the hinge point positions of the second front bucket wall left hinge connecting rod and the second rear bucket wall left hinge connecting rod correspond to each other front and back;
the front bucket wall and the rear bucket wall of the left first-level loading bucket and the left second-level loading bucket are respectively provided with a third front bucket wall left-level hinged connecting rod and a third rear bucket wall left-level hinged connecting rod which are parallel;
the left hinge connecting rod of the third front hopper wall is provided with two hinge points which are respectively hinged on the front hopper walls of the left first-level packaging hopper and the left second-level packaging hopper;
the left-position hinge connecting rod of the third rear bucket wall is provided with two hinge points which are respectively hinged on the rear bucket walls of the left-position first-stage loading bucket and the left-position second-stage loading bucket;
the hinge point positions of the third front bucket wall left hinge connecting rod and the third rear bucket wall left hinge connecting rod are in front-back correspondence;
the top ends of the third front bucket wall left-position hinged connecting rod and the third rear bucket wall left-position hinged connecting rod are fixedly connected with a left handle;
the first front hopper wall left-position hinged connecting rod, the second front hopper wall left-position hinged connecting rod and the third front hopper wall left-position hinged connecting rod are parallel;
the front bucket wall and the rear bucket wall of the bottom bracket bucket and the right first-level packing bucket are respectively provided with a first front bucket wall right-position hinged connecting rod and a first rear bucket wall right-position hinged connecting rod which are parallel;
the hinged point positions at two ends of the right hinged connecting rod of the first front hopper wall are respectively hinged on the front hopper walls of the bottom bracket hopper and the right first-level subpackaging hopper;
the hinged point positions of two ends of the right hinged connecting rod of the first rear hopper wall are respectively hinged on the rear hopper walls of the bottom bracket hopper and the right first-level subpackaging hopper;
the hinge point positions of the first front bucket wall right hinge connecting rod and the first rear bucket wall right hinge connecting rod correspond to each other front and back;
a second front bucket wall right-position hinged connecting rod and a second rear bucket wall right-position hinged connecting rod are respectively arranged on the front bucket wall and the rear bucket wall of the bottom bracket bucket, the right first-stage loading bucket and the right second-stage loading bucket and are parallel to each other;
the right hinged connecting rod of the second front hopper wall is provided with three hinged points which are respectively hinged on the front hopper walls of the bottom bracket hopper, the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the right hinged connecting rod of the second rear hopper wall is provided with three hinged points which are respectively hinged on the rear hopper walls of the bottom bracket hopper, the right first-stage sub-packaging hopper and the right second-stage sub-packaging hopper;
the hinge point positions of the second front bucket wall right hinge connecting rod and the second rear bucket wall right hinge connecting rod are in front-back correspondence;
the front bucket wall and the rear bucket wall of the right first-level loading bucket and the right second-level loading bucket are respectively provided with a third front bucket wall right-position hinged connecting rod and a third rear bucket wall right-position hinged connecting rod which are parallel;
the right hinged connecting rod of the third front hopper wall is provided with two hinged points which are respectively hinged on the front hopper walls of the right first-stage subpackaging hopper and the right second-stage subpackaging hopper;
the right hinged connecting rod of the third rear hopper wall is provided with two hinged points which are respectively hinged on the rear hopper walls of the right first-stage subpackaging hopper and the right second-stage subpackaging hopper;
the hinge point positions of the third front bucket wall right hinge connecting rod and the third rear bucket wall right hinge connecting rod are in front-back correspondence;
the top ends of the third front bucket wall right position hinged connecting rod and the third rear bucket wall right position hinged connecting rod are fixedly connected with a right handle;
the first front bucket wall right position hinge connecting rod, the second front bucket wall right position hinge connecting rod and the third front bucket wall right position hinge connecting rod are parallel.
3. A folding portable hopper as claimed in claim 1, wherein: the bottom bracket hopper and each sub-loading hopper are rectangular hoppers.
4. A folding portable hopper as claimed in claim 1, wherein: the two independent sub-packaging buckets which are parallel to the left and the right are the same in size and shape, and the whole body of the two independent sub-packaging buckets which are parallel to the left and the right and the bottom bracket bucket after the two independent sub-packaging buckets are closed is the same in size.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921214734.4U CN210551085U (en) | 2019-07-30 | 2019-07-30 | Folding portable hopper |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921214734.4U CN210551085U (en) | 2019-07-30 | 2019-07-30 | Folding portable hopper |
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| CN210551085U true CN210551085U (en) | 2020-05-19 |
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| CN201921214734.4U Active CN210551085U (en) | 2019-07-30 | 2019-07-30 | Folding portable hopper |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112454313A (en) * | 2020-11-20 | 2021-03-09 | 湖南省至科铸造有限责任公司 | Quality detection tool kit based on engineering machinery |
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2019
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112454313A (en) * | 2020-11-20 | 2021-03-09 | 湖南省至科铸造有限责任公司 | Quality detection tool kit based on engineering machinery |
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