CN217623617U - Gas cylinder loading and unloading transfer device - Google Patents
Gas cylinder loading and unloading transfer device Download PDFInfo
- Publication number
- CN217623617U CN217623617U CN202122771891.9U CN202122771891U CN217623617U CN 217623617 U CN217623617 U CN 217623617U CN 202122771891 U CN202122771891 U CN 202122771891U CN 217623617 U CN217623617 U CN 217623617U
- Authority
- CN
- China
- Prior art keywords
- gas cylinder
- transfer device
- steel
- unloading
- angle framework
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Handcart (AREA)
Abstract
This novel transfer device that belongs to, concretely relates to gas cylinder loading and unloading transfer device. The utility model provides a gas cylinder transfer device, wherein, the main part is the steel construction, a square frame structure that the steel construction comprises square steel pipe and circular steel tube and universal wheel welding riveting, steel construction one end sets up and utilizes the triangle framework to have stability principle and be used for strengthening gas cylinder transfer device's stability, strengthens gas cylinder transfer device's load bearing capacity. This neotype effect that is showing is: the device can be self-adaptive to the loading, unloading and transportation of the gas cylinders in a certain range, has the characteristics of labor and force saving, safety and reliability, and improves the efficiency of the loading, unloading and transportation of the gas cylinders on site. The device has the advantages of simple working principle, safety, reliability, large bearing capacity and the like. The utility model provides a manual mode of regulation's of hank cover upset transport convention has solved on-the-spot gas cylinder handling difficulty, and the transport is heavy, the outstanding suitability problem of potential safety hazard to realized the general of gas cylinder loading and unloading transportation under the certain specification circumstances, perfected the market demand that the gas cylinder loading and unloading was transported.
Description
Technical Field
This novel transfer device that belongs to, concretely relates to gas cylinder loading and unloading transfer device.
Background
At present, in the construction and installation project of spent fuel post-treatment, workshop production and field firing operation all need to use the gas cylinder to supply various gases, and gas cylinder loading and unloading are transported and are then the important link of realizing the air supply, so safe high-efficient and save the gas cylinder loading and unloading transfer device of cost of labor are urgent to solve in the field operation. Generally, the gas cylinder loading, unloading and transferring process is as follows, a plurality of people are required to lift and unload the gas cylinder from a truck and then lift and transport the gas cylinder to a trolley, and the trolley is pushed to an operation point by the plurality of people. The existing market generally adopts a gas cylinder transportation device, the consumed manpower is too much, the transportation mode is heavy, and the gas cylinder transportation device is not provided with such a loading, unloading and transportation integrated device. The device cannot adapt to complex conditions on site, and potential safety hazards such as falling, dumping and collision are easy to happen in transportation. Therefore, a gas cylinder loading and unloading transfer device needs to be developed.
SUMMERY OF THE UTILITY MODEL
This novel defect to prior art provides a gas cylinder loading and unloading transfer device.
This is novel to realize like this: the utility model provides a gas cylinder transfer device, wherein, the main part is the steel construction, a square frame structure that the steel construction comprises square steel pipe and circular steel tube and universal wheel welding riveting, steel construction one end sets up and utilizes triangle framework to have the stability that stability principle is used for reinforcing gas cylinder transfer device, strengthens gas cylinder transfer device's load bearing capacity.
According to the gas cylinder transfer device, the steel structure bottom adopts the universal wheels to enable the steel structure main body to move.
According to the gas cylinder transfer device, the C-shaped channel steel is welded at the middle part of the steel structure and used for riveting and fixing the winch sleeve and the right-angle framework to form the rotating device.
The gas cylinder transfer device is characterized in that the universal wheels are installed in a bolt riveting and fixing mode.
According to the gas cylinder transfer device, the other end of the steel structure is riveted with the right-angle framework through the twisting sleeve and the C-shaped channel steel, so that the steel structure is matched with the gas cylinder guardrail frame; the straight support of the right-angle framework is pressed on the surface of the C-shaped channel steel by the twisting sleeve, and the two ends of the twisting sleeve are riveted, so that the straight support of the right-angle framework is realized.
According to the gas cylinder transfer device, one end of the right-angle framework is welded on the C-shaped channel steel, the other end of the right-angle framework is fixed with the two handrail rods of the gas cylinder guardrail frame through the straight support and the inclined support in a welding mode, and the right-angle framework is also provided with the internal reinforcing support.
The gas cylinder transfer device comprises a handrail, a right-angle framework, a bottom baffle, a fixed arc-shaped sheet group, a movable arc-shaped sheet group, a connecting branch pipe and a hinge, wherein one side of the movable arc-shaped sheet group is buckled with the handrail and the connecting branch pipe through the hinge to form a movable bolt structure, and the other side of the movable arc-shaped sheet group can be opened to form a containing cavity for containing a gas cylinder.
According to the gas cylinder transfer device, the steel structure, the twisting sleeve and the right-angle framework form a shaft transmission mechanism, the gas cylinder guardrail frame at one end of the right-angle framework moves by taking the twisting sleeve as a shaft rod under the action of external force, and finally falls on the outer support rod.
According to the gas cylinder transfer device, when external force acts, the twisting sleeve and the matching structure thereof play a role in rotating shaft transmission, the gas cylinder guardrail frame rotates by taking the twisting sleeve as a central shaft, and a handrail rod of the gas cylinder guardrail frame is supported by the outer support rod after falling onto the outer support rod. When the gas cylinder is loaded, the gas cylinder guardrail frame is parallel to the ground, the movable arc-shaped sheet group is opened, the gas cylinder rolls into the gas cylinder guardrail frame from the truck, the arc-shaped sheet group is buckled, the handrail is pushed, and the transportation device moves forwards.
The gas cylinder transfer device is characterized in that the rotating shaft is formed by welding a twisted sleeve, C-shaped channel steel and a straight support of the right-angle framework and is used for connecting the right-angle framework and the steel structure so that the right-angle framework and the steel structure can be matched and move around the straight support.
This neotype effect that is showing is: the device can be self-adaptive to the loading, unloading and transportation of the gas cylinders in a certain range, has the characteristics of labor and force saving, safety and reliability, and improves the efficiency of the loading, unloading and transportation of the gas cylinders on site. The device has the advantages of simple working principle, safety, reliability, large bearing capacity and the like. The utility model provides a manual mode of regulation's of hank cover upset transport convention has solved on-the-spot gas cylinder handling difficulty, and the transport is heavy, the outstanding suitability problem of potential safety hazard to realized the general of gas cylinder loading and unloading transportation under the certain specification circumstances, perfected the market demand that the gas cylinder loading and unloading was transported.
Drawings
FIG. 1 is a schematic structural view of a gas cylinder loading and unloading transfer device;
FIG. 2 is a schematic perspective view of FIG. 1;
FIG. 3 is a schematic view of a load condition;
FIG. 4 is a view of the twist-sleeve fastening device of the present invention;
FIG. 5 is a schematic view of the gas cylinder guard rail of the present invention;
fig. 6 is a schematic view of the steel structure of the present invention.
In the figure: 1. the device comprises a steel structure, 2 right-angle frameworks, 3.C type channel steel, 4 twisted sleeves, 5 right-angle frameworks, 6 gas cylinder guardrail frames, 7 universal wheels, 2-1 straight supports, 2-2 inclined supports, 2-3 inner reinforcing supports, 2-4 outer support rods, 2-5 handrails, 5-1 straight supports, 5-2 inclined supports, 5-3 inner reinforcing supports, 6-1 handrail rods, 6-2 bottom baffles, 6-3 fixed arc-shaped plate groups, 6-4 movable arc-shaped plate groups, 6-5 connecting branch pipes and 6-6 twisted buckles.
Detailed Description
A gas cylinder transfer device comprises a steel structure 1, a right-angle framework 2, C-shaped channel steel 3, a twisting sleeve 4, a right-angle framework 5, a gas cylinder guardrail frame 6 and universal wheels 7, wherein the main body part is the steel structure 1, the right-angle framework 2 is arranged at one end of the steel structure 1 and used for loading gas cylinder weight and enhancing the stability of the steel structure 1, the C-shaped channel steel 3 is arranged at the other end of the steel structure 1 and connected and matched with the steel structure, and the universal wheels 7 are arranged at the bottom of the device and used for bearing and transporting; the right-angle framework 2 consists of a straight support 2-1, an inclined support 2-2, an inner reinforcing support 2-3, an outer support rod 2-4 and a handrail 2-5; a hinge sleeve 4 is riveted on the C-shaped channel steel 3; the twisting sleeve 4 utilizes a rotating shaft transmission principle to enable the right-angle framework 5 to be directly supported and tightly leaned against the C-shaped channel steel 3, and two ends of the twisting sleeve 4 are welded on the C-shaped channel steel 3 to form a rotating device; the right-angle framework 5 consists of a straight support 5-1, an inclined support 5-2 and an inner reinforcing support 5-3 and is connected with a gas cylinder guardrail frame 6 in a welding mode; the gas cylinder guardrail frame 6 consists of a handrail rod 6-1, a bottom baffle 6-2, a fixed arc-shaped sheet group 6-3, a movable arc-shaped sheet group 6-4, a connecting branch pipe 6-5 and a hinge 6-6, wherein one side of the movable arc-shaped sheet group 6-4 is buckled with the handrail rod 6-1 and the connecting branch pipe 6-5 by the hinge 6-6 to form a movable bolt structure, and the other side can be opened. In the operation process, the position of the twisting sleeve 4 is fixed, and the central position of the circular tube is unchanged. The two ends of the twisting sleeve 4 are connected with a right-angle framework 5 and a steel structure 1, and under the action of external force, the gas cylinder guardrail frame is erected on an outer support rod 2-4 of the right-angle framework 2 in a full-load state to reach a full-load transportation state, so that the handrails 2-5 are pushed to move forwards.
Combine that fig. 3 and fig. 4 show, do the utility model discloses a full load transportation device schematic diagram, full load transportation device contains universal wheel 7, gas cylinder guardrail frame 6, right angle framework 5, hank cover 4, right angle framework 2, steel construction 1, universal wheel 7 uses bolt riveting with steel construction 1 to be fixed, hank cover 4 adopts welded connection right angle framework 5 and steel construction 1, makes it form a whole. In an initial state, the universal wheel 7 is completely static, the gas cylinder guardrail frame 6 is kept horizontal with the ground, one side of the movable arc-shaped sheet group 6-4 is opened, the gas cylinder rolls onto the opened gas cylinder guardrail frame 6 to be buckled with the movable arc-shaped sheet group 6-4, the handrail 2-5 is pushed along with the movable arc-shaped sheet group, the universal wheel 7 moves forwards, and the full-load transportation device achieves dynamic balance.
Referring to fig. 5 and 6, the gas cylinder guardrail frame 6 consists of a handrail rod 6-1, a bottom baffle 6-2, a fixed arc-shaped sheet group 6-3, a movable arc-shaped sheet group 6-4, a connecting branch pipe 6-5 and a hinge 6-6. One end of the gas cylinder guardrail frame 6, the straight support 5-1 of the right-angle framework 5 and the steel framework 1 are matched for use through the transmission of the rotating shaft, when a gas cylinder is loaded, the guardrail frame is parallel to the ground, the gas cylinder rolls into the accommodating cavity from a vehicle, and the hinge 6-6 is buckled, so that the carrying can be promoted, and the burden of manual loading and lifting is reduced. When the gas cylinder is unloaded, the gas cylinder can be unloaded only by making the gas cylinder guardrail frame 6 vertical to the ground and opening the hinge 6-6, so that the load of manual lifting and unloading is reduced. The on-site transportation efficiency is improved, and the safety is guaranteed.
Claims (8)
1. The utility model provides a gas cylinder loading and unloading transfer device which characterized in that: the main part is steel construction (1), steel construction (1) is by square steel pipe and round steel pipe and the square frame structure that universal wheel welding riveting constitutes, and steel construction (1) one end sets up and utilizes the triangle framework to have stability principle and be used for strengthening gas cylinder transfer device's stability, strengthens gas cylinder transfer device's load bearing capacity.
2. The gas cylinder handling and transferring device of claim 1, wherein: the bottom of the steel structure (1) adopts universal wheels (7) to enable the steel structure body to move.
3. A gas cylinder handling transfer device according to claim 2, characterized in that: the middle part of the steel structure is welded with C-shaped channel steel (3) which is used for riveting and fixing the twisted sleeve and the right-angle framework (5) to form a rotating device.
4. A gas cylinder handling transfer device according to claim 3, characterized in that: the universal wheel (7) is installed in a bolt riveting and fixing mode.
5. A gas cylinder handling transfer device according to claim 4, characterized in that: the other end of the steel structure (1) is riveted with the right-angle framework (5) through a twisting sleeve (4) and a C-shaped channel steel (3), so that the steel structure (1) is matched with the gas cylinder guardrail frame (6); the straight support of the right-angle framework (5) is pressed on the surface of the C-shaped channel steel (3) by the twisting sleeve (4) and the two ends of the twisting sleeve are riveted, so that the right-angle framework (5) is directly supported.
6. A gas cylinder handling transfer device according to claim 5, characterized in that: one end of the right-angle framework (5) is welded on the C-shaped channel steel (3), the other end of the right-angle framework is welded and fixed with two handrail rods of the gas cylinder guardrail frame (6) through the straight support and the inclined support, and the right-angle framework (5) is also internally provided with the reinforcing support.
7. A gas cylinder handling transfer device according to claim 6, characterized in that: the gas cylinder guardrail frame (6) is composed of a grab rail, a right-angle framework, a bottom baffle, a fixed arc-shaped sheet group, a movable arc-shaped sheet group, a connecting branch pipe and a hinge buckle, wherein one side of the movable arc-shaped sheet group is buckled with the grab rail and the connecting branch pipe through the hinge buckle to form a movable bolt structure, and the other side of the movable arc-shaped sheet group can be opened to form a containing cavity for containing a gas cylinder.
8. A gas cylinder handling transfer device according to claim 7, characterized in that: the gas cylinder guardrail device is characterized in that the steel structure (1), the twisting sleeve (4) and the right-angle framework (5) form a shaft transmission mechanism, and a gas cylinder guardrail frame (6) at one end of the right-angle framework (5) moves by taking the twisting sleeve (4) as a shaft rod under the action of external force and finally falls on an outer support rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122771891.9U CN217623617U (en) | 2021-11-12 | 2021-11-12 | Gas cylinder loading and unloading transfer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122771891.9U CN217623617U (en) | 2021-11-12 | 2021-11-12 | Gas cylinder loading and unloading transfer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217623617U true CN217623617U (en) | 2022-10-21 |
Family
ID=83619082
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122771891.9U Active CN217623617U (en) | 2021-11-12 | 2021-11-12 | Gas cylinder loading and unloading transfer device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217623617U (en) |
-
2021
- 2021-11-12 CN CN202122771891.9U patent/CN217623617U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109137867B (en) | One kind, which is made and lies on one's side for large jacket side, builds transportation technology | |
| CN106395645A (en) | Wind power arm overturning method and crane | |
| CN217623617U (en) | Gas cylinder loading and unloading transfer device | |
| CN201842602U (en) | Portable crane | |
| CN209585651U (en) | Floor material outward transportation system based on outer scaffold is exempted from to demolish | |
| CN202175538U (en) | Special fork lifting tool for lifting articles such as coiled materials and coiled plates | |
| CN212863921U (en) | Pipeline transportation and hoisting apparatus in underground comprehensive pipe gallery | |
| CN210972594U (en) | Spring increases formula conveyer roller | |
| CN204727242U (en) | Quick and safe unloading device for gas cylinder | |
| CN207328536U (en) | Warehouse is hauled goods trolley | |
| CN205906017U (en) | Special transport trolley of building material | |
| CN219971276U (en) | Detachable automobile transportation support for container | |
| CN214823520U (en) | A screen cabinet carrier for relay protection screen cabinet | |
| CN212024590U (en) | Coal mine hoisting and conveying pipeline installation vehicle | |
| CN214935306U (en) | Multipurpose material transfer device | |
| CN2395940Y (en) | Supporter for loading rolled plate in railway carriage | |
| CN109533615A (en) | The carrying conveying device of middle-size and small-size equipment installation | |
| CN221252753U (en) | Assembled material transporting device | |
| CN219859115U (en) | Pipeline transportation traction system for coal conveying trestle | |
| CN219134180U (en) | Simple multifunctional conveying device | |
| CN212503687U (en) | Horizontal conveying device for large spiral steel pipes | |
| CN218805916U (en) | Material conveyor for building engineering construction | |
| CN213831709U (en) | Spherical workpiece conveying trolley | |
| CN212024620U (en) | Coal mine heavy pipeline hoisting transport vehicle | |
| CN210825141U (en) | Lifting device for transfer in shelter |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |