JP2007191215A - Device for stably transporting mounted object - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To achieve a device for stably transporting a mounted object, in which the loaded object on this device is hardly influenced by an inertia force due to gradient responce of freely movable base table against the inertia force because its motion under loaded state is hardly carried out through paying attention against a variation in direction of accelration/deceleration when a loaded object that is easily broken, collaped, spilled out and cannot be fixed is transported by a moved object, and further that is protected against vibration and shock caused by a gravitational acceleration. <P>SOLUTION: A loaded object attitude can always be freely responded in a vertical direction relative to both an omnidirectional inertia force and a gravitational direction acted during motion by placing a moved object on the device fixed to a moving vehicle and the like and transporting it and then a stable state approximate to a stationary state can be maintained even under any running states through a mechanism based on a natural principle for absorbing both vibration and shock. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention, when loaded on a transport vehicle or the like, moves to the target transport object due to a load of kinematic external force generated by the transport movement, load collapse, content scattering, immobilization, etc. The present invention relates to a device that prevents accidents and enables stable transportation.

The conventional method of dealing with situations such as on-site transportation of expensive products, precision parts, easily damaged products, and food and drink that are concerned about accidents in the transportation of goods as described above, [Parallel to the water surface direction] function that keeps the storage box attached to the cargo bed perpendicular to the direction of gravity so that the tilt generated by the operation of the motorcycle does not affect the products installed in the storage box It has a suspension mechanism that demonstrates the above and a structure equivalent to it. Due to the lack of technical considerations to avoid the influence of the inertial movement force that is applied to the product itself, which is the kinematic external force generated by the transport movement, products that are particularly difficult to fix in the storage box are now messy during transport. It is a cause of damage, scattering, and damage due to vibration and impact.

Accordingly, the present invention has been made in view of this point in response to a lack of technical considerations for avoiding the influence of the inertial movement force and other current problems of the background art.

Means to solve the problem

A sealed structure comprising two layers of a gas layer and a liquid layer described in [Claim 1] is placed under a base of a bottom portion on which a product is loaded in a transported product storage box. The sealing structure is made of rubber / vinyl or a flexible material or a rigid material similar to the properties thereof, and has a structure designed to cause structural deformation by pressing with an external force. The volume within the sealing structure is filled to 100 percent with liquid or gel fluid and gas and sealed.
The product to be loaded is subjected to transportation movement and inclined against the inertial force generated by the start / stop of horizontal movement, speed change, direction change, turning, etc. The stand moves freely vertically to stabilize the product posture.

The fluid is moved by the inertial moving force acting on the fluid inside the sealed structure, and the sealed structure is deformed according to the natural law, and the gas layer and the fluid layer are balanced at that time. An ideal inclination occurs in the base at a rate.
Therefore, when the fluid moves smoothly with respect to the omnidirectional inertial force acting on the loaded and transported product, and the gas is replaced by the movement of the fluid, the generation of the compression spring force of the gas and the Balanced with external load. At that time, since the fluid and the gas in the sealed structure are both sealed, the volume in the moving direction is increased by the inertial moving force and the volume in the opposite direction is decreased. Loaded products on the table are less susceptible to inertial forces.
Further, vibration and impact in the direction of gravity can be absorbed by the gas spring force of the sealed gas layer.

The invention's effect

According to the above technology, when loading an object to be transported and transported, if the load is fragile or cannot be fixed due to loading, the inertial force generated when moving the load It can be avoided and can be transported stably and easily with the posture support by the apparatus of the present invention. Therefore, the present invention realizes a stable load carrying device that protects the load on the device from the inertia force due to the tilt response of the flexible base that resists the inertia force, and further protects it from vibration and impact due to gravity acceleration. Is something you can do.

Inertia acting on the loaded and transported object by the behavior of the fluid in the sealed container, utilizing the same action as the inertial force acting on the loaded and transported material acting on the fluid sealed in the sealed structure. An embodiment in which a base with a flexible inclination response that can eliminate the influence of inertial force is provided in the transporting storage box, and the loaded transported goods are mounted on the base by receiving a force and canceling the force. However, the present invention is not limited to this embodiment. Further, the terms of the invention, functional materials, functional elements and the like in the embodiments of the present invention are not limited.

One embodiment of the present invention is shown in FIGS. 3 is a flexible material of a ring-shaped circular tube, which can be freely deformed by the inertial movement of the fluid in the interior 8, and the fluid can move smoothly in any direction in the horizontal direction where the inertial force acts. Is called. At that time, due to the moving amount of the fluid, gas compression and expansion phenomena are also induced, and the base placed thereon is inclined. That is, due to the behavior of the fluid in the seal, the volume in the moving direction increases and the volume in the opposite direction decreases, so the base tilts in a form that receives the inertial force with a free response. This load carrying stabilization device has a structure in which the object to be moved and transported 5 does not slide at all in the horizontal direction, and the load carrying stabilization device is inclined on the installation surface 2 with the load. It has a structure that does not cause slipping. Further, 6 has a structure such that no slip occurs between 3 and 1, and 7 has a structure such that 3 and 5 do not slip.

Although the ring-shaped tube shown in the embodiment of FIG. 1 is the sealing structure of the present invention, the present invention is not limited to this and may have a shape other than the ring shape.

According to the effect of the present embodiment, in principle, the tilt response operation can be performed smoothly regardless of the weight of the loaded material, and the operation itself is performed in the horizontal direction because it operates with the center of the ring shape as a fulcrum. Even if there is no contact, it will function without any problem, so there is no problem. In the stationary state, if the center of gravity of the loaded object and the center of the ring shape match, the loaded object can always be kept horizontal. In addition, since it can speedily and efficiently transport expensive valuables, precision parts, cooked foods, and prepared dishes, it can be expected to play an active role in the industry.

It is a perspective view showing one embodiment of this invention. It is sectional drawing between AB which shows a prior art.

Explanation of symbols

1. Top plate [Base / Back]
2. Top [base / table]
3. 3. Load carrying stabilizer main body 4. Fluid inlet Bottom [base]
6). Non-slip member a
7). Non-slip member b
8). Fluid 9 Gas layer

Claims (1)

A gas layer and a liquid layer in a sealed structure made of a material that can be deformed in all directions in response to disturbances and external forces, and a mechanism that responds to changes in structural elements, etc. Are sealed in the cavities, thereby reducing the mechanical load force due to the external force such as the gravitational acceleration applied to the mass of the moving loaded object and the moving inertia of the moving object in all directions. In response, the fluid forming the liquid layer occupies the gas layer as the inertial force moves, and the two layers of the gas layer and the liquid layer induce a dynamically balanced volume change phenomenon according to the natural law, and the sealing is performed. By responding perpendicularly to the direction of inertial force by responding to the transformation of the shape of the structure, it eliminates the mechanically unbalanced posture difference on the moving load and always maintains a relative horizontal posture. Gas that resists free-motion function and acceleration of gravity By having both a function of absorbing vibration and shock due to the movement while maintaining safety by stability and transportation vibration and impact due to transportation horizontal attitude of cargo, cargo stabilizer, characterized in that the mobile vehicle.

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