KR20010079367A - an air ventilation amass plate - Google Patents

Abstract

This is a field for loading piles of watermelons and fruits, which are summer fruits, safely and comfortably in a small space. This is a conventional loading method of the pyramid type stacking method and timely loads, and the shape and structure of the piles. It is designed to be safe, hygienic and the maximum amount of storage with minimum space from the limitation of other stocks, especially the problem of freshness of watermelon and fruits, and the damage of external collision. As a constitution, it is composed of an integrated main body and supporters of 2nd and 3rd stages, and the main body and the support are combined by block type assembly, and the grooves on the left and right outer sides of the main body to facilitate the storage of several supports. In order to be able to put the support in the inside of the main body of the body and watermelon and fruit of the standard and shape to fit the shape so that it can be stored, and the inside of the groove buffered watermelon and fruits and It is made of protruding protrusion so that the air circulation can be well, and the air circulation is smoothed by the perforated hole in the bottom of the center of the groove.

The effect of the invention is that the freshness of the watermelon and fruits is maintained by the air circulation structure, and it is accumulated on the loading stand so that the product is not damaged from external impact or collision, and it becomes the two-stage and three-stage loading piles. It is possible to accumulate the accumulated stock much more than the maximum in the minimum space, and it is an invention of the same effect even when loading and transporting the vehicle.

Description

Watermelon and fruit loading deck with air ventilation structure

There are many kinds of produce on this planet and on our planet, including watermelons and apple pears, which are vegetables and fruits. These watermelons and fruits are shipped, harvested, transported and stored. Smaller sizes have been used to reduce wear and damage on contact by using boxes or wrapping some fruits. In particular, the larger ones such as watermelon could not be used in boxes, and they were loaded by the pyramid method, and the fruits that used boxes had to be individually packed, and the cost of packaging materials has been considerable. It was a waste of resources. Due to the structural limitations of the pyramid-type watermelon, the lower part had to secure a large space at the bottom of the pyramid-shaped watermelon, and the limit of the structure and shape of the load and the piled-up piled up as the pyramid type upwards increased the risk of collapse. Because of the limit of the occurrence, handling and self-weight, the large amount was not accumulated. Especially, as the amount of the pile was raised, the space of the pile was the same as the lower part, but the quantity decreased gradually. In addition, as the piles are accumulated by direct contact with each other, the piles may be damaged or damaged. Especially, since the piles become fruits, the freshness is a very important issue. I could not but accumulate. As such, it is a place where the watermelons and fruits can be placed during the transportation, storage, and sale of the watermelons and fruits, and the chemical, mold, machining, press, and injection fields manufactured by molding and processing the material of styropol or plastic. to be.

The problems raised in the prior art level and problems have been solved with new and progressive challenges as follows.

First, considering the efficiency of manufacturing, the burden of purchase price was minimized to the buyer, and the manufacturer was able to achieve the purpose of manufacturing and selling with manufacturing efficiency and mass production. With the introduction of 3S, standardization of optimum composition for each watermelon or fruit It can be mass-produced on a scale, and the standardization is made by standardizing several standards on the size and weight of each fruit or watermelon. It has a structure and shape that can reduce costs and minimize costs. For this purpose, the loading stand should be integrated, but the optimal structure and shape of the loading pile and the weight and the size and thickness of the main body were determined, and the necessary condition and support for transportation and storage should be used together. Invented to facilitate storage and use together.

Second, for the validity of the industry, the structure and shape of the stockpiles are raised from the surface of the stockpiles about half to two-thirds so that they can be easily and safely handled when they are taken out and taken out. Since the shape is circular, it is generally the shape of fruits similar to the circle, so that all the fruits of a little similar shape can be stacked. Also, the inside of the groove has a perforated hole in the bottom of the center for good ventilation. The inner surface of the groove is a protruding protrusion so that the deposit is placed there and there is a space between the protrusion and the deposit, creating a space for air circulation so that freshness can be maintained for a long time. It will not get stuck and you can use less force when taking out the goods. It will also have to be able to easily and comfortably off. In addition, the space on both sides of the main body has a groove as the storage compartment of the support, which means that the support that supports the second and third tiers when not in use is lost or is difficult to store with the main body. It is designed to be stored and easy to manage, and it also has a spare support storage room to provide one more support in case of damage or loss during use. In addition, the overall structure of the main body was made into a square so that the second and third tiers could be easily stacked and the aesthetics of the exterior were also considered. It has a rectangular structure and shape so that it can be loaded into a space without gaps. The main body and the support are structured to standardize several standards according to the deposits, so that size, thickness, two, four, six or more can be possible.

Thirdly, considering the aesthetics, the main body and the support are made of color to minimize the identification of the deposits and contaminants and to make the appearance look good, and to use the color including white.

The present invention was selected and invented by the above problems.

1 is a front view, a right side view, and a plan view of a watermelon and fruit holder.

Figure 2 is a two-stage assembly and front view and plan view of the watermelon and fruit piles.

3 is a front view and a right side view of the support serving as the vertical axis of the loading base.

Figure 4 is a perspective view of the body of the watermelon and fruit piles.

As described above, the present invention solves the problem with the following technical ideas, principles, and actions in a novel and progressive manner.

As a technical principle, plastic or styropol processed in petroleum is press-molded by pressure using a press or a mold, and the processing method and the action principle of force and plasticity are used in the characteristics of materials. The processing process of injection molding was carried out by fluidizing the raw materials and forming them by heat and pressure and mass production by using the mold. In the hydrodynamic part, the structure is ventilated to improve the circulation of air to maintain freshness. It worked with. Mechanically, it uses the principle of pressure pressurized by press equipment and the mold of molding. In the mold side, metal material can be processed and manufactured in the required shape. This can be repeated or continuous production using the rigidity of metal. 2 mechanically mechanical stage. It is manufactured in a structure that allows the function of the shelf considering the three-stage pile structure and the load of the upper floor to be normally performed, and an assembly structure when not in use and an efficiency for storage and installation, and ergonomic It is the invention of the design which considers the groove, space and structure which are configured to make it convenient to transport or display the stockpiles, and the stocking and removal of the stockpiles. On the economic side, the technical idea of each part has been applied so that it can be supplied and used with minimal investment, taking into consideration the choice of materials, the design of the structure, the purchaser's purchase burden and the problem of elimination.

1 is a holder for transporting, displaying, and storing watermelons and fruits. The material is a vertical shaft support for holding two-stage and three-stage stackers using a styropole or plastic. The upper and lower supports are assembled and assembled to be stacked. The support is made up of the upper and lower support circular axis polygonal shafts, and the upper and lower support grooves are fitted into the same groove so that they can be combined. It is formed in the same way as the shape of the deposit from the surface of the upper part, and it is maintained at regular equal intervals and the size and number of the deposit can be adjusted according to the size and weight of the deposit. The perforated hole is drilled in the bottom surface of the center of the deposit, and the air is smoothly ventilated. Also, the projected protrusion is formed at regular equal intervals so that the deposit is stored in the deposit. After the process of turning, there is a space between them, which allows good air circulation between the stockpiles and the stockpiles. Especially, freshness can be called life, and the circulation of air keeps the freshness period for a long time. Each pile of grooves is arranged at regular intervals One is the structure and shape, so do not be in contact with each other cant be protected, etc. injury or damage. Protruding into the grooves of the piles, the piles do not get stuck tightly in the piles, and the piles and removal can be handled comfortably, and on both sides of the piles are grooves in which the supporting shafts can be stored. When not using the loading stand, the shaft of the support is removed and placed in the storage groove for convenience of bothersome loss and management.The spare groove also has a structure and shape that can be used when the support is lost or damaged during use. have. The stockpiles were designed to harmonize with the surrounding environment in various colors using colors, or to take into consideration the functional aspects and aesthetics to select the preferred colors and to quickly and easily identify the owners, dates, and types of the stocks. And because of the square structure, it is the structure and shape that can be safely stacked in multiple layers with the maximum amount in a small space. (1) is the main body of the loading stand, which is formed in the shape of the deposit on the upper surface, and the groove is a groove of about one third to half the depth of the loading. It is made of shallow grooves, and both sides are grooves for storing the support, and inside the accumulation grooves of the deposits are protrusions projecting at equal intervals, and the center of the bottom is a perforated hole. It is structured and shaped to improve air circulation. (2) is a protrusion which protrudes in the groove which becomes a stockpile of a stockpile. It is in the shape of a semicircle or several polygons. (3) is a groove of the support, which is slightly larger than the size of the support, and has a structure and a square groove, and both sides thereof are symmetrically wide to facilitate insertion and removal of the support. (4) is a groove in which the deposits accumulate. It is a groove that is half the depth of one-third of the deposit, and (5) is a circular or polygonal perforated hole in the bottom of the groove center where the deposit is deposited. (6) is the same as (3), but one of several is shown to describe the spare groove. (7) is a support seat for fixing and joining the support that is vertically erected when the support is used to be combined with the support up and down in a multi-layered pile up and down. It is a structure to prevent it from falling out after joining.

FIG. 2 is a front view and a plan view showing a state in which the marina is coupled by a support in a multi-layer, and the protruding portion inside the locator groove is shown in a rotational view in a plan view, and (8) shows a shape in which a manicure is represented by watermelon. (9) shows the combination in multiple layers.

3 is a support circular axis vertically erected in order to be coupled to the multi-storey loading rack in a multi-layer (10) is a front view and a right side view showing the support axis.

Figure 4 shows a perspective view of the pile holder main body of Figure 1 perspective.

There are numerous and varied kinds of human cultivation and harvesting on earth. For the survival and happiness of human beings, we aim to use our knowledge, energy, and resources to achieve a better environment and enjoyment, and to handle crops belonging to vegetables and fruits that are part of such processes and kinds. The harvested crops are processed and self-sufficient, and the economic activities of production are accompanied by the process of distribution and sales, from exchange to distribution and consumption. There is also a part that must be contributed in order to be treated. The present invention thus relates to a loading stand, which is one of the means and tools necessary in the process of harvesting and exchanging crops harvested in one such context. In particular, it is invented to carry out the handling, storage, and exhibition of transportation or transportation from the market or the place of production to the place of sale, and to make such activities safe, comfortable, and economically effective. In exhibitions, stockpiles, etc., mainly the small ones, the size and size of the stocks should be packed using boxes or packing materials, and the work was very much involved. Also, the packaging was put back into the box and repacked. Efforts have been made to prevent damage or damage caused by external vibration, shock or contact. In such a case, it was also poorly ventilated, so it was less breathable than unpacked, and could not check the condition of the contents individually or had to take the inconvenience of removing the packaging.

In the case of large watermelons, the losses were largely invisible due to the shape and characteristics of the objects, which were loaded by conventional pyramid stacking methods and occupied a large amount of space and had only a small amount. It is not placed firmly, but starts unstable, and it is loaded with pyramids with limited loading upstairs, and it is directly contacted with each other and damaged, or it is not fully buffered by external vibration, collision, or impact. In particular, vegetables and fruits are loaded with freshness and life tightly, and they are not equipped properly, resulting in inadequate risk and storage purposes. The present invention solved the problems of these various matters through the pile up stand, which was unsanitary and unsightly during the dropping, collapse, and display during the handling. First of all, the loading of the pyramid type was stacked in the same space in the same space at the lower part, allowing mass loading. Secondly, the loading of the pyramid type solved the limiting characteristics. It is possible to pile up more multi-layers as one pile so that it can be put out. Thirdly, it is possible to load safely and comfortably by the method of load and pile. As there is a pile, it has a strong floor so it can withstand external shocks and vibrations. It is placed in the place of the piles in the shape of piles, and it is piled up. Fourth, the gaps are maintained at regular equal intervals so as not to be injured or damaged on the outside during transportation or transportation because they are not in direct contact with each other. The sixth stockpile is retained for a long time, and the sixth stockpile of the stockpile is protruded in the bottom of the stockpile and the hole penetrated in the bottom center keeps air fresh for a long time. When inserting and removing the product, it is not pinched so that it can be inserted and removed with little force. Eighth, the pallets and forklifts can be used to quickly and safely handle mass transportation and transportation in large quantities. Size, weight, The ninth is to make it easy to be identified and to have a good appearance, and the ninth to make it easy to store and manage together with the main body so that the support groove is not lost of components to be combined in the main body. It was designed to be able to store one more spare as spare, and it was designed to prevent the inconvenience of having to purchase additional due to damage or loss during use. Eleventh, mass production and 3S standardized inventions by size, so that the appropriate ones could be selected or used together.Simplified one-piece reduced the buyer's purchasing burden in consideration of the efficiency of mass production and manufacturing. The construction of the main body for the individual use and more than four uses the same structure to make it compatible and to increase the efficiency of selecting and manufacturing the size to suit the required use.

Claims (4)

※ Invention of article It is a structure that is integrated with the vertical support shaft, and has a circular groove with the same shape as the shape of the deposit, which is thick on the upper surface, and protruding protrusions on the inner surface of the groove. It is made of various polygonal projections, including circular, at regular equal intervals. The size and protrusion thickness are appropriately sized according to the contents of the deposit and the number and the number of deposits are manufactured from two to more depending on the purpose and type of deposit. The groove is the depth of the groove so that a depth of about one third to one half of the diameter of the deposit can be accumulated. The groove has a perforated hole in the center of the floor. Rectangular grooves for storage An object made of a structure in which a groove into which a vertical support is fitted is slightly inserted into the upper and lower surfaces to be used as a jaw. An object made of a circular axis and a polygonal axis as a support for joining each of the ridges so that the structure of each layer is maintained so that the main body of the ridges can be multi-layered. ※ Invention of method It is a one-piece stacker, which has a thickness from the upper surface of the stacker to the shape of the stockpile in the shape of the stockpile. The parts were protruded in various shapes and thicknesses at regular equal intervals, so that there was a space between the pile and the groove, and the center of the bottom surface of the pile had a perforated hole to improve air circulation in the composition requiring freshness. Both sides were equipped with a support for joining so that the lumber and the lumber were multi-layered, and the support had a groove in the support of the main body, preventing the loss and handling and storage if the support was not used with the main body. It was made into the structure for the validity of. In particular, it is designed to have a spare structure reinforced one more than the required number of supports of the enemy zone, and the support seat is grooved in the thickness direction up and down for bonding. ※ Invention of the device In order to form a multi-layer, the vertical support shafts, which combine each of the ridges and the ridges, are assembled and combined, and the supports are combined by a structure where the grooves of the supports are slightly inserted into the upper and lower portions of each ridge Each pile has a groove on the upper surface, which can be piled up to one-half to one-half of the pile, and inside the protrusions are formed at equal intervals. The grooves are arranged at regular intervals, and the effective device is made up of storage boxes for storing the supports on both sides.