TWM377129U - Column structure of goods rack having fixation-ring groove for string loop - Google Patents

Description

M377129, V. New Description: : [New Technology Field] This creation relates to a rack column structure, especially a new type of rack structure design with a wire rod frame. [Prior Art] According to the combination, the combination rack product has the advantage of being able to dismantle and reduce the volume, and is popular among consumers. Therefore, it has a considerable market share in the home market and is also continuously developed by related industries. Improved important shelf items.

At present, there are quite a variety of combined rack structure types that can be seen on the market, and the author wants to improve the structure, especially the structure type of the upper and lower spacer ring grooves of the rack column. In the conventional design of the rack column, the function of the annular groove is to provide a combination of two pairs of semi-cylindrical positioning kits, and the inside of the semi-cylindrical positioning kit is provided with a flange portion. By fitting into the annular groove provided in the rack column, the semi-cylindrical positioning kit is engaged and positioned at a fixed height position of the rack column, and the outer wall of the semi-cylindrical positioning kit is set to The tapered shape is positioned by the tapered sleeve set preset by the corner of the shelf; however, this conventional structural type is found in practical experience, because the annular groove of the shelf column is In order to be used for the positioning of the semi-cylindrical positioning kit, the depth of the recess is usually less than 1 mm, and the semi-cylindrical positioning kit is made of plastic material, so the positioning stability and the strength of the force are still insufficient. Carrying heavy objects for a long time Fear of slippage risk. Furthermore, the conventional positioning of the shelf and the shelf column combination method requires two semi-cylindrical positioning kits for each positioning portion, so that the assembly of the four corners of the single group shelf is completed, that is, eight must be used. The group semi-cylindrical positioning kit 'so' obviously causes the number of its combined positioning components to remain

M377129 - The problem and shortcomings that the production cost is difficult to further reduce, and the assembly efficiency and convenience are reduced. Therefore, in view of the problems existing in the above-mentioned conventional rack-column combination positioning structure, how to develop an innovative structure with more ideal and practicality, which the user hopes, is also the goal of the relevant industry to develop and break through. In view of this, the creator has been engaged in the manufacturing and design experience of related products for many years, and has made a practical and practical creation after detailed design and careful evaluation for the above objectives. [New content] The main purpose of this creation is to provide a column structure with a wire rod frame and a rack. The problem to be solved is to design a combined positioning structure for the conventional shelf and the shelf column. There is still a breakthrough in the problem that the stability and the strength of the force are insufficient, and the number of components is too large, and the cost is reduced. The rack column is a vertical column with a vertical cross section. State, which includes a bottom end and a top end to the column body portion; the technical feature of the present problem solving problem is mainly that the column body portion of the rack body is provided with a plurality of wire rod frame solid ring grooves distributed above and below The slab of the slabs of the slabs of the slabs of the slabs of the slabs of the slabs of the slabs of the slabs of the slabs of the slabs Cooperating to achieve positioning; by means of innovative and unique design, this can be directly compared with the prior art, and the column can be directly positioned by the wire rod frame by the column body of the column. The knot design, which in turn reaches a large Improve positioning stability and strength, and the number of components can reduce the cost of production, improve the efficiency of assembly and the economic benefits of better industrial. Also in the real square, the groove is set to be difficult to cross and the column > and the frame is set to be simple. Step 4 M377129 [Embodiment] · Please refer to Figures 1 and 2 for the creation of the wire rod frame ring groove.

The preferred embodiment of the rack stud structure, but these embodiments are for illustrative purposes only and are not limited by this structure in the patent application. The rack column 10 is a vertical column having a circular cross section, and the rack column 10 includes a bottom end 11 , a top end 12 and a column portion 13 , wherein the bottom end 11 can be a portion for supporting the ground; and wherein the column portion 13 of the rack column 10 is provided with a plurality of pole frame fixing ring grooves 14 spaced upwardly and downwardly, the wire rod frame The fixing ring groove 14 has a fixing groove wall 15 having a circular arc-shaped vertical section, and the circular arc degree of the frame fixing groove wall 15 is made by the diameter (as shown by W1 in FIG. 3). 5mm to 5. 5mm layer of the wire rod 20 directly embedded with the card to achieve the positioning status (as shown in Figure 3). Wherein, as shown in Figures 2 and 3, the recessed depth of the frame wall 15 of the wire rod fixing ring groove 14 can be set to form the layer of the wire rod 20 to be half the depth of the rod diameter (ie, the line) The structure of the position at the center of the rod. As shown in FIG. 4, the concave depth of the fixing groove wall 15 of the wire rod fixing ring groove 14 may also be configured to form the layer wire rod 20 to be inserted to a depth greater than half the diameter of the rod (ie, the pole The structure of the position at the center of the circle (Note: W2 shown in Fig. 4 is the difference between the center of the rod 20 and the center of the column 13). As shown in Fig. 5, the rod frame has a ring groove 14 The depth of the recessed wall 15 can also be set to form a structure in which the layer rod 20 is stuck to a position less than half the depth of the rod (ie, the center of the rod) (Note: Figure 5 W3 shows the difference between the center of the wire rod 20 and the column portion 13 as shown in Fig. 6. As shown in Fig. 6, the rack column 10 has a column portion 13 of the wire rod fixing ring groove 14 except for a single cylinder. In addition to the configuration, the multi-segment unit columns 131 and 132 can be combined to form a combined structure, and the unit studs 131 and 132 can be matched with the screw holes by the studs 133. 134 screw lock type is achieved; and the unit column body 131, 1

The joint parts of the mum., 32 are exactly opposite to the one of the wire rod fixing ring grooves 14; or as shown in Fig. 7, the unit column body 131, the assembly part (as shown in Fig. 7) The position indicated by W) may also be located at a central position or offset between the frame ring grooves 14. The shelf pillar 10 can be made of a metal rod cylinder or a metal, so that the wire rod fixing ring groove 14 is made of a vehicle or a type; or the shelf column 10 can also be a plastic. The column or the plastic body is configured such that the wire rod fixing ring groove 14 is formed on the column body portion 13 of the rack column 10 by an injection tool; or the shelf may be made of wood material, so that The wire rod fixing ring groove 14 f is made by a vehicle. The sm. The layer 20 directly embeds the technical features of the positioning; thereby different from the groove of the conventional column for the positioning of the semi-cylindrical positioning kit; as for the type of the layered pole 20, It is not the technical standard of the creation and definition of this creation, but in order to enable the reader to understand the application state of the creation of the creation of the column 10, the drawing is further described with reference to the figures 8 and 9, the embodiment The structure of the rack column has a single column top and the top end of the structure; the top end 12 and the bottom end 11 are respectively configured to telescope to achieve the positioning position of the positioning end seat 16, so that the layer 20 is formed into a rectangular frame shape and formed with The latching portion 21 is spaced apart from the upper and lower portions of the latching portion 21, so that the latching frame can be positioned on the rack-retaining ring groove 14 of the rack column 1; the racking shelf 30 of the embodiment is a basket with a set of sides 31. Can be grouped on the shelf column 10 - side group side 31 up and down The relative position is divided into a hook portion 32 and a card is placed at the position 132. The two-wire rod body is rolled into a hose body to form a column 10, which is formed by the shape of the body rod. As shown in the last 10 series, there is a two-line type with a C-bar type, and the joint part is 33 6 M377129., by means of the layered pole 20 of the rectangular frame type. Thereby, the combination of the shelf shelf 30 and the shelf column 10 is stabilized. In addition, as shown in FIGS. 10 and 11, the layered wire rod 20 can also be disposed in a lateral shape on the corners of the shelf layer 30, whereby the layered wire rod 20 can be utilized. The elastic opening formed by the C pattern is assembled into the wire rack groove 14 of the rack column 10 by means of a forced card group (as shown in FIG. 11), thereby achieving the layer of the wire rod 20 and the column 10 The combined positioning state between the other, when the layer rods 20 at each corner of each group of racks 30 and the rack column 10 are fully engaged, the overall storage shown in Fig. 12 can be completed. Description of the body-like effect: The "Structural column structure with the wire rod frame ring groove" is mainly composed of the column body part and the innovative and unique structure of the wire rod frame ring groove, which makes the creation comparison [previous technology] 5毫米至五. The diameter of the arcuate system is 2. 5mm to 5. The 5mni layer of the wire rod is inserted into the card to achieve the positioning, so that the wire rod frame can be positioned by the straight line rod of the wire rod frame. However, it is possible to omit the conventional semi-cylinder positioning set-construction cost and assembly procedure, thereby achieving a significant improvement in positioning stability-force strength, and simplifying the number of components to reduce the cost of production and improve the efficiency of practical progress and comparison. Good economic benefits. The disclosures of the above embodiments are specifically intended to illustrate the present invention and are not to be construed as limiting the scope of the present invention. Those skilled in the art can understand the spirit and principles of the present invention. Modifications and modifications to achieve equivalent purposes These changes and modifications are intended to be included within the scope of the patent application as described hereinafter. Corresponding to obtain a C, the Ministry, the solid ring object layer card group to borrow and the direct connection of the author and the author of the creation of the article, and the boundaries of 7 mum - [schematic description]. Figure 1. Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 8, Fig. 9, Fig. 10

: A perspective view of the column of the creation rack. : The schematic diagram of the corresponding state of the wire rod frame solid ring groove and the wire rod decomposition of the column of the creation rack. : The plane diagram of the combination of the wire rod and the solid rod groove of the column of the creation rack. The concave depth of the wall of the frame of the present invention constitutes an embodiment in which the layered wire rod is stuck to a position greater than half the depth of the rod diameter. The recessed depth of the wall of the erecting groove of the present invention constitutes an embodiment of the layered wire rod being stuck to a position less than half the depth of the rod diameter. The rack of the present invention is an embodiment of a multi-section unit column assembly. : The unit diagram of the unit column of the creation is located between the two-bar frame fixing ring groove. : The layout of the rack of the present invention and the layered rod are correspondingly better (for an exploded perspective view). : is a partial combined plan view of the embodiment disclosed in FIG. : The other embodiment of the present invention is an exploded view of the shelf column and the layered bar. : Another embodiment of the combination of the shelf column and the layered bar of the present invention (for a plan view). Fig. 2 is a view showing another embodiment of the shelf type and the shelf of the present invention combined into a rack body (which is a perspective view). [Main component symbol description] Shelf column 10 Bottom end 11 Top column body 12 13 8 M377129 Unit column 131, 132 Stud studs 133 Bolt holes 13 4

2 0 2 1 3 0

Wire rod frame solid ring groove frame groove wall positioning end seat layer line rod C-shaped buckle

Group side hook hook part

Claims (1)

M377129 々, the scope of application for patents: 1. A rack structure with a wire rod frame ring groove, the rack column is a vertical cross-section of the vertical column, including a bottom An end portion, a top end, and a column body portion; and wherein the column portion of the rack column is provided with a plurality of wire rod frame fixing ring grooves distributed on the upper portion, the wire rod frame fixing ring groove has a vertical section 5毫米至5. 5毫米层线线 directly in the card to achieve the position of the locator with a circular arc-shaped frame, and the arcuate degree of the wall of the frame is made by a diameter of 2. 5mm to 5. 5mm 2. The rack structure of the rack with the wire rod fixing ring groove according to the scope of claim 1, wherein the depth of the recess of the frame wall is such that the line rod of the layer is stuck to a half depth of the rod diameter. At the office. 3. According to the scope of claim 1, the rack structure of the rack with the wire rod frame ring groove, wherein the recessed depth of the frame wall of the frame groove constitutes the line rod of the layer to be inserted to a depth greater than half of the rod diameter Location. According to the scope of the patent application of claim 1, the rack structure of the rack-retaining ring groove has a recessed depth of the wall of the rack groove, and the line rod of the layer is formed to be less than half the depth of the rod diameter. . 5. The rack structure according to claim 1, wherein the bottom end of the rack post is a portion for supporting the ground. 6 'A rack-column structure having a wire rod solid ring groove according to claim 1 of the patent application scope, wherein the rack column has a column portion of a wire rod fixing ring groove, and is a multi-section unit column body The group consisting of 10 M377129 combined structure types. 7. The column structure of the rack with the wire rod fixing ring groove according to claim 6 of the patent application scope, wherein the unit column body assembly portion is opposite to the position of the first wire rod frame solid ring groove. 8. The rack structure of the rack with the wire rod fixing ring groove according to claim 6, wherein the unit column body portion is located at a central position between the two wire rod frame fixing ring grooves. Or a partial position. The shelf structure of the rack with the wire rod fixing ring groove according to the first aspect of the patent application, wherein the rack column is composed of a metal rod cylinder or a metal tube body, so that the wire rod frame fixing ring groove Made by car or rolled. The rack structure of the rack with the wire rod fixing ring groove according to the first aspect of the patent application, wherein the rack column is composed of a plastic cylinder or a plastic tube body, so that the wire rod is fixed. The ring groove is integrally formed on the column body of the rack by an injection tool. 11. The rack structure according to claim 1, wherein the rack column is made of wood material, so that the wire rod frame is made by a vehicle. Mold.