SA112330164B1 - Adjustment Shoes Frame - Google Patents

Abstract

The invention relates to an adjustment shoes frame. The frame has a top part, a bottom part, and an adjustment device. The upper part and the lower part are pivotally connected to each other, and the adjustment and adjustment means are connected between the top and bottom parts to differentiate the required angular distance between the top and bottom parts. The space required for the shoe frame can be appropriate according to the display of the shoes.

Description

vy - _ Adjustment shoes frame Full Description BACKGROUND The present invention relates to a shoe frame fit; In particular; Fitting era shoe frames Top part Pivotally connected to Cus ¢ bottom part Adjusts the angular distance between the two parts. One of the traditional ways of storing shoes in warehouses is generally one that has a 1© frame where one shoe is supported on the frame and the other shoe is stored at the back in the warehouse. When customers need to measure these pairs of shoes; The clerk has to find the right shoe to match the one on the frame in Figure 1, which wastes Ty waiting a lot. when storing shoes in homes; They are stored in boxes stacked in the cupboard. It takes time to put away the boxes and get the required box to pick out the pair of shoes. if shoes are stored on a long frame; It takes 0 of a certain amount of space to mount the large frame. The traditional ways of storing shoes do not meet the requirements of the people in the urban urban area. The present invention intends to provide a shoe frame that occupies a limited space and can be fitted to shoes of different sizes. GENERAL DESCRIPTION OF THE INVENTION The present invention relates to a dala frame for fitting shoes and includes a top part having a first surface \e and a first pivotal portion. A stop plate extends from the first deck.

1 - - The first pivotal section shall have a hole specified of 0 ADA having a bottom part _ a second surface and a second pivotal section having a projection to be axially engaged with the hole of the first pivotal portion . A suitable device is attached between the top and bottom parts. The present invention will become clearer than the following description when viewed in connection with the accompanying © drawings displayed; For illustrative purposes only; A preferred embodiment in consistency with the present invention. Brief explanation of the drawings: Fig. 1 is an enlarged view of the first model display of the shoe rack frame of the present invention; Figure ¥ an enlarged view of the display of the second embodiment of the shoe rack frame of the present invention; Figure ¥ an enlarged view of the third embodiment of the shoe rack frame of the present invention; 0 figure; say magnifier view of the fourth embodiment of the shoe rack frame of the present invention; Figure © Magnified view of embodiment of the sixth embodiment of the shoe rack frame of the present invention; FIGURE + Magnified view of embodiment of the seventh embodiment of the shoe rack frame of the present invention; Figure 17 is an enlarged view of the eighth embodiment of the shoe rack frame of the present invention. Description 1 for more details: Yes, with reference to Figure 1, the adjustment shoe frame of the present invention includes “oi” an upper part with an 11 first surface and a first axial section.

_ A “17 pivotal portion and a stop plate 11 that extends vertically from the side of the lower first surface 1 so that when one of the two shoes is placed on the first surface 10, the stop plate 11 serves to prevent the shoe from slipping off the first surface 11When the first part 1 is orientated at an angle. The first axial section 01 has a hole 11 delimited through it and pivotably connected with a second part © ?. The top 1 has a VE recess set to one side and screw 1 4 extended from the VE recess to be connected to a matching rod m ? To adjust the position of the first part 1. The lower part 1 has a second surface 11 of a shoe on which it is placed and a second axial section YY extends vertically from an underside of the second surface YY the second axial section YY has a protrusion 171 protrusion Vo pivotally engaged with the hole first pivotal portion ? 1 The side of the second surface 1? in the second part ¥ is aligned with the “YY second pivotal portion” The 8 YY handle extends from the second surface YY The lug “YY lug” has a “YY aperture” and is connected Y adjustment rod YY aperture Ve The fitting device contains a fitting rod ¥ which is a curved rod and is connected between the top and bottom parts 1 and ?. Does the applicator contain the appropriate ? On 1 positioning portion ? It has a guide groove 11? and multiple NYY notches The VEY stud on the first part 1 is movable with a guide groove 1 and meshes with one of the 3011 notches for distance adjustment The preferred angle between the upper parts is 0 and the lower parts are 0. and 1 top and bottom parts The TY pivot extends from the fitting rod 7 and engages

Axially with the YY aperture hole, the YY lug handle in the second part 7. The YY pivot has a 371 magnified head so that when the YY pivot is engaged with the YY hole, the YY axle is not separated from the The YY handle on the second part? The first and second surfaces of 1011 are placed on different surfaces so that the shoe © can be placed on the first and second surfaces, YY, respectively. This serves to provide space in the horizontal direction 0 The upper part 1 is axial relative to the second part 7; And adjust the adjustment rod? The angular distance between the upper and lower parts Y 5) top and bottom parts so that different types of shoes can be placed on the upper and lower parts 1 and ?. The VEY stud is slidable inside the 711 guide groove of the 0 adjustment rod 0 and is interlocked with one of the TAY notches so that the user can easily adjust the relative positions of the upper and lower parts 1 and 7. The YAY hole in the upper part 1 and the 771 protrusion in the lower part Y can be turned into each other; Which means the 11th first pivotal portion at the top 1 is protrusion | And the YY second pivotal portion at the bottom? VO represents a hole. in the same way Can Lad shift the YY pivot with an adjustment rod? and the ally YY lug bottom 7 to each other. The second model is made in the form ? Based on the first model. The main variation is that the multi positioning holes 17 are positioned around the VY hole and the YYY multiple bosses are positioned around the YY protrusion The protrusion 771 is coaxially engaged with the hole 131 and the bushings are engaged

I - YYY with TY positioning holes again; Positioning holes 197 and YYY pads are turned to each other. The third model is made in the form © based on the first and second models. The main change is that the YY second pivotal portion has a hole YYY and a circular flange 7771© flange extending from the circumference of hole 777. Circular flange 7771 has a spiral tooth 777? defined by its outer circumference. Inner cap 774 has a tube section with a passage 7741 defined through it and a burr 7741 is formed on the outer periphery of the tubular portion 1 outer periphery of the tubular portion YY 4 inner cap is joined in the manner Threaded YY YY with Round Flange YY) The YYO outer cap has a recessed YYOV portion 0 and YYoY multiple reception grooves are defined around it. The tubular section of the inner cover is engaged; 7? On the recessed notched section YYO 1 portion and the ridge junction YY ey is engaged with the receiving grooves 7 YY the cp YY spring is placed YY pass 41 and the recessed portion recessed portion YYO. The outer cover saves YYo upper al 1 when the first and second axial sections OF and 17 engage each other. at appropriate Vo; The user pushes the outer cover Je YY the bottom ? To mount the upper yall 1 in a preferred position and release the outer cover YO to fit the relative positions on the upper and lower parts Y. 5) top and bottom parts The fourth model is made in the form of; Based on the first, second and third models. Variation 1 primary is that the YY second pivotal portion has a bore 777 and 0 multiple engagement grooves 7777 are specified with an XYY inner periphery of the recess

- a

YYE inner cap has multiple engaging ribs 7747 defined in circumference

external of which the YYOV recessed portion engagement ribs are engaged and the receiver grooves are defined

Multiple YYOY multiple reception grooves with an inner circumference.

The junction of YY £Y protrusions in the YY¢ inner cap and © grooves in the YYOY receiver in the outer cap ©?? Was it presented in both forms? And the; to each other 0 means

That is, the YYE inner cap can have receiving grooves and be the cap

Outer YY0 Engagement ribs mesh with receiver grooves.

The inner circumference of the cavity 777 with the lower part can be transformed into XY shape; and the outer perimeter of the cap

inner 04 to each other to be nested together.

0 Models VIII through VIII are shown in Figures © through 7; Where the main change is the removal of the VE stud and adjustment rod?; The upper is strong enough to support the weight of the shoe; Then there is no need for screw 161 and adjustment rod. while the model has been shown and described in consistency with the present invention.” It must be illustrated for those skilled

Ve art that other models can be made without departing from the perspective of the present invention.

Claims (1)

M - elements of protection 1 1 - Stand frame to fit shoes included: A top part has a first surface and a first pivotal portion ¢ where The upper part has a recess defined on one side of it and a nail extending from the recess; and the part ; The bottom is the lug handle on the ade side where the jug has an aperture and a rod is attached © Adjustment rod in hole 6; where the stop plate extends from the first deck; The first axial section shall have a hole marked through it; Multiple positioning holes positioned around 1 hole and A bottom part {4} a second surface and a second axial section having a groove and multiple delineated engagement grooves 8 with inner bore circumference; 0 and an inner cap having multiple engaging ribs defined by an outer circumference of it and 1 a tubular section is placed at the center of the inner cap; wherein a passage is defined in the tubular section and a VY protrusions are formed on the outer circumference of the tubular section 1; where the pass 0 is replaced by receiver grooves and the recessed portion contains protrusions 4 ¢ heights, an outer cap with an aud recessed portion and multiple reception grooves V1 defined by a finished inner circumference in which the tubular section of the inner cover 11 _ is engaged with the recessed portion and the confluence of the “protrusions engaged in the receiver grooves” and a VA spring is placed between the passage and the recessed portion. 1 7 - The frame required to be protected according to protection element No. 0, where the fitting device is connected between "top and bottom parts".