TWM595980U - Reformation of a replaceable uppers of offloading shoe of outsole separation structure. - Google Patents

Reformation of a replaceable uppers of offloading shoe of outsole separation structure. Download PDF

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Publication number
TWM595980U
TWM595980U TW109201611U TW109201611U TWM595980U TW M595980 U TWM595980 U TW M595980U TW 109201611 U TW109201611 U TW 109201611U TW 109201611 U TW109201611 U TW 109201611U TW M595980 U TWM595980 U TW M595980U
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TW
Taiwan
Prior art keywords
sole
shell
modular
module
group
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TW109201611U
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Chinese (zh)
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陳凱群
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陳凱群
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Priority to TW109201611U priority Critical patent/TWM595980U/en
Publication of TWM595980U publication Critical patent/TWM595980U/en
Priority to US17/024,738 priority patent/US20210251331A1/en

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    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B3/00—Footwear characterised by the shape or the use
    • A43B3/24—Collapsible or convertible
    • A43B3/244—Collapsible or convertible characterised by the attachment between upper and sole
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B23/00—Uppers; Boot legs; Stiffeners; Other single parts of footwear
    • A43B23/02—Uppers; Boot legs
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
    • A43B13/141—Soles; Sole-and-heel integral units characterised by the constructive form with a part of the sole being flexible, e.g. permitting articulation or torsion
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B3/00—Footwear characterised by the shape or the use
    • A43B3/24—Collapsible or convertible
    • A43B3/242—Collapsible or convertible characterised by the upper
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B3/00—Footwear characterised by the shape or the use
    • A43B3/24—Collapsible or convertible
    • A43B3/246—Collapsible or convertible characterised by the sole
    • A—HUMAN NECESSITIES
    • A44—HABERDASHERY; JEWELLERY
    • A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
    • A44B18/00—Fasteners of the touch-and-close type; Making such fasteners

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  • Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)

Abstract

This creation was to continue the concept of the replaceable uppers of offloading shoe[1], and further improved process capability. Thus this creation was to reform the outsole separation structure of a replaceable uppers of shoe.

Description

可替換鞋面與鞋底的足底減壓鞋具之鞋底分離結構之改良 Improvement of sole separation structure of sole decompression shoe with replaceable upper and sole

此專利延續先前可替換鞋面與鞋底的足底減壓鞋具17之概念，是以可拆卸式鞋面18，搭配公母魔鬼氈進行鞋面與鞋底黏合之應用，請參閱第1圖所示，而黏合之動作需透過鞋面內層下緣魔鬼氈18L，與鞋底側邊之魔鬼氈21L進行結合，而此新型專利是建構在使用魔鬼氈作為拆卸鞋面與鞋底之方式進行鞋底分離結構改良之應用。 This patent continues the previous concept of the sole decompression footwear 17 which can replace the upper and the sole. The removable upper 18 is used with the male and female devil felt to bond the upper and the sole. Please refer to Figure 1 The bonding action needs to be combined with the devil felt 18L on the inner bottom edge of the upper and the devil felt 21L on the side of the sole. This new patent is built on the use of devil felt as a way to remove the upper and the sole Application of structural improvement.

先前可替換鞋面與鞋底的足底減壓鞋具專利[1]之構想，請參閱第1圖所示，僅是以鞋底側邊之魔鬼氈21L搭配鞋面內層下緣魔鬼氈18L進行鞋具之組裝，而其中鞋底側邊之魔鬼氈21L是藉由背膠或是其它接著劑將之固定於模組化鞋底21之側邊，然而在使用上其模組化鞋底21有可能因為擠壓與彎折之因素，間接在鞋底之側邊與魔鬼氈的接合處產生空隙。 For the concept of the patent [1] which can replace the upper and the sole of the sole decompression shoes, please refer to the figure 1 and only use the devil felt 21L on the side of the sole and the lower inner edge devil felt 18L The assembly of shoes, and the devil felt 21L on the side of the sole is fixed to the side of the modular sole 21 by adhesive or other adhesive, but in use, the modular sole 21 may be The factors of squeezing and bending indirectly create a gap at the junction of the side of the sole and the devil's felt.

於是後續撰寫可替換鞋面與鞋底的足底減壓鞋具之鞋底側邊結構之改良[2]的專利，請參閱第2圖所示，而此專利之目的主要是改善當模組化鞋底21在穿戴後，由於自身重量與步態等作用下，其鞋底側邊 與魔鬼氈之間的接合處有可能會產生空隙之問題。 Therefore, he subsequently wrote a patent on the improvement of the lateral structure of the sole of the sole decompression shoe with replaceable uppers and soles [2], please refer to the figure 2 and the purpose of this patent is to improve the modular sole 21 After wearing, due to its own weight and gait, the side of its sole There may be a gap in the joint between the devil and the felt.

於是上述改良之做法是沿著模組化鞋底21的側邊製作出模組化鞋底側邊之溝槽22，接著以溝槽的設計為依歸製作出相匹配的魔鬼氈之模組21LA，最後再將魔鬼氈之模組21LA與模組化鞋底側邊之溝槽22結合在一起，如此一來，可降低鞋底側邊與魔鬼氈接合處空隙發生之機率，用以提升產品之穩定性。 Therefore, the above improvement method is to make a groove 22 on the side of the modular sole along the side of the modular sole 21, and then to make a matching devil felt module 21LA based on the groove design, and finally Then, the module 21LA of the devil felt and the groove 22 on the side of the modular sole are combined together. In this way, the probability of occurrence of gaps at the joint between the side of the sole and the devil felt can be reduced to improve the stability of the product.

然而上開之專利雖然降低了接合處空隙發生之機率，也因而提升產品之穩定性，不過由於在製作上需要相對之精準，因此在製程上也就需要耗費較多的時間，於是導致在製作時無法有效提升生產時的速度與數量。 However, although the open patent reduces the probability of occurrence of gaps in the joints, and thus improves the stability of the product, but due to the relatively high precision in production, it takes a lot of time in the manufacturing process, which leads to the production Can not effectively increase the speed and quantity of production.

有鑒於此，若要以提升產能為目標，則必須跳脫上述專利之框架，重新思索當模組化鞋底21受到擠壓與彎折的情況下，該如何避免不同材質在接合處產生之空隙，於是本創作之目的即是要解決：如何在模組化鞋底21受到擠壓與彎折的情況下，能以不影響產品之穩定性為前提，還可以有效地提升生產的速度與數量。 In view of this, if you want to increase productivity as the goal, you must jump out of the framework of the above patents and rethink how to avoid gaps in the joints of different materials when the modular sole 21 is squeezed and bent Therefore, the purpose of this creation is to solve: how can the modular sole 21 be squeezed and bent under the premise of not affecting the stability of the product, and can also effectively increase the speed and quantity of production.

由於模組化鞋底21是屬於軟性可壓縮材質，因此在使用時可能會同時產生擠壓與彎折之情況，而模組化鞋底21與接合在鞋底側邊之魔鬼氈21L分屬於不同材質，因此無法因應相同的應力與應變，於是長時間使用後在接合處有一定的概率會產生空隙，然而，若要改善此現象就須建構一個可分離之結構，亦即是將鞋底獨立出來，而其能被一個容器所包覆，而此容器的四周能以車縫、黏和、高週波、排扣或是混和之方式固 定魔鬼氈，如此一來就可以克服不同材質在接合處所產生空隙之問題。 The modular sole 21 is a soft compressible material, so it may be squeezed and bent at the same time. The modular sole 21 and the devil felt 21L joined to the side of the sole are different materials. Therefore, it is impossible to cope with the same stress and strain, so there is a certain probability that a gap will occur at the joint after long-term use. However, to improve this phenomenon, it is necessary to construct a detachable structure, that is, to separate the sole, and It can be covered by a container, and the surroundings of the container can be fixed by sewing, gluing, high frequency, button or mixed Set the devil felt, so that you can overcome the problem of gaps created by different materials at the joint.

因此改良的做法是在模組化鞋底21的外部製作出一個凹槽容器，請參閱第3圖所示，在此稱之為模組化鞋底之外殼23，而此外殼是以模組化鞋底21的設計為依歸製作出相匹配的外殼模組，而外殼周邊之深度與厚度可依據功能之需求進行設計，此模組化鞋底之外殼23之作法可使用開模預製模具進行射出、發泡、灌注等加工方式，或是使用3D列印技術等，待外殼製作完成後再將鞋底側邊之魔鬼氈21L的背面以單一或混和的方式添加紙類、布料、接著劑、皮革、塑膠發泡、橡膠發泡等材質製成魔鬼氈之模組21LA，將之以車縫、高週波、黏合、排扣卡榫或是混合搭配之方式固定在模組化鞋底之外殼23的周邊。 Therefore, the improved method is to make a grooved container on the outside of the modular sole 21, please refer to FIG. 3, which is called the shell 23 of the modular sole here, and the shell is the modular sole The design of 21 is to make a matching shell module according to the home, and the depth and thickness of the shell periphery can be designed according to the needs of the function. The shell 23 of this modular sole can be used for injection and foaming using pre-molded molds. , Filling and other processing methods, or using 3D printing technology, etc., after the shell is completed, the back of the devil felt 21L on the side of the sole is added in a single or mixed manner with paper, fabric, adhesive, leather, plastic hair Foam, rubber foam and other materials are used to make the devil felt module 21LA, which is fixed to the periphery of the outer shell 23 of the modular sole by sewing, high frequency, bonding, breast snap or mixed.

接著將模組化鞋底21嵌入模組化鞋底之外殼23之內部，其中模組化鞋底高度21H可低於、等於、或是高於模組化鞋底之外殼深度23D，端看設計需求而定，最後再將可拆卸式鞋面18藉由鞋面內層下緣魔鬼氈18L與模組化鞋底之外殼23周邊的魔鬼氈之模組21LA組合在一起，如此一來，即可克服不同材質之間接合處產生空隙之問題，也可以提升生產時之速度與數量。 Next, the modular sole 21 is embedded inside the shell 23 of the modular sole, wherein the height 21H of the modular sole can be lower than, equal to, or higher than the depth 23D of the shell of the modular sole, depending on the design requirements Finally, the removable upper 18 is combined with the devil felt 18L on the inner bottom edge of the upper and the devil felt module 21LA around the outer shell 23 of the modular sole, so that different materials can be overcome The problem of gaps between the joints can also increase the speed and quantity of production.

此外，如欲加速模組化鞋底21與可拆卸式鞋面18的組裝速度，則需設計一組或以上之定位之裝置，其裝置需為一公一母、或是一正一負，並將之分別置於可拆卸式鞋面18與模組化鞋底之外殼23的相對位置之上，分別稱之為可拆卸式鞋面定位組24A與模組化鞋底之外殼定位組24B，而其裝置可以是鈕釦組、扣環組、卡榫組、螺絲螺帽組、磁鐵組等。 In addition, if you want to accelerate the assembly speed of the modular sole 21 and the removable upper 18, you need to design a set of or more positioning devices, the device must be a male and a female, or a positive and negative, and It is placed above the relative position of the removable upper 18 and the shell 23 of the modular sole, respectively, which is called the removable upper positioning group 24A and the modular sole shell positioning group 24B, and The device may be a button group, a buckle group, a tenon group, a screw nut group, a magnet group and the like.

17:可替換鞋面與鞋底的足底減壓鞋具 17: sole decompression shoe with replaceable upper and sole

18:可拆卸式鞋面 18: Removable upper

18B:可拆卸式鞋面內層 18B: Removable upper inner layer

18L:鞋面內層下緣魔鬼氈 18L: Devil Felt

19:鞋舌 19: tongue

20:黏扣帶 20: Velcro

21:模組化鞋底 21: Modular sole

21C:模組化鞋底側邊剖面之構造 21C: Structure of the side profile of the modular sole

21H:模組化鞋底高度 21H: Modular sole height

21L:鞋底側邊之魔鬼氈 21L: Devil felt on the side of the sole

21LA:魔鬼氈之模組 21LA: Mod of the Fel Felt

21LC:甲材質 21LC: Armor material

21LD:乙材質 21LD: B material

21LW:魔鬼氈之模組寬度 21LW: Modal width of the devil felt

22:模組化鞋底側邊之溝槽 22: grooves on the side of the modular sole

23:模組化鞋底之外殼 23: Shell of modular sole

23D:模組化鞋底之外殼深度 23D: Shell depth of modular sole

23W:模組化鞋底之外殼厚度 23W: Shell thickness of modular sole

24A:可拆卸式鞋面定位組 24A: Removable upper positioning group

24B:模組化鞋底之外殼定位組 24B: Shell positioning group of modular sole

第1圖係習知可替換鞋面與鞋底的足底減壓鞋具側面與內面之示意圖。 FIG. 1 is a schematic diagram of a side and an inner surface of a conventional pressure relief shoe with replaceable uppers and soles.

第2圖係習知模組化鞋底側邊之溝槽與側邊剖面結構之示意圖。 FIG. 2 is a schematic diagram of the groove and side cross-sectional structure of the conventional modular sole.

第3圖係為本創作之模組化鞋底分層結構與鞋面內層之示意圖。 Figure 3 is a schematic diagram of the layered structure of the modular sole and the inner layer of the upper created for the creation.

請參閱第3圖所示，可替換鞋面與鞋底的足底減壓鞋具之分離結構改良的第一步驟，是以模組化鞋底21為依歸製作出相應之凹槽容器，將之作為整體之最下層且此凹槽容器能容納模組化鞋底21，在此稱之為模組化鞋底之外殼23，而此外殼的成型方式可經由以下兩種方式製作：甲、由模具製作方式直接加工成型；乙、由3D列印技術製造注塑模具，而以上兩種方式製作出的模組化鞋底之外殼23均能緊密的與模組化鞋底21嵌入結合在一起，而外殼周邊之深度與厚度則可依據功能之需求進行相關之設計。 Please refer to Figure 3, the first step in the improvement of the separation structure of the sole decompression shoe with replaceable upper and sole is to create a corresponding groove container based on the modular sole 21, and use it as The bottom of the whole and this groove container can accommodate the modular sole 21, here called the shell 23 of the modular sole, and the molding method of this shell can be produced by the following two methods: A. By mold Direct processing molding; B. The injection mold is made by 3D printing technology, and the shell 23 of the modular sole made by the above two methods can be closely embedded with the modular sole 21, and the depth of the circumference of the shell The thickness and thickness can be designed according to the functional requirements.

模組化鞋底之外殼23的長度與寬度是以模組化鞋底21的尺寸為依歸，其中模組化鞋底之外殼深度23D的範圍介於1公分至6公分之間；而模組化鞋底之外殼厚度23W的範圍介於0.01公分至1公分之間；此外，鞋底外殼與地面之接觸面須有止滑效果。 The length and width of the outer shell 23 of the modular sole is based on the size of the modular sole 21, wherein the depth 23D of the outer shell of the modular sole ranges from 1 cm to 6 cm; and the modular sole The thickness of the shell 23W ranges from 0.01 cm to 1 cm; in addition, the contact surface between the sole shell and the ground must have an anti-slip effect.

而第二步驟是製作魔鬼氈之模組21LA，此模組的長度與寬度可依模組化鞋底之外殼23的需求進行設計，其中魔鬼氈之模組寬度21LW的範圍介於0.5公分至2.5公分之間；而魔鬼氈之模組21LA的製作方式是在鞋底側邊之魔鬼氈21L背面添加所需之材質，其可為一種、或是 以上之材質作為搭配，而其材質可為紙類、布料、接著劑、皮革、塑膠發泡、橡膠發泡等，但是如果欲節省成本，亦可以不添加以上任何材質單純進行使用。 The second step is to make the devil felt module 21LA. The length and width of the module can be designed according to the needs of the outer sole 23 of the modular sole. The range of the devil felt module width 21LW ranges from 0.5 cm to 2.5 Between the centimeters; and the way of making the devil felt module 21LA is to add the required material on the back of the devil felt 21L on the side of the sole, which can be one, or The above materials are used as a match, and the materials can be paper, fabric, adhesive, leather, plastic foam, rubber foam, etc., but if you want to save costs, you can simply use them without adding any of the above materials.

第三步驟是將魔鬼氈之模組21LA固定在模組化鞋底之外殼23的四周，而其固定之方式可為車縫、高週波、黏合、排扣卡榫或是混合搭配等。 The third step is to fix the module 21LA of the devil felt around the outer shell 23 of the modular sole, and the fixing method can be sewing, high frequency, bonding, breast snapping or mixing and matching.

第四步驟將定位之裝置分別設計於可拆卸式鞋面與模組化鞋底之外殼之上，並將可拆卸式鞋面定位組24A與模組化鞋底之外殼定位組24B安置於相對位置上，此裝置需為一正一負使其能相互搭配，而其裝置之材料可以是鈕釦組、扣環組、卡榫組、螺絲螺帽組、磁鐵組等。 The fourth step is to design the positioning device on the shell of the detachable upper and the modular sole respectively, and place the detachable upper positioning group 24A and the modular sole shell positioning group 24B in relative positions This device needs to be a positive one and a negative one so that it can be matched with each other, and the material of the device can be a button group, a buckle group, a tenon group, a screw nut group, a magnet group, etc.

而最後一個步驟是將可拆卸式鞋面定位組24A與模組化鞋底之外殼定位組24B先對準結合，接著逐步將鞋面內層下緣魔鬼氈18L與魔鬼氈之模組21LA黏合在一起，以此完成鞋具之組裝。 The last step is to align the removable upper positioning group 24A and the modular sole shell positioning group 24B first, then gradually bond the lower inner edge of the upper layer of the devil felt 18L and the devil felt module 21LA Together, to complete the assembly of shoes.

【參考文獻】【references】

[1]中華民國新型第M496943號. [1] New Republic of China No. M496943.

[2]中華民國新型第M527700號. [2] New Republic of China No. M527700.

18:可拆卸式鞋面 18: Removable upper

18B:可拆卸式鞋面內層 18B: Removable upper inner layer

18L:鞋面內層下緣魔鬼氈 18L: Devil Felt

19:鞋舌 19: tongue

21:模組化鞋底 21: Modular sole

21H:模組化鞋底高度 21H: Modular sole height

21LA:魔鬼氈之模組 21LA: Mod of the Fel Felt

21LW:魔鬼氈之模組寬度 21LW: Modal width of the devil felt

23:模組化鞋底之外殼 23: Shell of modular sole

23D:模組化鞋底之外殼深度 23D: Shell depth of modular sole

23W:模組化鞋底之外殼厚度 23W: Shell thickness of modular sole

24A:可拆卸式鞋面定位組 24A: Removable upper positioning group

24B:模組化鞋底之外殼定位組 24B: Shell positioning group of modular sole

Claims (4)

一種可替換鞋面與鞋底的足底減壓鞋具之鞋底分離結構之改良，其結構以模組化鞋底作為主體，並以模組化鞋底的設計為依歸製作出相匹配的外殼模組，並將魔鬼氈模組固定在外殼模組之周邊，此外，在外殼模組與可拆卸式鞋面的相對位置上安裝定位組，因此改良部分包括有： An improved sole separation structure of a sole decompression shoe with replaceable uppers and soles. The structure takes modular soles as the main body, and a matching shell module is produced based on the modular sole design. The devil felt module is fixed on the periphery of the shell module. In addition, the positioning group is installed on the relative position of the shell module and the detachable upper, so the improved parts include: 至少需要一模組化鞋底，此模組化鞋底能製作出一外殼模組；至少需要一外殼模組，此外殼模組能容納一模組化鞋底且具有止滑功能，依其功能所需可設計不同之深度與厚度；至少需要一個或以上的魔鬼氈之模組，依其功能性可設計不同厚度、寬度與長度；至少需要一種或一種以上的結合方式將外殼模組與魔鬼氈之模組固定在一起；至少需要一種或一種以上的定位之裝置，此裝置能快速將外殼模組與可拆之鞋面組合在一起。 At least one modular shoe sole is required, and this modular shoe sole can produce a shell module; at least one shell module is needed, this shell module can accommodate a modular shoe sole and has an anti-slip function, depending on its function Different depths and thicknesses can be designed; at least one or more devil felt modules are required, and different thicknesses, widths and lengths can be designed according to their functionality; at least one or more combinations are required to combine the shell module and the devil felt The modules are fixed together; at least one or more positioning devices are needed. This device can quickly combine the shell module and the detachable upper. 如申請專利範圍第1項所述之鞋底分離結構之改良，其中，模組化鞋底至少需要一個或以上之外殼模組，其外殼模組依其功能性可設計不同之深度與厚度，在此分別進行陳述：(1)外殼深度之範圍最淺可為1公分，最深可為6公分；(2)外殼厚度之範圍最薄可為0.01公分，最厚可為1公分。 The improvement of the sole separation structure as described in item 1 of the patent scope, in which the modular sole requires at least one or more shell modules, the shell modules can be designed with different depths and thicknesses according to their functionality. Statements are made separately: (1) the range of the shell depth can be 1 cm and the deepest can be 6 cm; (2) the range of shell thickness can be 0.01 cm and the thickest can be 1 cm. 如申請專利範圍第1項所述之鞋底分離結構之改良，其中，至少需要一種或一種以上的固定方式，其能將魔鬼氈之模組穩固地固定在外殼模組之周邊，在此分為以下五種方式：(A).車縫；(B).高週波；(C).黏合；(D).排扣卡榫；(E).混和搭配。 The improvement of the sole separation structure as described in item 1 of the patent application scope, wherein at least one or more fixing methods are required, which can firmly fix the devil felt module around the shell module, which is divided into The following five methods: (A). Sewing; (B). High frequency; (C). Adhesive; (D). Breast locking; (E). Mix and match. 如申請專利範圍第1項所述之鞋底分離結構之改良，其中，至少需要一種或一種以上的定位之裝置，並將之放置於相對位置之上，其能快速將外 殼模組與可拆式鞋面組合在一起，在此分為以下六種方式：(A).鈕釦組；(B).扣環組；(C).卡榫組；(D).螺絲螺帽組；(E).磁鐵組；(F).混合搭配。 The improvement of the sole separation structure as described in item 1 of the patent scope, in which at least one or more positioning devices are required and placed on a relative position, which can quickly The shell module is combined with the detachable upper, which is divided into the following six methods: (A). Button group; (B). Retaining ring group; (C). Clamping group; (D). Screw nut group; (E). Magnet group; (F). Mix and match.
TW109201611U 2020-02-14 2020-02-14 Reformation of a replaceable uppers of offloading shoe of outsole separation structure. TWM595980U (en)

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