五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種製鞋用壓底機之加壓結構（一 )’尤其是指一種在進行鞋體組件間的壓合黏貼時，能 隨鞋體的造型不同改變形體，並因此與鞋體產生密貼之 關係，形成良好的密貼加壓狀態，使各鞋體組件間具有 更佳的加壓黏合效果的製鞋用壓底機之加壓結構創新設 計。 【先前技術】 [0002] 在製鞋程序中，會透過一壓底機的加壓，將特定的 鞋體組件加壓黏合，以令各鞋體組件間〗能夠確實黏合。 [0003] 综觀目前業界所使用之壓底機結構寸奏我國公告第 5 6 1 8 3 2號「製鞋用壓底機改良」新型專利案、第 M247040號「壓底機壓底板結構改良」新型專利 案、第M2 7 3 9 9 0號「製鞋機壓底機之上壓裝置」 新型專利案、以及M3 0 0 〇 5 2「製鞋壓底機之側壓 裝置」新型專稱。在上述4新型專利案巾，其不論是 鞋體底部賴掣結構或是侧邊的壓掣結構，均是由一個 或數個加壓塊體配合對應之壓缸所構成。然而，這些壓 底結構在實際使用上卻仍存在著相當大的缺失；即因鞋 體本身會"鞋、女鞋、童鞋、甚至造型的不同而有所 不同，加上鞋體本身為一具有弧曲f度之構造，因此， 當以，或數個加魏壓抵鞋體時，加魏的表面會因 為無法因絲體㈣度而絲體間形躺隙，因此 在加·絲絲體完全密貼⑽軒，絲成 表單編號Α010Ι 第3頁/共μ頁 [0004]M382747 [0005] [0006] [0007] [0008] 表單蝙號A0101 件間的壓擎黏合效果不佳，導致日後各鞋體組件易於脫 落分離之情形。 後來，本創作之申請人因鐘於上述各專利案之缺失 ’故而提出-健底機之加壓墊結構【參_證書號第 M3 72647號】。其主要係透過對應鞋體任意一面 之塑形基材的柔軟性以及其内部眾多之顆粒元件隨受力 方向移位之雛’當_力源推送該加壓_#鞋體進 行壓底作業時，該加驗便能瞧體造韻不同，改變 形體並因此與鞋體密貼者。 然而該案在實際進行加壓動作時，發現由於對絲 體的面只設-個塑形基材，因此，若鞋體•面的造型 落差太大’將會g為受限於_紐本身的可紐，造 成塑形基機法完全與㈣密貼，影_加壓墊的加墨 效能。 【新型内容】 於是’本創作之申請人再次提出一種能確實絲體 密貼之製鞋用壓底機之加壓結構〈一），以改善上述各 壓底機在實際使用上的缺失。 本創作係提供一種製鞋用壓底機之加壓結構（一） ’該加麗結構具有在進行輔組__合黏貼時，能 隨鞋體的㈣柯改變形體，並因此絲财生密貼: 關係，形成良好的密貼加綠態，使各鞋體組件間具有 更佳的加壓黏合效果，而此即為本創作之主要目的。 為達上述目的，本創作乃提供一種製鞋用壓底機之 第4頁/共14頁 [0009] [0010] [0011] [0012] 加壓結構（一），該加壓結構係包括複數塑形基材、裝 設在各個塑形基材内部的複數顆粒元件、以及分別推動 各個塑形基材移位之動力源；據此，藉由對應鞋體的加 壓結構設有分別以複數個動力源驅動加壓之塑形基材， 與該塑形基材的柔軟性及其内部複數顆粒元件隨受力方 向移位之特性，可令該塑形基材能隨鞋體造型的不同， 改變形體並因此與鞋體密貼者。 其中，該塑形基材係選自橡膠或矽膠中的其中一種 0 其中，顆粒元件係選用鋼珠或砂’當顆粒元件的粒 徑越小時，該加壓墊與鞋體間的窟貼效果越好。 【實施方式】 為令本創作之技術手段、創作目的及達成功效有更 完整及清楚的揭露，茲於下詳細說明之，並請一併參閱 揭示之圖式及元件符號。 明參第一圖，本創作之製鞋吊壓底機之加壓結構（ I) 係包括複數塑形基材（i1)、裝設在各個塑形基 材（11)内部的複數顆粒元件（i 2)、以及與各2 塑形基材（11)對應設置並分別推動各個塑形基材（ II) 移位之動力源（13);其中：【以下併來第一 、三圖】 該複數塑形基材α1)，係為一軟性材質，並具 可塑性，係對應設置在鞋體的任意一面，該塑形基材（' 11)係可選自橡膠或矽膠材質中的其中一種，二塑形 表單編號Α0101 第5頁/共14頁 [0013] [0014]M382747 [0015] [0016] [0017] [0018]V. New description: [New technical field] [0001] This creation relates to a pressurizing structure for a shoe press machine (1), especially when a press fit is applied between the shoe body components. The shape can be changed according to the shape of the shoe body, and thus the relationship with the shoe body is closely adhered to form a good close-fitting state, so that the shoe pressure with better pressure bonding effect between the shoe body components is achieved. The innovative design of the pressurization structure of the bottom machine. [Prior Art] [0002] In the shoemaking process, a specific shoe body component is pressure-bonded by pressurization of a presser machine so that the shoe body components can be surely bonded. [0003] Looking at the structure of the underpinning machine used in the industry, the new patent case of the "Renovation of the bottoming machine for shoes", No. M247040, "Improvement of the bottom plate of the bottom press" The new patent case, the new patent case of the M2 7 3 9 9 "Shoe press press machine" and the new type of M3 0 0 〇 5 2 "side press for shoe press machine" . In the above four new patented cases, whether it is the bottom structure of the shoe body or the compression structure of the side, the one or several pressing blocks are combined with the corresponding pressure cylinders. However, these bottom-bottom structures still have considerable defects in practical use; that is, because the shoe body itself will be different from shoes, women's shoes, children's shoes, and even the shape, and the shoe body itself is one. It has a structure of arc curvature f. Therefore, when the pressure is applied to the shoe body by a few or a few Wei, the surface of the Wei will be unable to be laid due to the silk body (four degrees), so the silk is added. The body is completely attached (10) Xuan, silk into the form number Α 010 Ι page 3 / total μ page [0004] M382747 [0005] [0006] [0007] [0008] Form bat number A0101 between the pressure engine bonding effect is not good, resulting in In the future, each shoe body component is easy to fall off and separate. Later, the applicant of this creation was proposed by Zhong Zhong in the absence of the above-mentioned patent cases - the pressure pad structure of the bottom machine [see _ certificate No. M3 72647]. The main reason is that the softness of the shaped substrate corresponding to either side of the shoe body and the displacement of a plurality of granular elements therein with the direction of the force force are used when the pressure source pushes the pressurization _# shoe body to perform the bottom pressing operation. The addition test can make the body different in rhyme, change the shape and thus be closely attached to the shoe body. However, in the actual pressurization action, it was found that since only one shaped substrate was provided on the surface of the silk body, if the shape of the shoe body/face was too large, the g would be limited to the new one itself. The New Zealand can make the shaping base method completely compatible with the (four) close-fitting, shadow-filling pad. [New content] The applicant of the present invention has once again proposed a pressurizing structure (1) for a shoe-pressing machine for making a silky body, in order to improve the practical use of the above-mentioned various press-bottoming machines. The creation system provides a pressurizing structure for a shoe press machine (1) 'The Kelly structure has a shape change with the (4) Ke of the shoe body when performing the auxiliary group __, and thus the silky and dense structure Sticking: Relationship, forming a good close-fitting and greening state, so that the shoe body components have better pressure bonding effect, and this is the main purpose of the creation. In order to achieve the above object, the present invention provides a bottoming machine for shoemaking. Page 4 of 14 [0009] [0010] [0012] [0012] Pressurized structure (1), the pressurized structure includes plural a shaped substrate, a plurality of particle elements mounted inside each of the shaped substrates, and a power source for respectively pushing the displacement of the respective shaped substrates; accordingly, the plurality of pressing structures corresponding to the shoe body are respectively provided in plural The power source drives the pressurized shaped substrate, and the flexibility of the shaped substrate and the displacement of the internal plurality of particle elements with the direction of the force force can make the shaped substrate different from the shape of the shoe body. , change the shape and therefore the person with the shoe body. Wherein, the shaped substrate is selected from one of rubber or silicone; wherein the particle element is selected from steel balls or sand. When the particle size of the particle element is smaller, the effect of the hole between the pressure pad and the shoe body is more it is good. [Embodiment] In order to make the technical means, creative purpose and achievement of this creation more complete and clear, it is explained in detail below, and please refer to the disclosed drawings and component symbols. In the first figure of Mingshen, the pressure structure (I) of the shoe-making bottoming machine of the present invention comprises a plurality of shaped substrates (i1) and a plurality of particle elements installed inside each of the shaped substrates (11) ( i 2), and a power source (13) corresponding to each of the two shaped substrates (11) and respectively pushing the displacement of each of the shaped substrates (II); wherein: [the following is the first and third figures] The plurality of shaped substrates α1) are made of a soft material and are plastically disposed on either side of the shoe body, and the shaped substrate ('11) may be selected from one of rubber or silicone materials. Second shaping form number Α0101 Page 5 of 14 [0013] [0014] M382747 [0016] [0017] [0018]
表單編號A010I 基材（11)的内部具有一中空空間（1工工）； 该複數顆粒元件（12)，在前述各個塑形基材（ 11)的内部中空空間（111)處各容裝有複數顆粒 元件（12); 該複數動力源（13)，係在每一個塑形基材（1 I) 的對應處各設置一動力源（13)。 凊參第一圖〜第三圖，該圖式係顯示本創作之加壓 結構（1)裝設在製鞋用壓底機（2)上之示意圖；係 在該製鞋用壓底機（2)之機台（21)上方且對應鞋 體的任意一面處裝設該加壓結構（1)。 其中，該動力源（13)由壓缸組成【參第四圖】 ’每個壓缸均具有出力軸（動力輸出端）來和與該動力 源（13)對應相設之每一個塑形基材（丄丄）組設。 ▲當將鞋體置放於壓底機42) <執行壓底空間處【 請參第二、四、五圖】，並啟動麼底動作時，各個動力 源（1 3 )便會連動與之對應’:相設的每一個塑形基材（ II) ，使每-個塑形紐（i工）卿鞋體之^或 侧邊以進行壓底之動作；關本創作之每—個塑形基材 (1 1)至少由一動力源（i 3 )各自軸，且對應鞋 體的任意一面均設有複數個塑形基材（丄丄），即每一 個塑形基材（11)僅對應到鞋體—面的其中一小段， ，各塑形紐（1 i )本料柔紐以及其畴複數顆 立元件（1 2 )會隨劲方向雜之紐，因此在以動 力源（13)推送該加屋結構（工）貼靠鞋體進行塵底 第 頁/共]4頁 作業時，可令該加塵結構（1 )的每一個塑形基材（1 1)此心鞋體造型的不同，改變形體並因此與鞋體密貼 ，使相互黏合的鞋體組件間具有較佳的黏合效果，進而 提高鞋體的結構強度，而使鞋子的使用壽命更長者。 [0019] 甘 士 具中，顆粒元件（12)係選用鋼珠或砂，當顆粒 元件（12)的粒徑越小時，該加壓結構（1)之塑形 基材（1 1)與鞋體間的密貼效果越好。 [0020] 以上所舉者僅係本創作之部份實施例，並非用以限 制本創作，致依本創作之創意精神及特徵，稍加變化修 飾而成者，亦應包括在本專利範圍之内。 .· · . ' . . ] 练上所述，本創作實施例確能違到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中’亦未曾公·巾請前，誠已完全符合專利法之規定 與要求，纽法提出新型專利之申請，懇請惠予審查， 並賜准專利’則實感德便。 【圖式簡單說明】 [_第-圖：本創作加壓結構的局部立體剖視圖 [_第二圖：本創作加壓結構裝設在壓底機之立體示意圖 [_第三圖：本創作加壓結構震設據底機之局部立體示意 圖 第四.圖：本創作加壓結構進行壓底作業前之示意圖 [_第五圖：本創作加壓結構進行壓底作業時之示意圖 【主要元件符號說明】 第7頁/共14頁 表單編號A0101 M382747 [0027] (1) 加壓結構 (11) 塑形基材 [0028] (12) 顆粒元件 (111) 中空空間 [0029] (13) 動力源 (2) 壓底機 [0030] (2 1) 機台 表單編號A0101 第8頁/共14頁Form No. A010I The inside of the substrate (11) has a hollow space (1 work); the plurality of granular elements (12) are accommodated in the inner hollow space (111) of each of the above shaped substrates (11). A plurality of particulate elements (12); the plurality of power sources (13) are each provided with a power source (13) at a corresponding location of each of the shaped substrates (1 I). The first figure to the third figure of the ginseng, the figure shows a schematic diagram of the pressurizing structure (1) of the present invention installed on the bottoming machine (2) for shoemaking; 2) The pressing structure (1) is installed above the machine table (21) and corresponding to any side of the shoe body. Wherein, the power source (13) is composed of a pressure cylinder [refer to the fourth figure] 'each cylinder has a power output shaft (power output end) and each shaping base corresponding to the power source (13) Material (丄丄) set. ▲When the shoe body is placed on the bottom press 42) < Perform the bottom space [Please refer to the second, fourth and fifth pictures], and when the bottom action is started, each power source (1 3 ) will be linked Corresponding ': each shaped substrate (II) of each phase, so that each of the shapings of the shoe body or the side of the shoe body to carry out the action of pressing the bottom; each of the creations The shaped substrate (1 1) is at least a respective axis of the power source (i 3 ), and a plurality of shaped substrates (丄丄) are provided on either side of the corresponding shoe body, that is, each of the shaped substrates (11) ) It only corresponds to one of the small sections of the shoe body, and each shaping button (1 i ) is soft and the multiple elements of the domain (1 2 ) will follow the direction of the force, so the power source is (13) Pushing the roofing structure (work) against the shoe body to carry out the work of the dust bottom page/total 4 pages, so that each shaping substrate (1 1) of the dusting structure (1) can be made The shape of the shoe body is different, the shape is changed and thus the shoe body is closely attached, so that the shoe body components which are bonded to each other have a better bonding effect, thereby improving the structural strength of the shoe body and making the shoe use life. Longer person. [0019] In the gizzard, the granular element (12) is selected from steel balls or sand. When the particle size of the granular element (12) is smaller, the shaped substrate (1 1) of the pressurized structure (1) and the shoe body are used. The better the adhesion between the two. [0020] The above-mentioned examples are only some of the embodiments of the present invention, and are not intended to limit the creation of the present invention. The modifications and variations of the creative spirit and characteristics of the present invention are also included in the scope of this patent. Inside. . . . . . . . . . . . In the practice, the creative embodiment can indeed violate the expected use efficiency, and the specific structure disclosed is not only seen in the same kind of products. Before, Cheng has fully complied with the requirements and requirements of the Patent Law. New Zealand filed an application for a new type of patent, and asked for a review, and granted a patent. [Simple description of the diagram] [_第图: Partial perspective view of the pressure structure of the creation [_Second picture: The three-dimensional diagram of the pressure structure of the creation is installed in the bottom machine [_ Third picture: this creation plus Partial three-dimensional diagram of the pressure structure shocking base machine. Fig. 4: Schematic diagram of the pressure structure before the bottom pressing operation of the creation pressure structure [_fifth: schematic diagram of the pressure structure of the creation pressure base operation [main component symbol Description] Page 7 of 14 Form No. A0101 M382747 [0027] (1) Pressurized structure (11) Shaped substrate [0028] (12) Particulate element (111) Hollow space [0029] (13) Power source (2) Pressing machine [0030] (2 1) Machine form number A0101 Page 8 of 14