M420424 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種熱壓機，尤# π μ 機尤心種可對熱壓布料進行敎 堡成型’同時兼具型域斷功能之缝機之上模裝置。… 【先前技術】 ▲按以’傳統之熱壓機結構，係具備有上模裝置和下模M420424 V. New description: [New technical field] This creation is about a kind of hot press, especially #πμ machine, which can be used to form a bunker for hot-pressed fabrics. Upper mold device. ... [Prior Art] ▲ Press the 'conventional hot press structure, which has the upper mold unit and the lower mold
’该上模裝㈣賴在1壓㈣活練，吨供進行昇降行 程時的加_力來源；該下模裝置係套設於—平台，可在平台 社端以手動或自動方式向前推出或退回至平台正上方；兩組 、板裝置其包括.同導性的外模板、加熱板及隔熱板組成， 兩組模板裝置分雜於上、下魏置仙_側，且兩外模板 設在相對_面；針，設在上«置之模域飾卜模板係 可提供成型模具鎖固定位。 俾以當熱壓布觸於下模輕後，係_油壓虹驅動上模 裝置往下域置端移靠’直至缝布料被上模裝置之成型模具 下模褒置所夾壓’待熱壓布料預定處被熱壓成預定形狀後， 上輪破置退回原制^態，g卩可取城翻熱壓布料。 上述傳統熱壓機結構-直以來都僅具備單—加壓成型的 功忐，因此’經上述熱壓機在熱壓布料預定區域熱壓出預定形 狀後’必須再進入另一階段的加工程序，以沖壓機配合裁刀模 具進行沖壓物，找絲熱壓树的完整私。而在執行沖 壓機裁切作業時，又常有裁刀模具與熱壓布料之熱壓形狀未對 3 M420424 合的偏移現象’至裁切後取得的成型品質不佳。 據此，傳統熱壓機的缺點係，僅具備單一熱壓成型功能， 致使待加工的熱壓布料必須進行兩種不同加工作業步驟，才能 取得熱壓布料的完整成品，遂衍生有多道加工步驟的不便，加 工時程長、生產率受限、成型品質不佳、人力成本較高等缺點 〇 有鑑於斯，本案創作技術乃針對熱壓機之上模裝置加以改 良設計，在完成本創作技術後，進一步提出本案之新型專利申 請。 【新型内容】 本創作主要目的，係提供一種熱壓機之上模裝置，其具有 可對熱壓布料依序進行無成型及裁域型的雙重作業程序 ，進而達到減化加工步驟、提高生鮮、具高品狀降低加工 成本等功能。 為了達到上述目的，本創作提供一種熱壓機之上模裂置， Ά括上模座’底端連結有模板裝置，該模板裝置可供成 型模具組設粒，以做合上難讀«以置熱壓布料進 仃熱C成型，紅域置的上端連結於—空油增壓缸之活塞轴 、’该空物壓缸係、電性連結於—控制電路，該控制電路可對空 油增壓缸執行連續二次壓的行程設定； 俾以田上難之模域置配合鍾機之下模座的模板裝 置將熱壓布觀合後，該均座可藉由控路的設定第 4 驅動工柄壓缸進行低壓力行程，至其足以對熱壓布料熱壓出 預定形狀後’在上模縣麟鍾布_情況下，緊接著第二 人驅動二4増壓k進行高壓力行程’崎熱壓出預定形狀之熱 壓布料進棚喊斷健’以制提高卫佩率及增加工作產 能之效益。 【實施方式】 餘下’茲再配合本創作較佳實施例之圖式進一步說明如后 以期月t·使熟悉本創作相關技術之人士，得依本說明書之陳述 據以實施： 首先故明配合參閱第一至二圖所示，為本創作一種熱壓 機之上域置’其包括：一上模座1G，底端連結有模板裝置 2〇 ’該模板裝置20可供成型模具3〇組裝連結，前述模板褒置 又有外鉻的外模板21，該外模板21連結有加熱板22可對 其產生熱能，並且將熱能傳導於成型模具30 ;前述上模座1〇 的上％連結在一空油增壓紅4〇之活塞軸41，該空油增壓缸 係電性連結於-控制電路，該控㈣路可触油增壓紅4〇執 行連續二次壓的行程設定； 俾以當熱壓布料（圖中未示）舖設在熱壓機之下模座 ιοί的模板裝置102上端，並且驅使下模座1〇1之模板裝置1〇2 與上模座10之模板裝置2〇對合後，該控制電路驅動空油增壓 缸40之活絲41執行第—次健力行程’使結連於上模座 忉之模板裝置20的成型模具30抵觸熱壓布料，並且至成型 M420424 模具30對熱壓布料熱壓出預定形狀後，緊接著控制電路便驅 動空油增壓缸40之活塞軸41執行第二次高壓力行程，以對熱 壓出預定形狀之熱壓布料進行，依熱壓出預定形狀之輪廟j進行 型切裁斷作業，達到熱壓成型及裁切成型一次連續執行完畢之 功能，進而具有簡化加工步驟、提高工作效率及增加工作產能 之功效進增。 再者’補充說明的是，本創作上模座10主要係以空油增 壓缸40作為行進的動力來源，而空油增壓缸4〇係電性連結於 "T連續執行一次壓的控制電路所控制，驅使空油增壓缸之 活塞軸41，第一次可執行低壓力行程，第二次可執行高壓力 行程，為本創作之技術重點所在；至於熱壓布料夾置在上、下 杈座10、101之間，由活塞軸41進行第一次低壓力行程時， 可驅使成型模具30對熱壓布料熱壓出預定形狀，進行第二次 高壓力行程時，可驅使成型模具3〇對熱壓出預定形狀之熱壓 布料’產生型切麵之功能’係在於成型模具3〇的内部設計 ’此部分非創作重點所在’故未對成型模具3〇内部構造作詳 細說明。 綜上所陳’僅為本創作之一較佳實施例而已，並非用來限 定本創作倾之。㈣依摘作巾料觀騎做之均等 變化與修飾，皆為本創作專利範圍所涵蓋。 M420424 【圖式簡單說明】 第一圖：本創作結構較佳實施例之組合立體圖。 第二圖：本創作結構較佳實施例之組合前視圖。 【主要元件符號說明】 熱壓機-- —100 下模座----101 模板裝置--102 上模座 ---10 模板裝置---20 外模板——21 加熱板 ―-22 成型模具一30 空油增壓缸-40 活塞軸-- ---41'The upper mold (4) relies on 1 pressure (4) to practice, and ton is used to carry out the lifting stroke. The lower mold device is sleeved on the platform and can be pushed forward manually or automatically at the platform. Or return to the top of the platform; two groups, the plate device consists of the same external template, heating plate and insulation board, the two sets of template devices are mixed in the upper and lower Weixian _ side, and the two outer templates It is set on the opposite side; the needle is set on the upper part of the mold.俾When the hot pressing cloth touches the lower mold, the _ oil pressure rainbow drives the upper mold device to move to the lower end of the lower end until the sewing cloth is clamped by the lower mold of the upper mold device. After the predetermined place of the pressed fabric is hot pressed into a predetermined shape, the upper wheel is broken and returned to the original state, and the steel can be taken to heat the fabric. The above-mentioned conventional hot press structure - directly has only a single - press forming work, so 'after the hot press is hot pressed out of the predetermined shape in the predetermined area of the hot press fabric, 'there must be another process of processing The punching machine cooperates with the cutter die to carry out the stamping, and finds the complete privateness of the hot pressed tree. When performing the cutting work of the press, the hot pressing shape of the cutter die and the hot-pressed fabric is not the offset phenomenon of the 3 M420424, and the molding quality obtained after the cutting is not good. Accordingly, the disadvantages of the conventional hot press are that only a single hot press forming function is required, so that the hot pressed fabric to be processed must be subjected to two different processing steps in order to obtain a complete finished product of the hot pressed fabric, and a plurality of processes are derived from the hot pressed fabric. The inconvenience of the steps, the long processing time, the limited productivity, the poor molding quality, and the high labor cost. In view of the fact, the creation technique of this case is to improve the design of the upper mold device of the hot press, after completing the creative technology. Further propose a new patent application for this case. [New content] The main purpose of this creation is to provide a hot press upper mold device, which has a dual operation procedure for forming a hot-pressed fabric without forming and cutting, thereby reducing the processing steps and improving the freshness. With high quality and reduced processing costs. In order to achieve the above object, the present invention provides a mold rupture on a hot press, and a stencil device is attached to the bottom end of the upper mold base, and the stencil device can be used for sizing the forming mold to make it difficult to read. The hot pressing fabric is formed by hot C molding, and the upper end of the red field is connected to the piston shaft of the air oil boosting cylinder, the air cylinder is electrically connected to the control circuit, and the control circuit can be used for air oil. The booster cylinder performs the stroke setting of the continuous secondary pressure; 俾 After the hot press cloth is assembled by the template device of the die base under the clock machine, the seat can be set by the control of the fourth block. The squeezing cylinder is driven to perform a low pressure stroke until it is sufficient to press the hot-pressed fabric to a predetermined shape. In the case of the upper mold county lining cloth _, the second person drives the second 増 pressure k for high pressure stroke. 'Saki hot pressed out the shape of the hot-pressed fabric into the shed to break the health' to improve the penetration rate and increase the productivity of work. [Embodiment] The following is further described in conjunction with the drawings of the preferred embodiment of the present invention. For the purpose of making the relevant technologies of the present invention, the following statements can be implemented according to the description of the present specification: As shown in the first to second figures, a hot press machine is provided for the present invention. The utility model comprises: an upper mold base 1G, and a bottom end end is connected with a template device 2'. The template device 20 can be used for forming a mold. The template device further has an outer stencil 21 of outer chrome, the outer stencil 21 is coupled with the heating plate 22 to generate thermal energy, and conducts thermal energy to the molding die 30; the upper portion of the upper die holder 1 连结 is connected to an empty space The oil-pressurized red piston shaft 41 is electrically connected to the control circuit, and the control (four) road can be touched by the oil pressure red 4〇 to perform the stroke setting of the continuous secondary pressure; The hot-pressed fabric (not shown) is laid on the upper end of the die plate unit ιοί under the hot press, and drives the die plate device 1〇2 of the lower die holder 1〇1 and the formwork device 2 of the upper die holder 10 After the combination, the control circuit drives the live wire 41 of the empty oil booster cylinder 40 Performing the first-time force stroke 'to make the molding die 30 of the template device 20 attached to the upper die holder 抵 against the hot-pressed fabric, and after the molding M420424 mold 30 heat-presses the predetermined shape to the hot-pressed fabric, immediately after the control circuit The piston shaft 41 of the air oil booster cylinder 40 is driven to perform a second high pressure stroke to perform hot cutting of a predetermined shape of the hot press fabric, and the cutting work is performed according to the hot pressing of the predetermined shape. The functions of hot press forming and cutting forming are performed continuously, which has the effect of simplifying the processing steps, improving work efficiency and increasing work productivity. Furthermore, it is added that the upper mold base 10 mainly uses the air oil booster cylinder 40 as a power source for traveling, and the air oil booster cylinder 4 is electrically connected to the "T continuously performing one pressure. Controlled by the control circuit, driving the piston shaft 41 of the empty oil booster cylinder, the first time the low pressure stroke can be performed, and the second time the high pressure stroke can be performed, which is the technical focus of the creation; as for the hot pressing fabric clamped on When the first low pressure stroke is performed by the piston shaft 41 between the lower jaws 10 and 101, the molding die 30 can be driven to press the hot pressing fabric to a predetermined shape, and when the second high pressure stroke is performed, the molding can be driven. The function of the mold 3 to heat-press a predetermined shape of the hot-pressed fabric 'generating the cut surface' lies in the internal design of the molding die 3 'this part is not the creative focus', so the internal structure of the molding die 3 is not described in detail. To sum up, it is only a preferred embodiment of this creation, and it is not intended to limit the creation of this creation. (4) The equal changes and modifications made by the picking of the materials are all covered by the scope of the patent. M420424 [Simple description of the drawings] The first figure: a combined perspective view of a preferred embodiment of the present authoring structure. Second Figure: A combined front view of a preferred embodiment of the present authoring structure. [Main component symbol description] Hot press---100 lower die holder----101 template device--102 upper die holder--10 template device---20 outer template-21 heating plate--22 molding Mold one 30 empty oil booster cylinder - 40 piston shaft --- --41