五、新型說明： 【新型所屬之技術領域】 β本創作係、提供-種薇置物架之技術領域，尤指其技術 上提供-種具電動控制之模具架，其在人力可及範圍内， 免吊車或堆高機即可經模具架取放模具者。 【先前技術】 加工所需 按模八使用在相畲多的機械加工場所，比如禱造業 的翻砂模具’塑膠射出之成型模具，塑膠吹瓶模具或锻造 模具等均是，而像是鍛造模具，“應加工過程的不同， 有時候需要更換若干次的模具，以因應不同鍛造 的模 惟’其上述習知之模具 、都相备重，而供置放模具 具架也僅單純提供放置， 所以仍存在有下列缺失： 一、該習知之模具架，其 抬θ 共僅早純棱供模具放置，所以 书桿或堆高機，使用 模具之取放就需要動用吊車、天車、 上相當不方便。 是以’針對上述習 、·^構所存在之問題 一種更且理相奋m 』唣點，如何開發 構，實消費者所殷切企 盼 更一理心實用性之創新結 亦係相關業者須努 努力研發突破之目標及方向 M379498 有鑑於此’創作人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 欲解決之技術問題點：該習知之模具架，其僅單純提 供模具放置，所以模具之取放就需要動用吊車、天車、吊 桿或堆高機，使用上相當不方便。且該習知之模具架在取 用模具時需要動用吊桿，所以操作上不小心就非常容易造 成危_險。 解決問題之技術特點：提供一種具電動控制之模具架 ，尤指一種40〜60公斤左右之模具所使用之模具架，該模 具架設有一架體及數置放平台，該架體對應組設置放平台 的位置’設有若干之組合孔’使置放平台可依模具的高度 調整位置，而其置放平台放置高度以人力能及範圍，該模 具架更具有一橫移裝置’該橫移裝置包括動力源、軌道座 、一體之滑座與升降平台’而滑座設有安全插銷，及滑座 可在軌道座内導引滑移，滑座為鏈條、鏈輪及動力源傳動 升降’升降過程有升降定位感應器，而到達定位後可以安 全插銷進行固定，而升降平台及滑座上並設有紅外線安全 债測器’得隨時偵測其路徑上是否有異物，據以達到易於 取放推動模具功效者。 對照先前技術之功效：先前技術之模具架使用上相當 M379498 麻煩’且需搭配吊桿或堆高機使用，且在吊送的過程中極 具危險性，稱有不慎就會有發生危險的可能。而本創作之 /具電動控制之模具架，其取放模具的過程都是人力能及的 'fc圍内，且均係升降台對齊該模具之置放平台及加工機械 平0所以人力只是在平台間推動模具水平移動， 因此較安全，也不用吊桿或堆高機即可作業，使用上更為 安全方便者。 .㈣本創作所採用之技術、手段及其功效，兹舉—較 佳實施例並配合圖式詳細說明於后，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 參閱第-至第五圖所示，一種具電動控制之模具架， 係包含有： 數架體（1〇)’該每一架體（1〇)上設有數置放平 ’台（1 1 )’該架體（1〇 )對應組設置放平台（⑴的 位置’設有若干之組合孔（1 〇 1 )，使置放平台（i i ) 可依模具（1 )的高度調整位置； % —橫移裝置（2 0 )，該橫移裝置（2 0 )上方設有數 /月輪（2 1)’該架體（1 ◦)並依橫移裝置滑輪 (2 1 )位置設有至少三滑轨（丄2 )，該三滑軌⑴） 供該橫移裝置（20)移動時其滑輪（21)滑移之導引 者；該橫移裝置（2 〇 )包括： 5 二軌道座（3〇)， Η ▲ 軌道座（3 0 )上方設有動力V. New description: 【New technology field】 β The creative department, the technical field of providing - Wei Wei rack, especially the technically provided - the mold frame with electric control, which is within the reach of manpower, No crane or stacker can be used to pick and place molds through the mold rack. [Prior Art] The processing needs to be used in a large number of mechanical processing places, such as the sanding mold of the praying industry, the plastic injection molding mold, the plastic blowing mold or the forging mold, etc., but like a forging mold. "There should be different processing steps, sometimes it is necessary to replace the mold several times, in order to respond to different forging molds," the above-mentioned conventional molds are all ready for use, and the mold holders are only provided for placement, so There are still the following shortcomings: 1. The conventional mold frame, the lifting θ is only used for the mold placement, so the book bar or the stacker needs to use the crane, the crane, and the upper part. Convenient. It is based on the problem of the above-mentioned habits and the structure of the structure, and how to develop and construct, and the consumer is eager to look forward to a more rational and practical innovation. In order to achieve the above objectives, After careful evaluation, the author will have a practical and practical creation. [New content] The technical problem to be solved: the conventional mold rack, which only provides the mold placement, so the mold pick and place needs to use the crane, the day It is quite inconvenient to use the car, the boom or the stacker. Moreover, the conventional mold frame needs to use the boom when the mold is taken, so it is very easy to cause danger when the operation is accidentally. Technical characteristics of the problem: Providing a mold frame with electric control, in particular, a mold frame used for a mold of about 40 to 60 kilograms, the mold frame is provided with a frame body and a plurality of placement platforms, and the frame body is disposed corresponding to the position of the set platform. The plurality of combined holes 'allows the placement platform to adjust the position according to the height of the mold, and the placement height of the platform is placed in a human energy range. The mold frame further has a traverse device. The traverse device includes a power source and a track seat. The integrated sliding seat and the lifting platform' have a safety bolt, and the sliding seat can guide the sliding in the rail seat. The sliding seat is a chain, a sprocket and a power source transmission lifting. The lifting process has a lifting and positioning sensor, and when the positioning is reached, the safety pin can be fixed for fixing, and the infrared platform and the sliding seat are provided with an infrared safety debt measuring device to detect whether there is any foreign matter on the path at any time, so as to achieve easy access. Putting on the effect of the mold. Compared with the effect of the prior art: the mold rack of the prior art is quite troublesome to use M379498 and needs to be used with a boom or a stacker, and is extremely dangerous in the process of lifting, said careless There is a possibility of danger. However, the process of picking and placing the mold is the 'fc circumference of the manpower and the lifting platform is aligned with the placement platform of the mold. The processing machine is flat 0, so the manpower only pushes the mold horizontally between the platforms, so it is safer, and it can be operated without the use of a boom or a stacker. It is safer and more convenient to use. (4) The technology and means used in this creation The effect, the preferred embodiment and the detailed description of the drawings, I believe that the above purpose, structure and characteristics of the creation, can be obtained from a deep and specific understanding . [Embodiment] Referring to the first to fifth figures, a mold frame with electric control includes: a plurality of frames (1 inch)' each of which is provided with a plurality of flats. The platform (1 1 )' the frame body (1〇) corresponds to the group setting platform (the position of (1) is provided with a plurality of combination holes (1 〇 1 ), so that the placement platform (ii) can depend on the height of the mold (1) Adjusting position; % - traverse device (2 0 ), above which there is a number/moon wheel (2 1) 'the frame body (1 ◦) and depending on the position of the traverse device pulley (2 1 ) There are at least three slide rails (丄2) for guiding the pulley (21) to slide when the traverse device (20) moves; the traverse device (2 〇) includes: 5 Two orbital seats (3〇), Η ▲ Powered above the orbital seat (30)
“、 ，垓二軌道座（3 0 )内H + A ); υ ^ η 0又有右干定位孔（3 〇 滑座（40)，該二 ,A 滑座（4 〇)係具有長度之_'说 座（4 0 )，兮_诉片， K厌又一滑 道座㈡〇;各:有(：〇)之近頂端與近底端處朝向軌 軌道座（d ::輪(41)、"2)組設滑移* he座（40)内並設有安全插銷 置（43)’該安全插銷裝置（43)在升降平台（5〇; 到達定位後，& & _ & , 女全插銷（43 1)插入定位孔（3〇 1 ) 定位’而拉出安令辂 (4 3 2)，該安全插銷（4 3 1 )被 頂出定位孔（qni、 1 )’微型檢知（4 3 3 )檢測後該滑座 (4〇)彳可再升降，該滑座（40)亦設有升降定位感 應器’每一置放平台（1 1 )則對應設有感應元件；以及 升降平台（5〇)，該升降平台（50)與二滑座（ 40)固定一體，並藉由各滑座（4〇)之二滑輪（41 )、（42)支撐’使升降平台（50)不會載重傾斜，該 滑座（4 0 )兩端以鏈條（4 5 )固定，而鏈條（4 5 ) 則以鏈輪（4 6 )傳動，鏈輪（4 6 )則以動力源（3 1 )傳動。 該升降平台（5〇)最底面及滑座（40)最頂端處 設有一紅外線安全俄測器（5 1 )，該紅外線安全偵測器（ 70 )得偵测到範圍内之異物或人手之阻擋 止升降動作去β 』立即^ 。p其如果有立即的危險，而使用者己經 現時，則可用手 予阻擋紅外線安全偵測器（5 1 )之偵測範 圍，則該升降動作即可立即停止。 上述該安全插銷裝置（4 3 )包括以安全栓（4 3 2 斜面頂抵女全插销（4 3 1 )’並該安全插銷（4 3工 )隨時有—彈I ( 4 3 4 )頂迫欲插設定位狀態，如此， 安全检（429、SE- 壓入使斜面最低位置頂抵安全插銷（4 3 1)，該安全插銷（431)即可順利插人^位孔（3〇 1 )定位’而該安全栓"3 2 )拔出，則斜面最高位置 頂抵安全插銷（4 3 i )而推開該安全插銷（4 3丄）定 位狀態者。 參閱第：、七圖所示’該橫移裝置（2〇)在該架趙 (1 0)為單組時得為固^，並該橫移裝i (2㈠之軌 道座（3 0 )纟設於該架體（1 〇)之兩側，使該滑座（ 40)及該升降平台（5Q)得以升降定位者。 本創作該具電動控制之模具架，尤指__種40 6〇公斤 左右之杈纟（1 )所使用之模具架即該模具架可供置放 多組模具（1 )，進而使該多組模具（1 )易於取放，其主 要針對人力所能及之範圍進行設計。 該架體（1 0)之置放平台（1 1}，其置放平台（1 1 )放置高度以人力能及範園，約最高在】7〇cm範圍。 M379498 該模具架之旁側付以置放一沖床（6 0 )，該沖床（6 0)之工作台（61)緊臨升降平台（50)，如此，當模 具（1)推出置放平台（1 1)而進入升降平台（5〇) 後’該升降平台（50)得以升降至與該工作台（61) 平齊’如此就可以順利的將模具（1 )推進工作台（6工 )’而加工完畢後亦可反向動作而讓模具（1 )回到置放平 台（1 1 ) ’以利其他模具（1 )移至工作台（6 1 )續行 加工者。 前文係針對本創作之較佳實施例為本創作之技術特徵 進行具體之說明；惟’熟悉此項技術之人士當可在不脫離 本創作之精神與原則下對本創作進行變更與修改，而該等 變更與修改，皆應涵蓋於如下申請專利範圍所界定之範脅 中。 【圖式簡單說明】 第一圖：係本創作其一實施例立體示意圊。 第二圖：係本創作其一實施例之橫移裝置側視圖。 第二圖：係本創作其一實施例之橫移裝置立體圖。 第四圖：係本創作滑座處放大示意圖。 第五圖.係本創作紅外線安全偵測器動作示意圖。 第六圖：係本創作另一實施例立體示意圖。 第七圖·係本創作另一實施例實施狀態示意圖。 【主要元件符號說明】", , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , _'said seat (4 0), 兮_ 诉片, K 厌一滑滑座(二)〇; each: there is (:〇) near the top and near the bottom end towards the rail orbital seat (d: wheel (41 ), "2) Set the slip * he seat (40) and have a safety bolt (43) 'The safety bolt device (43) on the lifting platform (5 〇; after reaching the position, && _ & , female full latch (43 1) inserted into the positioning hole (3〇1) to position 'and pull out the ring (4 3 2), the safety pin (4 3 1) is pushed out of the positioning hole (qni, 1) After the micro-detection (4 3 3) test, the slider (4〇) can be raised and lowered again. The slider (40) is also provided with a lifting positioning sensor. [Each placement platform (1 1 ) is correspondingly provided. Inductive element; and lifting platform (5〇), the lifting platform (50) is fixedly integrated with the two sliding seats (40), and supported by two pulleys (41) and (42) of each sliding seat (4〇) The lifting platform (50) does not have a load tilt, and the ends of the slider (40) are fixed by a chain (45), and The chain (4 5 ) is driven by a sprocket ( 4 6 ), and the sprocket ( 4 6 ) is driven by a power source (3 1 ). The bottom surface of the lifting platform (5 〇) and the top end of the sliding seat (40) are provided. There is an infrared safety detector (5 1 ), the infrared safety detector (70) has to detect the foreign object in the range or the hand to block the lifting action to go to β 』 immediately ^. If it is immediately dangerous, and If the user has already used the hand to block the detection range of the infrared safety detector (5 1 ), the lifting action can be stopped immediately. The safety latch device (4 3 ) includes the safety pin (4 3 ). 2 The beveled top is connected to the female full latch (4 3 1 )' and the safety latch (4 3 workers) is always available - the bomb I ( 4 3 4 ) is forced to insert the set position state, thus, the safety check (429, SE-pressure) Into the lowest position of the slope to the top of the safety pin (4 3 1), the safety pin (431) can be smoothly inserted into the hole (3〇1) to locate 'and the safety bolt "3 2) is pulled out, the bevel The highest position is against the safety latch (4 3 i ) and the safety pin (4 3丄) is pushed open. Refer to the figure: The traverse device (2〇) is fixed when the frame Zhao (10) is a single group, and the traverse device i (2 (1) orbital seat (30) is disposed in the frame body (1 〇) On both sides, the sliding seat (40) and the lifting platform (5Q) can be raised and lowered. The mold frame with electric control, especially the __ species 40 6 kilograms or so (1) The mold frame, that is, the mold frame, can be used to place a plurality of sets of molds (1), thereby making the plurality of sets of molds (1) easy to pick and place, and is mainly designed for the range of manpower. The rack (1 0) is placed on the platform (1 1}, and the placement platform (1 1 ) is placed at a height of manpower and a garden, which is about 7 〇 cm. M379498 To place a punch (60), the table (61) of the punch (60) is close to the lifting platform (50), so that when the mold (1) is pushed out of the placement platform (11) and enters the lifting platform ( 5〇) After the 'lifting platform (50) can be raised and lowered to the level of the workbench (61), so that the mold (1) can be smoothly pushed into the workbench (6 workers), and can be reversed after processing Acting to return the mold (1) to the placement platform (1 1 ) 'to facilitate other molds (1) to move to the workbench (6 1) to continue the processor. The foregoing is a preferred embodiment of the present creation. The technical features are described in detail; however, those who are familiar with the technology may make changes and modifications to the creation without departing from the spirit and principles of this creation, and such changes and modifications shall be covered by the following patent applications. The definition of the threat is in the middle. [Simplified description of the diagram] The first picture: a three-dimensional embodiment of the present creation The second drawing is a side view of the traverse device of one embodiment of the present invention. The second drawing is a perspective view of the traverse device of an embodiment of the present invention. Fig. 5 is a schematic diagram of the action of the infrared security detector of the present invention. Fig. 6 is a perspective view of another embodiment of the present creation. The seventh diagram is a schematic diagram of the implementation state of another embodiment of the present creation. 】