201104037 六、發明說明： 本發明有關一用於根據申請專利範圍第1項之前言， :個別邛份至刺繡、縫被或縫製機器之織針位置的個別 p伤饋、、、σ裝£ —具有此一裝置之刺繡、縫被或縫製機器； 2根據申請專利範圍第13項之前言在個別部份上刺績之 万法。 ❹ 繡、縫、ϋΓ迷中’該刺縷機器一詞被了解為亦意指刺 广被、”及小刺繡機器。該裝置係特別設計用於在 二上具有複數織針之席福立(schi剛刺繡機器 於預備好珠片、部帶及類似物的刺矯機器之習知 :且該裝置使得該刺繡機器可能藉 〜主下將該預備好部份縫合至-刺繡底組織。 中之科技的目前進步水準 =由歐洲專利第队幻561849號得知。以這㈣頭係 =像被幸匕製的锻帶之珠片的裝飾元件能被供給至 =且被縫合至一刺繞底組織上。在這情況下，於每一 案倒中，該在最前面之珠片係於 、 片分離。對於上面論及之珠片_音认期間由該等剩餘珠 一織針所刺穿時，m _片係猎由 由該發展中之科技的目前進二:由？緞帶分開。 川叫號被進-步得知，其揭歐洲專利第eh 辅助裝置、諸如珠片或編帶頭 f或縫破機器，每— 動之綜線，用於與爾或縫被::::該=挺=作 助裝置具有-回復裝置，其能再者’該等辅 皮用於脫離該裝置之機器控 201104037 制器所控制。 该中國專利第CH 669 715號揭示一用於將裝飾元件施 加至一底組織上之機器。該機器包括一用於排出個別之裝 飾元件的設備、及一用於將該個別之裝飾元件緊固至一底 組織上之裝置。在此’該緊固裝置被設計成為—具有至少 一織針之刺繡-縫製裝置，譬如呈一刺繡或縫製機器之形 式。所論及之用於排出個別裝飾元件的設備具有用於將裝 飾元件饋給至一位置的裝置，一個別之裝飾元件係在該位 置由β亥專剩餘之裝飾元件分離；及一推進裝置，其依次在 一導引通道中將該分開之裝飾元件帶至該緊固裝置。在可 利用於該下文被標示為一個別部份夾具的緊固裝置、特別 是該織針之位址，該裝飾元件被固持在該導引通道的一彈 板及底之間。半圓形的缺σ係形成在該底部之遠 側端部及在該舌板兩者。於該被推進之位置中，一珠片現 j =持於該導引通道的舌板及底部之間，使得該珠片的 二^出β玄饋給裝置。該珠片之另一半被夾住於該導引通 道的彈性舌板及底Α 主圓， 底』之間’在此該珠片中之開孔係藉由該 飾-株的缺，所暴露’以致該緊固裝置之織針能刺穿該裝 往下運動在4虞飾7件上縫製之後’該刺績底組織必需被 伐下運動’以便將該裝 敘述導引出料圓形的缺口。所 、點係該刺繡底組織必需總是在一很特定 <方向中被運動，此〜 導弓i _署刖Y下，以便將該裝飾元件導引出該 # 羞飾70件上刺繡之後，該設備及該 犯，且蟬間之相對 硬動的自由度係很受限制的。 201104037 具有被刺墙上之珠片及編帶的織物係很受歡迎的。在 此有一需要，以擴展具有被刺繡上之個別部份的各式各樣 之織物，特別是生產更精美及豪華的織物。 因此，本發明之一目的係提出一方法及一裝置，個別 部份能以該方法及裝置被刺繡上，而沒有該前述之限制。 特別地是’在刺繡上-個別部份期間，造成該裝置可能運 動該刺繡底組織至所有側面係—目標。提出—饋給裝置係201104037 VI. Description of the Invention: The present invention relates to an individual p-injury, in accordance with the first paragraph of the scope of the patent application, from the individual to the position of the knitting needle of the embroidery, sewing or sewing machine, Embroidery, seaming or sewing machine with such a device; 2 according to the pre-existing patent application section 13 on the individual parts of the law. ❹ Embroidery, sewing, and fascination The word 'the hedgehog machine is understood to mean the thorns," and the small embroidery machine. The device is specially designed for the schi just in the second with multiple knitting needles (schi just The embroidery machine is known in the art of preparing a beading machine for a bead, a belt and the like: and the device allows the embroidery machine to suture the prepared portion to the embroidered bottom tissue. The current level of progress = is known by the European Patent Team No. 561849. With this (four) head system = decorative elements like the forged belt of the forged belt can be supplied to = and stitched to a piercing tissue In this case, in each case, the foremost beads are tied and separated. For the above-mentioned beads, the needles are pierced by the remaining beads. m _ film hunting by the development of the technology of the current two: separated by the ribbon. Chuan called is further known, it reveals the European patent eh auxiliary device, such as beads or braided head f or Sewing machine, every moving line, for erection or seaming::::===================================== The apparatus can be further controlled by the machine control device of the apparatus. The Chinese patent No. CH 669 715 discloses a machine for applying decorative elements to a bottom structure. The machine comprises a device for discharging individual decorative elements and a device for fastening the individual decorative elements to a substrate. Here, the fastening device is designed to have at least one knitting needle. Embroidery-sewing device, for example in the form of an embroidery or sewing machine. The device for discharging individual decorative elements has means for feeding the decorative element to a position in which a decorative element is attached. Separating from the remaining decorative elements of the beta; and a propelling device that in turn carries the separate decorative element to the fastening device in a guiding channel. It can be used as a part of the fixture The fastening device, in particular the address of the knitting needle, is held between an elastic plate and the bottom of the guiding channel. A semi-circular sigma is formed at the distal end of the bottom. And in both of the tongues, in the advanced position, a bead is now held between the tongue and the bottom of the guiding channel, so that the two pieces of the bead are fed to the device. The other half of the bead is clamped between the elastic tongue of the guiding channel and the main circle of the bottom, and the opening in the bead is exposed by the lack of the decorative plant. 'Therefore, the knitting needle of the fastening device can pierce the movement of the device and sew on the 7 pieces of the sash. The stalk bottom tissue must be cut down to guide the sash to the circular shape. The embossed bottom tissue must always be moved in a very specific < directional direction, this guide bow i _ 刖 下 Y, in order to guide the decorative element out of the # 羞 70 70 After embroidering, the device and the offender, and the relative degree of freedom of the hard movement are very limited. 201104037 Fabrics with beads and braids on the wall are very popular. There is a need to expand a wide variety of fabrics with individual parts that are embroidered, particularly to produce more elegant and luxurious fabrics. Accordingly, it is an object of the present invention to provide a method and a device in which individual parts can be embroidered without the aforementioned limitations. In particular, during the embroidery-individual portion, the device may move the embroidery tissue to all side systems. Proposed-feeding system
亦一目標’該饋給裝置能於該整個刺紅序期間保持固定 不動。 決 該目的係藉由該等申請專利範圍 之獨立項的主題所解 啕刊之貫施例 〇 對應於該中請專利範圍帛1項之獨立項的根據本發明 部份饋給I置具有以下特色，料特色與根據 專利第⑽715號的發展中之科技的目前進步水準相 同.其具有一背面’當該裝置被安裝在-刺繡'縫製裝置上 時，該背面較佳地係導向平行於一刺繞底組織，再者，— 個別部份夾具被提供，以便將個別部份準確地固 告 =二致該等個別部份可使用該刺繡-縫製機器被刺繍： ㈣繡底組織上、亦即—紡織品上。該裝置可包括 儲存送料器或僅只—一 自動 該自動儲存送料-1有用Π「動儲存送料器之接點。 之空間。該個別部;數待刺繡上的個別部份 地固持至適•位t 將單—個別部份準確 ' 曰 。該饋給機件被設計成沿著一進入該個 201104037 別部份夾具、或至該個別部份夾具之饋給路徑，以傳、、’ 動一存在於該自動儲存送料器中藉由譬如挺桿所產生送運 別部份。於本發明之範圍中，該刺绩機器一詞被 2 意指縫製、縫被及小刺繡機器。對應地，當與-縫製機1、 有關地使用根據本發明之裝置時，該“刺繡底組織，，―： 亦包括一“縫製底組織” 。 a 根據本發明，該個別部份夹具具有—用於個別部份之 口孔’在此s亥出口孔之軸線本質上延伸平行於 動之方向。與該發展中之科技的目前進步水準不同= =個別部份夾具具有-用於該個別部份之推出口，且僅 僅朝向該饋給裝詈$呰& . „ ^ m ^ ^ a ’ ”卩該㈣別部份不會橫側地 離開㈣別縣夹具，反而於推出口開孔之㈣ 在此，當該個別部份饋給襄 1 衝頭之往復式運動的機件能被配該推 孔，該出口孔界定用於該個 、 向#太皙卜道A 士士 心出口方向’在此該方 本貝上導向垂直於該個別部份饋給裝置之背面。因 此，該個別部份較佳地是至少在二位置、較佳地V位 置被橫側地固持在該個別部 ㈣地疋在二位 地保護免於掉出該個別部份夹具:、二=該正一面被方便 個別部份之通道被提供在一座板之㊉ 下 用於該 道亦被提供用於待附接之個，其中-導引軌 側地固持在該個別部份夾具中，且知該個別部份僅僅被橫 車乂佳地是藉由一面朝遠 201104037 離該刺績底組織的側面上之覆蓋件防止免於掉出。該等被 刺繡上之個別部份可實際上具有任何幾何形狀，在:^ 常，其寬度或直徑係顯著地大於其高度q較佳地是，二 個別部份具有-本質上平坦之基底區肖，該基底區域於刺 繡上期間位在該刺繡底組織上。帛出口孔本質上對應於將 被刺繡至一刺繡底組織上之平坦的單一部份之直徑。、 一旦該個別部份騎乘在該織針上，根據本發ζ之裝置 ❹ 具有該個別部份能於該織針運動之方向中離開該個㈣份 :具的優點，i因此能以該第一針步被縫製至該刺繡底組 織上。對比於該最初論及的發展中之科技的目前進步水 準，該刺繡底組織之沒有運動係需要的，以便由該饋給裝 置移去該個別部份。這導致寶貴之節省時間。有利地是， 該饋給路徑被設計為—具有本f上長方形之橫截面的導引 =道，其中該推出口在該個別部份夹具被提供平行於該寬 闊面。 ❹ 以根據本發明之裝置，該頭部能被設置在與該縫製或 :繡底組織隔一段距離處。藉此，業已被刺繡上的個別部 乃可為坐洛在該縫製或刺繡底組織及該個別部份夾具之 間。該縫製或刺繡底組織相對該頭部之運動的自由度係因 二ΐί —緊固針步之後緊接著被給與，因為接著該個別部 刀’、，、、、地業已離開該個別部份夾具。 二—特別有利之實施例’閉鎖或夾緊機構被設在該 二、σ徑之端部，以便可分離地固定該饋給路徑中之在最 面的個別部份。這具有-個別部份不能自動地往下滑動 201104037 進入該個別部份成a 沾iL ^ 已被制输 y八β ，、係可能緊接在一個別部份 ^之後’繼續該正常之縫製或刺繡工序，而不需 =織針路徑移去該饋給裝置。對比於該等習知裝置，，亥 二該整個刺繡操作期間固定不動地被設置在該 = = 此外’較佳地係設置該閉鎖或夾緊機構， 方在該個別部份夹具中之個別部份被固持。 別部份夾具=側或其他固持機構被提供於該個 份。此固持I 部份夹具’以便固定一個別部 口持機構能視該等個別部份之 固持機構能向扛石,+ B 甸疋被使用。該 別部份固二或固持元件，以便能夠將-個 3"伤固持於該個別部份夾具t之一精 該等固持機構係藉由-可運動之滑動件所製成地 動件被設置於該推出口中之一被推進位=所“，该滑 位置中釋放W山 之被推進位置中，且於一縮回 睪放4推出口。此實施例具有該 遠個別部份夫具之優點。藉此可妒僅2不此掉出 份業已被該η # π P # ’、’、敗•僅，、在該個別部 滑動件具有=穿之後釋放該出口孔。有利地是，該 地貫穿兮個 又汁之端部，以致該織針能暢通句且 Ώ員茅4個別部份夹具。 项…、丨且 ;康】績上期間’該個別部 出該個別部份方且缺 紗收緊器被拔 由該頭部：=:其較佳的是該褒置係配備有-八+ 之頂出器，以便將該個別部份排出兮袖 :夾具。該頂出器可為被形成在一織針在乂別部 或刺繡機器的-織針挺桿上的並中之一，以#在該縫製 該“方向中之運動將定位在該個別部份夹二織針於 X τ之一個別 201104037 部份置推動經過該推出口。如此， 於嗜笸软m Λ, - $個別部份必然地聿已 之二第-緊固針步期間離開該個別部份夹具，業: 之緊固針步可相對於其方步 ^ Λ 焚及被凡王自由地施行》 :亥頭樹便地設計成適用於待藉由該頭部 寺之個別部份。此適應性被提供， 一 固 別部份被固持在該個別部份夹且致2刺繡上的個 Ο ο 所形成的-孔洞、或在“個別部份中 mτ所形成的一可穿裱办 糸準確地對齊至適當位置，且平行於 及運動方向。目此，該個別部份出口方向 如同珠片具有一中心孔洞，"=t成為圓形的，且 直於該刺繡底組織被固持，例如於一能被縫製上 鈕扣的案例中。然後，在 ^ 傾斜遠9“ 极㈣上之後’該個別部份能被 刺繞底έ /，以致在其中所提供之孔洞接著放置平行於該 底組織。且、，且該個別部份之表面大約放置平行於該刺繡 於每一案例中，致使該個別部份係一定在該正確位 置’而該刺繡機器之織針在該正確位置撞擊該孔洞或該可 穿透位置’該個別部份夾具有利地包括一限位止播部。 、 限位止擋部係設在該個別料夾具之前4，如於該傳送二 向中所視。在該製程中’製成該限位止擋部，使得一個別 料被精確地固持在適當位置。方便地是，該限位止擋部 可藉由局部圓形設計之區段所製成’該等區段被彼此相反 地導向。其結果是’該個別部份被精確地固持在該個別部 份夾具巾，*不能由該個別部份夾具掉出，但能由該個別 11 201104037 部份夾具於該織針運動之方向中被推出。 *為了能夠保持該饋給機件之運動盡可能短 2由該織針的區域中之裝置所需要的空間保持為小的將 饋，…機件能在與該個別部份夾具隔—段距離處停查該 運動，在此該距離較佳地係對應於一或多個個別#傳廷 =地係三個別部份之尺寸。換句話說’多數個別部：可： 存在於-饋給路徑上，且能隨同該饋給機件被運動。如^ ^提供，視該饋給機件之位置而定，該等個別部份 最前面的個別部份係坐落在該個別部份夹具中 固別部份夾具之前面中’以致其能當作該下-個別部份 被推入該個別部份夾且。且右 死/、具有止擋表面之饋給機件緊鄰 抵靠著存在於該饋給路徑上之該等個別部份的個別部份， 該個別部份係該由該在最前面之個別部份移去的最遠者。 另外之個別部份係自然地靜止，於該自動儲存送料器中處 於預借好狀態。然而，當該饋給路徑中所存在之個別部份 被向前推動時，這些另外的個別部份之一僅只接著進入該 饋給路徑，且該饋給機件業已經釋放該饋給路徑。 再者，一夾緊裝置係方便地存在於該饋給路徑上，— 個別部份係以該夾緊裝置被固持在該個別部份夾具外面的 位置中。14保證該在最前面之個別部份在該饋給機件被 作動之前不會落入該個別部份夾具。此夾緊裝置可為藉由 邊個別部份夾具之論及的夾緊零件、或藉由另一夾緊裝置 所形成。 如果该夾緊裝置係與該個別部份夾具之選擇性夾緊零 12 201104037 件分開地形成，則該夾緊裝置較佳地是包括-彈簧元件、 例如：使該饋給路徑變窄之撓性舌板。此撓性舌板譬如於 -平行於該出口方向之方向中使該饋給路徑變窄，且如此 將該個壓抵罪著該饋給路徑之底部或覆蓋件。秋 而，其亦可想到的是該彈簧機構橫側地嘴合於該饋給” 或饋給通道中。 二 Ο Ο 於對比之下，該個別部份夹具之夹緊零件係藉由形成 :冋平面中之二韌性地相向之舌板或顎夾有利地製成， 2舌”顎夹使垂直於該出口方向之末端個別部份夹具 別邻^窄，此’該個別部份僅只被橫側地固持在該個 二夹具中，且沒有機械式零件，該機械式零件被設置 於該個別部份及該推出口之間，或閉鎖該推出口。 2緊零件之舌板方便地具有一止擋面，該止擋面係 靠著該個別部份二;:對:等：用該止㈣停靠抵 被製成f曲的，以便獲，大：擋面能對應於該周邊 Λ您獲件一大的止擋面。 錢給裝置方便地具有—用於該等 :導::引裝置能形成該饋給路徑及該自動儲存送： 部= 置係有利地在三層中製成，且對應地具有-底 部份：：該推出口； 一中介層，其界定-與該個別 層；=別部份夹具之尺寸匹配的導引軌道；及-覆蓋 局二 =:其至:、局部地覆蓋該導引軌道，且在該正面 層、或亥個別分爽具。自然地，該覆蓋件及該中介 -。-邛及a中介層能被組合，其中接著，該導引軌 13 201104037 道及該惘別邵份夾 日 > 而两像璧凹式通道。以 分開之中介層，該給详 農置轨道之寬度及高度能被界 定，而不需改變該覆蓋層或底部層之尺寸。有利地是，該 等不同層能藉由衝壓切割鋼片、或藉由雷射機器加工被分 別提供當作單一薄片。 該撓性舌板係方# #泥# 、+ 方便地形成，而與該覆蓋件中之個別部 伤夾具分開。再者，於該霜筌 具的-區域中，—壁凹被’至少於該個別部份夾 繡機琴之❹ή 相能夠使該縫製或刺 願機ι§之織針進出該個別部份中之孔洞。 戎饋給機件方便地包括一二 回地運動兮榭-胃 扰彳干或衝頭。該饋給機件來 送便在該遠側個別部份夾具之方向中傳 送存在於该饋給路徑中之個別 地响合在該饋給路徑中，且被；：：此衝頭至少局部有利 基底層間之中介層令。地導引於該覆蓋層及該 送料器被整合在該座板中。％之實施例’一自動儲存 該饋給機件可具有它們自己 機件可被有利地設計成在該刺績機器而，該饋給 將被形成為可由該驅動器+接至一驅動器，且 給裝置能被以一來自該制绩:、。藉此，所有被連接之饋 開操作以使用-斷門：右之控制命令所控制。-斷 生。該連接操作亦以使用該織針=習知方式有利地發 知方式有利地發生。 或該織針挺捍之運動的習 有利地疋，除了該後方開孔 該個別部份夾具上。藉外，-橫側開孔係設在 該刺繞位置之面子紗不須以每 14 201104037 一針步被拉動經過該個别部份央且， 織之運動期間不會在該個別部份夹具偏向底組 捲繞n紗最後不須被”心 此未 部份央具之限位止擂部方便地且有二;;優點。該個別 別部份夹具被形成於該限位：。这能夠讓該個 的。 止祜。卩的二領夹之間為打開 該頂出器能夠被以不同方式形成。 Ο Ο -肩部所形成，該肩部係形成咬；〃可為藉由 -形成在該織針上之肩部需要針之針轴上。 6 Α 要特別製造之織針。因此，膝 該以設置在該織針上係有利的。非常重要的是該之 直徑、或其垂直於該織針方向之至少 ： 個別部份的直涧尺寸係比待頂出之 "’、，且比該個別部份中藉著織針所形成 或打出之孔洞的直押齡士 本係-套筒兮： 出器之具成本效益的版 藉由附接3 ㈣接至該織針上。該肩部係接著 、接至δ亥織針之針軸的套筒 '形成。此一套筒可為- 邛件。由此脫離，亦可形成該頂出器，使得 頂挺桿被設置成由該織針分開。方便地是，該 長度，該長度係比該最前面位置中之鐵斜担 =该刺输底組織之距離較短’至少較短達該個別部份之 旱又。该長度有利地係被形成較短的，以致建立一用於石 科嵌飾織物、花式針步及類似物之備用量，該等石料、 嵌飾織物、扣1力 至該刺繡底二似物彼此上下地放置’且被施加 -’織’與因此在該被推進的挺桿及該刺繡底組 織之間需 父大的偏置。藉由拉緊該面子紗及該梭經紗 15 201104037 發生將該個別部份拉入直至其位 L'l -ir A,) μ x利繡底組織上。 以邊刺繡機器，一肩部係方便 #脾左y* ~ # 也开v成在該織針上，以 更將存在於该頭部的個別部份夹 別部份夾具》 、之個別部份頂出該個 用於自動健存送料器之連接的、查Α 座板之正面上及在一導引執道上方=接部份能被設在該 储存送枓器亦可至少局部地被整合於該座板中。動 有利地是，該饋給機件被設 至一驅動器，㈣績機器連接 田似也 β ^動器分開。這可嬖如僅 用一對應的耦接裝置發生， 。使 器麵接至該驅動器。肖者-輕接裝置將該致動 梗據trr目的亦係一刺繡、縫製或縫被機器，其設有 置之縫製'刺繡或縫被機備有此等裝 有至少一+ 特別疋席褐立刺繡機器，具 置，用；^ ^ ^ 螂針之針痕；一保持張緊裝 置用於一刺繡底子、特別是一機框 控制該等織針及該保持張緊 ，窃，於 該張力固技肚班 緊裝置之運動。用於該等織針及 -用於上辻；署之驅動器係藉由此控制器所控制及協調。 存ΓίΓ 用於該裝置之饋給機件的驅動器係亦 存在：且較佳地係藉由該控制器所控制。 知4批Α配備之刺續機器’對比於-用於縫製機器之 ° °卩係以其背面設置在與該刺繡底子之 千面隔—段距離處，以便 之個別部份的運動。 …4繡底子及待刺繡至其上 16 201104037 再者’設計該機器控制器，使得其藉著具有該織針之 I動部件的饋給機件協調一個別部份之插入該個別部份夾 ::…該饋給機件係僅只當一個別部份被刺繡上時才 於個別部份及刺繡上—隨後的個別部份之 …該刺繡機器能在此刺繡位置執行複數針步。於 7個別部份間之時間期間，在該個別部份夾具中沒有任何 固別部份，且該饋給機件能保持固定不動。 0 Ο ο 本發明亦有關一用於藉著刺繡機器、特 :機;刺績上-個別部份之方法。此方法具有該等習知： 早、鬆散之個別部份被導入一個別部份夹具； 糸於此個別部份夹具中被固持預備好；及被固持預 個別部份係藉由—織針於該個別部份中刺穿 网，且係以織針及經紗刺繡至-刺繡底子上。對比於該最 別憾1: 5號’該新賴之步驟係該個 由該個別部份夾具及至該刺繡底子運動、設置在 -二ϋ 一有利版本具有該步驟：該個別部份係藉由 果…織針挺桿之運動的肩部頂出該個別部份夾具。如 =件係設在該饋給裝置，該個別部份係僅只:該： 別二：ΓΓ出。再者’該方法能被改良至用於該個 a之插人該個別部份夾具㈣時仙 :的衝程協調、及該滑動件之縮回係與該織針== =果之並改良至該效果，即此滑動件—方：r 在该最近之可能的瞬時被縮回，然而在另—方面，足夠早 17 201104037 地縮回’則更避免與該織针碰撞。 概括地說，其可說本發 具中所預備好的個別部份被=使：項部之個別部份夹 齊的正碹付罢* 被固持於-與刺繡機器之織針對 a的正確位£中，α便該 ir ^ λ ,, 丨W攸Θ辦針所刺穿及騎乘 =針將在該織針運動之方向中被帶出該個別： 具，且將被移至該刺繡底組織。為了使這摔作可 該頭部係設有一個別部怜A s Η吏4作可订， 沾 々夾八，該個別部份僅僅在該裝置 的—側面上由該個別部份 ^ 織。 夾，、離開，亦即朝向該刺繡底組 刺、繍媳=下文所敘述之示範實施例被設計成藉由—縫製或 之軸/之驅動器機構所驅動。該驅動可使用-具有齒輪 該刺繡機器之整個…J 軸能延伸超過 示出）於一方長度，且能藉由一馬達（未 }方向或另一方向中旋轉。 開及關閉該驅_ ’譬如，一切換機件或一輕 ^可被設在根據本發明之個別部份饋給裝置，如被揭 不於，歐洲專利第ΕΡ 1 764 434號中者。該歐洲專利第ερι 拖^4#°之内容係以引用的方式併人本敘述中。此習知切 /件譬如允許—珠片頭或編帶頭藉著該織針挺桿連接， 。亥習知切換機件不是本發明的一部份。 件1 3之基本零組件係 35具有一致動器之作 30的進一步傳送（圖 ’該滑橇39可藉由一 根據本發明之饋給裝置的饋給機 饋給路徑1 7及一衝頭35，該衝頭 用供存在於該饋給路徑之個別部份 1)。該衝頭35係被絞接在一滑橇39 18 201104037 槓桿37所驅動。該槓桿37俜 '、了旋轉而固定式地連接至一 軸杯157。一齒輪153係可旌絲 157，, , 与 旋轉而固定式地設置在該軸桿 D /上並可被帶入與一錄如虹以 、 、°'軸轉動的耦接輪151嚙合（囷 )。該齒輪153可使用該花鍵轴 ....sr.. 袖杯3經由該耦接輪151(圖 4)被驅動。安裝該耦接輪151 如 ^ 9Q . 吏侍其能夠繞著該齒輪1 53 之軸線29樞轉，且因此於第一 ^ 柏轴位置中能被帶入與該花 鍵軸桿3嚙合，並於第二 丹/化 軸位置中能被帶出脫離。該耦 接程序之更詳細的敘述能在下面 Ο 面M圖1 7之敘述被發現。 在圖4 4中所表示之頭^可被設置在—較佳地是 延伸超過該刺繡機器之長度的 ^ 文褒執道5上（圖4)。用於此 ^ 21及緊固螺絲23或緊固孔洞係設在該頭 部1 1的一緊固板2〇上。藉此， „ 鞛此該碩部11可被定位在一縫 2席福立刺矯機器之任何刺矯位置，且能夠使用該花鍵 轴抑3被驅動。於一較佳實施例中，該安裝軌道5能被移 位或柩轉，以便對該織針位置具有暢通無阻的進出。 Ο 在圖1及2所表示之實施例中，該頭部U具有一用於 鬆散、個別部份30之自動儲存送料器15。於所表示之案例 中，該等個別部份係特別地被製成待刺繞上之萊茵水曰石 (rhlneSt〇ne)’例如來自奥地利瓦滕斯市施華洛^曰奇 (SWar〇VSkl )公司者。然而，該等個別部份亦可為簡翠i 塑膠珠飾、厚珠片、或其他裝掷片 '然而，它們 工 藝部份，例如用於雪崩搜尋裝置及/或電境車預約 反射體或收發器、肌D(無線射頻辨㈣統）晶片、光電池、 電子零組件、接觸範圍、GSM(全球行動通訊系統）天線、及 19 201104037 其他微電子零件。該自動儲存 上游連捿。個別部份夾自15M在—饋給路徑17 該頭部u具有一導引執：设在該饋給路徑17之後。 乎垂直或垂直平面中位在5G，該導引軌道於-幾 其上方區域，此導引執道50//機器上之位置（圖⑴於 導引執道π之自動儲存送自動;1存送料器15。該 挺桿或衝頭35終止。於摔作；：以該饋給機件13之- 位置進入第二被推進位 二’此衝頭35由第-縮回 向上盥往下夕、及再次回至原來位置地施行一 r 梅具19之方動時，該…於該個別 之衝程運動大約對應於—個別⑽=在此1衝頭35 置中’該衝頭35擋住對該饋给路':&方…亥被推進位 該返回運動時，該衝 '。徑17之進出（® 12)。在 U) 0 Μ , 4啟對該饋給路徑17之進出（圖 藉此，來自该自動儲存送 能抵達該饋給路径17。 益b之下-個別部份3〇 一導引軌道50(圖3)係形士、+ 較佳地係由三層所形成二 =—座板51中。該座板51 之背面層，皇㈣饋^署 形成用於該導引軌道50 ("。-推出口或—"1係亦=:::= 9)。該個別部份30能僅σ铍、两, f (圖 杰且1〇 m 僅、經過此出口孔9!離開該個別部份 央具19。因此，該個別部份夹具"的出口孔 補微大於該個別部份3G本身，以致= 之游隙被承納進入該個別部份Μ 19。這減少一織針折斷 20 201104037 之危險，因為該個別部份失具19中所承納 運動的。一中心中介 I切你τ (圖4)形成該導引軌道5〇之邊界， 且藉此界定該導引動^首μ ^ ^ 道％之見度與深度、及線性前進。於 該中介層57中之壁凹、 40亦界定一用於該饋給機件13的衝 頭35之導引。該個別邻 对 乂如另J 口IM分失具19係亦形成在該中介 中。此個別部份夾且I中 ^ 处八界疋—用於承納個別部份30之壁凹。 Ο ο ^壁凹被形成’賴—個別部份可被橫側地固持於該壁 中。以該饋給裝置之直立 配置，一個別部份係如此被固持 在§亥周邊之邊緣，且防止掉出。較佳地是，該個別部份以 ㈣_㈣在該壁时。該個別部份可僅只 於5亥軸向方向中經過兮· φ 凹 x 孔91離開該局部圓柱形之壁 該覆蓋件59(圖2)覆苔每丨t y T At ^ )復盍該導引軌道50達該等個別部份 3〇不：由該自動儲存送㈣15、或由該饋給路徑η的其 致兮白^的祀圍^覆蓋件59較佳地係被設有開孔，以 ;二=料器15之充滿位準係可看見的。在位於由 且:針Π覆蓋該個別部份爽具19之端部，該覆蓋件Μ 二ΓΓυ—65,以致在操作期間，該織 —在該個別部份夹具19中處於預備好狀態的個別 呷二夾罝1〜開孔。該U字形壁凹65較佳地是比該個別 ^夾”中所承納之個別部份的直徑較小，以致此一個別 邻伤不能滑動經過該壁凹65(圖2)。 37，，饋給機件13具有—藉由著該齒輪⑸所傳動之槓桿 “亥槓桿係設置有旋轉式固定在一軸桿Η?上之第 21 201104037 一端部1齒輪153係亦旋轉式敎在該轴#⑺上地被 附接。該槓桿37係絞接式連接至—雜39。在該滑摄”， 該衝頭35被設置，該衝頭35係藉由該滑橇向上與往下運 動。-螺拴4"皮承納在該滑橇3”之—鑽孔中，在此該 螺才王喃α -大約形成在該槓桿37的縱長方向中之凹槽中、 或喃合於該槓桿37中之-修長孔洞43(圖句中。經過此搞 接’當該齒輪153及隨之該槓桿37係向上與往下偏移時， 該滑樣39係在該導引板51令向上與往下運動。該滑橇π 被導引在該座板51的覆蓋件59中之一壁凹4〇中⑽！及 2”該衝頭35位在該覆蓋件59之内部表面上，且該滑橇 29停留抵靠著該覆蓋件59之外部表面。用於安裝，可在該 衝頭35的區域中之座板53中製成孔洞。此外，—減少摩 擦之塗層亦可被提供。 根據-有利之實施例，一撓性舌板61係形成在該覆蓋 件59中（圖2)。在該饋給路徑17中之最前面，此撓性舌板 61壓在位於其下方之個別部份3〇上’並藉此固持此被固定 ^該:置的個別部份。藉此’保持被固定在此之個別部份 僅只β該衝頭被推進時被推入該個別部份夹具Μ。 /由圖3’其能被認知該衝頭％有利地係形成為比該饋 17較狹窄。藉此’於重新加载期間，該衝頭35能 被導引通過該自動儲存送料g 15中之在最前面的個㈣ 伤’而不會將該在最前面的個別部份推回。因為以該缩回 之衝頊35,該等個別部份在該自動儲存送料器中向前滑 動，它們結果是停留抵靠著彼此。於該製程中，該自動儲 22 201104037 存送料器15之在最前面的個八夕 徑17 ^料 個另伤多少延伸進入該饋給路 為㈣頭35被形成為比該饋給路徑17較狹窄， 於重新加載期間，避免堵窠 乍 壞。 心堵塞及對該衝頭及個別部份30之損 於每一案例中’一可被樞轉之夹緊零件95(圓物置 至該饋給路徑17及該個別 、°置 帝从η丄 f爽具1 9之側面。該等夾腎 ❹Also a target 'the feed device can remain stationary during the entire blush sequence. The purpose of the invention is to solve the problem by the subject matter of the separate items of the scope of the patent application, and the partial item corresponding to the item of the patent claim 帛1 has the following The characteristics of the material are the same as the current state of the art in the development of the patent (10) 715. It has a back surface. When the device is mounted on an embroidery device, the back surface is preferably oriented parallel to one. Piercing the bottom tissue, and further, individual clamps are provided to accurately suspend individual parts = two individual parts can be used to use the embroidery-sewing machine to be hedged: (4) Embroidered bottom tissue That is, on textiles. The device may include a storage feeder or only an automatic storage of the feed-1 useful for "the space of the contact of the movable storage feeder. The individual part; the individual part of the embroidery to be held to the appropriate position t The single-individual part is accurately '曰. The feeding mechanism is designed to enter the other part of the 201104037 fixture, or to the feeding path of the individual part of the fixture, to transmit, In the automatic storage feeder, the delivery part is produced by, for example, a tappet. In the scope of the present invention, the term "staling machine" is used to mean sewing, sewing and small embroidery machines. When the apparatus according to the present invention is used in connection with the sewing machine 1, the "embroidery bottom tissue,": also includes a "sewing base structure". a According to the invention, the individual part of the clamp has - the aperture for the individual part - where the axis of the exit aperture extends substantially parallel to the direction of motion. Different from the current state of the art in the development of the technology = = individual part of the fixture has - the ejection opening for the individual part, and only towards the feeding device $呰 & . „ ^ m ^ ^ a ' ”卩The other part of (4) will not leave sideways (4) other county fixtures, but instead push the opening of the mouth (4). Here, the reciprocating motion of the individual part feeding the 襄1 punch can be matched. Pushing the hole, the outlet hole is defined for the one, to the side of the #太皙卜道 A Shishi exit direction, where the side of the square is oriented perpendicular to the back of the individual part feeding device. Therefore, the individual parts are preferably held at least in two positions, preferably at the V position, on the lateral side of the individual part (four) of the mantle to protect against the falling out of the individual part of the fixture: The positive side is provided in a plurality of channels for the passage of one of the panels for the attachment to be attached, wherein the guide rail is held sideways in the individual portion of the fixture, and It is known that the individual parts are only prevented from falling out by the cover on the side of the stabbing organization by the side of the road 201104037. The individual parts to be embroidered may actually have any geometric shape, in which the width or diameter is significantly greater than their height q. Preferably, the two parts have an essentially flat base area. Xiao, the base region is located on the embroidery bottom tissue during embroidery. The exit aperture essentially corresponds to the diameter of a flat, single portion that will be embroidered onto an embroidered bottom tissue. Once the individual part is ridden on the knitting needle, the device according to the present invention has the advantage that the individual part can leave the (four) parts in the direction of movement of the knitting needle: i can therefore The first stitch is sewn onto the embroidered bottom tissue. In contrast to the current state of the art in the development of the originally discussed, there is no movement system required for the embroidery bottom tissue to remove the individual portions from the feed device. This leads to valuable time savings. Advantageously, the feed path is designed as a guide = track having a cross section of the rectangle on the f, wherein the push port is provided parallel to the wide face at the individual portion of the clamp. ❹ With the device according to the invention, the head can be placed at a distance from the sewing or embroidering tissue. Thereby, the individual parts that have been embroidered can be placed between the stitched or embroidered bottom tissue and the individual part of the jig. The degree of freedom of the movement of the sewed or embroidered bottom tissue relative to the head is given immediately after the tightening of the stitching step, because then the individual knives ', , , , , and the ground have left the individual part Fixture. Second, a particularly advantageous embodiment 'the latching or clamping mechanism is provided at the end of the second, σ-path to detachably fix the most individual portions of the feed path. This has - individual parts can not automatically slide down 201104037 into the individual part into a dip iL ^ has been produced y VIII beta, the system may be immediately after a different part ^ continue the normal sewing or The embroidery process does not require the needle path to remove the feed device. In contrast to the conventional devices, the second embroidery operation is fixedly set during the entire embroidery operation. == In addition, the locking or clamping mechanism is preferably disposed in the individual part of the individual partial clamp. The shares were held. Some fixtures = side or other holding mechanisms are provided for this part. This retaining the I-part fixture </ RTI> to secure a different mouth-holding mechanism can be used depending on the individual parts of the holding mechanism to be used for the meteorite, + B. The other part is fixed or held so as to be able to hold a 3" injury to one of the individual part fixtures. The holding mechanism is provided by the movable slider. One of the push-out ports is pushed into the position of the pusher position, and the push-out position of the W-mount is released in the slide position, and the push-out port 4 is pushed out. This embodiment has the advantage of the far-away part. In this way, only 2 is not dropped, and the exit hole is released by the η # π P # ', ', ', and only after the individual slider has = wear. Advantageously, the ground runs through The end of the sap and the juice, so that the needle can be succinct and the individual parts of the stalks of the stalks are 4. Items..., 丨和; 康] During the performance period, the individual parts are out of the individual part and the yarn is not received. The tensioner is pulled from the head: =: It is preferred that the set is equipped with an - eight + ejector to eject the individual parts from the sleeve: the clamp. The ejector can be formed In the middle of a needle on the picking machine or on the needle-stitch of the embroidery machine, the movement in the direction of the sewing machine will be # Place in the individual part of the clip two needles to push one of X τ individual 201,104,037 part set after the launch of the mouth. Thus, in the case of fascinating soft m Λ, - $ individual part must be removed from the individual part of the fixture during the tightening step, the fastening step can be burned relative to the square step Λ And being freely executed by the King of the Kings: Haitou Tree is designed to be suitable for the individual parts of the Temple of the Head. This adaptability is provided, a solid part is held in the individual part of the clip and the 2 embroidery is formed. The hole formed, or the "mτ formed in the individual part"糸 Exactly aligned to the appropriate position, parallel to the direction of motion. For this purpose, the individual part of the exit direction is like a center hole of the bead, "=t becomes circular, and is held directly to the embroidery bottom tissue , for example, in a case where a button can be sewn. Then, after tilting away from the 9" pole (four), the individual portion can be pierced by the bottom έ / so that the hole provided therein is then placed parallel to the Bottom organization. And, and the surface of the individual portion is placed approximately parallel to the embroidery in each case such that the individual portion must be in the correct position 'and the needle of the embroidery machine hits the hole at the correct position or The permeable position 'the individual part of the clamp advantageously comprises a limit stop. The limit stop is disposed before the individual material fixture 4 as viewed in the transport direction. The limit stop is made in the process so that one of the materials is accurately held in place. Conveniently, the limit stop can be made by a section of a partially circular design' the sections are directed opposite each other. As a result, the individual part is accurately held in the individual part of the jig, * can not be dropped by the individual part of the jig, but can be removed by the individual 11 201104037 part of the jig in the direction of the movement of the needle roll out. * In order to be able to keep the movement of the feeding member as short as possible 2 the space required by the device in the area of the knitting needle is kept small, the ... can be separated from the individual part of the clamp The motion is stopped, where the distance preferably corresponds to the size of one or more of the individual parts of the system. In other words, the majority of the individual parts can: exist on the -feed path and can be moved along with the feed mechanism. If ^ ^ is provided, depending on the position of the feed member, the first individual parts of the individual parts are located in the front part of the fixture in the individual part of the fixture so that it can be regarded as The lower-individual part is pushed into the individual part. And the right dead/feeding member having a stop surface abuts against the individual portions of the individual portions present on the feed path, the individual portions being the individual portions at the forefront The farthest away from the share. The other individual parts are naturally stationary and are in a pre-borrowed state in the automatic storage feeder. However, when individual portions of the feed path are pushed forward, one of these additional individual portions only enters the feed path and the feed mechanism has released the feed path. Furthermore, a clamping device is conveniently present on the feed path - the individual portions are held in position by the clamping device outside of the individual partial clamps. 14 ensures that the first portion of the front portion does not fall into the individual portion of the clamp before the feed member is actuated. The clamping device can be formed by a clamping part that is discussed by a separate part of the clamp or by another clamping device. If the clamping device is formed separately from the selective clamping zero 12 201104037 of the individual partial clamp, the clamping device preferably comprises a spring element, for example: a narrowing of the feeding path Sexual tongue. The flexible tongue narrows the feed path in a direction parallel to the direction of the outlet and thus presses the one against the bottom or cover of the feed path. In autumn, it is also conceivable that the lateral side of the spring mechanism is engaged in the feed or the feed channel. In contrast, the clamping parts of the individual part of the clamp are formed by: Two of the 冋 planes are advantageously made of the torsionally facing tongue or the 颚 clip, and the two tongue 颚 clips make the end of the clamp perpendicular to the exit direction different from each other, and the individual parts are only traversed. Sidely held in the two clamps, and without mechanical parts, the mechanical parts are disposed between the individual parts and the push-out opening, or the push-out opening is blocked. The tongue plate of the 2 tight parts conveniently has a stop surface against which the individual part 2;: Yes: etc.: The stop (4) is used to make the f curve, so as to obtain: The stop surface can correspond to the perimeter and you get a large stop surface. The money is conveniently provided to the device - for: the guide: the guiding device is capable of forming the feed path and the automatic storage: the portion = is advantageously made in three layers, and correspondingly has - bottom portion :: the ejection port; an interposer, which defines - with the individual layer; = the guiding track of the size of the other fixture; and - the coverage of the second =: to:: partially cover the guiding track, And in the front layer, or in the separate points. Naturally, the cover and the intermediary -. - 邛 and a interposer can be combined, wherein the guide track 13 201104037 and the screening of the folder &> and the two like the concave channel. With separate interposers, the width and height of the given farm track can be defined without changing the size of the cover or bottom layer. Advantageously, the different layers can be provided as a single sheet by stamping and cutting steel sheets, or by laser machining. The flexible tongue is made of ##泥#, + and is conveniently formed separately from the individual injury grips in the cover. Furthermore, in the region of the frosting cooker, the recess is at least in the middle of the individual portion of the embroidery machine, the needle of the sewing or stab machine can be inserted into the individual portion. The hole. The 戎 feed to the machine conveniently includes a two-way movement 兮榭-gastric sputum dry or punch. The feeding member is sent in the direction of the distal individual portion of the clamp to transmit the individual presence in the feeding path in the feeding path, and is: at least partially beneficial to the punch Intermediary layer between the base layers. The cover layer is guided to the cover layer and the feeder is integrated in the seat plate. % of the embodiment 'one automatic storage of the feed mechanism may have their own components can be advantageously designed to be in the spike machine, the feed will be formed to be connectable to the drive by the drive +, and give The device can be taken from the production performance: Thereby, all connected feed-opening operations are controlled by the use-break gate: right control command. - Broken. This joining operation also advantageously takes place in a manner which is advantageously known using the knitting needle = conventional means. Or the movement of the needle is quite advantageous, except for the rear opening of the individual part of the clamp. In addition, the lateral side opening is provided in the punctured position, and the surface yarn is not required to be pulled through the individual part every 14 201104037, and the individual part is not clamped during the knitting motion. The biasing of the bottom set of the n yarns is not required to be "the heart of the end of the limit is not convenient." Advantages. The individual parts of the fixture are formed at the limit: The ejector can be formed in different ways to open the ejector between the 领 领 。 Ο 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩 肩The shoulder on the needle requires the needle shaft. 6 织 The needle to be specially manufactured. Therefore, it is advantageous to set the knee on the needle. It is very important that the diameter, or its vertical At least in the direction of the needle: the size of the straight part of the individual part is smaller than the size of the hole to be ejected, and is smaller than the hole formed or punched by the knitting needle in the individual part. - Socket 兮: The cost-effective version of the ejector is attached to the needle by attachment 3 (four). The shoulder is then attached The sleeve of the needle shaft of the δ 织 needle is formed. The sleeve can be a 邛 member. Thereby, the ejector can be formed such that the ejector is arranged to be separated by the needle. Conveniently , the length, the length is shorter than the distance between the iron oblique load in the foremost position = the spine bottom tissue is at least as short as the drought of the individual portion. The length is advantageously formed into a shorter one. So that a spare amount for the stone inlaid fabric, fancy stitches and the like is created, the stones, the inlaid fabric, the buckle 1 force to the embroidered bottom two objects placed on top of each other 'and applied - 'Weaving' and thus the parental offset between the pushed tappet and the embroidered bottom tissue. By pulling the face yarn and the shuttle warp yarn 15 201104037, the individual part is pulled in until it is in position L'l -ir A,) μ x embroidered on the bottom of the tissue. With the side embroidery machine, a shoulder is convenient #脾左y* ~ #also open v into the needle, to be more present in the head The individual parts of the part are clipped to the part of the fixture, and the individual parts of the part are used to pull out the connection for the automatic storage feeder. On the front side and above a guiding channel, the connecting portion can be disposed in the storage tray and can be at least partially integrated into the seat plate. Advantageously, the feeding member is set to A drive, (4) the machine connection is similar to the β-actuator. This can be done, for example, with only a corresponding coupling device. The face is connected to the drive. The driver-lighter device will actuate the actuator. According to the purpose of trr, it is also an embroidery, sewing or sewing machine. It is equipped with a sewing machine. The embroidery or sewing machine is equipped with at least one + special banquet brown embroidery machine, with, for use; ^ ^ ^ Needle marks of a needle; a holding tensioning device is used for an embroidery base, in particular, a frame controls the needles and the tension is maintained, and the movement of the tensioning device is performed. It is used for these knitting needles and - for the upper jaw; the drive of the Department is controlled and coordinated by this controller. The drive system for the feed mechanism of the device also exists: and is preferably controlled by the controller. It is known that the stapling machine equipped with the four batches is compared with the one used for the sewing machine, and the back surface is disposed at a distance from the thousand sides of the embroidery base for the movement of the individual parts. ...4 embroidered base and to be embroidered to it 16 201104037 Furthermore, 'design the machine controller so that it can coordinate the insertion of the other part by the feeding mechanism of the moving part with the knitting needle ::... The feed mechanism is only used for individual parts and embroidery when only one part is embroidered - subsequent individual parts... The embroidery machine can perform multiple stitches at this embroidery position. During the time between the individual parts, there is no solid part in the individual part of the fixture and the feed mechanism can remain stationary. 0 Ο ο The present invention is also related to a method for embroidering machines, special machines, and stinging-individual parts. This method has such conventional knowledge: early and loose individual parts are introduced into a different part of the fixture; 糸 these parts are fixed in the fixture; and the pre-fixed parts are held by the needle The individual parts are pierced with a net and are embroidered to the embroidery base with knitting needles and warp yarns. In contrast to the most regrettable 1: 5th 'the new step is to move the individual part of the fixture and to the embroidery base, set in a second version. The advantageous version has the step: the individual part is The shoulder of the movement of the needle tappet ejects the individual part of the clamp. For example, if the part is set in the feeding device, the individual parts are only: this: 2: ΓΓ. Furthermore, the method can be modified to be used for the insertion of the individual part of the fixture (4), the stroke coordination of the fairy, and the retraction of the slider and the knitting needle === The effect, that is, the slider - square: r is retracted at the most recent instant, but on the other hand, it is sufficiently early to retract back to '201104037' to avoid collision with the needle. In a nutshell, it can be said that the individual parts prepared in this hairpin are = so that the individual parts of the item are clamped together * are held in - the correct position for the embroidery machine In £, α is the ir ^ λ , , 丨 攸Θ 攸Θ 所 及 及 及 骑 骑 骑 骑 骑 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = organization. In order to make this fall, the head is provided with a different part, A s Η吏 4, which can be ordered, and the individual parts are woven by the individual parts only on the side of the device. The clip, the exit, i.e., towards the embroidered bottom set, 繍媳 = the exemplary embodiment described below is designed to be driven by a sewing or shaft/driver mechanism. The drive can be used - with gears the entire embroidery machine ... J axis can extend beyond the length shown) and can be rotated by a motor (not in the direction or in the other direction. Open and close the drive _ ' , a switching mechanism or a light can be provided in the individual part feeding device according to the invention, as disclosed in European Patent No. 1,764,434. The European Patent No. ερι 拖 ^4# The content of ° is referred to in the description and the human body. This conventional cutting/piece is such as to allow the bead head or the braiding head to be connected by the knitting needle tappet, which is not a one of the present invention. The basic component 35 of the component 13 has a further transmission of the actuator 30 (the slider 39 can be fed to the feeder 17 by a feeder according to the present invention and a punch 35 for the individual portion 1) present in the feed path. The punch 35 is spliced and driven by a slider 39 18 201104037 lever 37. The lever 37 俜 ', Rotating and fixedly connected to a shaft cup 157. A gear 153 can be twisted 157,,, and rotated It is fixedly disposed on the shaft D / and can be brought into engagement with a coupling wheel 151 which is rotated by a magnetic axis, and the '' shaft can be used. The gear 153 can use the spline shaft... .sr.. The sleeve 3 is driven via the coupling wheel 151 (Fig. 4). The coupling wheel 151 is mounted such that it can pivot about the axis 29 of the gear 153, and thus The position of the cypress shaft can be brought into engagement with the spline shaft 3 and can be taken out in the second position of the shaft. The more detailed description of the coupling procedure can be made below. The description of Figure 17 is found. The head shown in Figure 44 can be placed on - preferably extending over the length of the embroidery machine (Figure 4). ^ 21 and the fastening screw 23 or the fastening hole are fastened on a fastening plate 2 of the head 11 1. Thereby, the shank 11 can be positioned in a seam 2 Any stab position and can be driven using the spline shaft 3. In a preferred embodiment, the mounting rail 5 can be displaced or twisted to provide unobstructed access to the needle position. Ο In the embodiment shown in Figures 1 and 2, the head U has an automatic storage feeder 15 for loose, individual portions 30. In the case shown, the individual portions are specifically Made from the rhinestones (rhlne St〇ne) to be punctured, for example, from the company Swarovski VSkl in Wattens, Austria. However, these individual parts can also be Jadeite i plastics. Beads, thick beads, or other throwing pieces' However, their craft parts, such as for avalanche search devices and/or electric vehicle reservation reflectors or transceivers, muscle D (radio frequency (four) system) chips, Photovoltaic cells, electronic components, contact range, GSM (Global System for Mobile Communications) antennas, and 19 201104037 Other microelectronic parts. This automatic storage is connected to the upstream. The individual part is clamped from 15M to the feed path 17. The head u has a guide: disposed after the feed path 17. The vertical or vertical plane is at 5G, and the guiding track is in the area above it. The guiding position is 50//the position on the machine (Fig. (1) is automatically stored and sent automatically in the guide π; Feeder 15. The tappet or punch 35 terminates. In the fall of the feed member 13: the position of the feed member 13 enters the second pushed position 2', the punch 35 is slid back to the next eve And when returning to the original position to perform the motion of the r-mesh 19, the movement of the individual stroke corresponds approximately to - individual (10) = in the 1 punch 35, the punch 35 blocks the Feeding road ':& side... When the sea is pushed forward, the returning motion is the rushing. The path 17 is in and out (® 12). At U) 0 Μ , 4 is the entry and exit of the feeding path 17 Therefore, the automatic storage and delivery energy reaches the feeding path 17. Below the benefit b - the individual part 3 〇 a guiding track 50 (Fig. 3) is formed by three layers, preferably - in the seat plate 51. The back layer of the seat plate 51, the emperor (four) feed station is formed for the guide rail 50 (".- push-out or -" 1 series also =:::= 9). Individual parts 30 can only σ铍, two , f (图杰和1〇m only, through the exit hole 9! Leave the individual part of the center device 19. Therefore, the exit hole of the individual part of the fixture is slightly larger than the individual part 3G itself, so that = The play is accepted into the individual part Μ 19. This reduces the risk of a needle breaking 20 201104037, because the individual part of the missing piece 19 is subjected to movement. A central intermediary I cuts you τ (Figure 4 Forming a boundary of the guiding track 5〇, and thereby defining the visibility and depth of the guiding force, and linearly advancing. The recesses 40 in the interposer 57 also define a The guide for the punch 35 of the feed mechanism 13. The individual adjacent pairs, such as another J-port IM, are also formed in the medium. The individual parts are sandwiched between the two疋 - used to receive the recesses of the individual parts 30. Ο ο ^ The recesses are formed 'Lai' - the individual parts can be held laterally in the wall. With the upright configuration of the feed device, a separate part The part is thus held at the edge of the periphery of the sea and prevented from falling out. Preferably, the individual part is at (4) _ (four) at the wall. The cover member 59 (Fig. 2) is covered with the cover member 59 (Fig. 2), and the guide rail 50 is retracted only by the 兮·φ concave x hole 91 in the axial direction of the 5 Hz. The individual parts are not: the automatic storage (4) 15, or the ^ ^ 覆盖 覆盖 覆盖 59 59 59 59 59 59 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 59 59 59 59 The full level of 15 is visible. At the end of the cover 19 covering the individual portion of the finish 19, the cover is ΓΓυ-65 so that during operation, the weave is in the individual part The individual clamps 19 are in a ready state and are individually open. The U-shaped recess 65 is preferably smaller than the diameter of the individual portion of the individual clip so that the one adjacent injury cannot slide past the recess 65 (Fig. 2). The feed mechanism 13 has a lever that is driven by the gear (5). The rear lever is provided with a rotary fixing on the first shaft. The 21st 201104037 one end portion 1 gear 153 is also rotated on the shaft # (7) The upper ground is attached. The lever 37 is spliced to the hybrid 39. In the sliding, the punch 35 is provided, and the punch 35 is moved upward and downward by the slider. - The screw 4" is held in the borehole of the slider 3" The snail is formed approximately in the groove in the longitudinal direction of the lever 37, or is merging in the lever 37 - the elongated hole 43 (in the picture. After this is engaged) When the lever 37 is upwardly and downwardly offset, the slide 39 is moved upward and downward by the guide plate 51. The slider π is guided to the cover 59 of the seat plate 51. One of the recesses (10)! and 2" is located on the inner surface of the cover member 59, and the slider 29 rests against the outer surface of the cover member 59. A hole is formed in the seat plate 53 in the region of the punch 35. Further, a friction reducing coating may be provided. According to an advantageous embodiment, a flexible tongue 61 is formed on the cover member 59. Medium (Fig. 2). At the forefront of the feed path 17, the flexible tongue 61 is pressed against the individual portion 3' below it and is thereby held by the holder. By this, 'the individual parts that are fixed here are only β. The punch is pushed into the individual part of the clamp when it is pushed. / It can be recognized from Fig. 3' that the punch is advantageously formed as It is narrower than the feed 17. Thus, during reloading, the punch 35 can be guided through the first (four) injury in the automatic storage feed g 15 without the first individual Partially pushed back. Because of the retraction 35, the individual parts slide forward in the automatic storage feeder, and the result is that they stay against each other. In the process, the automatic storage 22 201104037 At the foremost october diameter of the stocker 15 , the amount of damage is extended to the feed path. (4) The head 35 is formed to be narrower than the feed path 17 to avoid blockage during reloading. The heart is clogged and the damage to the punch and individual parts 30 is in each case 'a pivotable clamping part 95 (the round object is placed to the feed path 17 and the individual, °丄丄f cool with a side of 1 9 .
G 筹^被^納在該中介層57中之壁凹％中，且藉由—彈 賢J預先張緊抵靠著該饋給路徑17 I: Μ之前端延伸進入該饋給路…該個別部= ^ ^別部份30被固持於該鎖給路徑中或％， 別部份央具19中。 1 Τ次於忒個 以該衝頭35之作動’其下麗經過該 位在該饋給路徑17的爭a 、 牛95而 的最别面之個別部份30,該作動能翁乂 該止擋部93之方向中甚&〜 夠在 « ,產生。虽該個別部份已經通過該-央 緊疋件％之前端時，該夾緊元件95彈回， =夾 =靠著現在被承納在該個別部份爽…之個 ㈣持於該個別部份夹具19中。在夹^將_别部份 行於該個別部份之利、π古^ 清况下’它們僅只平 同時，”夾緊V 該個別部份之周邊表面。 料夾緊兀件95喃合在該饋給路徑Η中 = 部份30免於能夠往下滑動。該等夾緊元件95較 '、非韌性材料所製成，但使用彈簧機構 力彈簧94箱生2Ε政 黃機構、例如該壓 介層中，以致 等夹緊元件較佳地係被安裝在該中 以致匕們能夠極轉達一小角度。另一選擇係，其 23 201104037 係亦可此直接地形成遠等爽緊元件當作彈菁元件 使用該等圖5至10，刺繡上一個別部份之順序將被簡 短地說明，Μ系熟諳此技藝者戶斤熟悉的，在此本方法之新 賴特別被強調。於根據圖9之位置中，刺縷通常可使用1 刺鏽機器發生，因為沒有個別部份係存在於該個別部份= 具中。其能被認知該個別部份饋給裝置被設置在該織針路 住中--而與該等習知饋給裝置對比，㈣—案例中，該等個 料份係以該饋給裳置平行於該刺繡底組織移去。個別部 伤、例如萊茵水晶石3〇應 置係❹該機器_^=^上之_圖案及亦該等位 铋市J益中所儲存之程式所指定。如 此一位置，於該預定針 -達 及1。之位置中時，-萊該織針97係於根據圖9 載。該織針移向該刺績底且織Γ石隨後被該織針97所承 於-席福立,經過此縫合(圖5及6)。 衝裎、 繡機器之案例中’該織針97造成_中門 ，以致―紗圈係形成在該面子今、中，間 面子紗滑動（圖8卜於 梭子此翹過該 結。現在，該織針該面子紗係與後方經紗纏 之形成環繞著該萊茵水晶回圖且:經::藉由該針步 19現在係空的H 繁緊(圖10)。该個別部份夾具 釋放該饋給路心肖35再次被縮回，且-旦該衝頭35 水晶石落入該饋給路存送料器之在最前面的萊茵 的萊茵水晶石係藉“彈㈣為該饋給路徑17之在最前面 固持’該萊茵水晶…簧機構61及，或夾緊元件95所 不此經過重力之效應抵達該個別朴 24 201104037 " .· ....·.. · 夾具19中該衝碩35現在係準備好向前推進另一萊茵水 曰曰石°亥刺繡機器現在穩固地施行用於刺繡該萊茵水晶石 所需要之針步，其中於張力之下將該刺繡底子固持在其上 之機框係於該x及y方向中運動。該刺繡機器現在進-步 刺縷該圖案，直至該下—萊茵水晶石將被刺繡上。 此方法特別地是在分離之後，該個別部份被一個別部 份夾具19所固持，而與該其餘之個別部份無關，且與其他 〇個別部份沒有機械式接著，直至其於該織針之運動方向中 被運動、離開該個別部份夾具安座在該織針上，並馬上被 導引進入該頭部11及該刺繡底子67間之中介空間至該刺 繡底子。 在圖13至15中所顯示之第二實施例與第一實施例不 同，其實本質上在於修長壁凹1〇1、1〇3係提供於該座板Μ 中，在此一滑動件105能夠可運動地被導引在該等修長壁 凹t。另一差異在於該自動儲存送料器不存在於該座板 〇中，但反而被定位在該座板51上。用於此目的，一圓柱形 連接件107係設置在該導引通道5〇上。該連接件1〇7具有 -連接凸緣1()9’ —具有彼此上下堆疊之個別部份的自動儲 存送料器能被連接至該連接凸緣1〇9(於該等圖面中未示 出）。應注意的是於該等圖13a、14a及15a巾，該連接件係 為清楚故未示出。於該等圖Ub、14b及Ub中，該連接件 107係以縱長剖面被顯示，以便顯示被承納於其中之個別部 :30。-承納個別部份之撓㈣能被用作—自動储存送二 器。有利地是，該等個別部份係於該導引通道之方向中藉 25 201104037 由一彈簧預先張緊，以致在一個別部份之移除期間，該下 一個別部份在其之後滑動進入該饋給路徑。 與根據該等圖i至4之實施例的進一步差異係該等央 緊零件％被設置成進-步向後，且僅只固持該饋給路徑之 在最前面的個別部份，於對比之下，一承納在該個別部份 夾具中之個別部份未被㈣夾緊零件95所固持。這具有該 個別部份能被沒有阻抗地推出該個別部份失具之優點。: 圖％中，該夾緊裝置95之此修改實施例被更詳細地顯示: 在該饋給路徑17之後方端部，另—夾緊零件104係有 利地提供於該中介層57的一壁凹中（圖16)。此夹緊零 件1〇4亦延伸進入該饋給路徑17，且係以一彈菁⑽預先 張緊。於該個㈣份饋給裝置之拆開期間，該夾緊零件⑽ 防止存在於該饋給路徑17中之個別部份3〇掉出。 在其後方端部，該滑動件105係連接至該滑樣39。这 能夠使該滑動件隨同該挺桿35、❹該齒輪153及該轴桿 ::上與往下運動。該滑動件1〇5係只有當待刺 別部份具有僅只很小之橫側面積時被使用，使得這歧個別 讀輕易地翻倒及能掉出該個別部份夹具。然而，該滑動 =05將亦於__水平位置中允許根據本發明的饋給裝置之 、亥滑動# 105之前端係形成為一又子⑴。該叉子 111於該等又齒之間界定一壁 齒刺穿。 』113’该織針能經過該等叉 於圖Ua中，該個別部份饋給裝置被顯示在一位置中， /、中-個別部份被承納在該個別部份夹具丨”，且該織針 26 201104037 被推進厂 一段距離處。該滑動件105係於該 立置中’其中料動件⑽封閉用於該個別 個::：份爽具之推出口。於第二位置中，該織_ = 穿坐洛在该個別部份夾具中之個別部份3〇的中心開孔 進位I b),在此，該滑動件1〇5係仍然坐落在該被推 ❹ —。於該第三位置（圖15a及b)中，該滑動件1〇5係 於該縮回位置中’且該織針97已由該個別部份夾具19移 <個別邛伤。僅只當該織針已牢牢地嚙合該個別部份、 及較佳地疋接觸該織物時，該滑動件丄〇5必需打開。 使用該等圖4及17,業已揭示在該歐洲專利第Ερ ι 7料 434號中用於耦接-機器側面驅動器之耦接件將在下文被 詳細地敘述。 甘卜又被 在每織針挺桿9 6，被分派有一個別部份饋給装置， ^換凸輪135被緊固，該切換凸輪135具有耗接該個別 部份饋給裝置之作用。該個別部份饋給裝置能被輕接及退 〇鶴’例如，依歐洲專利第Ep i 764 434號中所顯示之珠片 及編帶頭的方式。因此，此裝置係能以該習知珠片及編帶 頭輕易地替換，且視待刺繡之圖案的規格而定，亦可在該 相同之機器上被與這些珠片及編帶頭使用。然而 接裝置亦可被使用。 、揭 該搞接件149包括一搞接輪m，其在輕接之後係與圖 4中所顯示之一花鍵軸桿3及該驅動軸桿157之齒輪153嚙 合（圖17)。該耦接輪151被安裝在該槓桿155上，該槓桿 155能夠繞著該驅動軸桿157樞轉。一彈簧156努力將該^ 27 201104037 桿155固持在一適當位置中，該耦接輪15ι係在該位置中 與該花鍵軸桿3嚙合（圖4)。較佳地是，該耦接輪丨51保持 與遠齒輪153連續嚙合，該齒輪153係安裝在該驅動轴桿 157 上。 該槓桿155具有二支臂159 ' 161。該耦接輪ι51係可 繞著樞軸旋轉地安裝在該支臂159上，且在該另一支臂161 上有係一切換元件165’該切換元件165可藉由該織針挺桿 及該回復裝置之夾持器所作動，用於打開與關閉該耦接件 149。 149, 一用於作動該耦接件149的切換元件165之使用係奪 =的。該切換元件165被設計’以致該横桿155被保持固 動的且不a藉由該彈簧156之力量被保持於該輕接 位置中。 如在圖17中所顯示，該切換元件165包括一作動横桿 槓β ^刀換支臂⑹係設置在該作動積桿167上。該作動 心一為錯由該織針挺桿於'旋轉方向中樞轉，且於 二一二:向中藉由一未更詳細地顯示之回復裝置樞 ==::r控制器所控制。該作動槓㈣ 係、藉由該彈簧⑺::靠至^ 於二位置之間被旋轉，該。β亥凸輪圓盤169能 與關閉位置。該凸幹針 ’、疋該耦接件149之打開 凸輪針道1 72由這此位罟夕保上 該等位置間之中心， -位置之-增加，直至 接者再-人減少至該另一位置。該凸 28 201104037 輪圓盤169係藉由—彈簧173被固持在這些個別位置中。 該凸輪圓盤169藉由該織針挺桿所產生之運動造成噹 槓桿155之偏向，以致―搞接輪151來至與該花鍵轴桿二 嚙合（圖4)。如果該凸輪圓盤169在該相反方向中藉由^回 復裝置所運動，㈣接輪151離開而不與該花鍵㈣喷:回 但一齒部175(圖17)嚙合於該耦接輪151中，以便阻擋嗲耦 接輪151。藉此，該驅動軸桿係經由該齒輪153被阻二了 = 〇根據本發明之個別部份饋給裝置’這具有該饋給機件'二 持在一經界定位置之後果。 本發明有關用於藉著縫製、刺繡、縫被或小刺織機器 刺繡上一包括穿透開孔之個別部份的方法，其中複數鬆散 之個料份的一個別部份被傳送進入-個別料爽具f 於此個別部份炎具中被固持預備好於一經界定位置中。被 固持預備好之個別部份接著被一織針所刺穿。該的夺 眼中所承納之經紗被導引經過該刺績底組織，並與該下方 ❹或後方之經紗編結。由於該經紗張力，該個別部份被拉至 该刺繡底組織，且被刺繡至該刺繡底子上。該方法之特徵 ，別部份被移出該個別部份夾具至該刺繡底組織：騎 乘在该織針上、亦即通常垂直於其平坦之側面。_ 行該方法之裝置包括至少一頭部 、 L 邊碩。卩11忐被設置在 刺繡機裔上，使其背面12面朝向—刺繡底組織〇，以便 ㈣別部份30準確地固持至適當位置，以致它們可使用該 ::機器被刺繡至該刺繡底組織67上。該頭部"選擇： '匕括-自動儲存送料器15、一個別部份夾具Μ、及一饋 29 201104037 。機件13於該自動錯存送料器u中 繡上的複數個別部份3 用於承、.内待刺G is accommodating in the wall recess % in the interposer 57, and is pre-tensioned against the feed path 17 I by the 弹 贤 J: Μ the front end extends into the feed path... the individual Department = ^ ^ The other part 30 is held in the lock path or %, and some parts of the center device 19. 1 忒 忒 以 以 以 以 以 以 以 以 以 以 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别 个别The direction of the stop 93 is even &~ enough to produce in «. Although the individual part has passed the front end of the central portion, the clamping element 95 bounces back, and the clamp = is now held in the individual part... (4) held in the individual part In the clamp 19 . In the case of the clip, the other part is in the profit of the individual parts, and they are only flat at the same time, "clamping the peripheral surface of the individual part." The material clamping element 95 is spliced at The feed path = = part 30 is free to slide down. The clamping elements 95 are made of a non-tough material, but a spring mechanism force spring 94 is used to create a 2 Ε yellowing mechanism, such as the pressure In the intervening layer, the clamping elements are preferably mounted therein so that they can be rotated to a small angle. Alternatively, 23 201104037 can also directly form the far-fastening elements. The use of these figures in Figures 5 to 10, the order of embroidering a different part will be briefly explained, and the familiarity of the skilled person is familiar, and the new method of this method is particularly emphasized. In the position of 9, the hedgehog can usually be used with a rusting machine because no individual part is present in the individual part=. It can be recognized that the individual part feeding device is placed on the knitting needle. Medium--in contrast to these conventional feed devices, (iv) - in the case, the same The parts are removed in parallel with the embroidered bottom tissue. Individual wounds, such as Rhein Crystal 3, should be placed on the machine _^=^ on the pattern and also in the market. The program stored in the program is specified. In such a position, when the predetermined needle reaches -1, the position of the needle is 97 according to Fig. 9. The needle moves toward the bottom of the needle and weaves The meteorite was subsequently carried by the needle 97 in the syllabus, after the stitching (Figs. 5 and 6). In the case of the smashing and embroidering machine, the needle 97 caused the _ middle door, so that the yarn loop was formed in the The surface of the face, the middle, the middle surface of the yarn slides (Fig. 8 is caught by the shuttle over the knot. Now, the needle is wrapped around the back warp yarn and the rear warp yarn is wrapped around the rhine crystal back and: by: by The stitch 19 is now loosely H (Fig. 10). The individual part of the clamp releases the feed, and the core 35 is retracted again, and the punch 35 crystal stone falls into the feed. The feeder of the Rheinland rhinestone in the forefront of the Rhine by means of "bombs (four) for the feeding path 17 at the forefront of the 'Rhine crystal... spring mechanism 61 and, or clip The component 95 does not reach the individual Park 24 by the effect of gravity. 201104037 " . . . . . . . . . The fixture 35 is now ready to move forward another Rhinestone meteorite The embroidery machine now firmly implements the stitching required for embroidering the rhine crystal, in which the frame on which the embroidery base is held under tension is moved in the x and y directions. - stepping the pattern until the lower-Rhine crystal will be embroidered. This method is particularly such that after separation, the individual parts are held by a different part of the clamp 19, and the remaining parts Irrelevant, and no mechanical follow-up with other individual parts until they are moved in the direction of movement of the needle, leaving the individual part of the fixture to be seated on the needle and immediately guided into the head 11 And the intervening space between the embroidery base 67 to the embroidery base. The second embodiment shown in Figs. 13 to 15 is different from the first embodiment in that the slender recesses 1 〇 1, 1 〇 3 are provided in the seat sill, where the slider 105 can It is movably guided to the slender walls t. Another difference is that the automatic storage feeder is not present in the seat pan but is instead positioned on the seat plate 51. For this purpose, a cylindrical connecting member 107 is provided on the guide passage 5''. The connecting piece 1〇7 has a connecting flange 1() 9' - an automatic storage feeder having individual portions stacked one above another can be connected to the connecting flange 1〇9 (not shown in the drawings) Out). It should be noted that in the drawings of Figures 13a, 14a and 15a, the connector is not shown. In Figures Ub, 14b and Ub, the connector 107 is shown in a longitudinal section to show the individual portions 30 that are received therein. - Accepting individual parts of the scratch (4) can be used as - automatic storage and delivery. Advantageously, the individual parts are pre-tensioned by a spring in the direction of the guiding channel by 25 201104037, so that during the removal of a further part, the next individual part slides behind it. This feed path. A further difference from the embodiment according to the figures i to 4 is that the central tight parts % are set to be step backwards and only the first partial portions of the feed path are held, in contrast, A portion of the individual part of the fixture is held by the (four) clamping member 95. This has the advantage that the individual parts can be pushed out of the individual parts without impedance. In the figure %, this modified embodiment of the clamping device 95 is shown in more detail: at the square end after the feed path 17, the other clamping part 104 is advantageously provided on a wall of the interposer 57 Concave (Fig. 16). This clamping element 1〇4 also extends into the feed path 17 and is pretensioned with a telecine (10). During the disassembly of the (four) feed devices, the clamping member (10) prevents the individual portions 3 that are present in the feed path 17 from falling out. At its rear end, the slider 105 is coupled to the slide 39. This enables the slider to move along with the tappet 35, the gear 153 and the shaft :: up and down. The slider 1〇5 is used only when the portion to be punctured has only a small lateral side area, so that the individual readings can easily fall over and the individual part of the clamp can be dropped. However, the slip = 05 will also allow the front end of the feed device according to the present invention to be formed in the __ horizontal position as a further (1). The fork 111 defines a wall piercing between the teeth. 』113' the needle can pass through the forks in Figure Ua, the individual part feeding device is displayed in a position, /, the middle part is received in the individual part fixture 丨", and The needle 26 201104037 is pushed a distance from the factory. The slider 105 is attached to the stand in which the mover (10) is closed for the individual::: the outlet of the refresher. In the second position, The weave _ = the central opening of the individual part 3 of the individual part of the clamp, I b), where the slide 1〇5 is still located at the push-up. In the third position (Figs. 15a and b), the slider 1〇5 is in the retracted position 'and the needle 97 has been moved by the individual partial clamp 19<individually bruised. Only when the needle The slider 丄〇5 must be opened when the individual part has been firmly engaged, and preferably the 疋 is in contact with the fabric. The use of Figures 4 and 17 has been disclosed in the European Patent No. 434 The coupling for coupling-machine side drive will be described in detail below. Ganbu is again assigned to each needle tappet 9 6 Part of the feeding device, the cam 135 is fastened, and the switching cam 135 has the function of consuming the individual part feeding device. The individual part feeding device can be lightly connected and retracted. The method of the bead and the braided head shown in the European Patent No. EP 764 434. Therefore, the device can be easily replaced by the conventional bead and the braided head, and depending on the specifications of the pattern to be embroidered, It is used with the beads and the braided head on the same machine. However, the attachment device can also be used. The attachment member 149 includes a pick-up wheel m, which is shown after being lightly connected and shown in FIG. One of the spline shafts 3 and the gear 153 of the drive shaft 157 are engaged (Fig. 17). The coupling wheel 151 is mounted on the lever 155, and the lever 155 is pivotable about the drive shaft 157. The spring 156 strives to hold the lever 155 201104037 in position, the coupling wheel 15o engaging the spline shaft 3 in this position (Fig. 4). Preferably, the coupling rim 51 remains in continuous engagement with the distal gear 153, which is mounted on the drive shaft 157. The lever 155 has two arms 159' 161. The coupling wheel ι51 is pivotally mounted on the arm 159, and a switching element 165' is switched on the other arm 161. The element 165 can be actuated by the needle lifter and the holder of the recovery device for opening and closing the coupling member 149. 149, a use of the switching member 165 for actuating the coupling member 149 The switching element 165 is designed such that the crossbar 155 is held stationary and is not held in the lightly connected position by the force of the spring 156. As shown in Figure 17, the switching The element 165 includes an actuating crossbar β. The knife changing arm (6) is disposed on the actuating rod 167. The actuating is pivoted by the needle tappet in the 'rotational direction' and is controlled by a controller that is not shown in more detail in the 222:=:r controller. The actuating bar (four) is rotated by the spring (7):: between the two positions. The β-cam cam disc 169 can be closed with the position. The convex needle ', the opening cam needle 1 72 of the coupling member 149 is held by the center of the position, and the position is increased until the receiver is again reduced to the other a location. The projection 28 201104037 wheel disc 169 is held in these individual positions by a spring 173. The movement of the cam disc 169 by the needle lifter causes the lever 155 to be biased such that the wheel 151 is engaged to engage the spline shaft (Fig. 4). If the cam disc 169 is moved by the restoring device in the opposite direction, the (four) wheel 151 is separated from the spline (four) spray: but a toothed portion 175 (Fig. 17) is engaged with the coupling wheel 151. In order to block the 嗲 coupling wheel 151. Thereby, the drive shaft is blocked via the gear 153 = 个别 the individual part feeding device according to the invention 'has the feed mechanism' held in a defined position. The invention relates to a method for embroidering an individual part comprising a penetrating opening by means of a sewing, embroidering, stitching or small puncturing machine, wherein a part of the plurality of loose parts is conveyed into - individual The ingredients are kept in this part of the ware and are ready to be in a defined position. The individual parts that were held ready were then pierced by a needle. The warp yarns received in this eye-catching are guided through the bottom of the stab and are braided with the warp of the lower or rear. Due to the warp tension, the individual portions are drawn to the embroidered bottom tissue and embroidered onto the embroidered base. The features of the method are that portions of the individual part of the clamp are removed from the embroidery base: riding on the needle, that is, generally perpendicular to its flat side. _ The device for the method comprises at least one head, L edge.卩11忐 is placed on the embroidered machine, with the back 12 sides facing the embroidered bottom tissue so that (4) the other parts 30 are accurately held in place so that they can be used: the machine is embroidered to the embroidered bottom Organization 67. The head "select: '匕 - - automatic storage feeder 15, a part of the fixture Μ, and a feed 29 201104037. The plurality of individual parts 3 embroidered by the mechanism 13 in the automatic misplaced feeder u are used for bearing
之二間。该個別部份央且I 成，用於將一個別部份 八9破形 乃30準確地固持至適當 機件13被設計成以— * 週田位ϊ β亥饋給 旦.蛋韌一六+ /〇者饋給路徑π之傳送運動藉由 里運動一存在於該自動啟左力 3 〇 . 送料器15中之鬆散的個別部份 3〇進入該個別部份夾且 J 1 173 、 。根據本發明之裝置的特徵j j 個別部份夹具19且右—„ 直）付做為3亥 t s 12 . ^ "有—用於該個別部份30之僅僅朝向該 皮面12的推出口91，在 1 饋給裝置…。此外 出口延伸垂直於該個別部份 ，以该裝置-視待刺繡上的個別部份 而疋——頂出器能被設罟尤 1忉 針挺桿上。本發明接著言I 刺績機器之織針上或織 -裝置之席…：刺繡機器’特別地是具有此 展ϊ之席褐立刺繡機器。 本發明係使用該等圖面更 國®3更评細地敘述。於該等圖面 圖1係根據本發明的個別部The second. The individual parts are used to hold a part of the eight 9-shaped shape and 30 accurately to the appropriate mechanism. 13 is designed to be - * 周田位 ϊ β海给给旦.蛋韧一六+ / The transmission of the path π is transmitted by the inner movement of the automatic left-hand force 3 〇. The loose individual part 3 of the feeder 15 enters the individual part clamp and J 1 173 , . According to the feature of the device of the present invention, the jj individual part of the jig 19 and the right---straight line is made as 3 ts 12 . ^ " has - the ejection port 91 for the individual part 30 only facing the leather surface 12 In the 1 feed device .... In addition the outlet extends perpendicular to the individual part, with the device - depending on the individual parts of the embroidery - the ejector can be set on the needle 1 of the needle. EMBODIMENT OF THE INVENTION I. The knitting needle on the knitting machine or the weaving-device seat...: The embroidery machine' is especially the brown embroidery machine with this exhibition. The present invention uses these drawings to compare the country's 3 Detailed description of the drawings. Figure 1 is an individual part according to the present invention.
部立體圖，兮另…饋給袭置之頭部的一局 體圖’㈣給裝置具有—饋給機件H s亥饋給機件^L #垃# I ^ ^ 機件之麵接裝置1於該頭部之設計的改良視野， 固別部份饋給裝置上方之覆蓋件被移去。 圖2係該相同頭部之立體圖，然而，具有覆蓋件及具 有一相對該頭部之㈣部份失具在該正確位置中之織針。 圖3係根據圖丨的頭部之正面圖。 圖4係根據圖2的頭部之側葙 g . λ 視圖，具有用於打開及關 亥饋給機件之驅動器及耦接裝置。 圖5至10係於每一案例中，在刺端上一個別部份的過 三個不同之織針位置的-立體圖表示及一橫側視圖。 30The three-dimensional map, 兮 another... feeds the body of the head of the attacked body' (4) to the device with - feeds the device H s hai feed to the machine ^ L # trash # I ^ ^ face-to-face device 1 In the improved field of view of the design of the head, the cover above the stationary feed device is removed. Figure 2 is a perspective view of the same head, however, having a cover member and a needle having a portion of the head missing relative to the head in the correct position. Figure 3 is a front elevational view of the head according to the figure. Figure 4 is a perspective view of the head of the head according to Figure 2, with the drive and coupling means for opening and closing the feed mechanism. Figures 5 through 10 are in each case a three-dimensional representation of a different portion of the needle position on the lancet end and a transverse side view. 30
201104037 圖11及12係該個別部份决且 ^ ^ ,θ ,. 灭具中之個別部份的供給。 , , ，個别部份饋給裝置之第二實施 例’並在由该刖面的立體圖 ^ ^ A Τ 具有在刺繡上一個別部份 之前的一織針位置； 圖13b係在由該背面的 y 體圖中之個別部份饋給裝置； 圖14a係來自圖i3a之裝晋，日认站 m 裝置且於藉由該織針在該織針 位置捕獲一個別部份期間； 圖⑷係在由該背面的立體圖中之饋給裝置； 圖15a係來自圖13a之裝置，並在第三位置中，其中該 固別部份係由該個別部份夹具移去，且安坐在該織針上； 圖15b係在由該背面的立體圖中之饋給裝置； 且圖W係根據本發明之裝置的饋給路徑及個別部份夹 具有更詳細之被修改的夾緊裝置。 圖17係一完整之個別部份饋給裝置，並具有用於 及關閉一驅動器之耦接裝置。 【主要元件符號說明】 無 31201104037 Figures 11 and 12 show the supply of individual parts of the individual parts and ^ ^ , θ , . , , , the second embodiment of the individual partial feeding device 'and has a knitting needle position before the embroidery portion is ^ ^ A ;; Figure 13b is attached to the back side Figure 14a is a device from Figure i3a, and is captured by the needle at the position of the needle; Figure (4) Feeding device in the perspective view from the back side; Fig. 15a is the device from Fig. 13a, and in the third position, wherein the solid part is removed by the individual part of the jig and sits on the knitting needle Figure 15b is a feed device in a perspective view from the back side; and Figure W is a more detailed modified clamping device for the feed path and individual portion clips of the device according to the present invention. Figure 17 is a complete individual portion feed device with coupling means for closing and closing a driver. [Main component symbol description] None 31