TW202017760A - A printing system - Google Patents
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本申請案主張美國專利申請案第13/839,993號及國際申請案第PCT/US13/32451號的優先權;該兩個申請案的申請日期為2013年3月15日。本申請案主張2012年5月11日申請之美國臨時申請案第61/646,159號的權利,且另外主張2012年9月6日申請之美國臨時申請案第61/697,479號的權利。本文所列出之所有交叉參考申請案的全文係以引用方式併入。This application claims the priority of US Patent Application No. 13/839,993 and International Application No. PCT/US13/32451; the application date of these two applications is March 15, 2013. This application claims the rights of US Provisional Application No. 61/646,159 filed on May 11, 2012, and additionally claims the rights of US Provisional Application No. 61/697,479 filed on September 6, 2012. The full text of all cross-reference applications listed in this article is incorporated by reference.
本教示之領域係關於一種用於工業用噴墨薄膜列印系統中之互換式列印噴頭單元總成。The field of this teaching relates to an interchangeable printing head unit assembly used in an industrial inkjet film printing system.
根據本教示,列印噴頭單元總成之各種具體實例可包括列印噴頭單元、安裝及夾持總成,以及介面總成。對於根據本教示之列印噴頭單元總成之各種具體實例,與歧管連通之每一組件(例如但不限於,與通口連通之歧管、閥門、儲集器、真空源、氣體源(諸如,惰性氣體源)、噴墨列印噴頭總成,及其類似者)可安裝於歧管上且可使用O型環密封件予以密封,從而排除其對導管連接之使用。因而,本教示之歧管總成之各種具體實例可最小化不合乎需要的怠體積,以及藉由避免為各種導管及導管連接所共有之失效模式而增加列印噴頭單元穩健性。對於本教示之列印噴頭單元總成之各種具體實例,列印噴頭單元以及安裝及夾持總成可提供列印系統中之列印噴頭單元的可重複無應變定位。在本教示之列印噴頭單元總成之各種具體實例中,列印噴頭單元及介面總成可具有實現各種列印噴頭單元與列印系統之容易互換性的特徵。提供列印系統中之列印噴頭單元之無應變可重複定位的容易互換性實現在產生目標薄膜程序方面之靈活性,以及可靠高產量生產列印。According to the teachings, various specific examples of the print head unit assembly may include the print head unit, the mounting and clamping assembly, and the interface assembly. For various specific examples of the printhead unit assembly according to this teaching, each component that communicates with the manifold (such as, but not limited to, a manifold, valve, reservoir, vacuum source, and gas source that communicate with the port ( Such as inert gas source), inkjet print head assembly, and the like) can be installed on the manifold and can be sealed with an O-ring seal, thereby precluding its use for conduit connection. Thus, various specific examples of the manifold assembly of the present teachings can minimize undesirable idle volume and increase the robustness of the printhead unit by avoiding the failure modes common to various conduits and conduit connections. For various specific examples of the print head unit assembly of this teaching, the print head unit and the mounting and clamping assembly can provide repeatable strain-free positioning of the print head unit in the printing system. In various specific examples of the printing head unit assembly of this teaching, the printing head unit and the interface assembly may have features that enable easy interchangeability of various printing head units and printing systems. Provides easy interchangeability of strain-free, repeatable positioning of the print head unit in the printing system to achieve flexibility in the process of producing the target film, and reliable high-volume production printing.
本教示揭示用於可用於各種列印程序之工業用噴墨薄膜列印系統中的列印噴頭單元總成之具體實例。本教示之列印噴頭單元總成之各種具體實例可包括列印噴頭單元、安裝及夾持總成,以及介面總成。根據本教示,本文所揭示之裝置、設備、系統及方法可有用於(例如但不限於)開發各種列印程序以及提供有效生產規模列印。This teaching discloses a specific example of a printing head unit assembly used in an industrial inkjet film printing system that can be used in various printing processes. Various specific examples of the print head unit assembly of this teaching may include the print head unit, installation and clamping assembly, and interface assembly. According to the teachings, the devices, equipment, systems and methods disclosed herein can be used (for example but not limited to) to develop various printing programs and provide efficient production-scale printing.
在彼方面,預期到,用於(例如但不限於)使用噴墨列印程序而製造OLED面板基板之列印噴頭單元的合乎需要的屬性可包括在列印程序期間針對在基板上各種調配物之多種墨水之有效依序列印提供終端使用者靈活性。然而,雖然在列印程序期間提供複數個墨水之依序列印合乎需要,但複數個墨水及墨水調配物之交叉污染不合乎需要。因而,實施各種調配物之多種墨水之有效依序列印的設計應另外消除交叉污染。On the other hand, it is expected that the desirable attributes of the printing head unit used to manufacture (eg, but not limited to) the inkjet printing process for the OLED panel substrate may include various formulations on the substrate during the printing process The efficient printing of multiple inks provides serial user flexibility. However, although it is desirable to provide serial printing of multiple inks during the printing process, cross-contamination of multiple inks and ink formulations is undesirable. Therefore, the design of effective sequential printing of multiple inks implementing various formulations should additionally eliminate cross contamination.
關於經常移進及移出列印系統之列印噴頭單元的定位,合乎需要的是使安裝及夾持提供列印噴頭單元之無應變可重複定位以及提供完全自動化列印噴頭交換。如本文所使用,在未基本上消除可造成列印噴頭單元在安裝及夾持總成中不適當地位移之橫向力的情況下,無應變指代實質上縮減。關於列印噴頭單元進出列印系統之靈活移動,自列印系統至列印噴頭單元所需要之互連的類型(諸如,電氣互連、氣動互連及流體互連)可引起關於提供各種列印噴頭單元之快速及有效互換的問題。在給出可經常移進及移出列印系統之列印噴頭單元之數目的情況下,提供每一列印噴頭單元及其操作資訊之識別可用以在列印噴頭單元之自動化交換期間防止選擇錯誤。此外,列印噴頭單元總成之設計應提供在使用期間列印噴頭單元之穩健性以及維護簡易性,以便避免實質停工時間。Regarding the positioning of the print head unit that is frequently moved into and out of the printing system, it is desirable to allow the installation and clamping to provide strain-free repeatable positioning of the print head unit and to provide fully automated print head exchange. As used herein, without substantially eliminating the lateral forces that can cause the print head unit to improperly displace in the installation and clamping assembly, strainless refers to a substantial reduction. With regard to the flexible movement of the printing head unit into and out of the printing system, the type of interconnection required from the printing system to the printing head unit (such as electrical interconnection, pneumatic interconnection, and fluid interconnection) can lead to The problem of quick and effective interchange of printing head unit. Given the number of print head units that can be moved into and out of the printing system frequently, identification of each print head unit and its operating information can be used to prevent selection errors during automated exchange of print head units. In addition, the design of the print head unit assembly should provide the robustness and ease of maintenance of the print head unit during use in order to avoid substantial downtime.
因此,在預期屬性及挑戰時,本教示之列印噴頭單元總成及系統之各種具體實例可包括自含式列印噴頭單元、用於將列印噴頭單元安裝至列印系統上以提供可重複無應變列印噴頭單元定位之安裝及夾持總成,以及提供快速及自動化電氣及氣動互連之介面總成。此等組件經設計成針對薄膜之噴墨列印(例如但不限於,有機發光二極體(organic light emitting diode, OLED)薄膜之噴墨列印)提供有效及可靠列印程序。另外,本教示之列印噴頭單元總成及系統之各種具體實例可提供列印噴頭單元之識別及追蹤,以及提供針對本教示之列印噴頭單元之各種具體實例的維護簡易性。Therefore, in anticipation of attributes and challenges, various specific examples of the print head unit assembly and system of this teaching may include a self-contained print head unit for mounting the print head unit on the print system to provide Repeated strain-free printing nozzle unit positioning installation and clamping assembly, and interface assembly that provides fast and automated electrical and pneumatic interconnection. These components are designed to provide efficient and reliable printing procedures for inkjet printing of thin films (such as, but not limited to, organic light emitting diode (OLED) thin film inkjet printing). In addition, various specific examples of the print head unit assembly and system of this teaching can provide identification and tracking of the print head unit, as well as ease of maintenance for various specific examples of the print head unit of this teaching.
對於本教示之列印噴頭單元之各種具體實例,每一列印噴頭單元可為一自含式總成,其中複數個自含式列印噴頭單元可在列印程序期間容易地互換進一列印系統。自含式列印噴頭單元之各種具體實例可具有可包括氣動歧管區塊總成、流體歧管區塊總成及初級施配儲集器之流體系統,初級施配儲集器可與氣動歧管及流體歧管進行流體連通。列印噴頭單元之各種具體實例可具有進一步包括可與初級施配儲集器進行流體連通之大容量墨水儲集器的流體系統。大容量墨水儲集器之各種具體實例可具有入口通口,及可允許填充大容量墨水儲集器之通風口。大容量墨水儲集器之填充可在手動或自動化模式下進行。在各種具體實例中,大容量墨水儲集器之填充係可藉由經由供應通口將墨水自外部供應源週期性地供應至大容量墨水儲集器中而進行,該供應通口係經由可逆地在此再填充之前被附接且在此再填充之後被拆卸的實體連接器而接合至大容量墨水儲集器入口通口。在各種具體實例中,大容量墨水儲集器之填充係可藉由經由供應通口將墨水自外部供應源週期性地供應至大容量墨水儲集器中而進行,該供應通口接近於入口通口,可在不使用接合供應通口及入口通口之實體連接器的情況下通過該供應通口自外部供應器引導墨水。For various specific examples of the printing head unit of this teaching, each printing head unit can be a self-contained assembly, in which a plurality of self-contained printing head units can be easily interchanged into a printing system during the printing process . Various specific examples of self-contained printhead units may have a fluid system that may include a pneumatic manifold block assembly, a fluid manifold block assembly, and a primary dispensing reservoir. The primary dispensing reservoir may be combined with a pneumatic manifold And fluid manifold for fluid communication. Various specific examples of the printhead unit may have a fluid system that further includes a large-capacity ink reservoir that can be in fluid communication with the primary dispensing reservoir. Various specific examples of the large-capacity ink reservoir may have an inlet port, and a vent that may allow the large-capacity ink reservoir to be filled. The filling of the large-capacity ink reservoir can be performed in manual or automated mode. In various specific examples, the filling of the large-capacity ink reservoir can be performed by periodically supplying ink from an external supply source into the large-capacity ink reservoir through a supply port, which is reversible The physical connector where the ground is attached before this refill and disassembled after this refill is joined to the large-capacity ink reservoir inlet port. In various specific examples, the filling of the large-capacity ink reservoir can be performed by periodically supplying ink from an external supply source into the large-capacity ink reservoir through a supply port, which is close to the inlet The port can guide ink from an external supplier through the supply port without using a physical connector that joins the supply port and the inlet port.
自含式列印噴頭單元之各種具體實例可具有大容量噴墨儲集器,大容量噴墨儲集器可具有足以遍及列印程序之進程而提供墨水至初級施配儲集器之連續供應的體積。墨水至初級施配儲集器之連續供應可在初級施配儲集器中維持恆定體積,初級施配儲集器在列印期間可與列印噴頭進行流體連通。因而,初級施配儲集器中之恆定體積可提供在列印噴頭中之複數個列印噴頭噴嘴處之墨水壓力的可忽略變化。在彼方面,列印噴頭單元之各種具體實例包括至少一液體液位指示器來維持針對初級施配儲集器之經界定填充液位,使得來自大容量墨水儲集器之墨水在列印期間將初級施配儲集器連續地補充至經界定填充液位。在各種具體實例中,墨水自外部供應器至大容量墨水儲集器之週期性供應可發生於維護部位中之列印操作之間。因此,針對墨水供應無需自列印噴頭單元外部之源之導管連接的自含式列印噴頭單元可消除在各種列印噴頭單元之交換期間針對繁重導管斷開連接及重新連接的需要,且可進一步消除在作用中列印操作期間針對提供至列印噴頭之繁重導管管線的需要。Various specific examples of self-contained printhead units can have large-capacity inkjet reservoirs, which can have sufficient supply throughout the printing process to provide continuous supply of ink to the primary dispensing reservoir volume of. The continuous supply of ink to the primary dispensing reservoir can maintain a constant volume in the primary dispensing reservoir, and the primary dispensing reservoir can be in fluid communication with the printhead during printing. Thus, the constant volume in the primary dispensing reservoir can provide a negligible change in ink pressure at the printhead nozzles in the printhead. In that regard, various specific examples of printhead units include at least one liquid level indicator to maintain a defined fill level for the primary dispensing reservoir so that ink from the large-volume ink reservoir during printing The primary dispensing reservoir is continuously replenished to the defined fill level. In various specific examples, the periodic supply of ink from an external supplier to a large-capacity ink reservoir may occur between printing operations in the maintenance site. Therefore, the self-contained print head unit for the ink supply that does not require a conduit connection from a source external to the print head unit can eliminate the need to disconnect and reconnect the heavy pipe during the exchange of various print head units, and can Further eliminating the need for heavy conduit lines provided to the printhead during the active printing operation.
本教示之歧管總成之各種具體實例可具有製造於歧管總成內部之複數個通道,以及在(例如但不限於)該等通道與提供流體控制之複數個閥門之間提供流體連通的複數個通口。因而,本教示之歧管總成之各種具體實例可提供流體分配及控制。對於根據本教示之列印噴頭單元總成之各種具體實例,與歧管連通之每一組件(例如但不限於,與通口連通之歧管、閥門、儲集器、真空源、氣體源(諸如,惰性氣體源)、噴墨列印噴頭總成及其類似者)可安裝於歧管上且可使用O型環密封件予以密封,從而排除其對導管連接之使用。因而,本教示之歧管總成之各種具體實例可最小化不合乎需要的怠體積,以及藉由避免為各種導管及導管連接所共有之失效模式而增加列印噴頭單元穩健性。Various specific examples of the manifold assembly of this teaching may have a plurality of channels manufactured inside the manifold assembly, and provide fluid communication between (such as but not limited to) these channels and a plurality of valves providing fluid control Multiple ports. Thus, various specific examples of the manifold assembly of this teaching can provide fluid distribution and control. For various specific examples of the printhead unit assembly according to this teaching, each component that communicates with the manifold (such as, but not limited to, a manifold, valve, reservoir, vacuum source, and gas source that communicate with the port ( Such as inert gas source), inkjet printhead assembly and the like) can be mounted on the manifold and can be sealed with O-ring seals, thereby excluding their use for conduit connection. Thus, various specific examples of the manifold assembly of the present teachings can minimize undesirable idle volume and increase the robustness of the printhead unit by avoiding the failure modes common to various conduits and conduit connections.
在列印噴頭單元之各種具體實例中,複數個互換式列印噴頭單元中每一者可具有唯一識別或辨識碼。對於各種具體實例,識別或辨識碼可實體上指示於列印噴頭單元上,以及與每一列印噴頭單元電子地相關聯。對於列印噴頭單元之各種具體實例,識別或辨識碼可使每一單元與用於每一列印噴頭單元之一組唯一操作資訊相關聯。舉例而言,但不限於,唯一操作資訊可包括在維護模組中列印噴頭單元之唯一部位、含於列印噴頭單元中之墨水調配物,及列印噴頭校準資料。此唯一操作資訊可儲存在記憶體裝置上。對於各種具體實例,記憶體裝置可為與每一列印噴頭單元一起行進之機載記憶體裝置。In various specific examples of the printing head unit, each of the plurality of interchangeable printing head units may have a unique identification or identification code. For various specific examples, the identification or identification code may be physically indicated on the print head unit and electronically associated with each print head unit. For various specific examples of printing head units, the identification or identification code may associate each unit with a set of unique operating information for each printing head unit. For example, but not limited to, the unique operation information may include the only part of the print head unit printed in the maintenance module, the ink formulation contained in the print head unit, and the print head calibration data. This unique operation information can be stored on the memory device. For various specific examples, the memory device may be an on-board memory device that travels with each printhead unit.
列印噴頭單元之各種具體實例可包括與列印系統之介面總成配合以容易地互換進及互換出安裝及夾持總成的快速耦接電氣介面平板(quick-coupling electrical interface plate)。作為用於相對於基板來控制列印噴頭單元位置之運動系統之部分,安裝及夾持總成之各種具體實例可貼附至列印系統。另外,根據本教示之列印噴頭單元之各種具體實例可具有鄰接於流體歧管區塊之配接器平板歧管區塊總成。本教示之配接器平板歧管區塊總成之各種具體實例可提供流體歧管區塊與列印噴頭之間的流體連通,以及提供列印噴頭總成至配接器平板歧管區塊總成之附接。另外,配接器平板歧管區塊總成之各種具體實例可包括用於將列印噴頭單元安裝至安裝及夾持總成中之配合表面。在工業用噴墨薄膜列印系統之各種具體實例中,安裝及夾持總成可提供列印噴頭單元至工業用噴墨薄膜列印系統之運動安裝,以及提供無應變夾持。在彼方面,安裝及夾持總成之各種具體實例包括無接觸空氣軸承總成來在安裝及夾持程序期間將列印噴頭單元穩定地夾持至工業用噴墨薄膜列印系統中。因此,本教示之列印噴頭單元總成之安裝及夾持總成的各種具體實例提供列印噴頭單元至列印系統中之無應變及可重複定位。Various specific examples of the printing head unit may include a quick-coupling electrical interface plate that cooperates with the interface assembly of the printing system to easily exchange in and out of the mounting and clamping assembly. As part of a motion system for controlling the position of the printing head unit relative to the substrate, various specific examples of the mounting and clamping assembly can be attached to the printing system. In addition, various specific examples of the printing head unit according to the present teaching may have an adapter plate manifold block assembly adjacent to the fluid manifold block. Various specific examples of the adapter plate manifold block assembly of this teaching can provide fluid communication between the fluid manifold block and the printing nozzle, as well as provide the printing nozzle assembly to the adapter plate manifold block assembly. Attach. In addition, various specific examples of the adapter plate manifold block assembly may include a mating surface for mounting the print head unit into the mounting and clamping assembly. In various specific examples of industrial inkjet film printing systems, the mounting and clamping assembly can provide the kinematic installation of the printhead unit to the industrial inkjet film printing system, as well as providing strainless clamping. On the other hand, various specific examples of the installation and clamping assembly include a non-contact air bearing assembly to stably clamp the printing head unit into the industrial inkjet film printing system during the installation and clamping process. Therefore, various specific examples of the installation and clamping assembly of the printing head unit assembly of this teaching provide strain-free and repeatable positioning of the printing head unit into the printing system.
圖1為描繪根據本教示之自含式列印噴頭單元的各種具體實例之一些態樣的示意性表示。圖1描繪根據各種具體實例之列印噴頭單元I;關於氣動輸入,諸如,真空及惰性氣體;被指定為外部系統II;以及關於流體輸出,諸如,本端及外部廢棄物總成;被指定為外部系統III。對於自含式列印噴頭單元I之各種具體實例,氣動歧管區塊總成IA可能夠提供對(例如但不限於)初級施配儲集器IC與需要氣動控制之各種外部源(諸如,惰性氣體源IIA及真空源IIB)之間的流體分配及控制。在根據本教示之自含式列印噴頭單元之各種具體實例中,氣動歧管區塊總成IA可(例如)通過閥門PMAV1及PMAV2而在初級施配儲集器IC與各種氣動源之間提供控制。根據自含式列印噴頭單元I之各種具體實例,流體歧管區塊總成IB可能夠證實對(例如但不限於)初級施配儲集器IC以及大容量墨水儲集器ID之流體分配及控制。在根據本教示之自含式列印噴頭單元之各種具體實例中,流體歧管區塊總成IB可(例如)通過閥門FMAV1而控制初級施配儲集器IC與列印噴頭IE之間的流體連通。根據本教示之自含式列印噴頭單元之各種具體實例,流體歧管區塊總成IB可(例如)通過閥門FMAV2而控制初級施配儲集器IC與大容量墨水儲集器ID之間的流體連通。對於根據本教示之自含式列印噴頭單元之各種具體實例,流體歧管區塊總成IB可(例如)通過閥門FMAV3而控制列印噴頭IE與本端廢棄物儲集器IIIA之間的流體連通。本教示之自含式列印噴頭總成之各種具體實例可具有初級施配儲集器IC以及大容量墨水儲集器ID,其各自包括複數個液位指示器;諸如,ILX、IMX及IUX。根據本教示之自含式列印噴頭單元之各種具體實例可具有用於初級施配儲集器IC以及大容量墨水儲集器ID之各種液位指示器,大容量墨水儲集器ID為用於在初級施配儲集器IC中維持墨水之恆定體積的自動化系統之部分;從而針對供應至列印噴頭IE之墨水維持恆定壓力。FIG. 1 is a schematic representation depicting some aspects of various specific examples of a self-contained printing head unit according to the teachings. FIG. 1 depicts a print head unit I according to various specific examples; regarding pneumatic input such as vacuum and inert gas; designated as external system II; and regarding fluid output such as local and external waste assembly; designated For external system III. For various specific examples of the self-contained printhead unit I, the pneumatic manifold block assembly IA may be able to provide (for example, but not limited to) primary dispensing reservoir ICs and various external sources requiring pneumatic control (such as inertness) Fluid distribution and control between gas source IIA and vacuum source IIB). In various specific examples of self-contained printhead units according to the teachings, the pneumatic manifold block assembly IA can be provided between the primary dispensing reservoir IC and various pneumatic sources (for example) through valves PMAV1 and PMAV2 control. According to various specific examples of the self-contained printing head unit I, the fluid manifold block assembly IB may be able to verify the fluid distribution and (for example, but not limited to) the primary dispensing reservoir IC and the large-capacity ink reservoir ID and control. In various specific examples of the self-contained print head unit according to the teaching, the fluid manifold block assembly IB can control the fluid between the primary dispensing reservoir IC and the print head IE (for example) through the valve FMAV1 Connected. According to various specific examples of the self-contained print head unit taught by this teaching, the fluid manifold block assembly IB can control, for example, between the primary dispensing reservoir IC and the large-capacity ink reservoir ID through the valve FMAV2 Fluid communication. For various specific examples of the self-contained printing nozzle unit according to the teaching, the fluid manifold block assembly IB can control the fluid between the printing nozzle IE and the local waste reservoir IIIA (for example) through the valve FMAV3 Connected. Various specific examples of the self-contained printhead assembly of this teaching may have a primary dispensing reservoir IC and a large-capacity ink reservoir ID, each of which includes a plurality of liquid level indicators; such as ILX, IMX, and IUX . Various specific examples of the self-contained print head unit according to this teaching may have various liquid level indicators for the primary dispensing reservoir IC and the large-capacity ink reservoir ID, the large-capacity ink reservoir ID is used for Part of an automated system that maintains a constant volume of ink in the primary dispensing reservoir IC; thereby maintaining a constant pressure for the ink supplied to the printhead IE.
對於圖1之自含式列印噴頭單元I之各種具體實例,大容量墨水供應總成ID可提供足夠墨水體積以針對整個列印程序使初級施配儲集器總成IC保持填充至經界定填充液位。如隨後將更詳細地所論述,至氣動輸入之連接(諸如,外部系統II之真空源及氣體源(諸如,惰性氣體源))以及電氣連接可使用介面總成之各種具體實例而附接至列印噴頭單元I之各種具體實例。根據本教示之列印噴頭單元總成之各種具體實例,介面總成可具有與用於針對列印噴頭單元I之各種具體實例提供電氣互連及氣動互連之快速耦接特徵配合的互補快速耦接特徵,從而准許本教示之複數個自含式列印噴頭單元(例如但不限於)在列印程序期間容易地互換進及互換出列印系統。另外,如隨後亦將論述,與外部廢棄物總成(如在外部系統III中所示)進行流體連通的本端廢棄物總成之各種具體實例提供本教示之複數個自含式列印噴頭單元在列印程序期間進出列印系統之容易互換性。For various specific examples of the self-contained printhead unit I of FIG. 1, the large-volume ink supply assembly ID can provide sufficient ink volume to keep the primary dispensing reservoir assembly IC filled to a defined level for the entire printing process Fill level. As will be discussed in more detail later, connections to pneumatic inputs (such as vacuum sources and gas sources of external systems II (such as inert gas sources)) and electrical connections can be attached to various specific examples of interface assemblies Various specific examples of the printing head unit I are printed. According to various specific examples of the print head unit assembly of this teaching, the interface assembly may have complementary and rapid coupling features that are used to provide quick coupling features for electrical and pneumatic interconnections for various specific examples of the print head unit I Coupling features to allow multiple self-contained printing head units (such as but not limited to) of this teaching to be easily swapped in and out of the printing system during the printing process. In addition, as will be discussed later, various specific examples of local waste assemblies in fluid communication with external waste assemblies (as shown in External System III) provide multiple self-contained printheads of this teaching Units are easily interchangeable in and out of the printing system during the printing process.
圖2之列印噴頭單元1000之各種具體實例可具有包括氣動歧管區塊總成60、流體歧管區塊總成80及配接器平板歧管區塊總成100之流體系統。Various specific examples of the
對於圖2之列印噴頭單元1000之各種具體實例,流體系統可包括氣動歧管區塊總成60。氣動歧管區塊總成60可包括氣動歧管區塊10,以及第一氣動歧管區塊閥門20及第二氣動歧管區塊閥門22。氣動歧管區塊閥門60可包括至氣體源(諸如,惰性氣體源)之流體互連,以及至真空源之互連,且另外包括經由氣動歧管區塊10提供之分配及控制而至初級施配儲集器總成50之流體互連。氣動歧管區塊10可具有製造於其中之通道,且可裝有通口以與各種歧管組件連通,例如但不限於,歧管、閥門、儲集器、真空源,及氣體源,諸如,惰性氣體源。For various specific examples of the
具有第一表面9及第二表面11的圖2之氣動歧管區塊10之各種具體實例可包括第一氣動歧管區塊閥門20(圖中未示)及第二氣動歧管區塊閥門22。如先前所提及,氣動歧管區塊10可裝有通口以與氣動歧管區塊總成60之各種氣動歧管組件連通,諸如但不限於,歧管、閥門、儲集器、真空源,以及氣體源,諸如但不限於,諸如惰性氣體源之氣體源。氣動歧管區塊10之各種具體實例可具有真空通口12及惰性氣體通口14,從而裝有通口以與真空源以及氣體源(諸如但不限於,惰性氣體源)連通。在列印噴頭單元1000之各種具體實例中,用於真空通口12及惰性氣體通口14之O型環密封件結合可為列印系統之部分的介面總成之設計而提供列印噴頭單元1000與列印系統之間的快速耦接氣動連接。對於列印噴頭單元1000之各種具體實例,電氣介面台板(electrical interface board)2可安裝於氣動歧管區塊10上。電氣介面台板2可包括使用(例如但不限於)彈簧式頂針耦接(pogo pin coupling)的各種類型之快速耦接電氣連接,其中電氣介面台板2可具有在電氣介面台板第一表面1上之彈簧式頂針墊4以用於自可為列印系統之部分的介面總成收納彈簧式頂針陣列,列印噴頭單元1000可為該列印系統之組件。Various specific examples of the
對於列印噴頭單元1000之各種具體實例,由以下各者提供之快速耦接特徵可提供在列印程序期間複數個自含式列印噴頭單元1000與列印系統之容易互換性:電氣介面台板2、真空通口12及惰性氣體通口14之O型環密封件、提供與介面總成之容易整合的氣動歧管區塊10,以及列印噴頭單元1000之運動安裝及空氣軸承夾持總成,此隨後將予以更詳細地論述。根據本教示,快速耦接配件可為針對規則地移動之組件而設計的任何配件,且提供組件之容易移動。因而,一般熟習此項技術者瞭解到,多種電氣耦接、氣動耦接及流體耦接中任一者可用於列印噴頭單元1000及提供互補連接性之介面總成的具體實例中,以便提供複數個自含式列印噴頭單元1000與列印系統之容易互換性。For various specific examples of the
對於圖2之列印噴頭單元1000之各種具體實例,流體系統可包括流體歧管區塊總成80。流體歧管區塊總成80可包括流體歧管區塊30,以及第一流體歧管區塊閥門44、第二流體歧管區塊閥門46及第三流體歧管區塊閥門48。流體歧管區塊總成80可包括至大容量墨水儲集器總成70之流體互連,大容量墨水儲集器總成70可經由流體歧管區塊30提供之分配及控制而與初級施配儲集器總成50進行流體連通。流體歧管區塊30可具有製造於其中之通道,且可裝有通口以與各種歧管組件連通,例如但不限於,歧管、閥門、儲集器及廢棄物總成。For various specific examples of the
具有第一表面31及第二表面33的圖2之流體歧管區塊30之各種具體實例可包括此處被展示為安裝於第一表面31上之第一流體歧管區塊閥門44、第二流體歧管區塊閥門46及第三流體歧管區塊閥門48。如先前所論述,流體歧管區塊30可裝有通口以與各種歧管組件連通,例如但不限於,閥門、儲集器、噴墨列印噴頭、廢棄物總成及歧管。流體歧管區塊30可與初級施配儲集器進行流體連通,初級施配儲集器可包括初級施配儲集器本體55、初級施配儲集器頂部(圖中未示)及初級施配儲集器基底54。初級施配儲集器之各種具體實例可具有與其相關聯之第一液位指示器162及第二液位指示器164,該等液位指示器分別界定最大填充液位及最小填充液位。對於列印噴頭單元1000之各種具體實例,流體歧管區塊30可與列印噴頭總成200進行流體連通,列印噴頭總成200又可與可為廢棄物系統之部分的排泄管43進行流體連通。根據列印噴頭單元1000之各種具體實例,排泄管43可為用於棄置墨水之廢棄物總成的部分,該廢棄物總成提供廢棄物系統與列印噴頭單元1000之無接觸整合。Various specific examples of the
如圖2所描繪,大容量墨水儲集器總成70之具體實例可包括大容量墨水儲集器本體75。在各種具體實例中,大容量墨水儲集器本體75可被覆蓋有大容量墨水儲集器頂部122,大容量墨水儲集器頂部122可貼附至第一支撐構件124。大容量墨水儲集器本體75可被罩蓋有包括通風口74及通口76之配件(圖中未示),該配件被展示為裝配有路厄配接器(luer adapter)71。路厄配接器71可提供填充大容量墨水儲集器本體75之簡易性,例如但不限於,使用注射器;手動地或用機器人,其中任何終端使用者選定墨水用於在基板上列印。大容量墨水儲集器基底78可提供底部密封,以及至流體歧管區塊30之通口連接。根據自含式列印噴頭單元1000之各種具體實例,大容量墨水儲集器總成70可與初級施配儲集器總成50進行流體連通。大容量墨水儲集器總成70可提供足夠墨水體積以針對整個列印程序使初級施配儲集器總成50保持填充至經界定填充液位。在初級施配儲集器中引起恆定體積之此持續補充從而遍及列印噴頭維持恆定噴頭壓力。在此列印程序期間,可使用複數個容易互換式自含式列印噴頭單元1000。在列印噴頭單元1000之各種具體實例中具有二級儲集器系統可幫助藉由消除至墨水供應外部列印噴頭單元1000之導管連接而提供複數個列印噴頭單元1000之容易互換性。此外,針對複數個互換式列印噴頭單元1000提供自含式墨水供應會防止含於複數個自含式列印噴頭單元1000中之各種終端使用者選定墨水的交叉污染。根據列印噴頭單元1000之各種具體實例,快速耦接導管連接可提供列印噴頭單元1000與墨水供應外部列印噴頭單元1000之容易互換性。As depicted in FIG. 2, a specific example of the large-capacity
對於圖2之列印噴頭單元1000之各種具體實例,流體系統可包括配接器平板歧管區塊總成100。配接器平板歧管區塊總成100可提供流體歧管區塊30與列印噴頭總成200之列印噴頭205之間的流體連通,以及提供安裝表面以將終端使用者選定列印噴頭總成(諸如,列印噴頭總成200)安裝至本教示之列印噴頭單元之各種具體實例。根據列印噴頭單元1000之各種具體實例,配接器歧管總成100可具有配接器歧管總成第一構件115,配接器歧管總成第一構件115可提供結構連接性以及流體歧管區塊30與配接器平板歧管區塊總成100之間的流體換向。根據列印噴頭單元1000之各種具體實例,配接器歧管總成100可具有配接器歧管總成第二構件117,配接器歧管總成第二構件117可提供結構連接性以及配接器平板歧管區塊總成100與列印噴頭總成200之間的流體換向。For various specific examples of the
在列印噴頭單元1000之各種具體實例中,配接器歧管總成第一構件115可提供用於第一導引器114及第二導引器116之安裝表面,以及提供用於一組不鏽鋼球(圖中未示)之安裝表面。第一導引器114及第二導引器116可貼附至配接器歧管總成第一構件115以在列印噴頭單元1000定位至運動安裝台總成中期間充當導引器。如隨後將更詳細地所論述,安裝於第一配接器歧管總成構件第二表面92上之一組不鏽鋼球為運動安裝總成之部分。如先前所論述,對於自含式列印噴頭單元1000之各種具體實例,電氣快速耦接組件及氣動快速耦接組件以及運動安裝組件為提供在列印程序期間複數個列印噴頭單元1000之容易互換性之組件中的一些。In various specific examples of the
圖3A至圖3C中給出列印噴頭單元1000之各種具體實例的更詳細視圖,其展示列印噴頭單元1000之上部分解圖、中部分解圖及下部分解圖。FIGS. 3A to 3C give more detailed views of various specific examples of the
圖3A描繪根據各種具體實例的列印噴頭單元1000之上部部分的分解圖,其可包括氣動歧管區塊總成60。電氣介面台板2具有在電氣介面台板第一表面1上之彈簧式頂針墊4以用於收納彈簧式頂針陣列。如先前所提及,彈簧式頂針連接可為電氣快速耦接連接,其連同利用O型環連接作為氣動快速耦接連接之對頭耦接式配合通口為在提供複數個列印噴頭單元1000之容易互換性方面的元件。另外,電氣介面台板2之第二表面3上的第一帶狀纜線連接5可用於第一帶狀纜線6之連接,第一帶狀纜線6連接至圖3C所示之列印噴頭總成第一PCB互連201。同樣地,電氣介面台板2之第二表面3上的第二帶狀纜線連接7(圖中未示)可用於第二帶狀纜線8之連接,第二帶狀纜線8連接至如圖3C所示之列印噴頭總成第二PCB互連203。FIG. 3A depicts an exploded view of the upper portion of the
氣動歧管區塊10之各種具體實例可向如以圖3A之俯視分解圖所示的列印噴頭單元1000提供對(例如但不限於)真空源以及氣體源(諸如但不限於,諸如惰性氣體源之氣體源)之互連及控制。一般熟習噴墨列印技術者可瞭解到,部分真空典型地可施加於墨水儲集器上方,以便抵消由儲集器在列印噴頭上方之位置產生的在供應至列印噴頭之墨水中之壓力。在列印噴頭單元1000之各種具體實例中,氣動歧管區塊10之第一氣動歧管區塊閥門20可既控制氣體源(諸如,惰性氣體源)與圖2之初級施配儲集器總成50之間的流體分配及控制,又控制第二氣動歧管閥門22與圖2之初級施配儲集器總成50之間的流體分配及控制。另外,氣動歧管區塊10之第二氣動歧管區塊閥門22可控制第一氣動歧管區塊閥門20與真空源之間的連通。如圖3A所示之氣動歧管區塊10之各種具體實例可裝有通口以在第二表面11上與初級施配儲集器總成50連通。如圖3A所描繪,氣動歧管區塊第三通口16可經由具有第一通口51之初級施配儲集器頂部52而與初級施配儲集器總成50進行流體連通,其中氣動歧管區塊第三通口16及初級施配儲集器第一通口51係使用O型環17予以密封。根據如圖3A所描繪之各種具體實例,氣動歧管區塊10可具有第一電氣連接台板支撐柱25及第二電氣連接台板支撐柱27,其分別用於安裝電氣介面台板2。根據列印噴頭單元1000之各種具體實例,導銷29促進列印噴頭單元1000與介面總成之附接,該介面總成隨後將予以更詳細地論述。在氣動歧管區塊10之各種具體實例中,諸如第一氣動歧管區塊閥門20及第二氣動歧管區塊閥門22之閥門可為(例如但不限於)電磁閥。對於氣動歧管區塊10之各種具體實例,第一氣動歧管區塊閥門20及第二氣動歧管區塊閥門22可在無導管連接之情況下整合至該歧管區塊上。在氣動歧管區塊10之各種具體實例中,第一氣動歧管區塊閥門20及第二氣動歧管區塊閥門22可使用導管連接而整合至該歧管區塊上。Various specific examples of the
圖3B描繪根據列印噴頭單元總成之各種具體實例的列印噴頭單元1000之中部部分的分解圖,其可包括流體歧管區塊總成80。流體歧管區塊總成80可包括流體歧管區塊30,流體歧管區塊30可裝有通口以與各種流體歧管組件一起用於流體分配及控制,諸如但不限於,初級施配儲集器總成50、大容量墨水儲集器總成70、列印噴頭總成200(圖2)及廢棄物總成,排泄管43可為廢棄物總成之組件。流體歧管區塊30之各種具體實例可具有在第一表面31上之流體歧管區塊第一通口32,及在第二表面33上之流體歧管區塊第二通口34,該等通口提供初級施配儲集器總成50與列印噴頭總成200(圖2)之間的流體連通。為了控制初級施配儲集器總成50與列印噴頭總成200之間的流體連通,流體歧管區塊30之各種具體實例可裝有通口以提供藉由第一流體歧管區塊閥門44之閥門控制,如藉由通口45所描繪。流體歧管區塊30之各種具體實例可具有在第一表面31上之流體歧管區塊第三通口36,及在第一表面31上之第四通口38,該等通口提供初級施配儲集器總成50與大容量墨水儲集器總成70之間的流體連通。為了控制初級施配儲集器總成50與大容量墨水儲集器總成70之間的流體連通,流體歧管區塊30之各種具體實例可裝有通口以提供使用第二流體歧管區塊閥門46之閥門控制,如藉由通口47所描繪。流體歧管區塊30之各種具體實例可具有在第二表面33上之流體歧管區塊第五通口41,該通口提供列印噴頭總成200(圖2)與初級施配儲集器總成50之間的流體連通以用於墨水返回,此流體歧管區塊第五通口41可與流體歧管區塊30之第二表面33上的流體歧管區塊第六通口42進行流體連通。流體歧管區塊第六通口42可與廢棄物總成進行流體連通,排泄管43可為廢棄物總成之部分,其隨後將予以更詳細地論述。為了控制列印噴頭總成200(圖2)與初級施配儲集器總成50之間的流體連通以用於至廢棄物總成之墨水返回,流體歧管區塊30之各種具體實例可裝有通口以提供使用第三流體歧管區塊閥門48之閥門控制,如藉由通口49所描繪。在流體歧管區塊30之各種具體實例中,諸如第一流體歧管區塊閥門44、第二流體歧管區塊閥門46及第三流體歧管區塊閥門48之閥門可為(例如但不限於)電磁閥。對於流體歧管區塊30之各種具體實例,第一流體歧管區塊閥門44、第二流體歧管區塊閥門46及第三流體歧管區塊閥門48可在無導管連接之情況下整合至該歧管區塊上。在流體歧管區塊30之具體實例中之各種具體實例中,第一流體歧管區塊閥門44、第二流體歧管區塊閥門46及第三流體歧管區塊閥門48可使用導管連接而整合至該歧管區塊上。FIG. 3B depicts an exploded view of the central portion of the
在如圖3B所描繪之列印噴頭單元1000之各種具體實例中,可具有流體歧管區塊30,流體歧管區塊30可包括安裝於其上之初級施配儲集器總成50。初級施配儲集器總成50可包括初級施配儲集器本體55,初級施配儲集器本體55可在一末端由初級施配儲集器頂部52密封且在另一末端由初級施配儲集器基底54密封。初級施配儲集器頂部52可具有初級施配儲集器頂部第二通口53,初級施配儲集器頂部第二通口53可與初級施配儲集器第一通口51連通,如先前所提及,初級施配儲集器第一通口51可與氣動歧管區塊10(圖3A)連通。在初級施配儲集器總成50之各種具體實例中,初級施配儲集器基底第一通口57可與初級施配儲集器基底第二通口56進行流體連通。如圖3B所描繪,O型環35在初級施配儲集器基底第二通口56與流體歧管區塊第一通口32之間形成密封。初級施配儲集器總成50之各種具體實例可具有初級施配儲集器基底第三通口59,初級施配儲集器基底第三通口59可與初級施配儲集器基底第四通口58進行流體連通。如圖3B所描繪,O型環37在初級施配儲集器基底第四通口58與流體歧管區塊第三通口36之間形成密封。In various specific examples of the
如先前所論述,流體歧管區塊30可裝有通口以在初級施配儲集器總成50與大容量墨水儲集器總成70之間提供流體分配及控制,大容量墨水儲集器總成70可具有大容量墨水儲集器總成頂部配件72。大容量墨水儲集器總成頂部配件72可包括通風口74、通口76及汲取管73,汲取管73可與通口76進行流體連通。裝配至通口76中之路厄配接器71以及汲取管73提供藉由用於在基板上列印之任何終端使用者選定墨水來填充大容量墨水儲集器總成70的簡易性。大容量墨水儲集器總成可具有基底78,基底78包括大容量墨水儲集器基底第一通口77及大容量墨水儲集器基底第二通口79。如圖3B所描繪,O型環37在大容量墨水儲集器基底第二通口79與流體歧管區塊第四通口38之間形成密封。如先前所論述,大容量墨水儲集器總成70可提供足夠墨水體積以針對整個列印程序使初級施配儲集器總成50保持填充至經界定填充液位。As previously discussed, the
如圖3B所描繪,列印噴頭單元1000之各種具體實例可具有支撐結構總成120之各種具體實例。支撐結構總成120可包括大容量墨水儲集器頂部122,該大容量墨水儲集器頂部122可貼附至第一支撐構件124,且可覆蓋大容量墨水儲集器總成70。支撐結構總成120之各種具體實例可另外包括可安裝於氣動歧管區塊10與流體歧管區塊30之間的第二支撐構件126。支撐結構總成把手128可附接至第二支撐構件126,且提供列印噴頭單元1000之手動或機器人操縱。牽引閂鎖(draw latch)127可為用於使列印噴頭單元1000與介面總成附接之附接結構的部分。As depicted in FIG. 3B, various specific examples of the
另外,用於初級施配儲集器總成50之液位指示器總成160可包括第一液位指示器托架163及第二液位指示器托架165,該等托架可貼附至托架安裝台161。托架安裝台161可安裝於氣動歧管區塊10(圖2)與流體歧管區塊30之間。對於用於初級施配儲集器總成50之列印噴頭單元1000之各種具體實例,第一液位指示器托架163可支撐第一液位指示器162,第一液位指示器162可用以判定上部填充液位。第二液位指示器托架165可支撐第二液位指示器164,第二液位指示器164可用以指示最小填充液位。在本教示之列印噴頭單元之各種具體實例中,用於初級施配儲集器總成50之液位指示器的功能可為提供經由自動化感測及控制而對流體之持續補充,以便針對初級施配儲集器總成50中提供恆定流體液位。初級施配儲集器總成50中之流體液位的控制提供被供應至列印噴頭之墨水之壓力的控制,該列印噴頭可與初級施配儲集器總成50進行流體連通。In addition, the liquid
對於圖3B之列印噴頭單元1000之各種具體實例,第一列印噴頭單元識別平板123及第二列印噴頭單元識別平板125針對各種具體實例可安裝於如圖2所示之氣動歧管區塊10上,或針對各種具體實例可安裝於如圖3B所描繪之第二支撐構件124上。第一列印噴頭單元識別平板123及第二列印噴頭單元識別平板125可被安裝於列印噴頭單元1000上之任何地方,其中該等識別平板可為終端使用者所見,或其中該等識別平板可由經調適以讀取該等識別平板之機器或機器人讀取。如先前所提及,列印噴頭單元1000之各種具體實例具有識別或辨識碼,該識別或辨識碼可實體上指示於列印噴頭單元上,以及與每一列印噴頭單元電子地相關聯。對於列印噴頭單元之各種具體實例,識別或辨識碼可使每一單元與用於每一列印噴頭單元之一組唯一操作資訊相關聯。舉例而言,但不限於,唯一操作資訊可包括當維護模組未嚙合於列印系統中時維護模組中之唯一部位、含於列印噴頭單元中之墨水調配物,及列印噴頭校準資料。此唯一操作資訊可儲存於記憶體裝置上。對於各種具體實例,記憶體裝置可為與每一列印噴頭單元一起行進之機載記憶體裝置。在各種具體實例中,第一列印噴頭單元識別平板123可具有選自使列印噴頭單元1000與(例如但不限於)墨水類型及校準資料相關聯之文字字元、數字字元及文數字字元的識別。對於各種具體實例,第二列印噴頭單元識別平板125可具有選自使列印噴頭單元1000與(例如但不限於)維護或罩蓋站中之位置相關聯之文字字元、數字字元及文數字字元的識別。在多種具體實例中,識別或辨識碼包含一或多個機器可讀碼,諸如,體現於一或多個條碼或一或多個射頻識別或RFID標籤中之一或多個識別或辨識碼。For various specific examples of the
圖3C描繪根據各種具體實例的列印噴頭單元1000之下部部分的分解圖。配接器平板歧管區塊總成100提供流體歧管區塊30與列印噴頭總成200之列印噴頭205之間的流體連通,以及提供安裝表面以將終端使用者選定列印噴頭總成(諸如,列印噴頭總成200)安裝至本教示之列印噴頭單元之各種具體實例。根據列印噴頭單元1000之各種具體實例,配接器歧管總成100可具有配接器歧管總成第一構件115,配接器歧管總成第一構件115可提供結構連接性以及流體歧管區塊30與配接器平板歧管區塊總成100之間的流體換向。根據列印噴頭單元1000之各種具體實例,配接器歧管總成100可具有配接器歧管總成第二構件117,配接器歧管總成第二構件117可提供結構連接性以及配接器平板歧管區塊總成100與列印噴頭總成200之間的流體換向。FIG. 3C depicts an exploded view of the lower portion of the
圖3C之配接器歧管總成第一構件115之各種具體實例可具有第一配接器歧管總成構件第一表面90,第一配接器歧管總成構件第一表面90提供安裝表面來安裝流體歧管區塊30,以及裝有通口以在流體歧管區塊30與第一配接器歧管總成構件第一表面90之間提供流體連通。圖3C之配接器歧管總成第一構件115之各種具體實例可具有第一配接器歧管總成構件第二表面92,配接器歧管總成第二構件117可自第一配接器歧管總成構件第二表面92下垂。配接器歧管總成第二構件117之各種具體實例可包括第一安裝表面、第二安裝表面及底部表面,以及第一通道構件95(具有通過其而製造之第一通道)及第二通道構件97(具有通過其而製造之第二通道)。Various specific examples of the
對於配接器平板歧管區塊總成100之各種具體實例,第一配接器歧管總成構件第一表面90可具有配接器平板歧管區塊總成第一通口102及配接器平板歧管區塊總成第二通口104,該等通口位於配接器歧管總成第二構件117之底部表面上。配接器平板歧管區塊總成第一通口102可通過第一通道構件95中之第一通道而與配接器平板歧管區塊總成第二通道104進行流體連通。配接器平板歧管區塊總成第二通口104可與列印噴頭205之列印噴頭入口通口(圖中未示)進行流體連通,該列印噴頭入口通口可與列印噴頭205之列印噴頭出口通口(圖中未示)進行流體連通。如圖3C所描繪,O型環101可在配接器平板歧管區塊總成第一通口102與流體歧管區塊第二通口34之間形成密封,而O型環105可在配接器平板歧管區塊總成第二通口104與列印噴頭205之列印噴頭入口通口(圖中未示)之間形成密封。在配接器平板歧管區塊總成100之各種具體實例中,列印噴頭205之列印噴頭出口通口(圖中未示)可與配接器平板歧管區塊總成第三通口106進行流體連通,配接器平板歧管區塊總成第三通口106位於配接器歧管總成第二構件117之底部表面上。根據配接器平板歧管區塊總成100之各種具體實例,配接器平板歧管區塊總成第三通口106可通過第二通道構件97中之第二通道而與配接器平板歧管區塊總成第四通口108進行流體連通。配接器平板歧管區塊總成第四通口108可與流體歧管區塊第五通口41進行流體連通。如圖3C所描繪,O型環107可在配接器平板歧管區塊總成第三通口106與列印噴頭205之列印噴頭出口通口(圖中未示)之間形成密封,而O型環109可在配接器平板歧管區塊總成第四通口108與流體歧管區塊第五通口41之間形成密封。For various specific examples of the adapter plate
如先前已參看圖3A至圖3C所論述,各種歧管總成組件可通過用O型環密封件進行密封之互補通口而耦接至歧管區塊,諸如,氣動組件,例如但不限於,真空源或氣體源(諸如,惰性氣體源)、儲集器、閥門、列印噴頭、廢棄物總成、另一歧管及其類似者。圖4A例示性地展示流體歧管區塊第一通口32及第三通口36。圖4B描繪根據各種具體實例之流體歧管區塊30的側視圖,其指示流體歧管區塊第六通口42,排泄管43可自流體歧管區塊第六通口42被貼附且使用O型環密封件予以密封。圖4C展示如圖4A所指示之橫截面圖,且描繪與流體歧管區塊第一通道110進行流體連通之流體歧管區塊第一通口32,以及與流體歧管區塊第三通道112進行流體連通之流體歧管區塊第三通口36。如圖4C所示且尤其如圖4D所示,在每一歧管組件上之通口以及在氣動歧管區塊及流體歧管區塊中每一者上之通口已經加工以接受O型環,一般熟習此項技術者可理解,該O型環提供緊密密封以從而防止流體洩漏。As previously discussed with reference to FIGS. 3A-3C, various manifold assembly components may be coupled to manifold blocks through complementary ports sealed with O-ring seals, such as pneumatic components, such as, but not limited to, Vacuum source or gas source (such as inert gas source), reservoir, valve, print head, waste assembly, another manifold, and the like. FIG. 4A exemplarily shows the
圖5之自含式列印噴頭單元1100之各種具體實例可具有相似於針對圖2之列印噴頭單元1000之各種具體實例所描述之特徵的特徵。舉例而言,但不限於,圖5之列印噴頭單元1100之各種具體實例可具有包括氣動歧管區塊總成60、模組化流體歧管區塊總成180及配接器平板歧管區塊總成100之流體系統。Various specific examples of the self-contained
圖5之自含式列印噴頭單元1100之各種具體實例可具有可包括氣動歧管區塊10之氣動歧管區塊總成60,電氣介面台板2可安裝於氣動歧管區塊10上。如先前針對圖2之列印噴頭單元1000所描述,氣動歧管區塊10可具有製造於其中之通道,且可裝有通口以與各種歧管組件連通,例如但不限於,歧管、閥門、儲集器、真空源及氣體源,諸如,惰性氣體源。電氣介面台板2可包括使用(例如但不限於)彈簧式頂針耦接的各種類型之快速耦接電氣連接。如先前針對圖2之列印噴頭單元1000所描述,由電氣介面台板2提供之快速耦接特徵以及氣動歧管區塊10之氣動介面特徵為本教示之列印噴頭單元之各種具體實例的組件中之一些,其提供列印噴頭單元之各種具體實例與介面總成的容易整合。Various specific examples of the self-contained
如圖5所描繪,列印噴頭單元1100之各種具體實例可具有大容量墨水儲集器總成170,大容量墨水儲集器總成170可與初級施配儲集器總成150進行流體連通。大容量墨水儲集器總成170可具有足以遍及列印程序之進程而提供墨水至初級施配儲集器150之連續供應的體積。對於圖5之列印噴頭單元1100之各種具體實例,墨水至初級施配儲集器總成150之連續供應可在初級施配儲集器中維持恆定體積,初級施配儲集器在列印期間可與列印噴頭總成200進行流體連通。在彼方面,列印噴頭單元之各種具體實例包括至少一液體液位指示器以用於維持針對初級施配儲集器之經界定填充液位。如圖5所描繪,用於初級施配儲集器總成150及大容量墨水儲集器總成170之液位指示器總成160可包括上部初級施配儲集器總成液位指示器162、中部初級施配儲集器總成液位指示器164、下部初級施配儲集器總成液位指示器166及大容量墨水儲集器液位指示器168。關於用於初級施配儲集器總成150之液位指示器總成160,第一液位初級施配儲集器總成指示器162可用以判定上部填充液位,中部初級施配儲集器總成液位指示器164可用以指示目標填充液位,而下部初級施配儲集器總成液位指示器166可用以判定下部填充液位。關於用於大容量墨水儲集器總成170之液位指示器總成160,大容量墨水儲集器液位指示器168可用以針對大容量墨水儲集器總成170指示目標填充液位。在本教示之列印噴頭單元之各種具體實例中,用於初級施配儲集器總成150之液位指示器總成160的功能可為提供自動化感測及控制以提供流體在初級施配儲集器總成150及大容量墨水儲集器總成170兩者中之持續補充。As depicted in FIG. 5, various specific examples of the
如圖5所描繪,列印噴頭單元1100之各種具體實例可具有支撐結構總成120之各種具體實例。支撐結構總成120可包括大容量墨水儲集器頂部122,該大容量墨水儲集器頂部122可貼附至第一支撐構件124,且可覆蓋大容量墨水儲集器總成170。支撐結構總成120之各種具體實例可另外包括第二支撐構件126,對於列印噴頭單元1100,第二支撐構件126可為可安裝於氣動歧管區塊總成60與配接器平板歧管區塊總成100之間的一組支柱。支撐結構總成把手128可附接至氣動歧管區塊10,且提供列印噴頭單元1100之手動或機器人操縱。牽引閂鎖127可為用於使列印噴頭單元1000與介面總成附接之附接結構的部分。另外,如先前針對圖2之列印噴頭單元1000之各種具體實例所論述,列印噴頭單元1100之各種具體實例可具有第一列印噴頭單元識別平板123及第二列印噴頭單元識別平板125。As depicted in FIG. 5, various specific examples of the
圖5之自含式列印噴頭單元1100之各種具體實例可具有模組化流體歧管區塊總成180,模組化流體歧管區塊總成180可包括至大容量墨水儲集器總成170之流體互連。大容量墨水儲集器總成170可經由流體歧管區塊130提供之分配及控制而與初級施配儲集器總成150進行流體連通。對於列印噴頭單元1100之各種具體實例,第一流體歧管區塊130可經由配接器平板歧管區塊總成100而與列印噴頭總成200進行流體連通。在彼方面,列印噴頭單元1100之第一流體歧管區塊130可向列印噴頭總成200提供恆定墨水供應。關於廢棄物返回,列印噴頭總成200可與配接器平板歧管區塊總成100進行流體連通,配接器平板歧管區塊總成100可與第二流體歧管區塊140進行流體連通。流體歧管區塊140可包括排泄管143。根據列印噴頭單元1100之各種具體實例,流體歧管區塊140之排泄管143可為用於棄置墨水之廢棄物總成的部分,該廢棄物總成提供廢棄物系統與列印噴頭單元1100之無接觸整合。Various specific examples of the self-contained
因而,圖5至圖10之列印噴頭單元1100之各種具體實例可利用模組化流體歧管區塊總成,模組化流體歧管區塊總成包含(例如但不限於)模組化流體歧管區塊總成180之第一流體歧管區塊130及第二流體歧管區塊140,第一流體歧管區塊130及第二流體歧管區塊140提供由流體歧管區塊總成80之流體歧管區塊30提供的等效分配及控制,如先前所描述。Therefore, various specific examples of the
圖6描繪安裝於配接器平板歧管區塊總成100上之模組化流體歧管區塊總成180之各種具體實例的部分透視圖。第一流體歧管區塊130可具有初級施配儲集器基底154來安裝初級施配儲集器總成(參見圖3B)之各種具體實例。初級施配儲集器基底154可具有初級施配儲集器基底第一通口157及初級施配儲集器基底第三通口159。初級施配儲集器基底第一通口157可與第一流體歧管區塊閥門144進行流體連通,而初級施配儲集器基底第三通口159可與第二流體歧管區塊閥門146進行流體連通。大容量墨水儲集器總成可具有大容量儲集器總成基底通道構件178,大容量儲集器總成基底通道構件178可與初級施配儲集器基底154及大容量墨水儲集器基底185進行流體連通。大容量墨水儲集器基底185可具有大容量墨水儲集器基底第一通口177。另外,大容量墨水儲集器基底185可用於安裝大容量儲集器總成(參見圖3B)之各種具體實例。第二流體歧管區塊閥門146可安裝至大容量墨水儲集器基底185之下側。第二流體歧管區塊140可具有第三流體歧管區塊閥門148,以及排泄管143。6 depicts a partial perspective view of various specific examples of the modular fluid
圖7描繪圖6之模組化流體歧管區塊總成180之各種具體實例的部分透視圖之分解圖。如先前所論述,初級施配儲集器基底154安裝初級施配儲集器總成(參見圖3B)之各種具體實例。模組化流體歧管區塊總成180之第一流體歧管區塊130可具有初級施配儲集器基底154,初級施配儲集器基底154可具有初級施配儲集器基底第一通口157及初級施配儲集器基底第三通口159。如圖7所描繪,對於模組化流體歧管區塊總成180之第一流體歧管區塊130之各種具體實例,初級施配儲集器基底第一通口157及初級施配儲集器基底第三通口159可分別與初級施配儲集器基底第二通口156及初級施配儲集器基底第四通口158進行流體連通。初級施配儲集器基底第二通口156可經由第一流體歧管區塊閥門歧管145中之流體歧管區塊總成第一通口132而與第一流體歧管區塊閥門144進行流體連通。第一流體歧管區塊閥門歧管145中之流體歧管區塊總成第一通口132可與流體歧管區塊總成第二通口134進行流體連通。流體歧管區塊總成第二通口134可經由配接器平板歧管區塊總成100而與列印噴頭進行流體連通。初級施配儲集器基底第四通口158可經由大容量儲集器總成基底通道構件178中之流體歧管區塊總成第三通口136而與大容量儲集器總成基底通道構件178進行流體連通。流體歧管區塊總成第三通口136可與流體歧管區塊總成第四通口138進行流體連通,流體歧管區塊總成第三通口136及流體歧管區塊總成第四通口138均位於大容量儲集器總成基底通道構件178中。在彼方面,大容量墨水儲集器總成基底通道構件178可與初級施配儲集器基底154及大容量墨水儲集器基底185進行流體連通。與大容量墨水儲集器基底第一通口177一起被展示之大容量墨水儲集器基底185可用於安裝大容量儲集器總成(參見圖3B)之各種具體實例。用於控制初級施配儲集器與大容量墨水儲集器之間的流體連通之第二流體歧管區塊閥門146可安裝至大容量墨水儲集器基底185之下側。模組化流體歧管區塊總成180之第二流體歧管區塊140可具有第三流體歧管區塊閥門148,第三流體歧管區塊閥門148可安裝於第二流體歧管區塊閥門歧管149上,且與流體歧管區塊總成第五通口141進行流體連通。排泄管143可插入至流體歧管區塊總成第六通口142中,流體歧管區塊總成第六通口142可與廢棄物總成進行流體連通。7 depicts an exploded view of a partial perspective view of various specific examples of the modular fluid
因此,如圖7所描繪,模組化歧管區塊總成180之各種具體實例可具有(例如但不限於)第一流體歧管區塊130及第二流體歧管區塊140,第一流體歧管區塊130及第二流體歧管區塊140提供由流體歧管區塊總成80之流體歧管區塊30提供的等效分配及控制,如先前所描述。Therefore, as depicted in FIG. 7, various specific examples of the modular
圖8A及圖8B描繪控制初級施配儲集器與列印噴頭之間的流體連通之墨水供應閥門的各種所要定向,諸如,圖5所示之第一流體歧管區塊130之第一流體歧管區塊閥門144。流體歧管區塊之各種具體實例(其中流體歧管區塊閥門之定向可如圖8A及圖8B所示而定位)可提供對通道中之流體流動的控制,使得無高點存在於閥門總成中,氣泡可截留於高點處。在彼方面,流體歧管區塊之各種具體實例(其中流體歧管區塊閥門之定向可如圖8A及圖8B所示而定位)可(例如但不限於)在用可更易於在通道中促進氣泡形成之各種墨水調配物進行列印時被使用。8A and 8B depict various desired orientations of the ink supply valve that controls fluid communication between the primary dispensing reservoir and the printhead, such as the first fluid manifold of the first
圖9描繪圖6之模組化歧管區塊總成之各種具體實例的部分透視圖之截面圖。在圖9之部分截面圖中,描繪在配接器平板歧管區塊總成100之配接器平板歧管區塊總成第一構件115之底部上的一組不鏽鋼球118。如隨後將更詳細地所論述,安裝於第一配接器歧管總成構件第二表面92上之一組不鏽鋼球為運動安裝總成之部分,該運動安裝總成提供在三維空間中列印噴頭單元1100之六自由度無應變定位。對於自含式列印噴頭單元1100之各種具體實例,電氣快速耦接組件及氣動快速耦接組件以及運動安裝組件為提供在列印程序期間複數個列印噴頭單元1100之容易互換性之組件中的一些。9 depicts a cross-sectional view of a partial perspective view of various specific examples of the modular manifold block assembly of FIG. 6. In the partial cross-sectional view of FIG. 9, a set of
在圖9中,第一流體歧管區塊130可具有第一流體歧管區塊通道192,第一流體歧管區塊通道192係與配接器平板歧管區塊總成100之配接器平板歧管區塊第一通道194進行流體連通。第一流體歧管區塊通道192可使用流體歧管區塊總成第二通口134而連接至配接器平板歧管區塊第一通道194。流體歧管區塊總成第二通口134可在第一流體歧管區塊通道192與配接器平板歧管區塊第一通道194之間提供零怠體積(zero dead volume)連接,以及提供無洩漏O型環密封件。相似地,第二流體歧管區塊140可具有第二流體歧管區塊通道196,第二流體歧管區塊通道196係與配接器平板歧管區塊總成100之配接器平板歧管區塊第二通道198進行流體連通。第二流體歧管區塊通道196可使用流體歧管區塊總成第五通口141而連接至配接器平板歧管區塊第二通道194。流體歧管區塊總成第五通口141可在第二流體歧管區塊通道196與配接器平板歧管區塊第二通道198之間提供零怠體積連接,以及提供無洩漏O型環密封件。In FIG. 9, the first
圖10中展示本教示之流體歧管總成之具體實例的特徵之各種具體實例的進一步說明,其為如圖9所描繪之大容量墨水儲集器總成170的截面。對於第一流體歧管區塊130之各種具體實例,大容量墨水儲集器總成170之大容量儲集器總成基底通道構件178可具有大容量儲集器總成基底通道184。大容量儲集器總成基底通道184可與大容量墨水儲集器基底185之大容量墨水儲集器基底通道186及初級施配儲集器基底154之初級施配儲集器基底通道182進行流體連通。流體歧管區塊總成第三通口136可在初級施配儲集器基底通道182與大容量儲集器總成基底通道184之間提供零怠體積連接,以及提供無洩漏O型環密封件。相似地,流體歧管區塊總成第四通口138可在大容量儲集器總成基底通道184與大容量墨水儲集器基底通道186之間提供零怠體積連接,以及提供無洩漏O型環密封件。A further illustration of various specific examples of the features of the specific examples of the fluid manifold assembly of the present teachings is shown in FIG. 10, which is a cross section of the large-capacity
因此,如圖9及圖10所描繪,本教示之歧管區塊總成之各種具體實例(諸如,針對圖2之列印噴頭單元1000及圖5之列印噴頭單元1100所描述的具體實例)可使用歧管區塊而提供分配及控制,該歧管區塊具有製造於其中之通道。本教示之歧管區塊總成之各種具體實例另外可具有提供(例如但不限於)各種通道之間的流體連通之複數個通口,以及提供流體控制之閥門。本教示之歧管區塊總成之各種具體實例可具有使用可提供零怠體積連接以及提供無洩漏O型環密封件之通口連接而連接的通道。另外,對於根據本教示之歧管區塊總成之各種具體實例,與歧管連通之每一組件(例如但不限於,與通口連通之歧管、閥門、儲集器、真空源、氣體源(諸如,惰性氣體源)、噴墨列印噴頭總成及其類似者)可安裝於歧管上且可使用O型環密封件予以密封,從而排除其對導管連接之使用。因而,本教示之歧管總成之各種具體實例可最小化不合乎需要的怠體積,以及藉由避免為各種導管及導管連接所共有之失效模式而增加列印噴頭單元穩健性。Therefore, as depicted in FIGS. 9 and 10, various specific examples of the manifold block assembly of the present teaching (such as the specific examples described for the
如圖11所描繪,列印噴頭單元之各種具體實例可在每一單元上具有複數個列印噴頭,例如圖11所示的列印噴頭1101、1102、1103、1104和1105。列印噴頭單元之各種具體實例可具有介於約1個至約30個之間的列印噴頭。列印噴頭(例如,工業用噴墨噴頭)可具有介於約16個至約2048個之間的噴嘴,其可排出介於約0.1 pL至約200pL之間的小滴體積。如圖11所描繪之列印噴頭單元之各種具體實例可具有安裝於共同歧管上之複數個列印噴頭。在圖12A中,列印噴頭單元1200之剖示透視圖描繪具有五個列印噴頭之列印噴頭單元,其中四個列印噴頭係可見的;列印噴頭總成200至列印噴頭總成240。圖12B描繪列印噴頭單元1200之仰視透視圖,其展示五個列印噴頭(圖12A之列印噴頭總成200至列印噴頭250)將如何朝向基板而定向。如圖12A及圖12B所描繪,列印噴頭單元1200可具有列印噴頭單元外殼1210,及列印噴頭單元底部支撐平板1220,在列印噴頭單元底部支撐平板1220上(例如但不限於)初級施配儲集器總成50及大容量墨水儲集器總成70可安裝於各種歧管區塊總成(例如但不限於,圖12A之第一流體歧管區塊總成80)上。如先前針對圖2之列印噴頭單元1000及圖5之列印噴頭單元1100所描述,列印噴頭單元1200之各種具體實例可具有結合自動化感測及控制以提供連續流體補充之大容量墨水儲集器,其可具有足以遍及列印程序之進程而提供墨水至初級施配儲集器之連續供應的體積。As depicted in FIG. 11, various specific examples of the printing head unit may have a plurality of printing heads on each unit, such as the printing heads 1101, 1102, 1103, 1104, and 1105 shown in FIG. Various specific examples of the print head unit may have between about 1 and about 30 print heads. A print head (eg, an industrial inkjet head) may have between about 16 and about 2048 nozzles, which can discharge a droplet volume between about 0.1 pL and about 200 pL. Various specific examples of the printing head unit as depicted in FIG. 11 may have a plurality of printing heads mounted on a common manifold. In FIG. 12A, a cross-sectional perspective view of the
可利用列印噴頭單元1000之各種具體實例的列印系統可包括用於支撐供進行列印之基板的基板支撐設備(諸如,夾盤或浮動台(floatation table)),及用於控制列印噴頭單元相對於基板之位置的運動系統。在列印系統之各種具體實例中,列印噴頭單元1000可安裝(例如)於多軸線運動系統之塔架或橋狀物上。對於列印系統之各種具體實例,列印噴頭單元1000可安裝(例如)於雙軸線運動系統之塔架上。列印系統之各種具體實例可具有經安裝為靜止之列印噴頭單元1000,而安裝於夾盤上之基板可相對於列印噴頭單元1000而移動。不管如何實施用於控制列印噴頭單元相對於基板之位置的運動系統,必須以如下方式來安裝及夾持自含式列印噴頭單元1000之各種具體實例:提供複數個自含式列印噴頭單元1000進出列印系統之容易互換性,以及提供在列印程序期間列印噴頭單元1000之穩定性。A printing system that can utilize various specific examples of the
圖13A至圖13C描繪根據本教示之列印噴頭單元總成之各種具體實例的安裝及夾持總成300。儘管針對圖13A至圖13C之安裝及夾持總成300所教示之原理可用於列印噴頭單元之各種具體實例,諸如,圖2之列印噴頭單元1000、圖5之列印噴頭單元1100及圖12A之列印噴頭單元1200,但一般熟習此項技術者將瞭解,出於說明之目的,安裝及夾持總成300係關於圖2之列印噴頭單元1000予以展示。13A to 13C depict installation and
在彼方面,圖13A為關於夾持總成300之分解圖的列印噴頭單元1000之分解圖。列印噴頭單元1000之各種具體實例可包括在配接器平板總成歧管100(圖3C)上之第一導引器114及第二導引器116以用於將列印噴頭單元1000導引至運動安裝台中。一般熟習此項技術者瞭解到,運動安裝台提供有效負載相對於機械系統中之固定位置的無應變高度可重複定位。安裝及夾持總成300之各種具體實例出於精密列印之目的而提供互換式列印噴頭單元1000之無應變定位。在針對列印噴頭單元1000提供高度可重複定位時,安裝及夾持總成300之各種具體實例另外經設計成以與快速耦接連接所提供之方式一致的方式來實現列印噴頭單元1000進出列印系統之整合。On the other hand, FIG. 13A is an exploded view of the
如圖13A所示,安裝及夾持總成300之各種具體實例可具有導引框架(guide frame),導引框架包括導引器310、第一導引框架320及第二導引框架330。導引框架之各種具體實例提供列印噴頭單元1000至基底平板340上之導引,而第一導引器114及第二導引器116幫助將列印噴頭單元1000嚙合及導引至導引框架中。基底平板340可具有開口342以用於將列印噴頭單元1000收納至運動安裝台上,從而允許終端使用者選定列印噴頭定位於列印系統中以用於列印。如隨後將更詳細地所論述,各種互換式基底平板340可具有開口342,開口342經定位以提供列印噴頭單元1000相對於基板之位置的各種角度。安裝及夾持總成300可具有安裝於基底平板340上之本端廢棄物容器346。本端廢棄物容器346可包括通口343以用於收納列印噴頭單元1000之排泄管43,從而提供在彼接觸點處列印噴頭單元1000至安裝及夾持總成300中之無接觸嚙合,該接觸點可為實現互換式列印噴頭單元1000進出列印系統之容易移動而不妨礙系統效能的額外設計元件。在安裝及夾持總成300之各種具體實例中可安裝於基底平板340上的本端廢棄物容器346可包括連接器344,連接器344可連接至廢棄物瓶。除了提供列印噴頭單元1000至安裝及夾持總成300中之無接觸嚙合以外,排泄管43與本端廢棄物容器346之無接觸整合的設計亦防止在列印噴頭單元1000之流體系統之退出口末端處的墨水之交叉污染。在墨水供應之輸入末端處由機載二級墨水儲集器系統提供之自含式墨水供應結合在輸出末端處本端廢棄物容器346之設計的組合針對複數個互換式列印噴頭單元1000防止墨水之交叉污染。基底平板340可具有一組三個V型槽安裝台348,如隨後將更詳細地所論述,V型槽安裝台348為提供在三維空間中列印噴頭單元1000之六自由度無應變定位以及複數個列印噴頭單元1000之容易互換性的運動安裝台之部分。對於安裝及夾持總成300之各種具體實例,基底平板340與基底平板支撐臂350嚙合,基底平板支撐臂350可貼附至列印系統中之支撐件。基底平板支撐件350可包括可附接有夾持總成之第一支撐柱352,及第二支撐柱354。As shown in FIG. 13A, various specific examples of the mounting and clamping
圖13B為安裝於安裝台總成300中之列印噴頭單元1000的俯視圖,其展示大容量墨水儲集器頂部122及與大容量墨水儲集器頂部122相對之支撐結構總成把手128。如先前所論述,基底平板340可具有開口342(圖13A)以用於將列印噴頭單元1000收納至運動安裝台上,從而允許終端使用者選定列印噴頭定位於列印系統中以用於列印。一般熟習此項技術者瞭解到,不同基底平板340(其中每一基底平板可具有以變化角度而定位之開口342)可向終端使用者提供實現匕角(saber angle)之選擇之基底平板的選擇。技術術語「匕角」可意謂諸如列印噴頭單元1000之列印噴頭裝置相對於基板上界定列印方向之特徵的定向角,此角度為自正交於列印方向之平面判定的非零數字。根據本教示之各種具體實例,可改變列印噴頭單元1000之匕角以改變可列印於基板上之每單位面積特徵的數目。在彼方面,藉由容易地改變基底平板340而容易地改變列印噴頭單元1000之匕角可有利於向終端使用者提供調整基板之每單位面積列印密度的能力。13B is a top view of the
圖13C為根據各種具體實例之列印噴頭單元1000的仰視圖,其展示安裝於第一配接器歧管總成構件第二表面92上之一組不鏽鋼球118。參看圖13A回想到,基底平板340可具有一組三個V型槽安裝台348。在配接器平面歧管區塊總成100之配接器平面歧管區塊總成第一構件115之底部上的該組不鏽鋼球118與該組V型槽安裝台348配合,從而提供在三維空間中列印噴頭單元1000之六自由度無應變定位。如先前所提及,除了針對列印噴頭單元1000提供高度可重複定位以外,安裝及夾持總成300之各種具體實例亦另外經設計成實現列印噴頭單元1000進出列印系統之整合,以便提供列印噴頭單元1000之容易移動而不妨礙系統效能。13C is a bottom view of the
圖14提供安裝及夾持總成300(圖13A)中之列印噴頭單元1000的透視圖,其展示用於將列印噴頭單元1000夾持至基底平板支撐件350中之空氣軸承總成400的位置。在圖14中可看出,空氣軸承總成400可安裝於空氣軸承支撐臂460上,空氣軸承支撐臂460可經設計成閂鎖至第二空氣軸承支撐柱354上,且同時藉由手動或機器人移動而容易地解除閂鎖,以便容易地互換複數個列印噴頭單元1000。空氣軸承總成400包括空氣軸承滾紋旋鈕(air bearing knurl knob)410來調整附接於空氣軸承軸件420上之空氣軸承滾紋旋鈕410遠側之空氣軸承圓盤430的高度。一般熟習此項技術者瞭解到,彈簧機構連接空氣軸承滾紋旋鈕410及空氣軸承圓盤430,以便提供受控夾持力。空氣軸承圓盤430包括空氣軸承氣體供應通口440,可在安裝及夾持總成300中列印噴頭單元1000之初始夾持期間自空氣軸承氣體供應通口440供應氣體,諸如但不限於,惰性氣體。在將列印噴頭單元1000安裝及夾持於安裝及夾持總成300中之各種具體實例中,在安裝及夾持總成中列印噴頭單元1000之空氣軸承夾持提供無接觸氣動夾持,從而在使列印噴頭單元1000於列印程序期間移動期間提供穩定夾持力。對於將列印噴頭單元1000安裝及夾持於安裝及夾持總成300中之各種具體實例,最初,在安裝及夾持總成300中列印噴頭單元1000之空氣軸承夾持提供無接觸夾持,從而在將列印噴頭單元1000安置於安裝及夾持總成300中期間防止列印噴頭單元1000上之任何橫向力。在已完成列印噴頭單元1000之初始安置之後,可關斷至空氣軸承圓盤430之氣體供應(諸如,惰性氣體),而彈簧機構將空氣軸承圓盤430以可控制方式安置於介面總成500之頂部表面上,從而在使列印噴頭單元1000於列印程序期間移動期間提供穩定夾持力。在彼方面,運動安裝及無應變夾持之組合提供在列印程序期間對列印噴頭單元1000之穩定定位,以及針對容易互換式列印噴頭單元1000之各種具體實例提供可重複定位。FIG. 14 provides a perspective view of the
在圖15中,根據各種具體實例之介面總成500被展示為準備好與列印噴頭單元1000嚙合。儘管針對介面總成500所教示之原理可用於列印噴頭單元之各種具體實例,諸如,圖2之列印噴頭單元1000、圖5之列印噴頭單元1100及圖12A之列印噴頭單元1200,但一般熟習此項技術者將瞭解,出於說明之目的,介面總成500係關於圖2之列印噴頭單元1000予以展示。In FIG. 15, the
介面總成500包括第一介面總成閥門510及真空連接515,以及第二介面總成閥門520及至氣體源(諸如,惰性氣體源)之連接525,以分別用於外加真空及惰性氣體壓力之控制及連接性。介面總成另外包括彈簧式頂針陣列540以用於列印噴頭單元1000與列印系統之電氣控制介面的電氣連接性。介面總成可(例如)藉由使第一介面總成鉸鏈550及第二介面總成鉸鏈552(圖中未示)滑動至第一介面總成鉸鏈槽551及第二介面總成鉸鏈槽553(圖中未示)中而容易地安裝至列印噴頭單元1000上。根據各種具體實例,介面總成500可用導銷29導引至列印噴頭單元1000上方之適當位置中。介面總成500可使用結合牽拉閂鎖唇(draw latch lip)530之牽拉閂鎖127而閂鎖至列印噴頭單元1000。當定位於適當位置中時,介面總成500使彈簧式頂針陣列540與彈簧式頂針墊4連接,且定位用於自介面總成500(圖中未示)與氣動歧管區塊10之真空通口12及惰性氣體通口14之真空及惰性氣體連接性的互補通口。對於列印噴頭單元1000及介面總成500之各種具體實例,用於自介面總成500與氣動歧管區塊10之真空通口12及惰性氣體通口14之真空及惰性氣體連接性的互補通口可使用O型環密封件予以密封。根據本教示之各種具體實例,介面總成500可容易地自列印噴頭單元1000斷開連接,且仍作為列印系統之部分。The
在圖16中,描繪罩蓋站總成600,其根據本教示之各種具體實例可為用於使根據本教示之複數個列印噴頭單元維持於可操作條件下而不用於列印系統中的維護模組。儘管針對罩蓋站總成600所教示之原理可用於列印噴頭單元之各種具體實例,諸如,圖2之列印噴頭單元1000、圖5之列印噴頭單元1100及圖12A之列印噴頭單元1200,但一般熟習此項技術者將瞭解,出於說明之目的,罩蓋站總成600係關於圖2之列印噴頭單元1000予以展示。In FIG. 16, the
根據罩蓋站總成600之各種具體實例,複數個列印噴頭單元1000中每一者(在圖16中被指示為1000-I至1000-V)可銜接至每一特定罩蓋站中,針對複數個列印噴頭單元1000-I至1000-V中每一者分別被指示為610至650。當置放於罩蓋站位置中時,每一列印噴頭單元1000可連接至位於鉸接總成上之電氣及真空連接,針對複數個列印噴頭單元1000-I至1000-V中每一者分別被指示為615至655。根據罩蓋站總成600之各種具體實例,可將電力提供至電氣及真空鉸接總成中每一者,使得至列印噴頭單元1000-I至1000-V中每一者中之每一終端使用者選定列印噴頭之每一噴嘴的週期性點火脈衝可在列印噴頭單元可被銜接時得以施加,以便確保噴嘴保持啟始且不會阻塞。在彼方面,複數個列印噴頭單元1000中每一者在罩蓋站總成600中之儲存可確保每一列印噴頭單元可容易地用作針對列印程序之互換式單元。According to various specific examples of the
可包括列印噴頭單元、安裝及夾持總成以及介面總成之列印噴頭單元總成之各種具體實例可用於列印系統之各種具體實例上。OLED噴墨列印系統可包含若干裝置及設備,該等裝置及設備允許墨水滴至基板上之特定部位上的可靠置放。此等裝置及設備可包括但不限於列印噴頭總成、墨水遞送系統、運動系統、基板裝載及卸載系統,以及列印噴頭維護系統。列印噴頭總成由至少一噴墨噴頭組成,其中至少一孔能夠以受控速率、速度及大小來噴射墨水小滴。列印噴頭可由將墨水提供至列印噴頭之墨水供應系統饋料。列印需要列印噴頭總成與基板之間的相對運動。此情形可用運動系統(典型地,塔架或分軸XYZ系統)而實現。在分軸組態之狀況下,列印噴頭總成可遍及靜止基板(塔架樣式)而移動,或列印噴頭及基板兩者可移動。在另一具體實例中,列印站可固定,且基板可相對於列印噴頭在X軸及Y軸上移動,其中Z軸運動提供於基板或列印噴頭處。隨著列印噴頭相對於基板移動,墨水小滴在正確時間噴射以沈積於基板上之所要部位中。基板可使用基板裝載及卸載系統而自印表機插入及移除。取決於印表機組態,此情形可用機械輸送機、基板浮動台或具有手端(end effector)之機器人而實現。列印噴頭維護系統可包含若干子系統,該等子系統允許此等維護任務,諸如但不限於,滴體積校準、過量墨水自列印噴頭噴嘴平板表面之消除,及用於將墨水噴射至廢棄物池中之啟始。Various specific examples of the printing head unit assembly that can include the printing head unit, mounting and clamping assembly, and interface assembly can be used in various specific examples of the printing system. The OLED inkjet printing system may include a number of devices and equipment that allow reliable placement of ink drops onto specific locations on the substrate. Such devices and equipment may include, but are not limited to, print head assemblies, ink delivery systems, motion systems, substrate loading and unloading systems, and print head maintenance systems. The print head assembly consists of at least one inkjet head, at least one hole of which can eject ink droplets at a controlled rate, speed, and size. The print head can be fed by an ink supply system that supplies ink to the print head. Printing requires the relative movement between the print head assembly and the substrate. This situation can be achieved with a kinematic system (typically, a tower or a split-axis XYZ system). In the case of split-axis configuration, the print head assembly can be moved throughout the stationary substrate (tower style), or both the print head and the substrate can be moved. In another specific example, the printing station may be fixed, and the substrate may move on the X axis and the Y axis relative to the print head, where Z-axis motion is provided at the substrate or the print head. As the printhead moves relative to the substrate, ink droplets are ejected at the correct time to deposit in the desired location on the substrate. The substrate can be inserted and removed from the printer using a substrate loading and unloading system. Depending on the printer configuration, this situation can be achieved with a mechanical conveyor, a substrate floating table, or a robot with an end effector. The printhead maintenance system may include several subsystems that allow such maintenance tasks such as, but not limited to, drop volume calibration, elimination of excess ink from the printhead nozzle plate surface, and for ejecting ink to waste The beginning in the pool of things.
圖17為OLED噴墨列印系統2000之透視圖。本教示之列印系統之各種具體實例可包含若干裝置及設備,該等裝置及設備允許墨水滴至基板(諸如,基板1058,其被展示為接近於基板浮動台1054)上之特定部位上的可靠置放。基板浮動台1054可用於基板1058之無摩擦輸送。在給出可包含OLED列印系統2000之多種組件的情況下,OLED列印系統2000之各種具體實例可具有多種佔據面積及外觀尺寸。根據OLED噴墨列印系統之各種具體實例,多種基板材料可用於基板1058,例如但不限於,多種玻璃基板材料以及多種聚合基板材料。17 is a perspective view of an OLED
舉例而言,OLED列印系統2000可包含基底1070以及橋狀物1079,橋狀物1079可支撐第一列印噴頭總成定位系統1090及第二列印噴頭總成定位系統1091。用於將第一列印噴頭總成1080定位於基板1058上方之第一列印噴頭總成定位系統1090可包括第一X軸支架1092及第一Z軸移動平板1094,第一列印噴頭總成圍封體1084可安裝至第一Z軸移動平板1094上。第二列印噴頭總成定位系統1091可經相似地組態用於控制第二列印噴頭總成1081之X-Z軸移動,且可包括第二X軸移動平板1093及第二Z軸移動平板1095,第二列印噴頭總成圍封體1085可安裝至第二Z軸移動平板1095上。如圖17中針對列印噴頭總成1080所描繪,其中以部分視圖描繪第一列印噴頭總成圍封體1084,列印噴頭總成之各種具體實例可具有安裝於其中之複數個列印噴頭裝置1082。對於列印系統2000之各種具體實例,列印噴頭總成可包括介於約1個至約60個之間的列印噴頭裝置,其中每一列印噴頭裝置可在每一列印噴頭裝置中具有介於約1個至約30個之間的列印噴頭。在給出需要持續維護之列印噴頭裝置及列印噴頭之絕對數目的情況下,可看出第一維護系統總成1250經定位以容易地接取第一列印噴頭總成1080。對於OLED列印系統2000之各種具體實例,橋狀物1079可支撐第一列印噴頭總成定位系統1090及第二定位系統1091。對於OLED列印系統2000之各種具體實例,可存在單一定位系統及單一列印噴頭總成。對於OLED列印系統2000之各種具體實例,可存在單一列印噴頭總成,例如,為第一列印噴頭總成1080及第二列印噴頭總成1081中任一者,而用於檢測基板1058之特徵的相機系統可安裝至第二定位系統。For example, the
圖18為可容納圖17之列印系統2000之氣體圍封體總成及系統2100的示意性表示。圖17為展示氣體圍封體總成及系統2100之示意圖。氣體圍封體總成及系統2100之各種具體實例可包含根據本教示之氣體圍封體總成2500、與氣體圍封體總成2500進行流體連通之氣體純化迴路2130,及至少一熱調節系統2140。另外,氣體圍封體總成及系統之各種具體實例可具有加壓惰性氣體再循環系統2169,其可供應惰性氣體來操作各種裝置,諸如,用於OLED列印系統之基板浮動台。加壓惰性氣體再循環系統2169之各種具體實例可利用壓縮機、吹風機及該兩者之組合作為惰性氣體再循環系統2169之各種具體實例的來源。另外,氣體圍封體總成及系統2100可具有在氣體圍封體總成及系統2100(圖中未示)內部之過濾及循環系統。18 is a schematic representation of a gas enclosure assembly and
如圖18所描繪,對於根據本教示之氣體圍封體總成2100之各種具體實例,氣體純化迴路2130包括自氣體圍封體總成2500至溶劑移除組件2132且接著至氣體純化系統2134之出口管線2131。由溶劑及其他反應性氣體物種(諸如,氧氣及水蒸氣)純化之惰性氣體接著通過入口管線2133而返回至氣體圍封體總成2500。氣體純化迴路2130亦可包括適當管道及連接,以及感測器,例如,氧氣、水蒸氣及溶劑蒸氣感測器。諸如風扇、吹風機或馬達及其類似者之氣體循環單元可分離地設置或整合(例如)於氣體純化系統2134中,以使氣體通過氣體純化迴路2130而循環。根據氣體圍封體總成之各種具體實例,儘管溶劑移除系統2132及氣體純化系統2134在圖17所示之示意圖中被展示為分離單元,但溶劑移除系統2132及氣體純化系統2134可被容納在一起作為單一純化單元。熱調節系統2140可包括至少一冷凍器2141,其可具有用於使冷卻劑循環至氣體圍封體總成中之流體出口管線2143,及用於使該冷卻劑返回至該冷凍器之流體入口管線2145。As depicted in FIG. 18, for various specific examples of the
對於氣體圍封體總成2100之各種具體實例,氣體源可為惰性氣體(諸如,氮氣)、稀有氣體中任一者,及其任何組合。對於氣體圍封體總成2100之各種具體實例,氣體源可為諸如清潔乾燥空氣(CDA)之氣體的來源。對於氣體圍封體總成2100之各種具體實例,氣體源可為供應惰性氣體及諸如CDA之氣體之組合的來源。氣體圍封體總成及系統2100之各種具體實例可維持各種反應性氣體物種中之每一物種的位準,該等反應性氣體物種包括各種反應性大氣氣體(諸如,水蒸氣及氧氣)以及占100 ppm或更低(例如,占10 ppm或更低、占1.0 ppm或更低,或占0.1 ppm或更低)之有機溶劑蒸氣。另外,氣體圍封體總成之各種具體實例可提供滿足ISO 14644 Class 3及Class 4無塵室標準之低粒子環境。For various specific examples of the gas
因此,如由本教示所給出,用於自含式列印噴頭單元之各種具體實例的設計特徵(包括機載流體系統、快速耦接電氣及氣動介接)結合運動安裝及空氣軸承夾持總成之各種具體實例的設計特徵以及至廢棄物總成之無接觸整合一起提供在列印程序期間的列印系統中之複數個列印噴頭單元之容易互換性,而同時防止填充複數個列印噴頭單元中每一者之複數個終端使用者選定墨水的交叉污染。Therefore, as given by this teaching, the design features of various specific examples for self-contained printhead units (including airborne fluid systems, quick coupling electrical and pneumatic interfacing) combined with motion mounting and air bearing clamping The design features of various specific examples and the non-contact integration into the waste assembly provide easy interchangeability of multiple printhead units in the printing system during the printing process, while preventing multiple printouts from being filled A plurality of end users in each of the head units select the cross contamination of ink.
雖然已結合特定具體實例而描述列印噴頭單元、安裝及夾持總成、介面總成以及工業用噴墨薄膜列印系統之各種具體實例的原理,但應清楚地理解,此等描述係僅作為實例而進行且不意欲限制本教示之範疇。本文已揭示之內容已出於說明及描述之目的而提供。其不意欲為窮盡性的或將所揭示內容限於所描述之精確形式。許多修改及變化對於熟習此項技術者而言將顯而易見。所揭示內容經選擇及描述以便最好地解釋所描述技術之所揭示具體實例的原理及實務應用,從而使其他熟習此項技術者能夠理解適合於所預期之特定使用的各種具體實例及各種修改。所揭示內容之範疇意欲由以下申請專利範圍及其等效者界定。Although the principles of various specific examples of printing head units, mounting and clamping assemblies, interface assemblies, and industrial inkjet film printing systems have been described in conjunction with specific specific examples, it should be clearly understood that these descriptions are only It is carried out as an example and is not intended to limit the scope of this teaching. What has been disclosed in this article has been provided for illustration and description. It is not intended to be exhaustive or to limit the disclosure to the precise form described. Many modifications and changes will be obvious to those skilled in the art. The disclosure is selected and described in order to best explain the principles and practical applications of the disclosed specific examples of the described technology, so that others skilled in the art can understand various specific examples and various modifications suitable for the specific use expected . The scope of the content disclosed is intended to be defined by the following patent application scope and its equivalents.
1:電氣介面台板第一表面 2:電氣介面台板 3:第二表面 4:彈簧式頂針墊 5:第一帶狀纜線連接 6:第一帶狀纜線 7:第二帶狀纜線連接 8:第二帶狀纜線 9:第一表面 10:氣動歧管區塊 11:第二表面 12:真空通口 14:惰性氣體通口 16:氣動歧管區塊第三通口 17:O型環 20:第一氣動歧管區塊閥門 22:第二氣動歧管區塊閥門 25:第一電氣連接台板支撐柱 27:第二電氣連接台板支撐柱 29:導銷 30:流體歧管區塊 31:第一表面 32:流體歧管區塊第一通口 33:第二表面 34:流體歧管區塊第二通口 35:O型環 36:流體歧管區塊第三通口 37:O型環 38:流體歧管區塊第四通口 41:流體歧管區塊第五通口 42:流體歧管區塊第六通口 43:排泄管 44:第一流體歧管區塊閥門 45:通口 46:第二流體歧管區塊閥門 47:通口 48:第三流體歧管區塊閥門 49:通口 50:初級施配儲集器總成 51:初級施配儲集器第一通口 52:初級施配儲集器頂部 53:初級施配儲集器頂部第二通口 54:初級施配儲集器基底 55:初級施配儲集器本體 56:初級施配儲集器基底第二通口 57:初級施配儲集器基底第一通口 58:初級施配儲集器基底第四通口 59:初級施配儲集器基底第三通口 60:氣動歧管區塊總成 70:大容量墨水儲集器總成 71:路厄配接器 72:大容量墨水儲集器總成頂部配件 73:汲取管 74:通風口 75:大容量墨水儲集器本體 76:通口 77:大容量墨水儲集器基底第一通口 78:大容量墨水儲集器基底 79:大容量墨水儲集器基底第二通口 80:流體歧管區塊總成 90:第一配接器歧管總成構件第一表面 92:第一配接器歧管總成構件第二表面 95:第一通道構件 97:第二通道構件 100:配接器平板歧管區塊總成 101:O型環 102:配接器平板歧管區塊總成第一通口 104:配接器平板歧管區塊總成第二通口 105:O型環 106:配接器平板歧管區塊總成第三通口 107:O型環 108:配接器平板歧管區塊總成第四通口 109:O型環 110:流體歧管區塊第一通道 112:流體歧管區塊第三通道 114:第一導引器 115:配接器歧管總成第一構件 116:第二導引器 117:配接器歧管總成第二構件 118:不鏽鋼球 120:支撐結構總成 122:大容量墨水儲集器頂部 123:第一列印噴頭單元識別平板 124:第一支撐構件 125:第二列印噴頭單元識別平板 126:第二支撐構件 127:牽引閂鎖 128:支撐結構總成把手 130:第一流體歧管區塊 132:流體歧管區塊總成第一通口 134:流體歧管區塊總成第二通口 136:流體歧管區塊總成第三通口 138:流體歧管區塊總成第四通口 140:第二流體歧管區塊 141:流體歧管區塊總成第五通口 142:流體歧管區塊總成第六通口 143:排泄管 144:第一流體歧管區塊閥門 145:第一流體歧管區塊閥門歧管 146:第二流體歧管區塊閥門 148:第三流體歧管區塊閥門 149:第二流體歧管區塊閥門歧管 150:初級施配儲集器總成 154:初級施配儲集器基底 156:初級施配儲集器基底第二通口 157:初級施配儲集器基底第一通口 158:初級施配儲集器基底第四通口 159:初級施配儲集器基底第三通口 160:液位指示器總成 162:第一液位指示器/上部初級施配儲集器總成液位指示器 163:第一液位指示器托架 164:第二液位指示器/中部初級施配儲集器總成液位指示器 165:第二液位指示器托架 166:下部初級施配儲集器總成液位指示器 168:大容量墨水儲集器液位指示器 170:大容量墨水儲集器總成 177:大容量墨水儲集器基底第一通口 178:大容量儲集器總成基底通道構件 180:模組化流體歧管區塊總成 182:初級施配儲集器基底通道 184:大容量儲集器總成基底通道 185:大容量墨水儲集器基底 186:大容量墨水儲集器基底通道 192:第一流體歧管區塊通道 194:配接器平板歧管區塊第一通道 196:第二流體歧管區塊通道 198:配接器平板歧管區塊第二通道 200:列印噴頭總成 201:列印噴頭總成第一PCB互連 203:列印噴頭總成第二PCB互連 205:列印噴頭 210:列印噴頭總成/列印噴頭 220:列印噴頭總成/列印噴頭 230:列印噴頭總成/列印噴頭 240:列印噴頭總成/列印噴頭 250:列印噴頭 300:安裝及夾持總成 310:導引器 320:第一導引框架 330:第二導引框架 340:基底平板 342:開口 343:通口 344:連接器 346:本端廢棄物容器 348:V型槽安裝台 350:基底平板支撐臂 352:第一支撐柱 354:第二支撐柱 400:空氣軸承總成 410:空氣軸承滾紋旋鈕 420:空氣軸承軸件 430:空氣軸承圓盤 440:空氣軸承氣體供應通口 460:空氣軸承支撐臂 500:介面總成 510:第一介面總成閥門 515:真空連接 520:第二介面總成閥門 525:至氣體源(諸如,惰性氣體源)之連接 530:牽拉閂鎖唇 540:彈簧式頂針陣列 550:第一介面總成鉸鏈 551:第一介面總成鉸鏈槽 552:第二介面總成鉸鏈 553:第二介面總成鉸鏈槽 600:罩蓋站總成 610:罩蓋站 615:電氣及真空連接 620:罩蓋站 625:電氣及真空連接 630:罩蓋站 635:電氣及真空連接 640:罩蓋站 645:電氣及真空連接 650:罩蓋站 655:電氣及真空連接 1000:列印噴頭單元 1000-I:列印噴頭單元 1000-II:列印噴頭單元 1000-III:列印噴頭單元 1000-IV:列印噴頭單元 1000-V:列印噴頭單元 1054:基板浮動台 1058:基板 1070:基底 1079:橋狀物 1080:第一列印噴頭總成 1081:第二列印噴頭總成 1082:複數個列印噴頭裝置 1084:第一列印噴頭總成圍封體 1085:第二列印噴頭總成圍封體 1090:第一列印噴頭總成定位系統 1091:第二列印噴頭總成定位系統 1092:第一X軸支架 1093:第二X軸移動平板 1094:第一Z軸移動平板 1095:第二Z軸移動平板 1200:列印噴頭單元 1210:列印噴頭單元外殼 1220:列印噴頭單元底部支撐平板 1250:第一維護系統總成 2000:OLED噴墨列印系統 2100:氣體圍封體總成及系統 2130:氣體純化迴路 2131:出口管線 2132:溶劑移除組件 2133:入口管線 2134:氣體純化系統 2140:熱調節系統 2141:冷凍器 2143:流體出口管線 2145:流體入口管線 2169:加壓惰性氣體再循環系統 2500:氣體圍封體總成 FMAV1:閥門 FMAV2:閥門 FMAV3:閥門 I:自含式列印噴頭單元 IA:氣動歧管區塊總成 IB:流體歧管區塊總成 IC:初級施配儲集器 ID:大容量墨水儲集器 IE:列印噴頭 II:外部系統 IIA:惰性氣體源 IIB:真空源 III:外部系統 IIIA:本端廢棄物儲集器 ILx:液位指示器 IMx:液位指示器 IUx:液位指示器 PMAV1:閥門 PMAV2:閥門1: The first surface of the electrical interface platen 2: Electrical interface table 3: second surface 4: Spring type thimble pad 5: The first ribbon cable connection 6: First ribbon cable 7: Second ribbon cable connection 8: second ribbon cable 9: The first surface 10: Pneumatic manifold block 11: Second surface 12: Vacuum port 14: Inert gas port 16: The third port of the pneumatic manifold block 17: O-ring 20: The first pneumatic manifold block valve 22: Second pneumatic manifold block valve 25: First electrical connection table support column 27: Second electrical connection table support column 29: Guide pin 30: Fluid manifold block 31: The first surface 32: The first port of the fluid manifold block 33: Second surface 34: Second port of fluid manifold block 35: O-ring 36: Third port of fluid manifold block 37: O-ring 38: The fourth port of the fluid manifold block 41: Fifth port of fluid manifold block 42: Sixth port of fluid manifold block 43: Drain pipe 44: First fluid manifold block valve 45: port 46: Second fluid manifold block valve 47: port 48: third fluid manifold block valve 49: port 50: Primary dispensing reservoir assembly 51: The first port of the primary dispensing reservoir 52: Top of primary dispensing reservoir 53: The second port on the top of the primary dispensing reservoir 54: Primary dispensing reservoir base 55: Primary dispensing reservoir body 56: Second port of primary dispensing reservoir base 57: First port of primary dispensing reservoir base 58: Fourth port of primary dispensing reservoir base 59: The third port of the base of the primary dispensing reservoir 60: pneumatic manifold block assembly 70: Large-capacity ink reservoir assembly 71: Luer adapter 72: High-capacity ink reservoir assembly top accessory 73: dip tube 74: vent 75: Large-capacity ink reservoir body 76: port 77: The first port of the base of the large-capacity ink reservoir 78: Large-capacity ink reservoir base 79: Large-capacity ink reservoir base second port 80: fluid manifold block assembly 90: the first surface of the first adapter manifold assembly member 92: Second surface of the first adapter manifold assembly member 95: The first channel component 97: Second channel component 100: adapter flat manifold block assembly 101: O-ring 102: First port of adapter plate manifold block assembly 104: Second port of adapter plate manifold block assembly 105: O-ring 106: Third port of adapter plate manifold block assembly 107: O-ring 108: Fourth port of adapter plate manifold block assembly 109: O-ring 110: the first channel of the fluid manifold block 112: Third channel of fluid manifold block 114: The first introducer 115: the first component of the adapter manifold assembly 116: Second Introducer 117: Second member of adapter manifold assembly 118: Stainless steel ball 120: Support structure assembly 122: Top of high-capacity ink reservoir 123: The first print head unit recognizes the flatbed 124: first support member 125: The second printing head unit recognizes the flatbed 126: Second support member 127: Traction latch 128: Support structure assembly handle 130: First fluid manifold block 132: First port of fluid manifold block assembly 134: Second port of fluid manifold block assembly 136: Third port of fluid manifold block assembly 138: Fourth port of fluid manifold block assembly 140: Second fluid manifold block 141: Fifth port of fluid manifold block assembly 142: Sixth port of fluid manifold block assembly 143: Drain pipe 144: First fluid manifold block valve 145: Valve manifold of the first fluid manifold block 146: Second fluid manifold block valve 148: Third fluid manifold block valve 149: Second fluid manifold block valve manifold 150: Primary dispensing reservoir assembly 154: Primary dispensing reservoir base 156: Primary dispensing reservoir base second port 157: First port of primary dispensing reservoir base 158: Fourth port of primary dispensing reservoir base 159: Third port of primary dispensing reservoir base 160: Liquid level indicator assembly 162: First liquid level indicator/upper primary dispensing reservoir assembly liquid level indicator 163: First level indicator bracket 164: Second liquid level indicator/middle primary dispensing reservoir assembly liquid level indicator 165: Second level indicator bracket 166: Lower primary dispensing reservoir assembly liquid level indicator 168: Large capacity ink reservoir level indicator 170: Large-capacity ink reservoir assembly 177: Large-capacity ink reservoir base first port 178: Large capacity reservoir assembly base channel member 180: Modular fluid manifold block assembly 182: Primary dispensing reservoir base channel 184: Large capacity reservoir assembly base channel 185: Large-capacity ink reservoir base 186: Large capacity ink reservoir base channel 192: First fluid manifold block channel 194: First channel of adapter plate manifold block 196: Second fluid manifold block channel 198: Second channel of adapter plate manifold block 200: print head assembly 201: First PCB interconnection of print head assembly 203: Print head assembly second PCB interconnection 205: print head 210: print head assembly/print head 220: print head assembly/print head 230: print head assembly/print head 240: print head assembly/print head 250: print head 300: Installation and clamping assembly 310: Introducer 320: First guidance frame 330: Second guide frame 340: base plate 342: opening 343: port 344: connector 346: Local waste container 348: V-groove mounting table 350: base plate support arm 352: the first support column 354: second support column 400: air bearing assembly 410: Air bearing knurled knob 420: Air bearing shaft 430: Air bearing disc 440: Air bearing gas supply port 460: Air bearing support arm 500: interface assembly 510: the first interface assembly valve 515: Vacuum connection 520: Second interface assembly valve 525: Connection to gas source (such as inert gas source) 530: Pull the latch lip 540: Spring-loaded thimble array 550: hinge of the first interface assembly 551: hinge groove of the first interface assembly 552: Second interface assembly hinge 553: Hinge groove of the second interface assembly 600: Cover station assembly 610: Cover station 615: Electrical and vacuum connections 620: Cover station 625: Electrical and vacuum connections 630: Cover station 635: Electrical and vacuum connections 640: Cover station 645: Electrical and vacuum connections 650: Cover station 655: Electrical and vacuum connections 1000: print head unit 1000-I: print head unit 1000-II: print head unit 1000-III: print head unit 1000-IV: print head unit 1000-V: print head unit 1054: substrate floating table 1058: Substrate 1070: Base 1079: Bridge 1080: First print head assembly 1081: Second print head assembly 1082: plural printing nozzle device 1084: The first printing nozzle assembly enclosure 1085: Second printing nozzle assembly enclosure 1090: The first printing nozzle assembly positioning system 1091: Positioning system for the second print head assembly 1092: First X-axis bracket 1093: Second X-axis mobile tablet 1094: The first Z-axis mobile tablet 1095: Second Z-axis mobile tablet 1200: Print head unit 1210: Print head unit housing 1220: Print support unit bottom support plate 1250: The first maintenance system assembly 2000: OLED inkjet printing system 2100: Gas enclosure assembly and system 2130: Gas purification circuit 2131: outlet pipeline 2132: Solvent removal assembly 2133: Inlet pipeline 2134: Gas purification system 2140: Thermal regulation system 2141: Freezer 2143: Fluid outlet line 2145: Fluid inlet line 2169: Pressurized inert gas recirculation system 2500: Gas enclosure body assembly FMAV1: Valve FMAV2: Valve FMAV3: Valve I: Self-contained print head unit IA: pneumatic manifold block assembly IB: fluid manifold block assembly IC: Primary dispensing reservoir ID: Large-capacity ink reservoir IE: print head II: External system IIA: Inert gas source IIB: vacuum source III: External system IIIA: Local waste storage ILx: level indicator IMx: level indicator IUx: level indicator PMAV1: Valve PMAV2: Valve
[圖1]為根據本教示之列印噴頭單元之各種具體實例的列印噴頭單元之方塊圖,其描繪關聯氣動控制及廢棄物總成。 [圖2]為根據本教示之列印噴頭單元之各種具體實例的列印噴頭單元之透視圖。 [圖3A至圖3C]為根據本教示之列印噴頭單元之各種具體實例的列印噴頭單元之分解圖。 [圖4A至圖4D]描繪根據本教示之列印噴頭單元之各種具體實例的流體歧管區塊之各種視圖。 [圖5]為根據本教示之列印噴頭單元之各種具體實例的列印噴頭單元之透視圖。 [圖6]為根據本教示之列印噴頭單元之各種歧管總成的透視圖。 [圖7]為根據本教示之列印噴頭單元之各種具體實例的各種歧管總成之分解透視圖。 [圖8]為根據本教示之列印噴頭單元之各種具體實例的用於防止氣泡截留於墨水遞送管線中之流體設計的示意圖。 [圖9]為根據本教示之列印噴頭單元之各種具體實例的各種歧管總成之截面圖。 [圖10]為根據本教示之列印噴頭單元之各種具體實例的墨水歧管總成之擴大截面圖。 [圖11]為包括複數個列印噴頭之列印噴頭總成的示意性表示。 [圖12A及圖12B]為描繪包括複數個列印噴頭之列印噴頭總成的透視圖。 [圖13A]為根據各種具體實例之列印噴頭總成及安裝台總成的分解圖。圖13B為根據各種具體實例之安裝於安裝台總成中之列印噴頭單元的俯視圖。圖13C為根據各種具體實例之列印噴頭總成的仰視圖。 [圖14]為根據各種具體實例之安裝及夾持於安裝台總成中之列印噴頭單元的透視圖。 [圖15]為根據各種具體實例之噴墨列印系統之介面總成的透視圖,其描繪至列印噴頭單元之附接。 [圖16]為根據各種具體實例之列印噴頭單元罩蓋站的透視圖。 [圖17]為根據本教示之列印噴頭單元之各種具體實例的可利用各種列印噴頭單元之列印系統的透視圖。 [圖18]為根據本教示之列印噴頭單元之各種具體實例的可容納可利用各種列印噴頭單元之列印系統之氣體圍封體總成及系統的示意性表示。[FIG. 1] is a block diagram of a print head unit according to various specific examples of the print head unit according to the teachings, which depicts associated pneumatic control and waste assembly. [FIG. 2] A perspective view of a print head unit according to various specific examples of the print head unit according to the teaching. [FIG. 3A to FIG. 3C] are exploded views of the printing head unit according to various specific examples of the printing head unit of the present teachings. [FIGS. 4A to 4D] Various views depicting fluid manifold blocks according to various specific examples of printing head units according to the present teachings. 5 is a perspective view of a print head unit according to various specific examples of the print head unit according to the teaching. [Fig. 6] is a perspective view of various manifold assemblies of a printing head unit according to the teaching. 7 is an exploded perspective view of various manifold assemblies according to various specific examples of the printing head unit according to the teaching. 8 is a schematic diagram of a fluid design for preventing air bubbles from being trapped in the ink delivery line according to various specific examples of the printing head unit according to the teaching. 9 is a cross-sectional view of various manifold assemblies according to various specific examples of the printing head unit according to the teaching. [FIG. 10] An enlarged cross-sectional view of an ink manifold assembly according to various specific examples of a printing head unit according to the teaching. [Fig. 11] A schematic representation of a print head assembly including a plurality of print heads. [FIGS. 12A and 12B] A perspective view depicting a printing head assembly including a plurality of printing heads. [Fig. 13A] is an exploded view of the printing head assembly and the mounting table assembly according to various specific examples. FIG. 13B is a top view of the printing head unit installed in the mounting table assembly according to various specific examples. 13C is a bottom view of the printing head assembly according to various specific examples. [Fig. 14] A perspective view of a printing head unit installed and clamped in an installation table assembly according to various specific examples. [Fig. 15] is a perspective view of an interface assembly of an inkjet printing system according to various specific examples, which depicts attachment to a printing head unit. [Fig. 16] A perspective view of a printing head unit cover station according to various specific examples. 17 is a perspective view of a printing system that can utilize various printing head units according to various specific examples of the printing head unit of the present teachings. 18 is a schematic representation of a gas enclosure assembly and system that can accommodate a printing system that can utilize various printing head units according to various specific examples of printing head units of the present teachings.
1:電氣介面台板第一表面 1: The first surface of the electrical interface platen
2:電氣介面台板 2: Electrical interface table
3:第二表面 3: second surface
4:彈簧式頂針墊 4: Spring type thimble pad
6:第一帶狀纜線 6: First ribbon cable
10:氣動歧管區塊 10: Pneumatic manifold block
12:真空通口 12: Vacuum port
14:惰性氣體通口 14: Inert gas port
22:第二氣動歧管區塊閥門 22: Second pneumatic manifold block valve
29:導銷 29: Guide pin
30:流體歧管區塊 30: Fluid manifold block
31:第一表面 31: The first surface
33:第二表面 33: Second surface
43:排泄管 43: Drain pipe
44:第一流體歧管區塊閥門 44: First fluid manifold block valve
46:第二流體歧管區塊閥門 46: Second fluid manifold block valve
48:第三流體歧管區塊閥門 48: third fluid manifold block valve
50:初級施配儲集器總成 50: Primary dispensing reservoir assembly
55:初級施配儲集器本體 55: Primary dispensing reservoir body
56:初級施配儲集器基底第二通口 56: Second port of primary dispensing reservoir base
60:氣動歧管區塊總成 60: pneumatic manifold block assembly
71:路厄配接器 71: Luer adapter
74:通風口 74: vent
75:大容量墨水儲集器本體 75: Large-capacity ink reservoir body
76:通口 76: port
77:大容量墨水儲集器基底第一通口 77: The first port of the base of the large-capacity ink reservoir
78:大容量墨水儲集器基底 78: Large-capacity ink reservoir base
80:流體歧管區塊總成 80: fluid manifold block assembly
100:配接器平板歧管區塊總成 100: adapter flat manifold block assembly
101:O型環 101: O-ring
114:第一導引器 114: The first introducer
116:第二導引器 116: Second Introducer
122:大容量墨水儲集器頂部 122: Top of high-capacity ink reservoir
123:第一列印噴頭單元識別平板 123: The first print head unit recognizes the flatbed
124:第一支撐構件 124: first support member
125:第二列印噴頭單元識別平板 125: The second printing head unit recognizes the flatbed
126:第二支撐構件 126: Second support member
127:牽引閂鎖 127: Traction latch
128:支撐結構總成把手 128: Support structure assembly handle
162:第一液位指示器/上部初級施配儲集器總成液位指示器 162: First liquid level indicator/upper primary dispensing reservoir assembly liquid level indicator
163:第一液位指示器托架 163: First level indicator bracket
165:第二液位指示器托架 165: Second level indicator bracket
200:列印噴頭總成 200: print head assembly
1000:列印噴頭單元 1000: print head unit
Claims (28)
Applications Claiming Priority (8)
Application Number | Priority Date | Filing Date | Title |
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US201261646159P | 2012-05-11 | 2012-05-11 | |
US61/646,159 | 2012-05-11 | ||
US201261697479P | 2012-09-06 | 2012-09-06 | |
US61/697,479 | 2012-09-06 | ||
WOPCT/US13/32451 | 2013-03-15 | ||
PCT/US2013/032451 WO2013158310A2 (en) | 2012-04-17 | 2013-03-15 | Printhead unit assembly for use with an inkjet printing system |
US13/839,993 | 2013-03-15 | ||
US13/839,993 US8714719B2 (en) | 2012-04-17 | 2013-03-15 | Printhead unit assembly for use with an inkjet printing system |
Publications (1)
Publication Number | Publication Date |
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TW202017760A true TW202017760A (en) | 2020-05-16 |
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ID=49700287
Family Applications (5)
Application Number | Title | Priority Date | Filing Date |
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TW106144596A TWI667148B (en) | 2012-05-11 | 2013-04-24 | Printing system, modular printhead unit for use in printing system, and related method of fabricating a layer of an electronic product on a substrate |
TW102114556A TWI540056B (en) | 2012-05-11 | 2013-04-24 | Printhead unit assembly for use with an inkjet printing system |
TW108114720A TWI687324B (en) | 2012-05-11 | 2013-04-24 | A printing system |
TW105115723A TWI613098B (en) | 2012-05-11 | 2013-04-24 | Printhead unit assembly for use with an inkjet printing system |
TW109103350A TW202017760A (en) | 2012-05-11 | 2013-04-24 | A printing system |
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TW106144596A TWI667148B (en) | 2012-05-11 | 2013-04-24 | Printing system, modular printhead unit for use in printing system, and related method of fabricating a layer of an electronic product on a substrate |
TW102114556A TWI540056B (en) | 2012-05-11 | 2013-04-24 | Printhead unit assembly for use with an inkjet printing system |
TW108114720A TWI687324B (en) | 2012-05-11 | 2013-04-24 | A printing system |
TW105115723A TWI613098B (en) | 2012-05-11 | 2013-04-24 | Printhead unit assembly for use with an inkjet printing system |
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TW (5) | TWI667148B (en) |
Families Citing this family (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2015195493A1 (en) * | 2014-06-17 | 2015-12-23 | Kateeva, Inc. | Printing systems assemblies and methods |
EP3328650A4 (en) | 2015-07-31 | 2019-03-27 | Kateeva, Inc. | Ink delivery systems and methods |
CN109049976B (en) * | 2018-09-03 | 2023-09-08 | 杭州一码云科技有限公司 | Ultra-high-speed code-spraying printing system |
CN112721456B (en) * | 2020-12-25 | 2022-03-11 | 镭德杰标识科技武汉有限公司 | Ink supply system |
Family Cites Families (18)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4872027A (en) * | 1987-11-03 | 1989-10-03 | Hewlett-Packard Company | Printer having identifiable interchangeable heads |
US6305786B1 (en) * | 1994-02-23 | 2001-10-23 | Hewlett-Packard Company | Unit print head assembly for an ink-jet printer |
US6188417B1 (en) * | 1994-10-31 | 2001-02-13 | Hewlett-Packard Company | Fluidic adapter for use with an inkjet print cartridge having an internal pressure regulator |
US5786829A (en) * | 1996-07-01 | 1998-07-28 | Xerox Corporation | Apparatus and method for cleaning an ink flow path of an ink jet printhead |
US6290343B1 (en) * | 1996-07-15 | 2001-09-18 | Hewlett-Packard Company | Monitoring and controlling ink pressurization in a modular ink delivery system for an inkjet printer |
US5808643A (en) * | 1997-06-30 | 1998-09-15 | Xerox Corporation | Air removal means for ink jet printers |
US7578582B2 (en) * | 1997-07-15 | 2009-08-25 | Silverbrook Research Pty Ltd | Inkjet nozzle chamber holding two fluids |
US7410243B2 (en) * | 1997-07-15 | 2008-08-12 | Silverbrook Research Pty Ltd | Inkjet nozzle with resiliently biased ejection actuator |
US6123410A (en) * | 1997-10-28 | 2000-09-26 | Hewlett-Packard Company | Scalable wide-array inkjet printhead and method for fabricating same |
US6935023B2 (en) * | 2000-03-08 | 2005-08-30 | Hewlett-Packard Development Company, L.P. | Method of forming electrical connection for fluid ejection device |
DE60143456D1 (en) * | 2000-08-09 | 2010-12-23 | Sony Corp | Printhead, process for its manufacture and printer |
US6478415B2 (en) * | 2001-03-21 | 2002-11-12 | Hewlett-Packard Company | Rejuvenation station and printer cartridge therefore |
JP4066661B2 (en) * | 2002-01-23 | 2008-03-26 | セイコーエプソン株式会社 | Organic EL device manufacturing apparatus and droplet discharge apparatus |
JP3925257B2 (en) * | 2002-03-15 | 2007-06-06 | セイコーエプソン株式会社 | Connection line penetrating structure in airtight chamber, discharge device including the same, liquid crystal display device manufacturing method, organic EL device manufacturing method, electron emission device manufacturing method, PDP device manufacturing method, electrophoretic display device manufacturing Method, color filter manufacturing method, organic EL manufacturing method, spacer forming method, metal wiring forming method, lens forming method, resist forming method, and light diffuser forming method |
JP3928593B2 (en) * | 2003-06-30 | 2007-06-13 | ブラザー工業株式会社 | Inkjet head |
CA2697385C (en) * | 2007-10-16 | 2011-12-20 | Silverbrook Research Pty Ltd | Inkjet printer with selectively isolatable pump |
US8585179B2 (en) * | 2008-03-28 | 2013-11-19 | Eastman Kodak Company | Fluid flow in microfluidic devices |
US20110279604A1 (en) * | 2010-05-17 | 2011-11-17 | Silverbrook Research Pty Ltd | System for flushing printhead and printhead bypass |
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- 2013-04-24 TW TW105115723A patent/TWI613098B/en active
- 2013-04-24 TW TW109103350A patent/TW202017760A/en unknown
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TW201930096A (en) | 2019-08-01 |
TWI687324B (en) | 2020-03-11 |
TW201404615A (en) | 2014-02-01 |
TW201808663A (en) | 2018-03-16 |
TWI540056B (en) | 2016-07-01 |
TW201630755A (en) | 2016-09-01 |
TWI667148B (en) | 2019-08-01 |
CN105346251A (en) | 2016-02-24 |
TWI613098B (en) | 2018-02-01 |
CN105346251B (en) | 2017-07-18 |
CN203331590U (en) | 2013-12-11 |
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