摘要:
The invention relates to a laser working method by using a laser light source (31) and a shaping optical system (35a) for shaping a laser beam (32) emitted from the laser light source (31). Further an illumination optical system (35a) is used for illuminating a laser mask (37) having a fine (10) and a less fine (14) pattern corresponding to a working shape of a work (38) to be treated in the laser working method; and a projection optical system (35b) allows formation of an image of the laser mask (37) at a predetermined magnification. According to the invention, an observation measuring system (36) is used, which is arranged behind the work (38) with respect to the laser light source (31) for observing and measuring the position of the work (38) set on a workstation (38), and a moving means (34c) is used for operating the workstation (38a) in accordance with the measured position. Then, the laser source (31) for works the shape of the work (38) sequentially from the shape of the fine mask pattern (10) to the less fine mask pattern (14). This method is particularly suitable for use in the production of ink jet recording heads.
摘要:
The invention relates to a laser working method by using a laser light source (31) and a shaping optical system (35a) for shaping a laser beam (32) emitted from the laser light source (31). Further an illumination optical system (35a) is used for illuminating a laser mask (37) having a fine (10) and a less fine (14) pattern corresponding to a working shape of a work (38) to be treated in the laser working method; and a projection optical system (35b) allows formation of an image of the laser mask (37) at a predetermined magnification. According to the invention, an observation measuring system (36) is used, which is arranged behind the work (38) with respect to the laser light source (31) for observing and measuring the position of the work (38) set on a workstation (38), and a moving means (34c) is used for operating the workstation (38a) in accordance with the measured position. Then, the laser source (31) for works the shape of the work (38) sequentially from the shape of the fine mask pattern (10) to the less fine mask pattern (14). This method is particularly suitable for use in the production of ink jet recording heads.
摘要:
A liquid discharge recording head (100) comprising a recording head main body provided with a plurality of liquid flow paths communicated with a plurality of discharge ports for discharging liquid, respectively, and energy generating means for generating energy utilized for discharging the liquid filled in the liquid flow paths from the discharge ports, and an orifice plate (101) provided with a discharge port array (101b) having the plurality of discharge ports aligned in one straight line, and bonded to the front face of the recording head main body having openings of the plurality of discharge ports formed therefor, wherein the orifice plate is provided with the extended portion (101A) in the alignment direction of the discharge port array (101b) or in the direction orthogonal to the alignment direction, being extended more than the width of the front face of the recording head main body, and the extended portion (101A) is fixed to the adjacent face of the front face of the recording head main body.
摘要:
An ink jet recording head (18) having a head body (21) for ejecting ink and ink supply channels for introducing ink supplied from an ink tank to the head body (21) is disclosed. The recording head inventively and uniquely includes a channel forming plate (29) having grooves (30) and a sealing plate (31) fastened to the channel forming plate (29) for closing the openings of the grooves (30) in a sealing fashion to form the channels (32). The resultant recording head is easy in working and assembling, and reduced in size.
摘要:
A method for producing a liquid discharge head provided with a head main body (46) including plural energy generating elements (51) for generating energy for discharging liquid as a flying liquid droplet, and plural liquid paths (61) in which the energy generating elements are respectively provided and an orifice plate (40) provided with plural discharge ports respectively communicating with the liquid paths and plural independent projections (45) formed around the discharge ports and respectively corresponding to the discharge ports so as to enter into the liquid paths and to engage therewith, and adjoined to the head main body, the method comprising the steps of forming plural projections and the discharge ports while a continuous resinous film (3) is transported, separating the film in continuous manner in a predetermined size including the portion where the discharge ports are formed, thereby preparing the orifice plate (40) and a step of adjoining the orifice plate (40) to the head main body (46).