119results about "Power drive mechanisms" patented technology

A carriage is configured to displace to a approach position Q1 and a retreat position Q2, a control section forms a print region PA in a print portion PP by causing a head to eject liquid while moving the carriage in one direction, the control section starts transport of a medium by a transport section after the print region has been formed in the print portion and before the carriage that is moving in the one direction stops, the control section starts movement of the carriage in an opposite direction before the transport of the medium by the transport section is completed, and the control section causes the carriage to displace from the approach position to the retreat position after the print region has been formed in the print portion and before the head overlaps the print region on a support section.

This application relates to the field of inkjet printer technology and discloses a small character inkjet printer with an easily replaceable printhead, including a body and a printhead. A connecting pipe is fixedly installed on the left side of the body, and a mounting plate is fixedly installed on the other end of the connecting pipe. This small character inkjet printer with an easily replaceable printhead utilizes components such as a mounting plate, a gear ring, gears, and a threaded rod. When the printhead needs to be installed or removed, rotating the gear ring causes multiple gears to rotate synchronously, which in turn causes the threaded rod to rotate synchronously. The connection between the threaded rod and the mounting base allows for quick installation and removal of the printhead, facilitating replacement and maintenance, reducing downtime, and improving spraying efficiency. Rotating the second bolt releases the limit on the connecting rod, allowing it to slide up and down, enabling the mounting bracket and printhead to move up and down. The connecting rod can also be rotated to adjust the angle, and then locked by the second bolt, allowing for easy adjustment of the printhead's spraying height and improving the device's applicability.

To provide a liquid discharge device that suppresses deterioration in print image quality by suppressing the influence of a jet flow of discharged liquid.SOLUTION: A liquid discharge device 1 includes: a conveyance path 7 that can convey a medium S in a conveyance direction F; a liquid discharge head 9 that discharges a liquid onto the medium S conveyed in the conveyance direction F; a carriage 11 that is equipped with the liquid discharge head 9 and can move in the width direction, which is a direction intersecting the conveyance direction F; a cover member 13 that is located above the carriage 11 and covers the movement range of the carriage 11; and an airflow adjustment cover 15 that is located between the cover member 13 and the carriage 11 and covers the movement range of the carriage 11.SELECTED DRAWING: Figure 2

The invention relates to a device for texturing the surface of a strip moving at a line speed V, the device comprising a strip path P1, a frame adjacent to the strip path P1, a plurality of inkjet print heads H1, H2… Hn distributed along and above the path P1, a plurality of radiation-curing modules M1, M2… Mn distributed along and above the path P1, each radiation-curing module Mi being positioned at a distance Li downstream of the inkjet print head Hi so that the radiation-curing modules and the inkjet print heads alternate, the plurality of inkjet print heads and the plurality of radiation-curing modules being connected to the frame so that a plurality of distances Li can be adjusted by linear translation, along the path P1, of the inkjet print head Hi and / or of the radiation-curing module Mi. The invention also relates to the processes thereof.

This invention provides a coding system for gypsum board production, including a frame, a support frame, two side-by-side mounting brackets, and a drive mechanism. The frame is mounted on an assembly line. The support frame is slidably mounted laterally on the frame, positioned above the assembly line. The two mounting brackets are slidably mounted vertically on the support frame, each mounting bracket capable of mounting a printhead from a coding machine. The drive mechanism drives the support frame to slide laterally on the frame and also drives the mounting brackets to slide vertically on the support frame. This invention, by driving the support frame laterally and the two mounting brackets vertically via the drive mechanism, allows the printhead positions on the two mounting brackets to be interchanged, ensuring consistency after coding of the gypsum board. Furthermore, the system maintains continuous operation of the assembly line during the interchange process, avoiding wasted time and reduced production efficiency.

This utility model discloses an automatic batch coding machine for aluminum profile processing, including a base plate, a conveyor belt mounted on the top of the base plate, baffles fixedly connected to both the front and rear ends of the top of the base plate, a top plate fixedly connected to the top of the base plate via a bracket, and electric slides mounted on both the front and rear ends of the bottom left end of the top plate. This utility model uses the conveyor belt to transport aluminum profiles requiring coding. The baffles and movable plates divide the conveyor belt into multiple spaces, facilitating batch transport of aluminum profiles. The spray nozzles enable batch coding of aluminum profiles, improving work efficiency. The electric slides move the movable plates back and forth, adjusting the distance between the baffles and the movable plates, allowing for the transport of aluminum profiles of different sizes according to requirements. The electric telescopic rod moves the spray nozzles up and down, enabling the device to code aluminum profiles of different sizes.

This disclosure provides a liquid jet head and a liquid jetting device. The liquid jet head includes: a reservoir for storing liquid; an element substrate including a jetting element for jetting the liquid stored in the reservoir from a jetting port; a pump for circulating the liquid between the reservoir and the element substrate; and a circuit board configured to relay power and electrical signals for driving the pump and the element substrate, wherein the pump and the circuit board are connected by a connector, and the circuit board is disposed between the reservoir and the element substrate.

A method includes, at a controller of an apparatus, obtaining a delay setting corresponding to an effector head configured to interface with the apparatus, the effector head having (i) an array of effector elements, (ii) a first switch assembly controllable to deliver power to a first subset of the effector elements, and (iii) a second switch assembly configured to deliver power to a second subset of the effector elements; at the controller, activating the array of effector elements by controlling the first switch assembly to deliver power to the first subset during a first time period and controlling the second switch assembly to deliver power to the second subset during a second time period, the second time period being offset relative to the first time period according to the delay setting.

To provide a recording device having a structure which can suppress a carriage from floating and the carriage from coming off.SOLUTION: A recording device according to one embodiment of the present invention comprises: a recording head having a nozzle that discharge ink for performing recording on a recording medium being conveyed in a conveying direction; a carriage, mounted with the recording head, which reciprocates in a main scanning direction; a sliding member mounted on the carriage so that the carriage can be displaced in a vertical direction; and a guide member that has a first surface which the sliding member contacts and a second surface which is a back surface of the first surface, which guides movement in the main scanning direction of the carriage. The sliding member has a first regulating part opposing to the second surface, at a position shifted by a predetermined distance from the second surface.SELECTED DRAWING: Figure 5

A radiation-curable ink jet ink composition includes a hydroxyl group-containing monofunctional monomer and / or an ether cyclic structure-containing monofunctional monomer, a nitrogen-containing heterocyclic structure-containing monofunctional monomer, a bifunctional monomer, and a polymerization initiator, in which the bifunctional monomer includes a vinyl ether group-containing (meth)acrylate represented by Formula (1), a content of the vinyl ether group-containing (meth)acrylate is 20% by mass or greater with respect to a total amount of the ink composition, and the polymerization initiator includes ethyl phenyl(2,4,6-trimethylbenzoyl)phosphinate.H2C═CR1—CO—OR2—O—CH═CH—R3  (1)

The utility model discloses a football surface pattern printing equipment for ball production and processing belongs to ball production and processing technical field, and its technical scheme main points include box, the bottom fixedly connected with fixed component of box inner wall, and the top fixedly connected with the printing assembly of box inner wall, the printing assembly includes the liquid storage tank, the bottom fixedly connected with the track block of liquid storage tank, and the surface swing joint of track block has electric trolley, the bottom fixedly connected with movable arm of electric trolley, solve the existing pattern printing equipment pattern printing effect and be not good, in actual processing process, owing to lack drying structure, the pattern after printing cannot solidify in time, and the ink on the surface of football is easy to appear smearing, falling phenomenon because of contact, friction etc, lead to pattern integrity damage, simultaneously, the ink that has not dried possibly stains to equipment or operator hand, influence the follow -up processing link and the qualified rate of product, reduced the practicability problem of the device.

The present disclosure provides a liquid discharge head including a discharge surface, wherein m discharge outlet arrays are provided on the discharge surface, each discharge outlet array is formed by arraying, at a pitch A in one direction, a plurality of discharge outlets each configured to discharge a droplet, and the m discharge outlet arrays are arranged while being shifted in the one direction by a first distance d1 and in a direction perpendicular to the one direction by a second distance d2, and in each of a first posture in which the one direction is parallel to a predetermined direction and a second posture in which the one direction is inclined at an angle θ with respect to the predetermined direction, the discharge outlets across all the m discharge outlet arrays are arranged at equal intervals in the predetermined direction.

This utility model discloses a negative pressure-based inkjet printer cleaning device, comprising: a print table, a mounting plate, a mounting assembly, a guide assembly, a drive assembly, a printing assembly, and a negative pressure assembly. The mounting assembly is mounted on the print table. The mounting plate, guide assembly, and drive assembly are all mounted on the mounting assembly. The printing assembly and negative pressure assembly are both mounted on the mounting plate. The drive assembly is connected to the guide assembly, and the guide assembly is connected to the mounting plate. The mounting plate is located on a first plane parallel to the print table, and the mounting assembly is located on a second plane parallel to the first plane. The drive assembly can drive the mounting plate to move on either the first plane or any third plane parallel to the first plane between the second plane and the print table. This utility model can promptly remove floating dust, aerosols, and splashed ink droplets generated during the printing process, preventing these impurities from contaminating the surface of the printed item and the print head.

To stably discharge droplets by using a replaceable multi-nozzle.SOLUTION: A droplet discharge device comprises: a replaceable multi-nozzle head 150 which has a plurality of droplet discharge nozzles 153 that discharges droplets in an electrostatic discharge system; an attachment part 140 which is attached with the multi-nozzle head; an inspection part 160 which inspects the multi-nozzle head attached to the attachment part; and an adjustment part 190 which adjusts an inclination of the multi-nozzle head on the basis of the inspection result of the multi-nozzle head. In the droplet discharge device, the inspection part inspects inclinations of tips of the plurality of droplet discharge nozzles in the multi-nozzle head, and the adjustment part may adjust the inclinations of the tips of the plurality of droplet discharge nozzles.SELECTED DRAWING: Figure 1

A liquid ejecting apparatus and a liquid ejecting head capable of reducing a difference in thickening of ink between nozzle rows are provided. The liquid ejecting apparatus includes a liquid ejecting head having an ejecting surface, the ejecting surface including a first nozzle row that ejects a first ink and a second nozzle row that ejects a second ink; and a support body that supports the liquid ejecting head in a tilted posture in which the ejecting surface is tilted with respect to a horizontal plane, the first nozzle row being located at a vertically upper position than the second nozzle row in a state in which the support body supports the liquid ejecting head in the tilted posture, one or both of the first ink and the second ink containing a humectant, and the first ink having a higher thickening resistance than a thickening resistance of the second ink.

A liquid discharge head device includes a liquid discharge head and a head holder. The liquid discharge head has a nozzle face having a nozzle to discharge a liquid, from the nozzle in a discharge direction, onto a discharge target conveyed in a conveyance direction orthogonal to the discharge direction. The head holder holds the liquid discharge head having the nozzle face facing in the discharge direction. The head holder has an opposing face facing in the discharge direction and an exhaust port on the opposing face and in a vicinity of the nozzle face.

To prevent contamination of the surrounding environment by cleaning fluid, print heads that are not placed on the cleaning mounting section are not cleaned. [Solution] The inkjet recording system includes a cleaning station that cleans the print head while the print head is set, a placement detection unit that detects when the print head is set in the cleaning station, a collection container attached to the cleaning station for collecting cleaning liquid, a container detection unit that detects when the collection container is attached to the cleaning station, and a liquid volume detection unit that detects the amount of liquid in the collection container.

To provide an inkjet type image forming apparatus which enables reduction of accumulation of ink on a side surface of a recording head during wiping.SOLUTION: An image forming apparatus includes: a recording head 31 provided with a nozzle area N in which multiple ink discharge ports are open downward; and a wiper 67 which contacts with the nozzle area N and moves in a predetermined wiping direction to wipe the ink discharge ports. A head attachment member 41 along the wiping direction is provided on a side surface of the recording head 31 along the wiping direction. A surface of the head attachment member 41 has higher water repellency than that of the side surface. Concave portions 45 and convex portions 43 are alternately formed at a lower end of the head attachment member 41.SELECTED DRAWING: Figure 4A

To provide a head replacement method which enables detection of an abnormality of pipe connection without performing printing in an inkjet printer.SOLUTION: A head replacement method includes: a pipe connection step (S320) in which a user performs pipe connection of a new head; an ink circulation start step (S400) in which circulation of an ink in a circulation flow passage is started; and connection state determination steps (S410, S415, S500) in which whether or not pipe connection, including connection between an ink discharge pipe and a recovery branch pipe and connection between an ink inflow pipe and a supply branch pipe, is performed correctly is determined based on an ink liquid surface position indicating a height of an ink liquid surface in at least one of a recovery tank and a supply tank.SELECTED DRAWING: Figure 22

This utility model belongs to the technical field of conveying devices, and particularly relates to a conveying mechanism for inverted inkjet printing of inkjet printers. It includes a frame, on which a belt conveyor is mounted. The belt conveyor includes a conveyor frame and a drive motor. The conveyor frame is located above the inkjet printer body with the printhead facing upward and extends in the left-right direction. Two transmission rollers are rotatably mounted on the left and right ends of the conveyor frame through bearings. One of the transmission rollers is driven by the drive motor. Two sets of conveyor belts are wound and connected between the two transmission rollers and spaced apart in the front-back direction. An isolation plate is provided on the conveyor frame and passes between each conveyor belt. The isolation plate has a printing nozzle corresponding to the printhead of the inkjet printer body.

To make it possible to give a drive command and a brake command to a motor using a small number of control signals. For this purpose, a motor control apparatus for controlling a motor via a drive circuit includes a generation unit for generating a short-circuit brake signal for applying a short-circuit brake to the motor in a case where a control signal for controlling the motor instructs a stop of the motor, and an instruction unit for outputting an instruction for the short-circuit brake to the drive circuit in a case where the short-circuit brake signal is being generated, and outputting an instruction based on the control signal to the drive circuit in a case where the short-circuit brake signal is not being generated.

The present application relates to the technical field of spray head adjustment, in particular to a variable focus UV spray head automatic adjustment method based on deep learning, comprising the following steps: collecting a spray medium surface image and dividing the area, constructing a graph neural network node attribute, calculating a structural similarity score to match a focal length value, extracting an edge diffraction fringe to evaluate an error and outputting a preliminary adjustment instruction, combining historical control values to estimate acceleration and compare parameters, and executing backtracking reconstruction to generate displacement step adjustment instructions when exceeding. The present application structures the local area features of the spray medium surface image and introduces a graph structure similarity judgment, combines the mapping relationship between the diffraction fringe and the standard optical features to construct a focal length error inversion path, and introduces historical control quantities and time sequence constraints in the control output stage to correct the adjustment amplitude and direction within the spray head inertia boundary, so that the focal length adjustment process continuously matches the actual state of the spray, and the adjustment stability and adaptability are improved.

Method for quality inspection of a printed paperboard web (10), the method comprising: feeding (S2) a printed paperboard web (10) continuously in a machine direction (MD), 5 providing (S3) a master image (01a) using a first device (23a), generating (S40) a color managed master image (01b) by performing color management of the master image (01a), capturing (S5) a test image (12a) of a subsection (12) of the paperboard web (10) using a second device (23b), 0 determining (S6) the print quality of the paperboard web (10) by comparing the test image (12a) with the color managed master image (01b).

To allow for printing on print media with pre-formed wrinkles a printer (1) is provided, which comprises : - a print assembly (2) which prints on a portion of a print medium (60, 70) at a print zone; - a transport mechanism (13) for moving the print medium (60, 70) with respect to the print assembly (2) in a first direction (X); and - a suction assembly (20) comprising: - a plurality of suction chambers (21-25), wherein at least one suction chamber (21-25) faces a print zone, and at least one other suction chamber (21-25) is arranged upstream and / or downstream of the print zone facing suction chamber (23) in the first direction (X), characterized in that the suction assembly (20) further comprises suction reduction means (51-52) configured to selectively prevent or reduce suction in the at least one other suction chamber (21-25).

This invention belongs to the field of hot melt banner printer equipment, and relates to the temperature control of the rubber roller and anilox roller in the printing process, particularly to a banner printer and control method with automatic temperature adjustment and automatic feeding. A banner printer with automatic temperature adjustment and automatic feeding includes a machine base, on which an unwinding roller and a rewinding roller are arranged. A printing mechanism is arranged between the unwinding roller and the rewinding roller. The printing mechanism includes a print head, a rubber roller, and an anilox roller arranged from top to bottom. The machine base also includes an automatic feeding mechanism for feeding the anilox roller. This invention, by introducing oil into the anilox roller, enables the anilox roller to be heated quickly, evenly, and stably, maintaining the dye on the anilox roller at a stable temperature, thereby ensuring uniform dyeing of the banner fabric.

A digital printing machine comprising a printing bar (2) for inkjet printing, characterized in that the printing bar (2) is adjustably mounted in a working position and a retracted position, that an adjustable roller (10) and a spring-loaded roller (9) form a first arrangement and are arranged opposite each other, that a rail (7) forms a second arrangement and is located between the adjustable roller (10) and the spring-loaded roller (9) when the printing bar (2) is moved into the working position, that the rail (7) is not located between the adjustable roller (10) and the spring-loaded roller (9) when the printing bar (2) is moved into the retracted position, and that one of the two arrangements is arranged on the printing bar (2) and the other of the two arrangements is arranged separately from the printing bar (2).