Brother Kogyo Kabushiki-kaisha

Sango Co., Ltd.

Sanko Seiki Co. Ltd

Yukinori Suzuki

Kazuaki Takagi

Masaki Kondo

Tohru Irie

Akinobu Morikawa

Kiyofumi Sakuragawa

A non-transitory computer-readable medium stores computer-readable instructions. The computer-readable instructions cause a processor of an editing device to perform steps. The steps include selectably displaying a plurality of print medium on a display portion, each of the plurality of print medium being identified by a combination of a plurality of items. The steps include determining a high priority item from among the plurality of items. The steps include grouping the print medium for which a value is shared for the high priority item determined from among the plurality of items. The displaying includes displaying the grouped print medium in a grouped manner when displaying the plurality of print medium on the display portion.

Non-transitory computer-readable medium, editing device and method used by a printer

A printer includes a controller configured to perform a first printing process to control a thermal head to print a first image with a first density, store first print data for identifying the first image and first density data for identifying the first density into a first memory device attached to an attachment holder, when a second memory device storing second print data and second density data is attached to the attachment holder, acquire from the second memory device the second print data and the second density data stored into the second memory device by another printer, and perform a second printing process to control the thermal head to print a second image with a second density, the second image being identified based on the acquired second print data, the second density being identified based on the acquired second density data.

Printer, printing system including the same, and computer-readable medium therefor

The image processing device executes first correction process and second correction process. The first correction process comprises correcting a pixel value corresponding to a first partial area, which is included in the achromatic-color representation area and is adjacent to the chromatic-color representation area, such that the achromatic color ink in the first partial area decreases to be zero, at least one of the three or more types of chromatic color inks increases, and the pixel value represents the achromatic color. The second correction process comprises correcting a pixel value corresponding to a second partial area, which is included in the achromatic-color representation area and is adjacent to the first partial area and is remote from the chromatic-color representation area, such that the achromatic color ink in the second partial area decreases to a specific value more than zero, at least one of the three or more types of chromatic color inks increases, and the pixel value represents the achromatic color.

Image processing device and computer-readable storage medium storing computer-readable program

In an image processing device, a processor is configured to perform: (a) acquiring target image data representing an image including a plurality of pixels, where the target image data includes a plurality of sets of pixel data corresponding to the plurality of pixels, where the image includes an object having at least one pixel of the plurality of pixels; (b) detecting the object in the image based on the target image data; (c) determining characteristic data indicating a potential for an occurrence of banding in the object based on the target image data; (d) determining a parameter based on the characteristic data; and (e) executing a halftone process to determine, for each of the plurality of pixels, a dot to be found based on the corresponding set of pixel data by using the parameter.

Image processing device executing halftone process by using determined parameter based on potential for banding

A method includes the steps of (1) wrapping a shock absorbent member around a columnar member, (2) supporting one end portion of a cylindrical housing on a support member, (3) arranging the columnar member in a cylindrical guide member formed with the tapered portion inside thereof, (4) inserting the shock absorbent member and the columnar member into the cylindrical housing through the tapered portion, (5) pressing a pushing member to the columnar member so as to be moved along the longitudinal axis thereof relative to the cylindrical housing, to accommodate the shock absorbent member and the columnar member in the cylindrical housing, (6) moving the support member and a shrinking mechanism relative to each other, and (7) actuating the shrinking mechanism to reduce the diameter of a part of the cylindrical housing.

Method for producing a columnar member container

In order to achieve the lightweight, low-cost and high-efficiency design of a spindle apparatus, speed-change device is provided such that slots are formed in one of a spindle and a cam shaft while spiral torque cam grooves are formed in another, and extend around the axis thereof. A torque cam pin is engaged in each slot and its associated torque cam groove, and the position of the spindle relative to the cam shaft in a circumferential direction can be changed by moving the torque cam pins in the axial direction by drive device . Drawing tools are moved in opening and closing directions by changing the position of the spindle relative to the cam shaft in the circumferential direction.

Spindle mechanism

To support a shell case having a different shape by support mechanisms in a shell lock seaming machine, the support mechanisms are disposed on both the sides of the opening edges of the shell case and a plurality of support members are provided with each of the support mechanisms, the plurality of support members being locked to the inner surface of both the opening edges of the shell case, wherein the plurality of support members can advance and retreat in the axial direction of the shell case as well as at least one of the plurality of support members is movable in a direction perpendicular to the axial center of the shell case.

Shell lock seaming machine

In a silencer shell forming apparatus, a mandrel is divided into an upper segment and a lower segment as well as both the segments are permitted to move in a vertical direction to dispense with a setup job when a different type of a shell is formed. Further, a drive mechanism is provided to cause both the segments to move in a direction where they become nearer to each other and in a direction where they are separated from each other.

Growing community of inventors

Nagoya, Japan

Yukinori Suzuki