Lewis Silkin LLP

A drying device includes a conveyance section configured to convey a medium onto which liquid has been ejected, a first heating section configured to heat the medium conveyed by the conveyance section, and a second heating section provided further upstream in a conveyance direction of the medium than the first heating section and configured to heat the medium conveyed by the conveyance section. The first heating section heats the medium with an infrared ray or a heating wire. The second heating section includes a first electrode, a second electrode disposed to surround the first electrode in plan view from a first direction facing the medium, a first conductor including a coil and configured to electrically couple a transmission line capable of transmitting a high-frequency voltage and the first electrode, and a second conductor configured to electrically couple the transmission line and the second electrode.

According to an aspect of the present disclosure, there is provided a data transmission method including displaying, with a display device different from a projection device and connected to a first information processing device, at least four adjustment points for adjusting a display range or a display shape of an image projected from the projection device onto a target, executing, with the first information processing device, processing of dividing a polygon in which the at least four adjustment points are connected to one another into at least two triangles, and transmitting, with the first information processing device, coordinate data indicating coordinates of vertices of each of the at least two triangles to a second information processing device different from the first information processing device and configured to control the projection device.

A drying device includes a heating section configured to heat a medium onto which liquid is ejected and a first contact section configured to come into contact with the medium between the heating section and the medium. The heating section includes a first electrode, a second electrode disposed to surround the first electrode in plan view from a first direction facing the medium, a first conductor including a coil and configured to electrically couple a transmission line capable of transmitting a high-frequency voltage and the first electrode, and a second conductor configured to electrically couple the transmission line and the second electrode. A drying method by the drying device includes a drying step of drying an image region of the medium on which an image is recorded and a preheating step of heating the first contact section before the drying step.

In a medium conveyance apparatus (1), a separation section (11) includes a second torque limiter (212) that couples a first separation roller (201) and a second separation roller (202) in a width direction, a limit torque value of the second torque limiter is a second torque value smaller than a first torque value derived from a limit torque value of a first torque limiter (211), the second separation roller can co-rotate with a second feeding roller (102) when torque larger in value than the second torque value is applied, the second torque value is larger than a torque difference between torque applied to the first separation roller and torque applied to the second separation roller generated when there is no difference in rotation speed between a first feeding roller (101) and the second feeding roller, and is smaller than a torque difference between torque applied to the first separation roller and torque applied to the second separation roller generated when there is a difference in rotation speed between the first feeding roller and the second feeding roller.

A method of manufacturing a fabric for clothes includes: a defibrating step of defibrating a raw material in a dry condition to produce fibers; a mixing step of mixing a treatment agent having elasticity with the fibers obtained in the defibrating step to produce a mixture; a depositing step of depositing the mixture in air on a fabric to be a first layer having air permeability and elasticity to produce a web to be a second layer; and a forming step of forming the laminated fabric and web by heating and pressurizing.

A projector according to an aspect of the present disclosure includes a light source configured to output illumination light containing first color light and second color light, a light combiner, a light modulator configured to modulate light incident from the light combiner to generate image modulated light, a light separator configured to separate the image modulated light into image generating light and image non-generating light, an image forming unit configured to modulate the image generating light to generate image light, a projection optical apparatus configured to project the image light, a light guide system configured to guide the image non-generating light to the light combiner, and a polarization converter disposed in an optical path between the light combiner and the light modulator and configured to align polarization directions of the light incident from the light combiner, the illumination light output from the light source being light polarized in a first polarization direction with respect to the light combiner, the image non-generating light caused to be incident on the light combiner by the light guide system being light polarized in a second polarization direction perpendicular to the first polarization direction with respect to the light combiner, being combined with the illumination light at the light combiner, and being caused to be incident on the light modulator.

A dental handpiece 100 includes a head portion 11 configured to rotationally drive, about a central axis of a dental treatment tool 15, a bur sleeve 17 that detachably holds the dental treatment tool 15. The bur sleeve 17 is rotatably supported in a housing 31 of the head portion 11 via a rolling bearing 61. The rolling bearing 61 includes an inner ring 63 that supports the bur sleeve 17, an outer ring 65 that is fixed to the housing 31, and a plurality of rolling elements 67 disposed between the inner ring 63 and the outer ring 65. A flow path R2b of a cooling medium that communicates in an axial direction is provided on an outer circumferential surface of the outer ring 65 or inside the outer ring 65.

A print setting device includes: a reception unit that receives print jobs for printing a print region, and a front region and a rear region adjacent to the print region on a front side and a rear side in a conveyance direction of a print medium; and a display unit that displays a collective setting unit for collectively performing settings related to both a process of changing a length of a first rear region, which is a rear region of a first print job, and a process of changing a length of a second front region, which is a front region of a second print job, with respect to the first print job and the second print job which are the print jobs continuously printed on the print medium.

A projector includes a light source; and a light modulator configured to modulate light output from the light source. The light modulator includes a liquid crystal layer, a light-incident-side substrate located on a light incident side of the liquid crystal layer, a light-exiting-side substrate located on a light exiting side of the liquid crystal layer, the light-exiting-side substrate and the light-incident-side substrate sandwiching the liquid crystal layer, a light-incident-side dustproof substrate that is a light transmissive substrate and located on a light incident side of the light-incident-side substrate, a light-exiting-side dustproof substrate that is a light transmissive substrate, and located on a light exiting side of the light-exiting-side substrate, the light-exiting-side dustproof substrate and the light-incident-side dustproof substrate sandwiching the liquid crystal layer, the light-incident-side substrate, and the light-exiting-side substrate, and a temperature control unit configured to control a temperature of the liquid crystal layer. A size of the light-incident-side dustproof substrate in a plan view is greater than a size of the light-incident-side substrate in the plan view when viewed from a light incident side of the light modulator. The temperature control unit is in contact with the light-incident-side dustproof substrate.

A liquid ejecting apparatus includes a transport section that transports a medium, an ejection section that ejects liquid to the medium, a residual vibration detection circuit that acquires a residual vibration signal corresponding to residual vibration generated in the ejection section and outputs a residual vibration detection signal corresponding to the residual vibration signal, a first conversion circuit that includes a comparison circuit and outputs a comparison result signal in which a logic level changes according to a comparison result between a voltage value of the residual vibration detection signal and a reference voltage value, a second conversion circuit that includes an A/D conversion circuit and outputs a detection voltage signal obtained by converting the residual vibration detection signal into a digital signal, and a determination circuit that determines a state of the ejection section, and the determination circuit includes a first determination mode in which the state of the ejection section is determined according to the comparison result signal, and a second determination mode in which the state of the ejection section is determined according to the detection voltage signal.