7 results about "Thermal transfer" patented technology

A countertop thermoelectric assembly includes a countertop forming a food preparation surface at an upper side thereof, at least one Peltier effect device located below the countertop, a thermal transfer plate located between the countertop and the thermoelectric device, a heat sink in thermal communication with the thermoelectric unit, and a controller to selectively operate the thermoelectric unit to cool and/or warm the food preparation surface formed by the countertop. A first temperature sensor located to provide signals representative of a temperature of the countertop. A second temperature sensor located to provide signals representative of a temperature of the heat sink. A condensation shield is located below the heat sink. A moisture sensor is located to provide signals representative of moisture at the condensation shield. At least one fan is located below the countertop to direct air over the heat sink and/or the condensation shield.

Thermal transfer ribbons that contain mixtures of carbon black and/or other non-melting solids within the thermal transfer layer provide high density images and reduced melt viscosities for the thermal transfer layer where the mixtures contain at least three different sized particles or mixtures of particles and each of the different sized particles comprise 20 to less than 80 volume % of the total volume of the overall particle mixture. Each of the different sized particles also have particle size values which differ from each by a factor of at least 1.5.

The invention relates to a thermal transfer warp printing machine which comprises a warp beam, a hot cylinder, printing paper, a printing warp beam, a lease rod, a warp isolating rod and a warp isolator arranged along a flow, wherein the lease rod is arranged between the warp beam and the hot cylinder and used for separating adjacent warps at different heights in a direction vertical to the plane of the width of warp; the warp isolating rod is arranged between the lease rod and the hot cylinder, the extension direction of the warp isolating rod is parallel with the direction of the width of warp, and the warp isolating rod enables the above warps separated at different heights to lean against the upper part and the lower part of the warp isolating rod; and the warp isolator is arranged between the warp isolating rod and the hot cylinder, and a plurality of dents are arranged on the warp isolator along the direction of the width of warp so that a plurality of adjacent warps can pass through one of the dents. Because the technology is adopted, the warps are fully isolated, overlapping can be reduced at the hot cylinder, and the printed warps are qualified in quality. Therefore, a temporary weaving technology can be not adopted, and weaving can be directly carried out after direct thermal transfer printing of the warps, thereby achieving the purposes of shortening the production process flow and reducing the cost.

The invention discloses a conversion method and device of a building information model and a building energy consumption simulation model. Qualitative analysis is performed on a quality current situation of a traditional building information model, space information demand of a building energy consumption mode is integrally considered by taking the qualitative analysis as a basis, a space data extraction algorithm which is widely applied to a building information model is designed, and the problem of dependence of a high-quality building information model is solved. Polygon operation of computation geometry is used as a technical support, a thermal transfer surface matching algorithm, a concave polygon surface conversion algorithm and a hotzone defect detection and filling algorithm duringthe space information conversion process are researched, and accurate conversion between the building information model and the building energy consumption simulation model is achieved.