Abstract: The present invention is concerned with a method of direct synthesis of co-products of at a first co-product and a second co-product. The first co-product is superhydrophilic carbon nitride thin film and the second co-product is superhydrophilic carbon nitride powder. The method has a step of using a guanidine carbonate salt as a precursor material. The present invention is also concerned with carbon nitride co-products. The carbon nitride co-products has a first co-product of superhydrophilic carbon nitride thin film and a second co-product of superhydrophilic carbon nitride powder. The superhydrophilic carbon nitride thin film has chemical formula of CNx, wherein x is 0.86-1.04, and the superhydrophilic carbon nitride powder has a chemical formula of g-C3N4.

Abstract: Disclosed herein is a method of producing a substrate having a single-layer transition metal selenide (TMS) nanoflakes deposited thereon. The method is characterized in not using hydrogen as a reducing agent during the deposition of monolayer TMS nanoflakes on the substrate. Such substrates may serve as an optic, an electronic device, a mechanic, a sensor etc.

Abstract: Disclosed herein are processes for producing metal-organic framework (MOF) materials (e.g., ZIF-67), as well as MOF-coated light emitted diodes (LEDs). The process for producing ZIF-67 nanoparticles includes (a) mixing a solution of cobalt(II) hexahydrate and a solution of 2-methylimiazole to give a first mixture solution; and (b) let the first mixture solution stand for a sufficient period of time to allow the growth of the ZIF-67 nanoparticles. The process for producing a ZIF-67-coated light emitted diode (LED) includes (i) dispersing the ZIF-67 nanoparticles in a poly (methyl methacrylate) (PMMA) solution to form a ZIF-67@PMMA slurry; and (ii) applying the ZIF-67@PMMA slurry onto the surface of an LED in a dropwise manner to give the ZIF-67@PMMA-coated LED.

Abstract: A device and method for measuring the interior dimensions of a glove is provided. The internal glove sizing device disclosed may be used for quickly and automatically measuring the interior dimensions of a glove during and/or after manufacturing so that quality control personnel and customers can verify glove compliance with certain specifications and to ensure quality control.

Abstract: The present invention refers to a filling machine for highly compressed gas, comprising: an electric driver, a reduction gearbox, a driving shaft, an eccentric driving mechanism, an high-compression mechanism, a cylinder manifold and a framework, wherein the eccentric driving mechanism consisting of at least two eccentric driving wheels is mounted on the driving shaft, the high-compression mechanism consists of at least two oscillating type compression gas cylinders connected in series by a plurality of one-way valves and hoses, and a slip ring, a piston rod and a piston are joined into an integral block wherein the slip ring is fitted over the eccentric driving wheel and the other end of the piston rod is connected to a gas cylinder barrel so as to be fitted over a supporting shaft; the supporting shaft is provided in the framework and the framework is provided with a cylinder manifold on the top thereof, which is provided with a pressure switch, a pressure gauge and a safety valve; the outer circumferential

Abstract: A device and method for measuring the interior dimensions of a glove is provided. The internal glove sizing device disclosed may be used for quickly and automatically measuring the interior dimensions of a glove during and/or after manufacturing so that quality control personnel and customers can verify glove compliance with certain specifications and to ensure quality control.

Abstract: A group of technologies related to RFID reader and tag are described, including: redundant networked multimedia RFID reader, auto-ranging RFID reader, auto-planning RFID reader, smart active antenna RFID reader and novel RFID tags. These enabling technologies bring RFID reader operations into a new level of automation, capability and ease of implementation.