280results about How to "Control amount" patented technology

A food dispenser comprise a flexible container with a spout member at the bottom end thereof. The bottom end of the container is supported by means of a cap stand which surrounds the spout member. The cap stand has a cap for closing or opening the dispenser in view of discharging a fluid food product. Because the cap stand has a collar which is at least partly transparent, the spout member as well as the discharge of the food product from the spout member can be readily observed by the consumer. Thereby, the consumer may control the dosing of the food product from the dispenser in a better way.

The invention provides a method for preparing cellulose acetate propionate or cellulose acetate butyrate. The method comprises the following steps: a. mixing fibrin and ionic liquid capable of dissolving the fibrin to obtain an ionic liquid solution containing the fibrin; b. adding acetylate and propionyl reagent (1) or acetylate and reagent (2) into the ionic liquid solution containing the fibrin, reacting for 1-24h at 40-120 DEG C, preferably 1-12h, and obtaining reaction mixture; c. adding lower fatty alcohol from C1 to C3 into the reaction mixture and filtering the reaction mixture containing the lower fatty alcohol; and d. drying a solid obtained by filtering to obtain the cellulose acetate propionate or cellulose acetate butyrate. The invention utilizes the ionic liquid as a solvent without any catalyst and has the advantages of simple process and no pollution.

The invention provides a preparation method of sodium hyaluronate gel particle, which comprises (1) crosslinking reaction for preparation of crosslinking sodium hyaluronate gel, (2) dialysis for the process of hyaluronic acid gel, and (3) grading of gel particle. The preparation method of sodium hyaluronate gel particle has the advantages of excellent crosslinking performance and being suitable for medical cosmetology field, compared with the prior similar gel particle.

The invention discloses a quantitative sampling device for liquid or fluid, comprising a mounting frame, an injector, a sampling valve and a displacement control mechanism, wherein the injector is fixed on the mounting frame; one valve port of the sampling valve is communicated with an injector pipeline; and the displacement control mechanism acts on a piston of the injector and controls the piston to move. The quantitative sampling device adopts the injector to quantitatively sample liquid or fluid and accurately controls the amount of the liquid or the fluid to be sampled by controlling thedisplacement distance of the piston of the injector. Compared with the prior quantitative sampling device adopting a quantitative pump or a peristaltic pump, the invention has simpler structure and can greatly improve the quantitative liquid or fluid-sampling accuracy.

The invention provides a method for preparing cellulose ester by using cellulose. The method comprises the following steps: 1, using cellulose as a raw material; 2, dissolving the cellulose in a CO2 switchable ionic compound or a CO2 switchable ionic compound and organic solvent mixed solvent to obtain a solution containing cellulose; 3, adding an acylation reagent into the cellulose solution to obtain a reaction mixture solution; 4, adding water or C1-C3 of lower fatty alcohol to the reaction mixture solution, and filtering the reaction mixture liquid containing water or the lower fatty alcohol; and 5, drying the solid obtained after the filtration to obtain the cellulose ester. The CO2 switchable ionic compound or the CO2 switchable ionic compound and organic solvent mixed solvent is used as a solvent, and the component of the switchable ionic compound also has a catalysis effect without any other catalysts. The method has the advantages of simple process, low solvent cost, convenient operation, solvent recyclability and the like.

The invention provides a method for preparing monodispersed superparamagnetic polymer microspheres, which comprises the following steps of: swelling the polymer microspheres by adopting the swelling technology, and permeating oleic acid molecules into the polymer microspheres; raising the temperature, so that iron oleate is subjected to thermal decomposition in the microspheres to synthesize magnetic ferriferrous oxide nanoparticles, and the superparamagnetic polymer microspheres can be obtained. The prepared superparamagnetic polymer microspheres are uniform in grain diameter, controlled in magnetic content and stable in chemical properties, have the specific saturation magnetization of between 10 and 20 emu/g, and have potential application value in bioseparation.

The present invention relates to a new auxiliary system of cold start, preferably used in the internal combustion engines that use alcohol as fuel. The engines ‘Flex Fuel’ (alcohol/gasoline/GNV) are included in the possibility of the use of this invention. The cold starting system makes use of resistances (3) positioned in the entrance of the injectors (4); resistances (6) inside of each injector (1) or one resistance (5) for every pipe holder of nozzles (2), and the three possibilities can be used simultaneously, combined two by two or separately, depending on the necessity of warm up alcohol flow and the energy consumption. It can also make use of groups of resistances (11, 12, 13) positioned in the intake. Additionally one or two auxiliary injectors can be foreseen (supplementary) in the intake collector with the same alcohol heating system.

The invention discloses an incineration treatment process for nitrogen-containing organic wastes, which includes: a, sending wastes into an incinerator to incinerate at a high temperature and maintaining the incineration temperature by injecting after-burning fuel; b, injecting combustion-supporting air which is divided into primary air and secondary air according to a certain proportion into a fire chamber for supporting combustion; c, injecting reducing agents to the tail of a hot oxidation furnace and reducing part of NOx in flue gas by the SNCR (selective non-catalytic reduction) method; d, leading high-temperature flue gas from the hot oxidation furnace into a waste heat boiler to recover part of heat; e, leading the flue gas from the waste heat boiler into an SCR(selective catalytic reduction) treater to reduce content of NOx in flue gas further; and f, further recovering afterheat of flue gas by the aid of an air preheater arranged at the downstream of the SCR treater and then discharging flue gas through a chimney. The incineration treatment process is simple and low in cost for incineration of organic wastes, denitration efficiency can be guaranteed by a two-stage denitration process, emission standards can be met, afterheat of flue gas can be recovered, and accordingly the incineration treatment process can be applied to the similar organic waste treatment projections in the chemical industry.

The invention provides an inductance element and a method for manufacturing the inductance element. The inductance element can prevent short circuit even though the inductance element gets close to an inductance element which contains Ag on a surface electrode layer on an installing substrate. The inductance element comprises a press powder core body, a coil buried in the press powder core body, and a terminal portion electrically connected with the coil through welding. The terminal portion comprises a Cu base material and a surface electrode layer formed on the surface of the Cu base material. The surface electrode layer is formed by Ag or alloy of Ag. The terminal portion comprises a solder joint portion which is joined with a welding portion welded on the coil relative to the installing substrate by a solder. The thickness of the side of the surface electrode layer which is provided with the welding portion is thicker than the thickness of the side of the solder joint portion.

An accessory useful in conjunction with outdoor cookers such as gas or charcoal grills is provided having a pair of spaced feet supportable on the grill of the cooker, a pair of legs extending upwardly from each of said feet, an arm connecting the tops of the legs and one or more hangers suspendable from the arm so as to hang food attached to said hanger within the cooking chamber defined by the grate and the cover of the cooker when said hanger is suspended from said arm. In different embodiments of the invention, the legs are vertically adjustable and the arm is horizontally adjustable so as to adjust the size of the accessory according to the dimensions of the cooker with which it is used.

The invention relates to a snow melting device, more specifically to a detachable road snow-melting agent spraying device. The detachable road snow-melting agent spraying device comprises a detachablelocking base mechanism, a lifting mechanism, a snow-melting agent sprinkling mechanism and a vibratory feeding mechanism. The detachable road snow-melting agent spraying device can automatically convey a snow-melting agent into the device, can uniformly spray the snow-melting agent, can control the spraying quantity of the snow-melting agent, can lift and can change working positions; the university is high; the detachable road snow-melting agent spraying device can guarantee longer-time service life; the lifting mechanism is positioned above the detachable locking base mechanism; a connecting mode between the lifting mechanism and the detachable locking base mechanism is welding; the snow-melting agent sprinkling mechanism is positioned above the lifting mechanism; a connecting mode between the snow-melting agent sprinkling mechanism and the lifting mechanism is welding; the vibratory feeding mechanism is positioned above the snow-melting agent sprinkling mechanism; and a connectingmode between the vibratory feeding mechanism and the snow-melting agent sprinkling mechanism is partial welding and partial clearance fit.

An intelligent print/copy management system includes group of computers, an Intranet environment, a print server/MFP server and a printer/MFP; software management function being added into the print/MFP for print server/MFP server to provide basic statistic analysis, monitor and control, and/or security alert while receiving print command from the computer to drive the printer, MFP or scanner to operate thus for a business to manage and specify output functions from printer, MFP, or scanner and further to achieve more efficient print/copy output operation.

The invention relates to the field of chemical production, and in particular relates to an environment-friendly formaldehyde preparation process which comprises the following steps: gasifying methanol, mixing with air, and conveying the mixed gas into a preheater, wherein the preheating temperature is 100 DEG C; then reacting, wherein the temperature inside a reactor is 200 DEG C, an iron-molybdenum catalyst is used as a catalyst, and the reaction time is 2-5 minutes; keeping the temperature inside the reactor to be 270-300 DEG C, reducing the temperature of formaldehyde discharged from the reactor to 100-120 DEG C, feeding into an absorbing tower, diluting inside the absorbing tower, sucking out when the concentration is 37-50%, circulating 20% of formaldehyde back to the absorbing tower, and pumping the other part of formaldehyde as a product to a formaldehyde storage tank; recycling 60-90% of the gas discharged from the top of the absorbing tower by using a blower; and feeding the other part of the gas into a tail gas reactor for oxidation reaction at 200-300 DEG C. According to the process, the heat in production is sufficiently utilized, the parameters are strictly controlled, the methanol conversion rate of the process is greater than 98%, the purity of formaldehyde is 37-50%, the content of formaldehyde, methanol and carbon monoxide in the tail gas is all zero, and the content of carbon dioxide is also effectively controlled.

The invention relates to a grinding device, and especially relates to a raw material grinding device for cosmetic production. The raw material grinding device for cosmetic production, provided by theinvention, has the advantages of avoiding of manual grinding of cosmetic raw materials, time and labor saving, and uniformity and fineness in grinding of the cosmetic raw materials. The raw material grinding device for cosmetic production comprises a bottom plate, a left bracket, a right bracket, a support rod, a discharging hopper, a cross bar, a grinding box, a collecting box and the like; and the left part of the upper side of the bottom plate is fixedly connected with the left bracket, and the right part of the upper side of the bottom plate is fixedly connected with the right bracket. Thedevice achieves the effects of avoiding of manual grinding of cosmetic raw materials, time and labor saving, and uniformity and fineness in grinding of the cosmetic raw materials, the amount of the cosmetic raw materials entering the grinding box can be controlled through the arrangement of a vertical rod, a baffle plate, a pulling wire, a hanging ring and a hook, and a user does not need to turnon and off a motor by a hand through arranging a second spring, a button and a contact plate.

A combustion gas burner enabling a multi-stage control is provided, which includes a main casing on the bottom surface of which an air blower is mounted so that air can be supplied from the air blower through an air inlet formed in the lower portion of the main casing, a tube-shaped burner mounted on the main casing in which fire hole units each having a number of fire holes formed at a predetermined distance from one another are disposed on the upper end surface of the main casing in order to burn gas and air which are mixed and supplied to the tube-shaped burner, a plate-shaped burner which is detachably disposed between the fire hole units formed on the upper end surface of the tube-shaped burner, and includes fire hole units having a number of fire holes, a number of mixture supply tubes inserted in the tube-shaped burner and disposed at a predetermined distance so that gas and air are mixed and the mixed gas and air is supplied to the tube-shaped burner and the plate-shaped burner, a Venturi tube installed in front of the mixture supply tubes, mixing gas and air and playing a role of distributing an amount of flow of the mixed gas and air which is needed for independent combustion in each burner, and a manifolder connected to the Venturi tube and the mixture supply tubes, controlling an amount of gas and air. A number of premixed combustion gas burners each having an identical output capacity of the burner, are disposed in parallel with one another and a number of operating burners is varied according to a desired calorie.

A hollow actuator-driven droplet dispensing apparatus may include an elastic tube having an elastic body, defining a storage space therein, and extending a predetermined length, and a hollow actuator fitted around the elastic tube so as to generate a force and a displacement in the longitudinal direction when an electric field is applied. The hollow actuator is expanded or contracted in the longitudinal direction of the elastic tube when the external voltage is applied, thereby reducing or enlarging the volume of an inner space of the elastic tube. The droplet dispensing apparatus can press the elastic tube to expand or contract the volume of the inner space of the tube using the hollow actuator capable of quickly generating a displacement in response to an application voltage so that a fixed amount of content can be discharged out and taken into the tube.