49results about How to "Stable mixing ratio" patented technology

[Problem] To reduce the amount of ethylene glycol which is produced as a by-product, to achieve a balance between productivity and properties such as water absorbency, and to reduce the number of defective goods when manufacturing a water-absorbent resin, particularly a resin which is surface crosslinked using an alkylene carbonate compound. [Solution] A manufacturing method for a polyacrylic acid (salt)-based water-absorbent resin powder, said method being characterised in that in the surface crosslinking step, a mixing process in which (1) a surface crosslinking agent containing an alkylene carbonate compound and a polyhydric alcohol compound is mixed with a water absorbent resin powder and thermally reacted, and an ionic reactive surface crosslinking agent is mixed with said mixture at either the same time, or separately from the above mixing, and / or (2) a surface crosslinking solution containing at least one kind of ionic reactive surface crosslinking agent is mixed with the water-absorbent resin powder, said mixing process being carried out at least two times.

A system including an inspection chip equipped with at least a pump connection having a flow path opening for interconnecting to a micro-pump, a flow path through which a fluid flows, and a fluid mixing section for joining and mixing two or more fluids, and including a system body equipped with at least a base body, a chip connection having a flow path opening for interconnecting to the inspection chip, a micro-pump unit in the base body including micro-pumps in substantially the same shape, a detection processor and a controller for controlling at least the functions of the micro-pump unit and the detection processor, and the joining amount ratio is adjusted to set the mixing ratio of two fluids to be joined in the fluid mixing section to be approximately m:n (not 1:1) by making the drive voltages of the micro-pumps substantially equal to each other.

Cartridge for a multicomponent mass, has a housing (12) formed as a hollow profile and in which a multi-chamber pouch (13) having a plurality of chambers (14, 15) separated from each other in a longitudinal direction, is arranged and a large-surface connection region for releasably connecting the multi-chamber pouch (13) and the housing (12) and extending along a longitudinal extend of the multi-chamber pouch (13) and at least along a portion of the circumference of the multi-chamber pouch (13).

The present invention provides a residual quantity-reducing member, which: reduces the final residual amount of contents to be discharged by preventing the occurrence of spaces, the perimeter of which is blocked by a pressurized fluid; stabilizes the amount of contents discharged per unit time; and makes it possible to discharge the contents smoothly to the end. Inside a flexible inner bag (102) that is disposed in an aerosol container (100), a residual quantity-reducing member (110) for reducing the final residual amount of contents (F) to be discharged is installed. The residual quantity-reducing member (110) is provided with a mounting part (120) that is mounted on an inflow port (103) of the inner bag (102) so as to allow inflow of the contents F, and a guide part (130) obtained by connecting multiple grooved blocks (132), which have a longitudinal guiding groove (131), in a row in the longitudinal direction.

In a kneader having a mixing tank 1 for storing the kneaded material, a pair of rotors, 2 disposed in parallel for kneading the kneaded material stored in the mixing tank 1, and a pressurizing lid 3 inserted slidably in the opening at the top of the mixing tank 1, the sliding portion of the pressurizing lid 3 against the mixing tank 1 is divided into a plurality of stages (upper, lower), packings P1, P2 are disposed for reducing the clearance between the respective pressurizing lids and the side wall of the mixing tank as much as possible, and an air reservoir 33 is formed between the upper and lower lids 31, 32.

A reaction apparatus comprises a first supply flow channel having a fine flow channel cross sectional area for a liquid pressurized by a pressurizing device, a gas supply flow channel having a fine flow channel cross sectional area for supplying a gas, a two-phase flow channel having a fine flow channel cross sectional area in communication with a joined portion for the first supply flow channel and the second supply flow channel for flowing a gas / liquid two-phase fluid, a gas bubble reaction flow channel in communication with the exit of the gas / liquid two-phase channel and having a flow channel cross sectional area larger than that of the gas / liquid two-phase flow channel, and a liquid discharge flow channel for discharging the liquid in the gas bubble reaction flow channel. Therefore, in the reaction apparatus, a stable mixing ratio of a gas to a liquid can be obtained and the mixing speed of the gas to the liquid is increased.

The invention provides a hydrodynamic self-controlled three-stage mixing device, which comprises three-stage mixing structures connected in sequence, the first-stage mixing structure includes a Venturi mixer, and the second-stage mixing structure includes a discharge material connected to the Venturi mixer The three-stage mixing structure includes a stirring tank connected to the discharge port of the static mixer, a two-layer stirring paddle set in the stirring tank, a floating ball valve set in the stirring tank and The motor that drives the two layers of the stirring paddle, the floating ball valve is set corresponding to the feeding port of the stirring tank, so that when the liquid level rises to the upper limit position, the feeding port of the stirring tank is blocked, and the material of the stirring tank is discharged. The port is set lower than the feed port of the stirring tank. The fluid mechanics self-controlled three-stage mixing device has the advantages of scientific design, automatic continuous production, stable mixing ratio, low equipment investment, and low operation and maintenance cost.

The invention provides a liquid material output method adopting metering pumps. The liquid material output method comprises the following steps that N metering pumps used for correspondingly conveyingN kinds of liquid materials are provided, wherein each metering pump comprises a cylinder body and a piston assembly, each cylinder body comprises a fixed cylinder and a cylinder body moving plate, and a cylinder body opening is formed in each fixed cylinder; each cylinder body moving plate is arranged at the corresponding cylinder body opening in a sliding mode, and a cylinder body space is defined by each cylinder body moving plate and the corresponding fixed cylinder; each piston assembly comprises an actuator plate and a piston telescopic part, each actuator plate is arranged on the corresponding fixed cylinder in a sliding mode, each piston telescopic part is connected to the corresponding actuator plate and is in sliding contact with the corresponding fixed cylinder and the corresponding cylinder body moving plate so as to form a closed space for accommodating the liquid material in the cylinder body space; the cross sectional area of the corresponding closed space is adjusted through the movement of the cylinder body moving plates and the stretching of the piston telescopic parts; and the actuator plates of the N metering pumps are driven to synchronously move, and the liquid feeding amount of each liquid material is the product of the cross sectional area of the corresponding closed space and the movement distance of the corresponding actuator plate. The liquid material output method can ensure that the mixed proportion of various liquid materials is stable.

The invention discloses a reaction injection molding system based on dicyclopentadiene, which includes a first material tank and a second material tank, and the first raw material and the second material are transported from the first material tank and the second material tank to the Mixing head; also includes the mold that is used for dicyclopentadiene reaction injection molding, and the overflow bag that communicates with mold cavity inside is arranged on described mold, and described mixing head, overflow bag are arranged on the relative both sides of mould, and mixing head It is used for pouring mixed raw materials into the mould, and a liquid level sensor is set in the overflow bag or the mould; it also includes a vacuum extraction device for vacuuming the mould. The present invention is used to solve the above-mentioned problems caused by the lack of production equipment dedicated to dicyclopentadiene injection products in the prior art, realize the production and preparation of dicyclopentadiene injection products through a special system, realize intelligent control of the injection process, and improve product quality. The purpose of quality, so that the technology can be widely used.

The invention relates to a two-phase flow ratio mixed transportation valve for constant ratio mixed transportation of two-phase flow in therefining and chemical field. The invention solves the problemof unstable mixed ratio of two-phase flow, wherein the inner cavity of an outer shell is arranged as a counterbore, the left end of the outer shell is provided with a flow inlet hole a, and a mixed transportation hole is formed in the middle of the outer shell; the right end of the outer shell is connected with a cover sealing thread; a flow inlet hole b is formed in the middle of a sealing cover; the inner cavity of a taper sleeve a arranged as a conical hole; the inner cavity of the taper sleeve b is arranged as a conical hole; the taper sleeve a is in threaded connection with the left endof an inner cylinder a; the taper sleeve b is in threaded connection with the right end of an inner cylinder b; and the right end of an inner cylinder is in threaded connection with the left end of aninner cylinder b; a valve core is placed in the inner cavities of the inner cylinder a and the inner cylinder b, and a boss in the middle of the outer circumference of the valve core is positioned between a convex step in the middle of the inner cavity of the inner cylinder a and the convex step of the left end of the inner cavity of the inner cylinder b. The valve provided by the invention can balance the mixed ratio automatically by using the pressure of the two-phase flow, has a simple structure, and is suitable for complicated and variable working conditions.

The invention discloses an automatic rough grinding and slurry mixing system and a control method of the system. The system comprises a rough grinding machine, wherein a material inlet and a slurry discharging hole are formed in the rough grinding machine; the material inlet is connected with a first input part used for introducing mineral material, a second input part used for introducing water and a third input part used for introducing a dispersing agent respectively; the system also comprises a processor and a detection sensor used for detecting parameter information of the rough grinding machine; the processor is used for controlling operation of the first input part, the second input part and the third input part according to the parameter information. According to the system, the first input part, the second input part and the third input part are respectively arranged on the rough grinding machine, the ore material, the water and the dispersing agent can be automatically introduced; and the processor is used for controlling the first input part, the second input part and the third input part; the feeding amount of each medium is automatically controlled; the stability of mixing ratio of the ore material, the water and the dispersing agent is ensured; the system is convenient to operate and has time-saving and labor-saving effects; and the quality of finished products is improved.