33results about How to "Easy to adjust the mixing ratio" patented technology

The invention discloses a full automatic control lime shaft kiln production line comprising a shaft kiln, a material loading system, a material distributing system and an ash discharging system, wherein the material loading system comprises a mixed hopper, a limestone storehouse, a first belt type conveyor for conveying limestone, a coal storehouse and a second belt type conveyor for conveying coal; the material distributing system comprises a material distributing device arranged on the top of the shaft kiln; and the ash discharging system comprises a cooling device arranged in the shaft kiln and a plurality of ash scrabbling machines arranged on the bottom of the shaft kiln. By utilizing the full automatic control lime shaft kiln production line, on premise of ensuring low cost and high maneuverability, raw material mixed proportion can be conveniently regulated and controlled, lifting of hopper is convenient and reliable, and the lifting efficiency is high. Shaft kiln material face is divided to four small area blocks by revolving the material distributing device, materials are distributed uniformly on three line faces and seven point faces, and therefore, material face in the kiln is uniform, and the roasting stability is improved. By utilizing the full automatic control lime shaft kiln production line, seal of kiln bottom is ensured, fuel is saved, and power consumption is saved.

The invention provides an organic Rankine cycle power generation system capable of changing a working medium. The organic Rankine cycle power generation system capable of changing the working medium comprises a main body part and a working medium charging part, the main body part comprises an evaporator, an expansion generator, a condenser and a working medium pump; the evaporator is used for absorbing low-temperature waste heat source heat of an input working medium to generate steam and inputting the steam and the working medium into the expansion generator; the expansion generator is used for doing work and generating power by utilizing steam, discharging the steam and outputting the working medium after power generation; the condenser is used for carrying out heat exchange on the steamdischarged by the expansion generator through cooling liquid to obtain liquid water and output the working medium; the working medium pump is used for conveying the liquid water and the working medium back into the evaporator; the working charging medium part comprises a rectifying tower and an adjusting pump; the rectifying tower is used for separating and recovering the working medium of the main body part and inputting the recovered working medium into a working medium tank for storage; and the adjusting pump is used for adding the working medium from the working medium tank to the main body part and adjusting the type and proportion of the added working medium. The organic Rankine cycle power generation system capable of changing the working medium can adjust the working medium type and the mixing ratio according to the heat source condition, and therefore the optimal power generation efficiency is achieved.

The invention discloses a mixer, which comprises an input part, a mixing chamber, a switch part, a switch rotating part and a rotating angle detection mechanism. The switch part includes a rotating core. The middle cavity of the rotating core is divided into an upper cavity and a lower cavity by a sealing plate. The cavity wall of the upper cavity is provided with a discharge hole that can communicate with the output interface; The switch part is fixedly connected to the third motor, and the rotating shaft of the third motor is fixedly connected to the lower cavity of the rotating core through a coupling; The insulating seat is provided with a detection block that is insulated from the fixed seat, and the coupling is provided with a detection block that can be touched when the rotor rotates to a position where the discharge hole and the output interface are not connected. The outer bump of the block. The invention has the advantages of simple structure, safety and reliability, wide application range, better application prospect and the like.

The invention discloses a safe and reliable combustion device. The safe and reliable combustion device comprises a combustion controller, a combustor and a tempering controller, wherein the combustion controller and the combustor are connected through a fuel guide pipe; the tempering controller is arranged between the combustion controller and the combustor; the combustion controller comprises a fuel mixing part, a fuel output switch and an output switch state detection part which are connected in sequence; the fuel mixing part comprises a plurality of input channels and a mixing chamber; each input channel is communicated with the mixing chamber through the output end of a one-way valve; the output switch state detection part comprises a circular arc groove formed in the shell; an insulating seat is arranged at the second tail end of the circular arc groove; a detection block is arranged in the insulating seat; an outer convex block which can rotate between the first tail end and the second tail end of the circular arc groove and touch the detection block is arranged on a metal button. The safe and reliable combustion device disclosed by the invention has the advantages of being simple, safe and reliable in structure, wide in application range, better in application prospect and the like.

The invention discloses a remotely manipulable and safe as well as energy-saving combustion controller, which comprises a fuel mixing part, a fuel output switch, an output switch state detection part and a control circuit, wherein the fuel mixing part is driven by a first motor through a drive mechanism; the fuel output switch is provided with an accommodation cavity; a rotating core is arranged in the accommodation cavity in a sleeving manner; a cavity in the middle of the rotating core is separated into an upper chamber body and a lower chamber body by a sealing plate; the upper chamber body is communicated with a mixing chamber, and further, a chamber wall of the upper chamber body is provided with a discharge hole which can be communicated with an output interface; the lower chamber body is fixedly connected with a third motor, which drives the rotating core to synchronously rotate, through a coupling; the third motor is fixedly connected with a shell through a fixing seat; the control circuit controls the first motor and the third motor to work according to manipulation instructions. By using the remotely manipulable and safe as well as energy-saving combustion controller, the wireless control which is used for carrying out remote manipulation through a wireless communication module is provided, and the remotely manipulable and safe as well as energy-saving combustion controller has the advantages that the structure is simple, safe and reliable, the adaptive range is wide, the application prospect is better, and the like.

The invention discloses a remotely operable mixing apparatus, comprising a charging portion, a mixing cavity, a switch portion, a switch rotation portion, a rotation angle detection mechanism and a control circuit with a wireless communication module; the switch rotation portion comprises a third motor fixedly connected with the switch portion through a fixing seat, and a rotary shaft of the third motor is fixedly connected with a lower cavity of a rotating core through a coupling; a rotation angle detection mechanism comprises a receiving cell arranged in the fixing seat, an insulating seat is disposed in the receiving cell, a detection block kept insulated to the fixing seat is disposed in the insulating seat, and the coupling is provided with an outer protrusion that may touch the detection block when the rotating core rotates to a position where a discharge hole is not in communication with a discharge joint. The remotely operable mixing apparatus is wirelessly controlled to operate through an external control terminal and has the advantages such as simple structure, safety and reliability, wide applicable range and promising application prospect.

The invention discloses a remotely-controllable safety and energy-saving combustion device. The device comprises a combustion controller and a combustor which are connected through a fuel guide pipe and a backfire controller arranged between the combustion controller and the combustor, wherein the combustion controller comprises a control circuit and a fuel mixing part, a fuel controlling switch, a fuel outputting switch and an outputting switch state detecting part which are sequentially connected, the fuel mixing part is driven by a first motor through a drive mechanism to mix various fuels, the fuel outputting switch is used for controlling the mixed fuel to be output to the combustor and the outputting switch state detecting part is used for detecting whether the outputting switch is accurately turned off or not; and the control circuit comprises a main controller, a wireless communication module for receiving control instructions and a first drive circuit and a third drive circuit which are respectively used for driving the first motor and a third motor. According to the combustion device disclosed by the invention, the wireless control of remote control is carried out through the wireless communication module, so that the device has the advantages of simple structure, safety and reliability, wide application range, good application prospect and the like.

The invention discloses a device for gas-liquid mixing, which includes an input part, a mixing chamber, a switch part, a switch controller and a control circuit, and one or more sensors are arranged in the mixing chamber; the input part includes: Multiple input channels, each input channel has an input interface for liquid or gas to enter; each input channel is provided with an impeller and a check valve in sequence, the impeller is fixed on the first end of the rotating shaft, and the second end of the rotating shaft The two ends are connected to the transmission mechanism; the switch part includes a housing with a housing cavity in the middle, and at least one output interface communicating with the housing cavity is provided on the housing; a rotating core is sleeved in the housing cavity, and the rotating core has a middle cavity and the A sealing plate is provided in the middle or bottom of the middle cavity, and a discharge hole that can communicate with the output interface is provided on the rotating core, and the discharge hole communicates with the middle cavity. The invention has the advantages of simple structure, safety and reliability, wide application range, better application prospect and the like.

The invention discloses a gas-liquid mixing device, which comprises an input part, a mixing chamber, a switch part and a switch controller. The input part has multiple input channels communicating with the mixing chamber, each input channel has an input interface for liquid or gas to enter, each input channel is provided with an impeller and a check valve in turn, and the transmission mechanism drives the impeller through the rotating shaft. The switch part includes a housing with a housing cavity in the middle, and at least one output interface communicating with the housing cavity is provided on the housing; a rotating core is sleeved in the housing cavity, and the rotating core has a middle cavity, and the middle part of the middle cavity or There is a sealing plate at the bottom, and a discharge hole that can be connected to the output interface is provided on the rotating core, and the discharge hole is connected to the middle cavity; the knob is fixedly connected to the lower end of the rotating core. The invention has the advantages of simple structure, safety and reliability, wide application range, better application prospect and the like.

The invention discloses a mixer which comprises an input part, mixing cavities, switch parts, switch rotating parts and rotating angle detecting mechanisms, wherein each switch part comprises a rotating core; a hollow cavity of each rotating core is divided into an upper cavity and a lower cavity through a sealing plate; a discharge hole capable of being communicated with an output connector is formed in the cavity wall of each upper cavity; each switch rotating part comprises a third motor connected to the corresponding switch part through a fixing seat; a rotating shaft of each third motor is fixedly connected with the lower cavity of the corresponding rotating core through a coupling; each rotating angle detecting mechanism comprises an accommodating groove formed in the corresponding fixing seat; an insulating seat is arranged in each accommodating groove; a detecting block insulated from each fixing seat is arranged in the corresponding insulating seat; an outer bump which can touch the corresponding detecting block when the corresponding rotating core rotates to the position that the corresponding discharge hole is not communicated with the corresponding output connector is arranged on the corresponding coupling. The mixer is simple in structure, safe and reliable, and has the advantages of being wide in application range, better in application prospects and the like.

The invention discloses a safe and energy-saving burning device. The safe and energy-saving burning device comprises a burning controller, a burner and a temper controller arranged between the burning controller and the burner. The burning controller and the burner are connected by a fuel guiding tube. The burning controller comprises a fuel mixing part, a fuel controlling switch, a fuel output switch and an output switch state detection part. The fuel mixing part, the fuel controlling switch, the fuel output switch and the output switch state detection part are connected in order. The fuel mixing part comprises a plurality of input channels and a mixing cavity. Each input channel is communicated with the mixing cavity by the output end of a corresponding check valve. The fuel output switch comprises a shell body. The shell body comprises a containing cavity. An output interface is arranged on the shell body. A rotary core is arranged in the containing cavity in a sleeving manner. The lower tail end of the rotary core is connected with a rotary shaft of a third motor by a coupling. The third motor is used for driving the rotary core to rotate and is fixedly connected with the shell body by a fixing seat. The fuel controlling switch is arranged between the upper tail end of the rotary core and the mixing cavity. The burning device has the advantages of being simple in structure, safe and reliable to use, wide in application range, good in application prospect and like.

The invention provides a control apparatus of gas-liquid mixing and evaporation for a combustion experiment, comprising an oil bath heating and heat keeping mechanism, a three-way gas-liquid mixing mechanism, a gas conveying mechanism and a liquid conveying mechanism. The oil bath heating and heat keeping mechanism comprises an electronic constant temperature oil bath pot with heat exchange medium; the three-way gas-liquid mixing mechanism is arranged in the electronic constant temperature oil bath pot; the gas conveying mechanism comprises a gas conveying conduit and a gas mass flow controller; the liquid conveying mechanism comprises a liquid conveying conduit and a liquid flow controller; one ends of the gas conveying conduit and the liquid conveying conduit are separately connected with the gas inlet and the liquid inlet of the three-way gas-liquid mixing mechanism; the other ends are separately connected with the gas mass flow controller and the liquid flow controller; the gas-liquid mixing outlet of the three-way gas-liquid mixing mechanism is connected with a mixed gas output conduit. The control apparatus gas-liquid mixing and evaporation for a combustion experiment has theadvantages of simple structure, convenient operation and low cost.

The invention discloses a safe and reliable combustion controller which comprises a fuel mixing part, a fuel output switch and an output switch state detection part. The fuel mixing part comprises a plurality of input channels and a mixing cavity. The fuel output switch comprises a shell with a containing cavity in the middle portion. At least one output connector communicating with the containing cavity is formed in the shell and connected with combustors. A rotary core is sleeved with the containing cavity and provided with discharge holes capable of communicating with the output connectors. The lower tail end of the rotary core is fixedly connected with a metal knob, and the output switch state detection part is arranged between the metal knob and the shell. The output switch state detection part comprises an arc groove formed in the shell, an insulation base is arranged at the second tail end of the arc groove, and a detection block is arranged in the insulation base. An outwards convex block capable of rotating between the first tail end and the second tail end of the arc groove and touching the detection block is arranged on the metal knob. The safe and reliable combustion controller is simple in structure, safe and reliable and has the beneficial effects of being wide in application range, good in application prospect and the like.

The invention discloses a safe and reliable mixing device, comprising an input part, a mixing cavity, a switch part, a switch controller and a control circuit; the input part comprises a plurality of input channels which communicate with the mixing cavity, each input channel is provided with an input interface, an impeller and the one-way valve, the impeller is connected to the transmission mechanism through the rotating shaft; the switch part includes a casing with an accommodating cavity in the middle, an output interface is arranged on the casing, a rotating core is sleeved in the accommodating cavity, and the lower end of the rotating core is connected to a metal Knob, an angle detection structure is arranged between the metal knob and the shell; the angle detection structure includes an arc groove arranged on the shell, an insulating seat is arranged at the second end of the arc groove, and a detection is arranged in the insulating seat The metal knob is provided with an outer bump that can be rotated between the first end to the second end of the arc groove and can touch the detection block. The invention is simple in structure, safe and reliable, and has the advantages of wide adaptability and better application prospect.

The invention discloses a safe and reliable gas-liquid mixing device, which comprises an input part, a mixing chamber, a switch part and a switch controller arranged between the mixing chamber and the switch part; the input part includes a plurality of input channels communicating with the mixing chamber, each Each input channel has an input interface, an impeller and a one-way valve, and the impeller is connected to the transmission mechanism through a rotating shaft; the switch part includes a housing with a housing cavity in the middle, an output interface is provided on the housing, and a rotating shaft is sleeved in the housing cavity. core, and the lower end of the rotating core is connected to a metal knob, and an angle detection structure is provided between the metal knob and the housing; the angle detection structure includes an arc groove on the housing, and an insulating seat is provided at the second end of the arc groove A detection block is arranged in the insulating seat, and an outer protrusion that can rotate between the first end and the second end of the arc groove and touch the detection block is arranged on the metal knob. The invention has the advantages of simple structure, safety and reliability, wide application range, better application prospect and the like.

The invention discloses a safe and reliable mixer, which comprises an input part, a mixing chamber, a switch part, a switch controller, a switch rotating part and a rotating angle detection mechanism. The switch part includes a rotating core. The middle cavity of the rotating core is divided into an upper cavity and a lower cavity by a sealing plate. The cavity wall of the upper cavity is provided with a discharge hole that can communicate with the output interface; The switch part is fixedly connected to the third motor, and the rotating shaft of the third motor is fixedly connected to the lower cavity of the rotating core through a coupling; Insulation seat, there is a detection block in the insulation seat that is insulated from the fixed seat, and the coupling is provided with a detection block that can be touched when the rotor rotates to a position where the discharge hole is not connected to the output interface. The outer bump of the block. The invention has the advantages of simple structure, safety and reliability, wide application range, better application prospect and the like.

The invention discloses a fertilizer distributor with an accurate proportion. A first liquid storage box and a second liquid storage box are positioned on the upper layer in a cabinet; a liquid mixingbox is positioned on the lower layer in the cabinet; the top of the cabinet is provided with two liquid inlets corresponding to the liquid adding holes on the top of the first liquid storage box andthe second liquid storage box; three branches of a water feeding pipeline are respectively communicated with the first liquid storage box, the second liquid storage box and the liquid mixing box; a main pipe and a branch are respectively provided with a solenoid valve; the main pipe is also provided with a flowmeter; the liquid mixing pipeline is respectively communicated to the liquid mixing boxthrough the lower part of the first liquid storage box / second liquid storage box; the liquid mixing pipeline is respectively provided with a flowmeter and a solenoid valve; the lower part of the liquid mixing box is connected with a liquid discharging pipeline and a water pump; one branch of the liquid feeding pipeline is connected with the liquid discharging pipeline; the cabinet door is providedwith a hole; a control box is rotatably fixed on the hole; the solenoid valve, the flowmeter, the water pump and the control box are electrically connected; the bottom of the cabinet is provided withground wheels and trundles. According to a control method of the solenoid valve and the flowmeter, a purpose that the fertilizer is accurately mixed according to a certain proportion is realized.