50results about How to "Save extra power output" patented technology

The invention relates to a solar photovoltaic panel surface cleaning unmanned aerial vehicle. The solar photovoltaic panel surface cleaning unmanned aerial vehicle comprises an unmanned aerial vehicle, a solar panel, a cleaning storage tank, a cleaning mechanism, and a guide component, wherein an installation frame is arranged below the solar panel; the cleaning storage tank is installed on the mounting frame and is arranged in parallel with the solar panel, and a water inlet is arranged on the cleaning storage tank; the cleaning mechanism comprises a water feeding component which intermittently communicates with the cleaning storage tank, a flushing component which is arranged below the unmanned aerial vehicle and is connected with the water feeding component, and a transmission componentwhich is arranged on the unmanned aerial vehicle and is used for driving the flushing component to rotate; and the guide component limits the flight guide of the unmanned aerial vehicle. During the flight process of the unmanned aerial vehicle, the flushing component is rotated through the transmission component, and then the surface of the solar panel is flushed by matching with the water feeding component. The solar photovoltaic panel surface cleaning unmanned aerial vehicle solves the technical problem of poor cleaning effect when water is sprayed on the surface of the solar panel withoutdirectly brushing the solar panel.

The invention relates to a cooling liquid recovery process for a six-axis grinding machine. The process comprises a workpiece grinding process, a cooling process and an impurity screening process, wherein the impurity screening process comprises the following steps: 1, gathering wastewater; 2, quantitatively dropping the wastewater; 3, shaking off impurities by oscillation; 4, outputting scrap iron; 5, outputting clean water; 6, outputting millstone particles; and 7, recycling clear water. The technical problems that scrap iron and millstone particles cannot be discharged in time, consequently, the water flow is low, output of much water cannot be achieved, and nearly equal amount of water circulates and flows back in time are solved.

The invention relates to an automatic charging plug assembling device. The device comprises: a plug transmission mechanism which comprises a transmission track a and a bearing plate a; a shell transmission mechanism which is arranged above the plug transmission mechanism and comprises a transmission track b and a bearing plate b; an automatic assembling mechanism which is located at the assemblingstation and comprises a first adsorption assembly, a second adsorption assembly, a vacuum pump and a lifting assembly, wherein a horizontal pushing assembly is arranged on the assembling station andis in synchronous transmission with the lifting assembly through a first transmission part; and a finished product discharging mechanism which comprises a stripping assembly, a control assembly, a switching assembly and an arrangement assembly, wherein a driving mechanism intermittently and synchronously moves the bearing plate a and the bearing plate b towards the output end of the shell transmission mechanism. The technical problems that a plug is not easy to stand on a table top, a shell needs to be placed on the table top through manual overturning, the work is tedious, and the automationdegree is poor are solved.

The invention relates to automatic winding equipment for production of a diversion net porous isolation film composite material. The equipment comprises a switching mechanism, a replacement mechanism,a glue sealing mechanism, an output mechanism and an input mechanism, wherein the switching mechanism comprises a machine frame, a revolving assembly and a winding roller element, and a winding station, a packaging station, an output station, an upper roller station and a station to be replaced are sequentially arranged on the revolving assembly in the circumferential direction; the replacementmechanism comprises a winding mechanism and a cutting mechanism, and the winding mechanism cooperates with the winding roller element to complete the clamping work of a finished product; the glue sealing mechanism is used for automatic finishing touches of composite diversion net tail after cutting on the winding roller element; the output mechanism comprises an outgoing assembly and a first linkage assembly; and the input mechanism comprises an installation assembly and a second linkage assembly. According to the equipment, the technical problems that manual automatic installation of new winding rollers after replacing rollers and manual discharging work of old winding rollers after the completion of the winding work are required, the work efficiency is low, and additional manual labor output is required are solved.

The invention relates to peanut oil processing and shelling equipment. The equipment comprises a mounting mechanism, a shelling mechanism, and a separation mechanism, wherein the mounting mechanism comprises a discharging tank arranged on a rack and a driving assembly arranged below the discharging tank; the shelling mechanism comprises a conveying assembly driven to rotate along the circumferenceby the driving assembly and a material pressing assembly mounted on the driving assembly and matched with the conveying assembly to grind peanuts; and the separation mechanism comprises a screening assembly arranged below the driving assembly, a guiding assembly arranged on the other side of the material pressing assembly relative to the screening assembly and matched with the conveying assemblyto pull out a shell in the screening assembly, and a pressurizing assembly communicated with the screening assembly and in synchronous conveying with the driving assembly. The equipment disclosed by the invention solves the technical problems that separating work of the peanut kernel and peanut shell is complex, manual quality inspection work is needed, and the automation degree is low.

The invention relates to a semi-automatic assembling process for electronic components for electric appliances. The semi-automatic assembling process for the electronic components for the electric appliances comprises the following steps of 1, screening coils; 2, intermittently outputting the coils; 3, correcting the deviations of the coils; 4, welding the coils and the static contacts into a whole; 5, loading the static contacts, wherein the static contacts are manually placed on a static contact positioning tool at the input end of a chain wheel and chain transmission unit b in sequence, a first one-way rack vertically moves downwards while a linear air cylinder is started, a first driving gear is driven to rotate, the first driving gear drives the chain wheel and chain transmission unitb to transmit, and the chain wheel and chain transmission unit b drives the static contact positioning tool to be transmitted to the position under a first welding head set and waits for completing welding work; 6, outputting semi-finished products; 7, welding the semi-finished products and wiring boards; and 8, outputting finished products. According to the semi-automatic assembling process forthe electronic components for the electric appliances provided by the invention, the technical problems that the coils, contact plates and the static contacts need to be positioned at the same time, clamping is tedious, assembling and spot welding cannot be rapidly conducted, and an existing process is not suitable for batch production are solved.

The invention relates to a shell breaking and screening integrated device for peanuts. The shell breaking and screening integrated device for peanuts comprises a mounting mechanism comprising a discharging barrel and a driving assembly, a shelling mechanism comprising a transmission assembly driven by the driving assembly to rotate along the circumference and a material pressing assembly mounted on the driving assembly, a separating mechanism comprising a screening assembly arranged below the driving assembly, a guiding assembly and a pressurizing assembly which communicates with the screeningassembly and is in synchronous transmission with the driving assembly, and a discharging mechanism comprising a material pushing assembly which is horizontally arranged in the screening assembly in asliding manner and is in synchronous transmission with the driving assembly, a control assembly which is in synchronous transmission with the material pushing assembly and is vertically arranged in the screening assembly in a sliding manner, and a material receiving assembly which is used for receiving materials and is connected with the pressurizing assembly. The shell breaking and screening integrated device for peanuts solves the technical problems that shelling, peeling and screening of the peanuts cannot be completed integrally, and the working efficiency is low.

The invention relates to an automatic edge sealing device for a rattan-imitated chair cushion, and the device comprises a control mechanism which comprises a pressing assembly and a rotating assembly; the cutting mechanism comprises a slitting assembly and a first transmission assembly; a sewing mechanism; the discharging mechanism comprises a lifting assembly arranged on the operation table, a second transmission assembly which is in synchronous transmission with the downward pressing assembly and is used for driving the lifting assembly to move in the vertical direction, and a limiting assembly which is installed on the operation table and is used for controlling the lifting assembly to automatically rotate for discharging; the cutting-off mechanism is used for automatically cutting off the edge sealing strips of the group of bolsters subjected to edge sealing; the rattan chair bolster sewing machine solves the technical problems that in the rattan chair bolster production process, the peripheral hems of the bolster are manually sewn, the edge cutting work of hemming strips and the rotation work of the bolster need to be completed with one hand, misoperation is prone to occurring, the speed is low, and the production efficiency is low.

The invention relates to a waste gas recovery method applied to soft-touch leather coating production. The method comprises the following steps: 1, waste gas blowing-in work; 2, waste gas cooling work; 3, waste gas screening switching work; 4, air blowing flow speed adjusting work; 5, condenser detecting work; and 6, water circulation work which is synchronous with the step 3, wherein a fifth transmission assembly is driven by a driving mechanism, so that water with relatively high temperature in a water tank is rapidly stirred under the stirring action of a stirring assembly, the flow speed of the water in the water tank is increased, the water in the water tank is rapidly cooled, meanwhile, waste gas in a first connecting pipe is cooled by utilizing the water after heat loss; 7, gas-liquid separation work; and 8, purification work; the technical problem that the temperature of output waste gas does not reach the standard due to the fact that the refrigeration environment in a heat exchanger becomes poor when the heat exchanger is used for a long time is solved.

The invention relates to an unmanned aerial vehicle for cleaning the surface of a solar photovoltaic panel, including an unmanned aerial vehicle, and further comprising: a solar panel, a mounting frame is arranged under the solar panel; a cleaning storage tank, the cleaning storage tank is installed on the mounting frame and connected to the solar panel Set in parallel, the cleaning storage tank is provided with a water inlet; the cleaning mechanism, the cleaning mechanism includes a water delivery component that is intermittently connected to the cleaning storage tank, a flushing component installed under the drone and connected to the water delivery component, and installed on the drone And it is used to drive the transmission assembly of the flushing assembly to rotate; and the guide assembly, which limits the flight guidance of the UAV; during the flight of the UAV, the transmission assembly makes the flushing assembly rotate, and then cooperates with the water delivery assembly. The surface of the solar panel is washed; the invention solves the technical problem that the cleaning effect is poor when spraying water on the surface of the solar panel without directly scrubbing it.

The invention relates to an intelligent manufacturing device for baked edible food, comprising an oven; the oven is provided with an inlet and an outlet along its length direction, and the side wall of the oven is provided with a first waist groove, the inlet and the outlet The switch is driven by an electrical signal; a transmission mechanism; the transmission mechanism includes a support track, a moving assembly slidably arranged under the support track, a first drive assembly, and a bearing assembly mounted on the moving assembly and arranged along the length direction of the oven; mechanism; the material shaking mechanism includes a support shaft, a tumbling assembly and a second drive assembly; two sets of support shafts are arranged and are located at the end of the oven; the incision mechanism, the incision mechanism includes a cutter assembly installed on the support shaft; adding auxiliary materials The auxiliary material feeding mechanism is arranged outside the baking box and at the output end of the transmission mechanism; the invention solves the technical problem that the bottom of the bread cannot be fully heated when the bread is baked, resulting in poor baking effect.

The invention relates to an intelligent manufacturing device for baking edible food. The intelligent manufacturing device comprises a baking box, a conveying mechanism, a material shaking mechanism, a notching mechanism and an auxiliary material adding mechanism. An inlet and an outlet are formed in the baking box in the length direction of the baking box, a first waist groove is formed in the side wall of the baking box, and the inlet and the outlet drive a switch through electric signals. The conveying mechanism comprises a supporting rail, a moving assembly arranged below the supporting rail in a sliding manner, a first driving assembly and a bearing assembly installed on the moving assembly and arranged in the length direction of the baking box. The material shaking mechanism comprises supporting shafts, a rolling assembly and a second driving assembly. The two supporting shafts are located at the head end and the tail end of the baking box. The notching mechanism comprises a cutter assembly mounted on the supporting shafts; the auxiliary material adding mechanism is arranged outside the baking box and located at the output end of the conveying mechanism; and the device solves the technical problem that when bread is baked, the bottom of the bread cannot be fully heated, and the baking effect is poor.

The invention relates to an automatic assembling device for production of a charger housing component. The automatic assembling device comprises a raw material conveying mechanism, an automatic assembly mechanism, a finished product discharging mechanism, a swing mechanism and a drive mechanism, wherein the raw material conveying mechanism comprises a plug conducting component and a housing conducting component; the plug conducting component and the housing conducting component comprise a conveying rail and a bearing plate; the automatic assembly mechanism is located at an assembly station andcomprises a first sucking component, a second sucking component, a vacuum pump and a lifting component; the finished product discharging mechanism comprises a stripping component and a stacking component; one side of the finished product discharging mechanism is provided with a manipulator; the manipulator is used for together taking out chargers that are horizontally stacked on the stripping component and placing the chargers inside a packing box; the swing mechanism comprises a connecting rail, a lifting member and a transfer component; and a flatly-push component is arranged at the assembly station. The automatic assembling device provided by the invention solves the technical problems that the assembling equipment and the discharging equipment are dispersedly distributed, feeding anddischarging are implemented by a worker, transfer is implemented manually, the automation degree is low and the yield is low.

The invention relates to an automatic processing technology for high-fiber bread, which comprises: step 1, a bread input process; step 2, a primary baking process of bread; step 3, a bread transfer process; step 4, a secondary baking process of bread; Flow process; step 6, adding auxiliary materials to bread; step 7, bread packing process, after all the bread is finished with cream, the bread is manually packed; the invention solves the need to sprinkle ingredients on the bread after baking, such as melon seeds, Cream, etc., and then need to accurately locate the bread, otherwise there will be technical problems of a lot of waste.

The invention relates to automatic gluing equipment for butyronitrile gloves. The automatic gluing equipment comprises a glove conveying mechanism, a steeping vat body, a transmission mechanism, a chain mechanism, a cleaning mechanism, a first impurity collection mechanism and a second impurity collection mechanism, wherein a partition plate is arranged in the middle of the steeping vat body in the length direction of the steeping vat body, and a gluing space and an impurity discharging space are formed between the steeping vat body and the partition plate; the transmission mechanism comprises a rotating component, a bubble removing component and a cooling component; and the first impurity collection mechanism comprises a first discharging component and a first collection component. The automatic gluing equipment solves the technical problems that bubbles are hidden in the rubber material, and the glove and the rubber material temperature are not easy to control, so that the soaking condition is inappropriate, the needle hole phenomenon of the glove is finally caused, and the product quality is reduced.