12results about How to "Avoid manual transfer" patented technology

The utility model belongs to the technical field of carbon molecular sieve production equipment, and discloses a flower mud material crushing conveyor line which comprises crushing equipment, a bottom belt conveyor, an inclined lifting belt conveyor and a vibrating screen, a sunken main pit is formed in the workshop ground of a flower mud crushing station, the crushing equipment is installed in the main pit, and the inclined lifting belt conveyor is installed in the main pit. A feeding hopper of the crushing equipment is removed towards the outer side wall, and the bottom of the feeding hopper is connected through a horizontal steel plate, extends and is connected to the workshop ground in a lap joint mode. The bottom belt conveyor is horizontally connected below a discharge port of the crushing equipment, the bottom end of the inclined lifting belt conveyor is connected at the discharge end of the bottom belt conveyor, and the high end of the inclined lifting belt conveyor inputs crushed flower mud materials to a feed port of the vibrating screen. According to the flower mud material crushing conveying line, crushing equipment is installed in a pit mode, the feeding difficulty is lowered, and the operation safety is improved.

The present application relates to a kind of fine blanking transfer mould and forming method, including upper die mechanism, lower die mechanism and mould in transmission mechanism. Upper die mechanism includes upper die holder, upper backing plate, upper fixed plate, press ring seat, press ring, fine blanking punch and die and bending punch and die, bending punch and die are fixed in press ring and move synchronously with it, to be driven bending forming by press force;Lower die mechanism includes lower die holder, lower backing plate, lower fixed plate, female die, fine blanking counterplate, bending punch, bending counterplate, fine blanking die insert, bending die insert and fine blanking punch;Blanking station and forming station are set on female die along longitudinal direction interval. Mould in transmission mechanism is arranged on the upper surface of female die, including transmission push plate, slide rail and driving part, and driving part drives transmission push plate reciprocating sliding between blanking station and forming station. Through station integration and mould in automatic transmission, avoid damage and efficiency loss caused by manual transfer, realize continuous automatic production.

This application provides an automated droplet generation device and detection system. The automated droplet generation device includes a controller, a scheduling mechanism, a first stage, a second stage, and a pressurizing component. The first stage is used to place a microfluidic chip, and the second stage is used to place a carrier tube. The controller controls the scheduling mechanism to place the microfluidic chip and the carrier tube on the corresponding stages, and then controls the relative movement of the first and second stages. After the second stage is positioned corresponding to the first stage, the controller controls the pressurizing component to apply pressure to the microfluidic chip to generate droplets. After the carrier tube collects the droplets, the controller controls the relative movement of the first and second stages. After the first and second stages are separated, the controller controls the scheduling mechanism to remove the microfluidic chip from the first stage, and / or, controls the scheduling mechanism to transport the carrier tube from the second stage. The automated droplet generation device provided by this application can realize the automated transfer process of the carrier tube and the microfluidic chip, and the automated droplet generation device has a high degree of automation.

The present application relates to a kind of penicillin bottle production line, including lamp inspection component, into the component and packaging component;The lamp inspection component is set in one end of the into the component, for the appearance detection of penicillin bottle;The into the component is used to place multiple penicillin bottles into box;The packaging component is set in the other end of the into the component, for the packaging of penicillin bottle after into box;The end of the lamp inspection component away from the into the component is docked penicillin bottle production device, and penicillin bottle extraction mechanical hand is set beside the penicillin bottle production device.The purpose of the present application is to overcome the existing defects and provide a kind of penicillin bottle production line, and multiple processes are connected to continuous production, which avoids manual operation.

The welding table for the automobile parts comprises a support, conveying assemblies are arranged on the left side and the right side of the support respectively, each conveying assembly comprises two supporting tables placed on the left side and the right side of the support, a conveying belt is installed on the upper surface of each supporting table, and a workbench and a top plate are connected to the outer surface of the support respectively. A fixing assembly is rotationally installed above the workbench. By means of the conveying assembly, workpieces needing to be machined and machined workpieces can be conveyed respectively through the supporting table and the conveying belt, manual transfer is avoided, the working efficiency is effectively improved, harmful gas generated in the welding process can be collected through the air suction assembly and an air suction cover, and the welding quality is improved. Through cooperation of the conveying channel, harmful gas can be outwards conveyed and exhausted, harm to the body of a worker is avoided, through the arranged fixing assembly, a workpiece can be conveniently clamped and fixed, and machining and using are facilitated.

The invention relates to the technical field of power grid detection, and discloses an infrared detection device based on power grid digital application, comprising a power pole, a cable rack located on the power pole is arranged below a photovoltaic device, a plurality of power grid cables are arranged on the cable rack, a device body located below the cable rack is fixed on the power pole, a cable detection mechanism is arranged on one of the plurality of power grid cables, a transfer transmission mechanism for driving the cable detection mechanism to be transferred to the cable detection mechanism on the power grid cable is arranged between the cable detection mechanism and the device body, and the advantage of the invention over the prior art is that a transfer transmission mechanism for driving the cable detection mechanism to be transferred is arranged between the device body and the cable detection mechanism, so that when the cable detection mechanism is detecting the original power grid cable, it can be directly transferred to the next power grid cable to continue detecting the next power grid cable, so that manual transfer by staff can be avoided, and the detection efficiency of the power grid cable is improved.

The invention relates to the technical field of power grid detection, and discloses an infrared detection device based on power grid digital application, which comprises a telegraph pole, a cable rack located on the telegraph pole is arranged below photovoltaic equipment, a plurality of power grid cables are arranged on the cable rack, and a device main body located below the cable rack is fixed on the telegraph pole. One of the plurality of power grid cables is provided with a cable detection mechanism, and a transfer transmission mechanism for driving the cable detection mechanism to be transferred to the cable detection mechanism on the power grid cable is arranged between the cable detection mechanism and the device main body. Compared with the prior art, the cable detection device has the advantages that the transfer transmission mechanism capable of transferring the cable detection mechanism is arranged between the device main body and the cable detection mechanism, so that the cable detection mechanism can be directly transferred to a next power grid cable to continue to detect the next power grid cable when the original power grid cable is detected; manual transfer of workers can be avoided, and the power grid cable detection efficiency is improved.

This invention discloses an integrated robot for scraping and grinding guide rails, relating to the field of guide rail scraping and grinding technology. It includes a production line control unit, a traveling mechanism, multiple six-axis robots, a painting mechanism, a scraping mechanism, a milling mechanism, a grinding and transporting integrated mechanism, and multiple work units. The painting mechanism, scraping mechanism, milling mechanism, and grinding and transporting integrated mechanism are each located at the end of one of the six-axis robots and are driven by the six-axis robots to move. The grinding and transporting integrated mechanism is mounted on the traveling mechanism via the six-axis robots and is used to grasp and transport guide rail workpieces to each work unit, and to grind the guide rail workpieces after milling. The traveling mechanism drives the grinding and transporting integrated mechanism to move linearly. Each of the multiple work units corresponds to one of the painting mechanism, scraping mechanism, or milling mechanism, and is used to clamp and rotate the guide rail workpieces. This achieves automated transport of guide rail workpieces and improves the continuity of the production line.

The utility model relates to cotton production equipment technical field discloses a kind of cotton sewing folding automation production equipment, including forming assembly, sewing assembly and folding assembly, the sewing assembly is set to the rear end of forming assembly, the folding assembly is set to the side of sewing assembly away from forming assembly, the forming assembly includes first forming frame, the rim of first forming frame upper surface both sides is fixedly connected with rack, and the side of first forming frame front end is provided with two transmission gears.In the utility model, the cotton sewing folding automation production equipment integrates three processes of forming, sewing and folding into an automatic production line, realizes the full-process automation production from raw materials to finished products, effectively changes the traditional operation mode which relies on manual work, is inefficient and prone to error, avoids manual transfer and waiting between processes through automatic continuous production, and production rhythm is fast, and capacity is high.

The invention discloses a hot and cold shock test device and method for automotive electronic components, belonging to the technical field of hot and cold shock test equipment. The hot and cold shock test device for automotive electronic components comprises a test box, wherein a mounting column is rotatably provided inside the test box, six partitions are evenly distributed circumferentially on the mounting column, one end of the partition away from the mounting column is in active contact with the inner wall of the test box, and the six partitions divide the internal space of the test box into a thermal shock test area, a buffer zone one, a buffer zone two, a cold shock test area, a buffer zone three and a buffer zone four. A thermal shock assembly is provided on the test box, a cold shock assembly is provided on the test box, an intermittent rotating assembly connected to the mounting column is provided at the bottom of the test box, a placement assembly is provided between two adjacent partitions, and a clamping assembly for fixing the electronic component body is provided on the placement assembly. The test box has the advantages of effective placement, stable clamping, rapid hot and cold shock cycle testing, stable structure and convenient operation.

The utility model discloses a span transfer trolley, which relates to the technical field of wafer box transfer, and comprises an automatic guide trolley, a transfer trolley and a transfer trolley, the center control box is arranged on the mounting plane and located at one end of the mounting plane, and a control unit used for controlling the automatic guide vehicle to start and stop is arranged in the center control box; the bearing table comprises a first bearing table arranged on the mounting plane and a second bearing table arranged above the first bearing table, and the first bearing table and the second bearing table are located on the same side of the center control box; the wafer boxes can be automatically transferred by the automatic guide vehicle according to a set path after being placed on the bearing tables, and meanwhile, the center control box can stop the wafer boxes on the first bearing table and the second bearing table at the same time in the running process of the automatic guide vehicle, so that the wafer boxes are prevented from falling off due to sudden braking.

The utility model discloses a kind of disassembly devices for photovoltaic module components, it includes belt transmission line, junction box removal mechanism, corner piece cutting mechanism, centering mechanism, laser sensor, measurement grating and control unit.The disassembly device for photovoltaic module components is integrated by being provided with belt transmission line, junction box removal mechanism, corner piece cutting mechanism, centering mechanism, realizes the integrated function of component transmission, centering positioning, corner piece cutting, junction box removal, avoids artificial transfer and intervention, and greatly improves overall disassembly automation degree.Meanwhile, by integrating laser sensor and measurement grating, double detection of component transmission position is realized, disassembly failure caused by position deviation is avoided, disassembly reliability is improved, and control unit is communicated with all components, can coordinate each mechanism action according to detection signal in real time, ensure the disassembly process of photovoltaic module coherent.