32results about How to "Full automation" patented technology

The invention provides an android-platform-based automated testing method and an android-platform-based testing tool. The testing method comprises the following steps of: script recording: recording operation events and generating an executable script of an android platform; script execution: executing the executable script after an equipment object receives a command for executing the script; and result judgment: judging whether an automated example is adopted according to a script execution result. By adoption of the testing method, the event script is recorded and played back and interface elements are automatically compared to obtain a test result and realize automated testing, and the whole testing process only needs a tester to read the test result, so the method is accurate and fast to implement, and a lot of manpower and material resources are saved. The android-platform-based automated testing method and the android-platform-based testing tool can be used as fast automated testing method and tool which are widely used in the android program test industry.

The invention discloses an intelligent dustbin with a classification function. The intelligent dustbin with the classification function comprises a unified feed inlet. Waste thrown into the intelligent dustbin through the feed inlet is received, recognized and classified in a waste storage area and then enters a waste collection area (classification sub-dustbin) of a corresponding type through a feed guide channel and a guide mechanism, the waste storage area is opened, and then the waste automatically falls into a sub-dustbin of a corresponding type. The whole process of throwing the waste into the intelligent dustbin, recognizing the waste and automatically guiding the waste into the corresponding classification sub-dustbin is automatic, and manual intervention is not needed. The waste does not need to be recognized before being thrown into the intelligent dustbin, so that users does not need to wait for a classification and recognition result by holding the waste by hand, and user experience is good and is similar to that of common dustbins. The guide mechanism comprises an I-shaped guide rail. The I-shaped guide rail is arranged so that the guide mechanism can move more flexibly within a wider range and can adapt to dustbins arranged in a plurality of rows and columns, such as dustbins arranged in two rows and two columns or dustbins arranged in two rows and three columns.

The invention discloses a safety cone automatic collection and placement vehicle. The safety cone automatic collection and placement vehicle comprises a storage device, a gripping device, a transferring device, a conveying device and a collection and placement device. The gripping device comprises an X-axis driving component, a Z-axis driving component and a gripping component, wherein the X-axisdriving component is mounted on a supporting frame; the Z-axis driving component is mounted on the X-axis driving component; the gripping component is fixed on the Z-axis driving component; the transferring device comprises a fixing platform, rolling placing platforms, a turnover component and a pushing component, wherein the rolling placing platforms are correspondingly positioned on the two sides of the fixing platform, the turnover component is mounted on the supporting frame and used for erecting safety cones horizontally placed on the placing platforms, and the pushing component is used for pushing the erected safety cones; the conveying device comprises a conveying bracket and a first belt wheel conveying line mounted on the conveying bracket; and the collection and placement devicecomprises a second belt wheel conveying line positioned at the side edge of the first belt wheel conveying line. The safety cone automatic collection and placement vehicle has the beneficial effects that the safety cones can be rapidly and full-automatically collected and placed by arranging the storage device, the gripping device, the transferring device, the conveying device and the collection and placement vehicle; the working efficiency is high; and the operation is stable.

The invention relates to the technical field of circuit board ink-jet printing, in particular to a circuit board double-sided jet printing all-in-one machine which comprises a jet printing body and a board conveying mechanism assembly. The jet printing body comprises a first jet printing part, a jet printing trolley and a second jet printing part, and the jet printing trolley is located between the first jet printing part and the second jet printing part. The first jet printing part conveys the circuit board to the jet printing trolley, after the jet printing trolley performs ink-jet printing on the first surface of the circuit board, The board conveying mechanism assembly moves the circuit board located at the first jet printing part to the second jet printing part and turns over the circuit board in the transferring process so that the first face of the circuit board can be located on the second jet printing part, the second jet printing part conveys the circuit board to the jet printing trolley, and ink-jet printing is conducted on the second face of the circuit board through the jet printing trolley. The invention further relates to a circuit board double-sided jet printing method which adopts the circuit board double-sided jet printing all-in-one machine.

The invention discloses a shredded meat machine comprising a rack; a front box is installed at the outer peripheral surface of the rack; a rear box is installed at the rear side of the rack; the rear box is connected with the front box; the front box is provided with a discharge port; the rack is provided with a baffle plate which is installed above the discharge port; the lateral wall of the front box is provided with a power switch and a reversible switch; the rack is provided with a motor; an end part of the rack is provided with a meat basin; the front part of the motor is provided with a first belt pulley; the rack is provided with a second slicing knife set, a third slicing knife set and a first slicing knife set; the second slicing knife set and the third slicing knife set are arranged in parallel arrangement; the first slicing knife set is installed above the second slicing knife set and the third slicing knife set; the rack is provided with two sets of side plates; the second slicing knife set, the third slicing knife set and the first slicing knife set are installed among the side plates; the rack is provided with a first knife comb and a second knife comb. The shredded meat machine facilitates sliced meat to be cut into shredded meat and then shredded meat is discharged from the discharge port; the whole process is automatic, simple and convenient.

The invention relates to a device of separating upper covers of dies. The device is composed of four parts: a guide rail device, a front conveying device, a belt adjusting device and a back conveyingdevice. The guide rail device is used for separating and transferring the upper covers of the dies; the front conveying device is used for driving the upper covers of the dies to enter the guide raildevice smoothly; the belt adjusting device is used for adjusting a tensile force of a belt and enabling ten bearings to be in contact with the belt tightly through a spring to ensure that the upper covers of the dies are obliquely and continuously conveyed along the guide rail device; and the back conveying device is used for driving the upper covers and the dies to move forward on a guide rail and conveying the separated upper covers of the dies back to a conveyor line. The dies with to-be-separated upper covers of the dies move at a speed of 20 m/min on the conveyor belt, rectangular slot bodies are formed in the outer diameters of the upper covers of the dies, and the upper covers enter the rectangular slot bodies by a shifting fork in the oblique guide rail device. The dies are conveyed on the conveyor belt at an original speed, and the upper covers of the dies are driven by the shifting fork to move upward along the inclined guide rail, so that the upper covers of the dies are separated from the dies to achieve a demand of separating the upper covers of the dies automatically. The separated upper covers of the dies are conveyed back to original stations through the conveyor belt and the rest of dies are further conveyed to follow-up stations to be assembled.

The invention relates to tension test equipment for a disc-shaped suspension type porcelain insulator. The equipment comprises a left rack, a middle rack and a right rack, the middle rack comprises achain which is arranged on the middle rack and moves in the circumferential direction, a pull rod for the chain to penetrate through, a plurality of hooks which are evenly arranged on the chain deviceat intervals, a hydraulic stretching device which is close to the left rack and used for stretching an insulator, and a jacking inclination device which is adjacent to the right rack and located on the same horizontal line with the right rack. The left rack comprises a first conveying device arranged on the left rack and used for conveying an insulator, a high-pressure water spraying device usedfor cleaning the insulator, a positioning device located on one side of the high-pressure water spraying device and used for rotationally positioning the insulator, and a jacking and throwing-in device arranged on the left rack and located below the end of the pull rod. The tension test equipment can test the tension of the insulators one by one, has low requirements on the tension of the equipment, is high in test precision, is automatic in the whole process, saves manpower and improves the test efficiency.

The invention discloses a spinning roller cart for a spinning workshop, and relates to the technical field of spinning equipment. The spinning roller cart for a spinning workshop comprises a base, a roller installing device, a roller arranging device and a roller receiving device, the roller arranging device is fixedly installed on the upper surface of the base, and the roller installing device is fixedly connected to the right side of the roller arranging device. According to the spinning roller cart for a spinning workshop, the roller installing device is arranged, due to the fact that an opening of a flaring channel is large, an operator does not need to adjust the direction of a spinning roller manually and only needs to throw away the spinning roller with hands, many manual operation requirements are reduced, due to the effect of a pressure reduction plate in a flaring channel, the middle of the flaring channel can be narrowed, when the two ends of the spinning roller make contact with the two pressure reduction plates, the two sides of the spinning roller should be too narrow, and the drooping speed of the spinning roller is temporarily reduced, so that the situation that the rollers collide with one another due to too high downward pressing speed and are damaged is prevented, and the rollers can be sequentially arranged in the flaring channel.

The invention discloses a designing method of a full-automatic electric baking pan. The designing method aims to settle a problem of incapability of directly making a pancake from raw material for making the pancake in an existing electric baking pan. The designing method comprises the following steps of forming an accommodating chamber by an upper pan and a lower pan, wherein the accommodating chamber is cake-shaped, and finishing dough kneading, dough forming and dough poking in the accommodating chamber; providing a mixing part which is rotatably arranged in the accommodating chamber that is formed by the upper pan and the lower pan, wherein the mixing part is used for finishing dough kneading together with the accommodating chamber; and providing a motor which is transmissibly connected with the mixing part. According to the electric baking pan which is designed according to the designing method can obtain the pan cake just through directly placing the raw materials such as powder and water for forming the dough into the accommodating chamber and performing energization for starting.