31results about How to "Collect complete" patented technology

The invention relates to a network flow data processing method and device. The method comprises the steps that HTTP header information and user account information are obtained from network flow data, wherein the user account information comprises a mobile phone number or an internet account of a user; network tracker cookie information of a website to which the user has access is extracted from the HTTP header information; the cookie information and the user account information are associated and stored into a user information database, wherein one piece of user account information is associated with the cookie information of at least one website. According to the network flow data processing method and device, the cookie information of different websites can be collected, and user behavior data of the user can be completely and accurately collected.

The invention discloses a laser cutting machine for precious metal machining. The cutting machine comprises a laser cutting machine body, a cleaning mechanism, a shaking mechanism, a collecting mechanism and a positioning mechanism, wherein the laser cutting machine body comprises a machining table, a connecting frame arranged on the machining table, a machine head arranged on the connecting frame and a plurality of through holes formed in the machining table; a first cavity and a second cavity are formed in the machining table, and the cleaning mechanism comprises a first motor fixedly installed in the first cavity, a connecting rod rotatably installed in the equipment box, racks fixedly connected to two sides of the first cavity, a second gear arranged on a transmission shaft in a sleeving mode and in meshing transmission with a toothed plate and a banister brush fixedly connected to the bottom of the transmission shaft. The shaking mechanism is located on one side of the cleaning mechanism and used for cleaning precious metal powder on the banister brush, the collecting mechanism is located in the second cavity and used for collecting powder cleaned by the cleaning mechanism, and the positioning mechanism is located on the connecting frame and used for positioning workpieces machined by the laser cutting machine body.

The centrifugal vacuum cleaner includes one body; one air sucking pipe on one side of and connected to the peripheral of the body to suck outer air and garbage; one exhaust pipe connected to one of the top side and the bottom side and to exhaust air from the body; one dust collecting barrel to collect garbage from the garbage exhausting holes; and at least one portioning board inside the body to separate the inside space into several communicated parts. The centrifugal vacuum cleaner has low noise and can well collect various kinds of garbage.

The invention belongs to the technical field of machine tool machining equipment, and discloses a recovery device for metal cuttings. The device comprises a machine tool, a chip collecting box, a brush assembly, a flushing assembly, a conveying assembly and a drying assembly. The chip collecting box is arranged on the lower portion of the machine tool, one end of the chip collecting box is higher than the other end of the chip collecting box, and a chip removal hole is formed in the lower end of the chip collecting box. The brush assembly circularly moves back and forth on the top of the scrap collecting box in the length direction of the scrap collecting box, and the starting position of the brush assembly is located at the higher end of the scrap collecting box. A water outlet of the flushing assembly is positioned at the higher end of the scrap collecting box; the conveying assembly is located below the chip removal hole; and the conveying assembly conveys the collected metal cuttings into the drying chamber for drying. In the machining process of the machine tool, metal cuttings can be collected, and the metal cuttings can be well recycled for additional remachining. The invention further discloses a recovery method for the metal cuttings based on the recovery device.

The invention provides a celomic exfoliated tumor cell collection appliance and a celomic exfoliated tumor cell collection device, and relates to the field of medical instruments. The tumor cell collection appliance comprises a collection container, a flush fluid injection pipe, an in-vivo injection pipe and a collection pipe, wherein a filter device capable of filtering out tumor cells is arranged in the collection container; one end of the flush fluid injection pipe communicates with the collection container and the other end is used for injecting a flush fluid; one end of the in-vivo injection pipe communicates with the collection container and the other end is used for injecting the flush fluid into a body of a patient; and one end of the collection pipe communicates with the filter device and the other end is used for inputting the flush fluid after flushing. The celomic exfoliated tumor cell collection device comprises the tumor cell collection appliance and a power device; the power device is used for extracting the flush fluid in an abdominal cavity of the patient and injecting the flush fluid into the collection pipe. The technical problem of a high false negative rate of a celomic exfoliated tumor cell detection rate is solved.

The invention discloses a project quality assurance system and a project quality assurance method based on DevOps, which are based on DevOps, are combined with a pipline assembly line, integrate circulation of a research and development state, optimal practices of some tool efficiencies in each stage, and a research and development process covering a full life cycle of software and a comprehensive automatic test, so that the test efficiency is improved, the test coverage rate is improved, data in the research and development process are rapidly and completely collected, and a research and development manager is assisted to guarantee reliable software delivery quality according to a measurement report.

The invention discloses a spark-erosion cutting machine capable of achieving slope cutting, and relates to the technical field of spark-erosion cutting machines. The spark-erosion cutting machine comprises a cutting machine body, wherein the top of the cutting machine body is connected with a supporting plate; the top of the supporting plate is connected with a top plate; the top of the top plate is connected with a water tank; and one side of the top of the top plate is provided with a water pump. According to the spark-erosion cutting machine capable of achieving slope cutting, through a clamp, an adjusting sleeve, a spring, a double-shaft motor, a connecting shaft and a supporting rod, the distance of the clamp is adjusted according to the size of a workpiece; the spark-erosion cutting machine adapts to various workpieces; when the length of a telescopic pipe needs to be increased, a threaded sleeve rotates clockwise and is in threaded connection with the telescopic pipe, the telescopic pipe makes lead screw move, and the telescopic pipe gradually extends towards the bottom of a cooling pipe under the action of the threaded sleeve; and when the angle of a spray head needs to be adjusted, due to the fact that the telescopic pipe is made of elastic materials, the angle of the spray head can be adjusted by directly rotating the telescopic pipe, and therefore the spray head is aligned with a machined part for cooling, and the cooling effect is improved.

The invention provides a plant root hair collection device which comprises at least one hair collection member. Each hair collection member comprises a plate in upright arrangement, two water absorbing layers positioned on one side of the plate and a powdery absorbing layer arranged between the water absorbing layer, and one water absorbing layer is arranged on one side face of the plate. When inuse, a plant is placed above the hair collection members to enable roots of the plant to downwards penetrate the same, and hair on the roots grow on the water absorbing layers due to hydrotaxis, so that when a user wants to harvest, after the plant is cut and separated from the plant root hair collection device, thick roots and hair thereon are taken down from the water absorbing layers and a plate, then a small part of hair left on the water absorbing layers is soaked in water for separation, and harvesting is realized by means of a filtering screen. Therefore, the plant root hair collectiondevice is convenient for harvesting and can reach great collection rate.

Relating to the technical field of exhaust gas purification, the invention discloses a microbial exhaust gas purification device, which comprises a dust falling box and a degradation box, and a pipeline arranged between the dust falling box and the degradation box. The dust falling box is equipped with inlets, and the degradation box is equipped with an outlet. The dust falling box is internally equipped with a dust falling box mechanism for removing suspended granular pollutants in exhaust gas. The degradation box is internally equipped with a plurality of degradation mechanisms, each degradation mechanism comprises an upper flow guide plate, a lower flow guide plate and a plurality of filler carriers which are used for bearing microbial filler and enabling exhaust gas to pass through, the upper flow guide plates and the lower flow guide plates are fixedly connected to the inner wall on both sides of the degradation box in a staggered mode, and the filler carriers are located betweenthe upper flow guide plates and the lower flow guide plates. The scheme mainly solves the problems of high energy consumption and high cost in existing exhaust gas treatment equipment.

The invention relates to a fault detection system of a communication device and belongs to the field of automatic detection, which is characterized by comprising a fault detection module, a fault detection communication module, a fault detection information collecting module and a fault detection information judgement module. The fault detection module is connected with the fault detection information collecting module through the fault detection communication module; the fault detection information collecting module is connected with the fault detection information judgement module; and the fault detection information judgement module is connected with the fault detection module. When breaking down, the system can still obtain the information and can achieve rapid fault location, therebyimproving the problem locating efficiency, achieving higher reliability and greatly improving the fault locating and fault processing efficiency.

The invention provides a slag salvaging and wringing treatment system. The system comprises: a flotation tank, wherein an aeration structure enabling slag in the flotation tank to float upwards is arranged at the bottom of the flotation tank; a slag salvaging device comprising a transmission structure and a slag salvaging structure for salvaging floating slag in the flotation tank under the actionof the transmission structure; a conveying structure used for receiving the slag fished by a slag fishing device and conveying the slag; a wringing structure used for wringing the slag conveyed by the conveying structure; and a collecting structure used for collecting the wringed residues. Slag is fished up and dewatered, the collection amount of the slag is increased, and subsequent wringing work of the slag is reduced.