37results about How to "Will not pollute each other" patented technology

The invention discloses a reagent plate for automatic pretreatment of nucleic acid detection. The reagent plate is characterized by comprising a cover plate and a reagent tray, wherein a plurality of reagent holes are formed in the reagent tray; nucleic acid sequencing pretreatment reagents are contained in the reagent holes; aluminum foil sealing films are arranged at the opening of the reagent holes. The reagent plate for automatic pretreatment of nucleic acid detection, provided by the invention, in combination with an automatic pretreatment device for nucleic acid detection, can realize the full automatic pretreatment of the nucleic acid detection, including extraction, library construction and product purification; the final products can be directly applied to high-throughput sequencing; the whole process is unmanned.

The invention relates to an automatic division grinding machine which comprises a main frame, a charging mechanism, a division mechanism, a feeding mechanism, a grinding mechanism and a material receiving rotation mechanism. The charging mechanism, the division mechanism, the feeding mechanism, the grinding mechanism and the material receiving rotation mechanism are arranged on the main frame; the charging mechanism is arranged above the division mechanism and connected with the division mechanism through a division hopper, a feeding pipe port of the feeding mechanism is connected with a division discharging port of the division mechanism through a hose, a discharging pipe port of the feeding mechanism is connected with a mortar feeding port of the grinding mechanism through a pipeline, and a mortar discharging port of the grinding mechanism is connected with a material receiving port of the material receiving rotation mechanism through a discharging mechanism. The automatic division grinding machine automatically feeds, divides, loads, unloads and moves a material cup, corresponding cleaning and dust collection devices are equipped, operating environments are improved, and dust pollution is completely eradicated.

The invention discloses a fish body dissection and cleaning device based on freshwater fish processing. The device comprises a frame, a cleaning box, a second rotating rod and a dirt collecting box. An electric motor is fixed to the frame by bolts; a fixed rod is welded to the frame; the electric motor is in keyed joint with a first rotating rod; both ends of the first rotating rod are movably connected to the frame by a ball rotating bearing; the first rotating rod is welded with blades; the fixed rod passes through a fixing seat; a first cavity and a second cavity are opened in the inner wall of the fixing seat; the side wall surface of the top of the fixing seat is sunken inwardly to form a groove; and the top end of the fixing seat is provided with a clamping board. According to the fish body dissection and cleaning device based on freshwater fish processing, the fish bodies are not polluted during the cleaning process, thereby improving the cleaning effect; and the cut-off fish bodies, fish heads and fish tails can be classified and collected for facilitating subsequent processing.

The invention discloses a device for evaluating saturation capacity of moveable oil in shale. The device comprises an airtight sample tank, a sample tank cover, a first graduated tube, a second graduated tube, a vacuum pump, a four-way valve, a communicating port, a first pipeline, a second pipeline, a third pipeline, a fourth pipeline, a first stop valve, a second stop valve, a third stop valve and a fourth stop valve, wherein the sample tank cover is arranged above the airtight sample tank; the communicating port is formed in the sample tank cover; one end of the first pipeline is communicated with the airtight sample tank while the other end is communicated with the four-way valve; the first stop valve is arranged on the first pipeline; the first graduated tube is connected with the four-way valve through the second pipeline; the second stop valve is arranged on the second pipeline; the second graduated tube is connected with the four-way valve through the third pipeline; the third stop valve is arranged on the third pipeline; the vacuum pump is connected with the four-way valve through the fourth pipeline; the fourth stop valve is arranged on the fourth pipeline. The broken sample is used by the device; the efficiency is increased; the two graduated tubes are used for respectively injecting KCl solution and alkane; the pollution in an experimental process is reduced; the result is accurate.

The invention discloses a smart kitchen dishwasher. The dishwasher comprises a box body, and the box body is internally divided into an upper box chamber, a first cleaning chamber, a second cleaning chamber, a third cleaning chamber and a drying chamber through a transverse net plate and three vertical plates; an inlet door and an outlet door are hinged to the left and right sides of the upper boxchamber respectively, a servo driving device is transversely installed at the top of the upper box chamber, a guide bock penetrates through the servo driving device and is slidingly connected to thetop of the box body through a sliding block, a supporting rod is installed on an output shaft of a motor at the bottom of the guide block, and a downward electric push rod and a vacuum pump are installed on the supporting rod; a water pump is provided with an upward drainage pipe, and thermometers are installed at one side of the exterior of the first cleaning chamber, one side of the exterior ofthe second cleaning chamber and one side of the exterior of the third cleaning chamber. The smart kitchen dishwasher conducts the processes of pre-cleaning, main cleaning, flushing and drying separately and independently, the cleaning quality is ensured, an automatic transfer mode is adopted, and the efficiency of feeding dish racks in the cleaning process is improved.

The invention discloses a dry-type granulated slag and sludge coupling drying process and device, and the process comprises the following steps: 1) mixing and soaking slags and balls, and fully mixing and exchanging heat of high-temperature slags and steel balls, so that the heat of the high-temperature slags is rapidly absorbed by the steel balls and the high-temperature slags are cooled and crushed to form granular slags, and the temperature of the steel balls rises by absorbing the heat of the high-temperature slags; and 2) sludge drying: conveying the high-temperature steel balls to a sludge drying device, mixing the high-temperature steel balls with the injected sludge, drying the sludge, separating the steel balls from the sludge when the water content of the sludge reaches a set value, and respectively discharging the steel balls and the sludge. According to the invention, the temperature of the steel balls is increased by using the waste heat of the high-temperature molten slags, and the sludge is dried by the heated steel balls, so that the cooperative treatment of molten slag cooling, granulating and sludge drying is realized, the two problems of molten slag cooling and sludge drying are solved, and the recycling rate of the waste heat of the high-temperature molten slag is greatly increased.

The invention discloses a clinical wound constant-pressure disinfection device for general surgery department. The clinical wound constant-pressure disinfection device comprises a disinfection mechanism and a disinfection pot, wherein the disinfection mechanism is connected with the disinfection pot through a pipeline; a separation plate is arranged in the disinfection pot; the separation plate isused for separating the disinfection pot into a disinfectant region at the upper side and a waste solution region at the lower side; a liquid injection opening is formed in the top of the disinfectant region; a liquid discharging opening is formed in one side of the waste solution region; a first pump body is mounted on an outer wall, located in the disinfectant region, of the disinfection pot; aliquid feeding end of the first pump body extends into the disinfection region; a second pump body is mounted on an outer wall, located on the waste solution region, of the disinfection pot. According to the clinical wound constant-pressure disinfection device disclosed by the invention, the disinfection mechanism is used for carrying out fixed-point disinfection on a wound through a disinfectionspraying nozzle and a waste solution generated by disinfection is collected and refluxed into the disinfection pot through a collection shell body; accurate disinfection can be realized and the disinfection efficiency is improved; the waste solution also can be recycled and a clean and tidy disinfection environment is ensured; the disinfection pot is internally provided with sub-regions for storing a disinfectant and the waste solution respectively, so that cross contamination between the disinfectant and the waste solution is not caused.

The present invention discloses a wound debridement tray for emergency departments. The wound debridement disk comprises a tray mechanism and also comprises a top box mechanism for storing medical appliances, a retractable door mechanism for sealing and a supporting mechanism for preventing liquid medicine from leaking and supporting limbs, the top box mechanism is arranged at an upper end of thetray mechanism, a buckling mechanism is connected between the top box mechanism and the tray mechanism, the retractable door mechanism is connected with an upper end of the top box mechanism, the supporting mechanism is connected with both ends of the tray mechanism, and a filtering mechanism is connected with an inner side of the tray mechanism. The wound debridement tray has a reasonable structure, adopts an upper and lower double-layer structure, at the same time has functions of storage and debridement, cannot pollute each other, is simple to operate, is convenient to disassemble by utilizing the buckling mechanism to connect the top box mechanism and the tray mechanism, improves practicability, has a good use effect, can effectively support limbs by utilizing the supporting mechanism,avoids washing liquid leakage during debridement, and is convenient for later-stage arrangement.

The invention discloses a double-sided plate printing device. The double-sided plate printing device is characterized by comprising a frame body, wherein a first roller is movably connected to one endof the frame body through a rotating shaft, a second roller is movably connected to the other end of the frame body through a rotating shaft, and the first roller is fixedly connected with the secondroller through a connecting shaft; a feeding mechanism is installed at the bottom of the frame body, and the feeding mechanism comprises a base; the top of the base is covered with a cover plate, oneend of the base is provided with a first trough, and the other end of the base is provided with a second trough; and a first baffle is installed between the first trough and the second trough, one end of the first baffle extends out of the cover plate to be connected with the connecting shaft, and the first trough and the second trough are each provided with multiple spray guns. According to thedouble-sided plate printing device, the double-sided rollers can be used for printing of two patterns on the same fabric, so that the printing efficiency of printing multiple patterns is improved, andthe printing quality is guaranteed.

The invention provides a page integration system and method, and belongs to the field of page integration. The page integration system comprises an acceptance platform, wherein the acceptance platformcomprises a supporting structure and a business system interface. The support structure provides an interface of a css path, a js path and a page path for a page in the business system interface. Thesupporting structure comprises a system js and css loading unit, a page loading unit, an initialization root container unit, a page url preparation unit, a current page js and css path preparation unit and a data storage unit. The business system interface comprises an entering unit, an access unit, a structure page loading unit and other system page loading units. By utilizing the system and themethod provided by the invention, a user wants to use a certain page of a certain system and can directly take the page of the system into the system of the user, and the user is still in the currentservice system and does not jump out of the system.

The invention provides a self-leveling ultrasonic cleaning box for multi-material 3D printing and a cleaning method. The self-leveling ultrasonic cleaning box comprises a cleaning box body, an ultrasonic generator, a liquid bubble generator, a self-leveling liquid outlet and a self-leveling liquid return opening. The ultrasonic generator is mounted at the bottom of the cleaning box; the self-leveling liquid outlet and the self-leveling liquid return opening are formed in the two sides of the cleaning box respectively; and the liquid bubble generator is arranged between the self-leveling liquid outlet and the self-leveling liquid return opening. The invention provides a self-leveling ultrasonic cleaning box for multi-material 3D printing and a cleaning method, and relates to ultrasonic cleaning and drying equipment for switching different materials in the multi-material 3D printing process, the mode of ultrasonic cleaning, a liquid bubble method generator and an air outlet plate is adopted, it is guaranteed that printing materials cannot be mutually polluted in the printing task execution process, and the printing efficiency is improved. And the quality of printed products is ensured.

The invention discloses a glass wiping tool, comprising two pieces of non-dust cloth, wherein one piece of non-dust cloth wraps a sponge board, the cuff of the non-dust cloth is pasted at one side of the sponge board; the other piece of non-dust cloth wraps a cystosepiment, the cuff of the non-dust cloth is pasted at one side of the cystosepiment; the sponge board wrapping the one piece of non-dust cloth and the cystosepiment wrapping the other piece of non-dust cloth are mutually fitted and pasted together to form a whole body; and the cuffs of the two pieces of non-dust cloth are both located on the fitting and pasting face of the sponge board and the cystosepiment. The glass wiping tool has the advantages that non-dust cloth can be saved, and the non-dust cloth can be simply and quickly changed, so that the working efficiency is improved.

The present invention provides a negative pressure collecting apparatus and a negative pressure collecting method. According to the apparatus, a sucking chamber is formed inside the box body of the negative pressure collecting apparatus; the box body is provided with at least a first placing hole; a placing cover covers the box body, and is provided with at least a through second placing hole; a collecting pipe is inserted into the first placing hole; an adsorbing column is inserted into the second placing hole; a gas sucking gap is arranged between the discharge port of an adsorbing port andthe inlet of the collecting pipe; the sucking chamber is communicated to the gas sucking gap; and a negative pressure sucking device is communicated to the sucking chamber, and is used for sucking thegas in the sucking chamber. With the apparatus and the method of the present invention, the macromolecule adsorbed on the adsorbing column is sucked by using the negative pressure, and is collected into the collecting pipe, such that the negative pressure sucking and collecting experiment becomes possible, the experimental effect is good, and the use is convenient; and the negative pressure collecting apparatus can treat a plurality of adsorbing columns at the same time, and the plurality of the adsorbing columns do not pollute each other, such that the experiment efficiency is high.

The invention provides a layered duck breeding method. Duck cages are arranged on a machine frame layer by layer. Water troughs and feed troughs are distributed on the two sides of the machine frame from bottom to top respectively. Longitudinal plates divide the duck cages into one or more chambers. The average cage occupation area of a duck in each chamber is not smaller than 450 cm<2>. The artificial illumination time kept in a duck house is not shorter than 12 hours. The water level in each water trough is kept above the threshold so that the ducks can drink water freely. The feed amount ineach feed trough is set so that the ducks can freely eat. A duck cage floor is an inverted-V-shaped egg collecting mesh piece with duck excrement leaking holes. A soft mesh cushion with holes is arranged on each edge collecting mesh piece so that the irritation on duck flippers can be reduced and the duck flippers can be protected. An excrement and urine collecting conveying belt is arranged under each egg collecting mesh piece. Each excrement and urine collecting conveying belt is placed between the upper layer of duck cages and the lower layer of duck cages so that excrements can be isolated. The duck cages in each layer share the corresponding excrement and urine collecting conveying belt. Laying ducks can adapt to the layered cage breeding, the space utilization rate of the duck cagesis large, the safe collection of egg products is facilitated, and the rapid cleaning of the excrements of the laying ducks is facilitated.

The invention provides a cleaning device and method for multi-material 3D printing. The device comprises a base, a printing platform unit and a cleaning and air drying unit. The cleaning and air-drying unit comprises a cleaning box unit, a cleaning box rotation switching mechanism, an air outlet plate and an air outlet plate rotation driving mechanism; the cleaning box rotation switching mechanism is connected with the cleaning box unit and used for rotating the cleaning box unit to the position under the printing platform. The air outlet plate rotation driving mechanism is connected with the air outlet plate and used for driving the air outlet plate to rotate horizontally. The cleaning and air-drying device is controlled in a rotary switching mode, and in the whole 3D printing and cleaning and air-drying process, the position of the printing platform is fixed, so that the printing precision of the printing platform is improved. Besides, the cleaning and air-drying device integrates two functions of cleaning and air-drying, the functions are diversified, printed pieces are air-dried after being cleaned, it is guaranteed that printing materials cannot be polluted mutually in the printing task execution process, and therefore the quality of printed products is guaranteed.