77results about How to "Realize automatic suction" patented technology

The invention discloses a penicillin bottle medicine dispensing device and method. The device comprises a control system and a double-head needle cylinder arranged on a base. A first catheter and a second catheter which are connected to the needle cylinder are connected with a first needle used for being inserted into a penicillin bottle and a second needle used for being inserted into an infusion bag respectively, a first clamping piece is arranged on the first catheter, a second clamping piece is arranged on the second catheter, and the control system is in communication with a first linear reciprocating mechanism, the first clamping piece and the second clamping piece. According to a method that in the prior art, a needle cylinder is manually handheld to suck medicine liquid or medicine powder in a penicillin bottle, then an infusion bag is handheld, the needle cylinder is inserted into the infusion bag, then the medicine liquid is injected, the efficiency is low, and meanwhile potential safety hazards on operation medical staff exist; compared with the method in the prior art, the penicillin bottle medicine dispensing device is applied and is simple in structure, small in occupied space, easy and convenient to operate, high in medicine dispensing efficiency, safe, reliable and capable of achieving automation and convenience of dispensing and injecting of medicine liquid or medicine powder in the penicillin bottle, effectively preventing medicine liquid from flowing back and effectively relieving labor intensity.

The invention provides an automatic feed device which comprises a feed machine and a manipulator mounted on one side of the feed machine, wherein the feed machine comprises a feed bin, a feed moving disc and a feed driving device; the feed moving disc is arranged in the feed bin; a plurality of feed crucibles are mounted on the feed moving disc; the feed driving device is connected with the feed moving disc, and controls the feed moving disc to move; the manipulator comprises a base, a first rotating assembly, a second rotating assembly, a third rotating assembly and an attraction assembly which are connected in sequence; a plurality of magnetic attraction crucible components are mounted on the attraction assembly, and positioned corresponding to the feed crucibles; each magnetic attraction crucible component comprises an electromagnet and a magnetic attraction crucible; each magnetic attraction crucible is attracted to the corresponding electromagnet through magnetic force, and can be separated from the corresponding electromagnet. Through adoption of the device, automatic and continuous feed can be achieved, so that time consumption and the cost are effectively reduced.

The invention discloses an automatic cupping therapeutic apparatus which comprises a controller, a vacuum pump, a pressure sensor, a power module and a cup. The vacuum pump is connected with the controller, the air exhausting end of the vacuum pump is connected to the cup, the pressure sensor is arranged inside the cup and used for collecting pressure signals inside the cup and transmitting the pressure signals to the controller, the controller is used for receiving and processing the signals transmitted to the controller, and transmitting a command to control the work state of the vacuum pump, and the power module supplies power to the controller, the pressure sensor and the vacuum pump. The invention further discloses a control method of the automatic cupping therapeutic apparatus. The automatic cupping therapeutic apparatus can achieve automatic operation and has the advantages of saving time and labor and being convenient to operate and stable and reliable in therapeutic effect. The control method of the automatic cupping therapeutic apparatus has the advantages of being easy and convenient to operate.

The invention discloses a dispensing robot for penicillin bottles. The dispensing robot comprises a base, wherein a first substrate and a second substrate are arranged oppositely on the base and can move in a parallel and staggered manner; the penicillin bottles and a transfusion bag are arranged on the first substrate, a needle cylinder and a support are arranged on the second substrate, a needle head is arranged at one end, facing the first substrate, of the support and is connected with the needle cylinder, the needle head is matched with each penicillin bottle and the transfusion bag and can move vertically relative to each penicillin bottle and the transfusion bag. With the application of the dispensing robot, the needle head connected to the needle cylinder is inserted into each penicillin bottle and the transfusion bag in a matched manner respectively, medicines in the penicillin bottles are transferred to the transfusion bag through the suction or injection process of the needle cylinder, and dispensing is completed. Meanwhile, with the adoption of the method, the manual labor intensity can be effectively reduced, and the dispensing work efficiency is improved; besides, the medicines containing different components in the penicillin bottles can be dispensed to the transfusion bag in large quantities once, the dispensing time and the dispensing cost are saved, and injuries to medical workers are avoided.

The invention provides a combined system of a brick paving composite machine and a mortar laying machine and a linkage method. The system includes a brick transport machine, a brick paving machine and the mortar laying machine, the brick transport machine and the brick paving machine can be automatically connected and detachably arranged together, when bricks need to be supplemented, the brick transport machine can automatically detach from the brick paving machine to take the bricks in the state that the brick paving machine performs the brick paving action, and when brick taking is finished, the brick transport machine can automatically return to the brick paving machine, is reconnected with the brick paving machine and continues to supply the bricks for the brick paving machine; the mortar laying machine is independently arranged, when the bricks need to be laid, the mortar laying machine moves to the brick paving position to lay mortar before the brick paving composite machine, and then the bricks are laid on mortar by the brick paving composite machine; and the brick paving machine is provided with an industrial control machine which is connected with the brick transport machine and the mortar laying machine in a communication mode to control the brick paving machine and linkage operation of the brick paving machine and the mortar laying machine. According to the combined system of the brick paving composite machine and the mortar laying machine, the processes of automatic brick absorption and automatic brick laying are realized, and the brick paving efficiency is improved.

The invention discloses an autologous liposuction, purification, precise injection and safety monitoring system comprising an injection gun and an infrared imaging mechanism. The injection gun comprises a syringe and a driving mechanism for driving the syringe to perform suction or injection, and the syringe is connected to a syringe needle. The infrared imaging mechanism includes an infrared thermal imaging camera, and the infrared thermal imaging camera focuses on the portion of the syringe for suction or injection and is used for collecting subcutaneous tissue distribution information acquired by the infrared thermal imaging camera. The system can automatically perform autologous liposuction, and sucked fat is purified and then undergoes injection; when the autologous liposuction and injection are performed, the infrared imaging mechanism is adopted to observe the subcutaneous tissue distribution information, and the liposuction and injection accuracy and security are improved.

The invention relates to an analyzer magnetic ball cleaning device. The analyzer magnetic ball cleaning device comprises a basal body module, an uniform mixing module, a rotating module, a lotion injecting module and a waste liquid sucking module; the basal body module comprises a base plate, a bearing base, a rotating base shaft, a rotating motor and an uniform mixing lifting guide shaft; the uniform mixing module comprises an uniform mixing disc, an uniform mixing position, an uniform mixing screw motor and an uniform mixing rotating motor; the rotating module comprises a rotating disc and an eccentric rotating cup support; the lotion injecting module comprises an injecting fixed plate, a lotion needle, a lotion injecting bracket, a primer needle, an injecting needle frame, a support column and a magnet frame; and the waste liquid sucking module comprises a linear guide rail, a support stand plate, a guide rail transfer frame, a sucking screw motor, a reinforcing rib, a waste liquidsucking bracket and multiple waste liquid sucking needle units. The analyzer magnetic ball cleaning device uses multiple needles for injecting lotion and sucking waste liquid and multiple positions for eccentric rotary uniform mixing to achieve good cleaning effect, high instrument throughput, low cost and low fault rate.

The invention discloses a welding robot worktable. The welding robot worktable comprises a fixed platform, a supporting plate and a fixed plate, wherein one side of the top end of the fixed platform is connected with the supporting plate through a pair of supporting rods; a first sliding groove is formed in the top end of the supporting plate; a sliding block is slidingly connected with the top ofthe first sliding groove; a welding robot is mounted at the bottom part of one end of the sliding block; a rectangular groove is formed in the middle part of the fixed platform; the fixed plate is connected with the inner part of the rectangular groove through a rotary shaft; two pairs of second sliding grooves are symmetrically formed in the top end of the fixed plate; a plurality of clamping parts are slidingly connected with the tops of two pairs of the second sliding grooves. According to the welding robot worktable disclosed by the invention, two faces of the fixed plate can be overturned through a design of connecting a rotary shaft and the fixed platform under the matching of the motor; meanwhile, the top end of the fixed plate is in sliding connection with a plurality of clampingplates and pipe-shaped parts can be fixed, so that the welding robot worktable is convenient for welding operation; a plurality of clamping blocks which are in sliding connection with the bottom end of the fixed plate and clamping strips are matched to use, and plate-shaped parts can be fixed.

The invention discloses a full-automatic labeling machine. The full-automatic labeling machine comprises a linear guide rail which is arranged on a tabletop, wherein a feeding end of the linear guiderail is in butt joint with a vibration disc assembly through an input mechanism; a stopping air cylinder and a material returning technical arm are arranged at two sides of the feeding end of the linear guide rail respectively; a recycling box for returning materials is arranged at the outer side of the adjacent material returning technical arm; the tail end of the linear guide rail is in butt joint with a straight-section guide rail; a positioning mechanism is arranged at one side of a feeding end of the straight-section guide rail; a pair of labeling mechanisms are symmetrically arranged attwo sides of the feeding end of the straight-section guide rail; a quality detection assembly and a sorting and discharging mechanical arm are arranged at an outlet of a discharging end of the straight-section guide rail; a labeled qualified material box and an unqualified material box are arranged at the outlet of the discharging end of the straight-section guide rail on different paths. The device disclosed by the invention is reasonable in structure, high in working efficiency and high in installation precision.

The invention discloses a centering module and a full-automatic brick pasting machine thereof. The full-automatic brick pasting machine comprises the centering module, a rack module, a feeding moduleand a tile pasting module, wherein the centering module is used for centering ceramic tiles needing feeding so as to facilitate subsequent conveying and detection of the ceramic tiles; the rack moduleis used for outputting the ceramic tiles from the centering module and carrying out photographing and image recognition on the ceramic tiles through an industrial camera, the broken ceramic tiles areremoved through the removing mechanism, the ceramic tiles are finally conveyed above a feeding push plate of the feeding module, the rack module is further provided with a mortar mechanism, and the mortar mechanism is used for leveling mortar; the feeding module is used for pushing the ceramic tiles sent by the rack module into a feeding frame through the feeding push plate, and the ceramic tilesare gradually stacked from bottom to top in the feeding frame; and the tile pasting module is used for sucking the ceramic tiles in the feeding frame and then installing the ceramic tiles on a presetposition to finish tile pasting. According to the centering module and the brick pasting machine, automatic centering, conveying, feeding, sucking and tile pasting of the ceramic tiles can be achieved, the mortar can be laid automatically, and the whole tile pasting process can be automatically completed.

The invention discloses a feeding device and a feeding method thereof. The feeding device comprises a workbench, a fixing component, an adhering and taking component, an air draft component, and a feeding drive part. The fixing component is arranged on the workbench. The adhering and taking component is slidably connected with the fixing component, and is used to adhere and take a cut-part. The feeding drive part is connected with the adhering and taking component, and is used to drive the adhering and taking component to move. The adhering and taking component is provided with suckers. The inner wall of the sucker is provided with an air draft hole. The air draft holes are communicated with the air draft component. The air draft component is provided with an air draft pipe and an air draft component. One end of the air draft pipe is communicated with the air draft hole, and the other end is communicated with the air draft component. The feeding device reduces quantity demand in workers, and improves production efficiency.

The invention discloses an automatic composer for solar cell slices. The automatic composer comprises at least one cell slice transmission band (11), a glass sheet transmission band (12) and a manipulator (13) used for transferring the cell slices, wherein the cell slice transmission band (11) is used for bearing the plurality of cell slices; the cell slice transmission band (11) and the glass sheet transmission band (12) are vertically arranged; the manipulator (13) used for transferring the cell slices is arranged between the cell slice transmission band (11) and the glass sheet transmission band (12); and the manipulator (13) is used for transferring and placing the cell slices on the cell slice transmission band (11) on glass sheets on the glass sheet transmission band (12). The automatic composer for the solar cell slices disclosed by the invention can be used for replacing heavy manual work to realize the mechanization and automation of production, and can be operated in hazardous environments to protect personal safety.

The invention relates to the technical field of kitchen equipment, in particular to a bowl taking machine. The bowl taking machine comprises a bottom rotary table, a rotary table driving mechanism anda lifting mechanism. The bottom rotary table is provided with trays; the rotary table driving mechanism comprises a rotary table driving device; the lifting mechanism comprises a lifting driving device and a supporting arm, and the supporting arm is driven by the lifting driving device to move up and down in the vertical direction; and the bottom rotary table is driven by the rotary table drivingmechanism to horizontally rotate around the axis of the bottom rotary table. The bowl storage space of the bowl taking machine is closed and more sanitary, more bowls can be placed in an annular rotating bowl taking mode, the trays of the bottom rotary table can be used for placing the bowls of different sizes according to needs, and according to the size needs of the bowls to be taken in the bowl taking process, the bottom rotary table can be rotated, so that automatic suction of the bowls of different sizes is achieved, automatic precise operation is completely achieved in the bowl taking process, manual interference can be completely avoided, and the bowl taking machine is more efficient and sanitary.

The invention relates to a slope impact tester, which is composed of a base, an impact plate, an oblique arm, a trolley and a hook suspended on the trolley. Both the impact plate and the oblique arm are mounted on the base; the trolley is mounted on the upper end surface of the oblique arm and moves in a guide way along the oblique arm; one end of the oblique arm close to the impact plate is mounted on the base and the other end is fixedly mounted on a plunger rod of a hydraulic cylinder which is mounted on the base. The invention has scientific and reasonable design, simple and convenient operation, saves labor, regulates the impact angle, ensures the accuracy of the detection result, shortens the detection time and improves the detection efficiency.

The invention discloses an automatic baffle device for packaging ceramic tiles, which comprises a rack, a delivery mechanism for to-be-isolated ceramic tiles, a suction plate device, a baffle storage device and a baffle blowing device. The delivery mechanism for to-be-isolated ceramic tiles is arranged on the rack. The suction plate device moves back and forth above the delivery mechanism for to-be-isolated ceramic tiles. The baffle storage device is installed above the suction plate device and is fixed relative to the position of the delivery mechanism for to-be-isolated ceramic tiles. A baffle position device is arranged above the delivery mechanism for to-be-isolated ceramic tiles and is mounted before the baffle storage device and the subsequent stacking procedure. The suction plate device comprises one big roller with suction holes and at least two small rollers. The big roller is arranged in the middle, and the small rollers are respectively arranged on the two sides of the big roller. The big roller and the small rollers are engaged via a gear set. When the suction plate device moves back and forth below the baffle storage device, the suction of corresponding baffles can be realized by controlling the big roller to rotate clockwise or anticlockwise. The suction plate efficiency is high.

The invention belongs to the technical field of medical instruments, and provides a full-automatic artificial airway management instrument. The full-automatic artificial airway management instrument comprises a box, wherein the box is provided with an operation panel, an artificial airway air bag interface, an air bag upper drainage tube, a normal saline supply tube and a gas feeding / discharging tube; solenoid valves are separately arranged on the artificial airway air bag interface, the air bag upper drainage tube, the normal saline supply tube and the gas feeding / discharging tube; peristaltic pumps are further separately arranged on the air bag upper drainage tube and the normal saline supply tube; an air pump is arranged on the gas feeding / discharging tube; the operation panel, the peristaltic pumps, the solenoid valves and the air pump are connected with a CPU arranged in the box; and the CPU is further connected with a power supply module and a pressure acquiring chip. The full-automatic artificial airway management instrument is skillful in design and simple and convenient to operate; and the technical problems that in the prior art, when an artificial airway is used, the working intensity is large, and the operation accuracy is poor are solved.

The invention discloses a rotary disc type full-automatic labeling system for door handles. The rotary disc type full-automatic labeling system comprises a rotary disc which is arranged on a table board and provided with a plurality of station scale marks. Four stations are evenly arranged on the upper surface of the rotary disc in the circumferential direction. A locking clamp is fixedly mountedon each station. A feeding mechanism, a first three-shaft adjustment frame and a second three-shaft adjusting frame are arranged on the table board and are located around the rotary disc. A first labeling mechanism is mounted on the first three-shaft adjustment frame. A second labeling mechanism is mounted on the second three-shaft adjustment frame. A quality detection assembly, a discharging manipulator, a qualified product discharging rail and an unqualified product discharging rail are arranged on the upper surface of the rotary disc. The rotary disc type full-automatic labeling system is compact in structure, reliable in work, high in precision and high in work efficiency.

The invention discloses an automatic liquid suction machine, which comprises a container, a piston, a liquid containing container, a pulley block and a connecting rod mechanism, wherein the top end ofthe container is provided with a ventilation hole; the side wall of the container is respectively provided with a liquid inlet and a liquid outlet lower, and the liquid outlet is lower than the liquid inlet in height; a sealing plug is arranged at the ventilation hole; the piston is positioned in the container; a vacuum liquid suction cavity is formed between the piston and the container; the liquid containing container is connected with the liquid outlet of the container through a liquid outlet pipe; a traction wire is arranged on the pulley block in a winding way; one end of the traction wire is connected with the liquid containing container; the other end of the traction wire is connected with a piston rod of the piston; when the piston downwards moves to a preset position, liquid flows out from the liquid outlet pipe; the piston is in press connection with the connecting rod mechanism; further, the sealing plug is lifted; when the piston moves out of the preset position, the connecting rod mechanism recovers to the original position, and further, the sealing plug is put down. The automatic liquid suction machine adopting the technical scheme has the advantages that the automatic liquid suction can be realized; the labor is saved; the production is facilitated.

The invention provides a cloud-mist type air-purifying device. The device comprises a water tank used for accommodating water, a draught fan, cloud-mist generators, and a gradually-contractile section, a cloud-mist primary mixing section of which the side wall is provided with a plurality of cloud-mist inlets, a secondary mixing section of which the interior is provided with partition sheet groups, an injection section of which the interior is provided with a rotary jet flow spray nozzle, a tertiary mixing section of which the interior is provided with a cloud-mist suction pipe and a deposition section which communicate with one another in sequence; and the interior of the deposition section is provided with a rod type electrode and a TiO2 coating, the bottom of the deposition section is provided with water collecting openings, and the tail end of the deposition section is provided with an opening. According to the device provided by the invention, a principle of flowing of a fluid isutilized to design each mixing section, the flow characteristics of a wall-attached jet flow and a rotating jet flow are comprehensively used, so that automatic suction of cloud and mist is realized,full action of collision, coagulation and agglomeration processes of fine particulate matter in an airflow and small liquid droplets of the cloud and mist is guaranteed, formation of larger-sized liquid droplets containing particulate matter is promoted, and the larger-sized liquid droplets are deposited and recovered under the action of electrostatic force; and the device has high removing efficiency of PM2.5, low energy consumption, low water consumption and a compact structure, and is convenient for transformation of a current ventilation system.

The invention discloses a negative-pressure pipette. The negative-pressure pipette comprises a pipe body, wherein a water inlet pipe is arranged at one end of the pipe body, a water outlet pipe is arranged at the other end of the pipe body, and both the water inlet pipe and the water outlet pipe are fixedly connected with the pipe body; a water inlet cavity is formed in the water inlet pipe, and a water outlet cavity is formed in the water outlet pipe; an accelerating cavity is connected to the water inlet cavity, a liquid suction cavity is connected to the water outlet cavity, and the accelerating cavity is connected with the liquid suction cavity; a liquid suction port is formed in the pipe body and corresponds to the liquid suction cavity. The water inlet cavity of the water inlet pipe is used for water input, the accelerating cavity in the pipe body enables the speed of inflow water to be increased, and negative pressure is formed when water passes the liquid suction cavity in an accelerated mode; at the moment, liquid sucked by the liquid suction port is mixed with water in a cleaning liquid cavity and the water outlet cavity, and the mixed liquid flows out through the water outlet cavity of the water outlet pipe; in this way, cleaning liquid can be automatically sucked, then sufficient mixing is conducted in the liquid suction cavity and the water outlet cavity, and mixing effect is good.

The invention discloses a feeding module and a full-automatic tiling machine applying the same. The full-automatic tiling machine applying the same comprises a centering module, a rack module, the feeding module and a tiling module, the centering module is used for centering ceramic tiles needing to be fed, thereby facilitating subsequent conveying and detection of the ceramic tiles, the rack module is used for outputting the ceramic tiles from the centering module, performing photographing and image recognizing on the ceramic tiles through an industrial camera, then removing the damaged ceramic tiles through a removing mechanism, and finally, conveying the ceramic tiles to the position above a feeding push plate of the feeding module, and is further provided with a mortar mechanism whichis used for flatly laying mortar, the feeding module is used for upwards pushing the ceramic tiles conveyed by the rack module into a feeding frame through the feeding push plate, the ceramic tiles are gradually stacked from bottom to top in the feeding frame, and the tiling module is used for sucking the ceramic tiles in the feeding frame and then mounting the ceramic tiles at preset positions tocomplete tiling. According to the feeding module and the full-automatic tiling machine, automatic centering, conveying, feeding, sucking and tiling of the ceramic tiles can be achieved, mortar can beautomatically flatly laid, and therefore the whole tiling process is automatically completed.

The invention discloses a rotating disk type automatic labeling device for door handles. The device comprises a turntable, wherein the turntable is arranged on a table surface; a splitter is arrangedcoaxially below the turntable; six lock fixtures are uniformly and fixedly mounted on the upper surface of the turntable along the circumference; each lock fixture corresponds to one station; corresponding mechanisms are arranged on the table surface at the outer surfaces of the six stations, namely, a loading mechanism and a loading manipulator are arranged outside the first station, a first labeling mechanism is arranged outside the second station, two detection sensors are arranged outside the third station, a second labeling mechanism is arranged outside the fourth station, re-compressionassembly is arranged outside the fifth station, and a discharge manipulator is arranged outside the sixth station; and the discharge manipulator is configured with a qualified product slide and an unqualified product slide, which respectively face a qualified product box and an unqualified product box. The device of the invention has high degree of automation and high work efficiency. The device provided by the invention is high in automation degree and high in working efficiency.

The invention relates to the technical field of domestic sewage purification treatment, in particular to domestic sewage purification treatment equipment with a liquid suction function and a use method. A liquid suction assembly based on a piston is adopted so that the device can realize automatic liquid suction; a filter screen is used for filtering larger impurities in the sewage, the subsequentpurification burden is reduced, and the larger impurities are blocked on the left side of the filter screen and lifted into a slag receiving cavity so that the larger impurities are convenient to collect and are subsequently discharged from a slag discharge pipe; a conversion assembly is adopted so that a driving assembly enables a fourth rotating shaft to rotate forwards and backwards through the conversion assembly; in this way, a stirring assembly arranged at the bottom end of the fourth rotating shaft rotates along with the fourth rotating shaft, sewage and chemicals flowing into a preparation box are stirred and mixed through transverse stirring rods and vertical stirring rods, and purification treatment is conducted; the stirring rod periodically rotates forwards and backwards so that the turbulence intensity is effectively improved, and the medicament treatment effect is improved.

The invention discloses a dosing device for awake tracheal intubation. The dosing device comprises an automatic dosing device, a fiberoptic bronchoscope and an oral cavity supporting device, wherein the automatic dosing device comprises a medicine inlet, a medicine outlet and an automatic dosing mechanism, the medicine inlet is connected with a flexible medicine bag, the medicine outlet is connected with a dosing tube, the interiors of the medicine inlet and the medicine outlet communicate with each other through the automatic dosing mechanism, the fiberoptic bronchoscope comprises a display screen, an optical fiber cable and a lens which are connected in sequence, the dosing tube and the optical fiber cable are connected with an insertion tube through a fixed tongue piece, the insertion tube communicates with the dosing tube, a dosing spray head is arranged at the front end of the insertion tube, the optical fiber cable is arranged in the insertion tube and penetrates out of the front end of the insertion tube in a sealed mode, and the lens is arranged at the front end of the dosing spray head. According to the above scheme, automatic intermittent dosing can be achieved through the automatic dosing device, accurate dosing in the trachea of a patient is achieved through the fiberoptic bronchoscope, the dosing spray head can be automatically closed, a liquid medicine can be prevented from spilling and leaking, and in addition, the comfort of the patient can be improved through an oral cavity supporting device.

The invention provides a pressing type low-temperature baking smoking set which comprises a heating pen for installation of a smoke rod, and an electric rod assembly used for supplying power for the heating pen, wherein the heating pen comprises a pen shell which is internally provided with a heating piece, a spring, an ejection rod, a sliding chute provided with a sliding rail, and a rotary table. The electric rod assembly comprises an electric rod shell, a regulating switch and a power supply device. According to the pressing type low-temperature baking smoking set, by adopting the pressingmode and pressing the ejection rod, the ejection rod pushes the sliding chute to push the rotary table to move along the sliding rail until the ejection rod is separated from the sliding chute and clamped at the bottom of the sliding chute; by controlling the position of the regulating switch, the power supply device can supply power to the heating piece until the smoke rod is ignited; when the ejection rod is pressed again, the rotary table rotates to enter the adjacent sliding rail, so that the retraction of the heating piece can be realized, and the smoke rod is separated from the heating piece. The pressing type low-temperature baking smoking set is convenient to operate, and can effectively solve the problems that the smoke rod cannot taken out easily, and is inconvenient to clean.

The invention discloses dust removing equipment, a drying system and a dedusting method of the drying system. The dust removing equipment comprises a support, a dust absorber, a dust collector and a mobile driving component. The dust collector is arranged on the support; the mobile driving component is movably arranged on the support and connected with the dust absorber, the mobile driving component is used for driving the dust absorber to move to above a filter net of a dryer so as to absorb dust on the filter net; the mobile driving component can also drive the dust absorber to move to the dust collector, the dust collection port of the dust collector can be communicated with the dust discharge port of the dust absorber, and the dust collector is used to collect the dust in the dust absorber. The drying system comprises the dryer and the dust removing equipmen. The dust removing equipment has high cleaning efficiency.

The invention discloses a rotary table type full-automatic labeling system of a mini-type contactor. The rotary table type full-automatic labeling system comprises a multi-station indexing rotary table arranged on a tabletop, wherein eight locking clamps are uniformly arranged on the upper surface of the rotary table along the periphery; each of the eight locking clamps corresponds to one station;different mechanisms are arranged on the tabletop around the rotary table; a feeding mechanism corresponds to a first station, a detection sensor is aligned to a second station, a labeling mechanismI corresponds to a third station, a labeling mechanism II corresponds to a fourth station, a labeling mechanism III corresponds to a fifth station, a re-pressing assembly corresponds to a sixth station, a quality detection assembly corresponds to a seventh station and a discharging mechanical arm corresponds to an eighth station; a qualified product discharging rail and an unqualified product discharging rail are arranged beside the discharging mechanical arm. The device disclosed by the invention is compact in structure, high in labeling degree and high in working efficiency.

The invention provides an intelligent negative-pressure air suction and collection device, which comprises a vacuum pump, a vacuum pressure regulating valve, a vacuum two-way valve, a vacuum filter and a vacuum collection cavity which are sequentially connected through pneumatic hoses. The device further comprises a two-way valve controller which is in control connection with the vacuum two-way valve. The vacuum pressure regulating valve is used for controlling the flow of air flowing into a system, a pressure sensor used for sensing the quality of tea buds collected in the vacuum collecting cavity is arranged at the outer bottom of the vacuum collecting cavity, the vacuum pressure regulating valve and the pressure sensor are connected with an upper computer separately, and the upper computer is in control connection with a two-way valve controller. When the air flow and the quality of tea buds collected in the vacuum collecting cavity reach preset values, the vacuum pressure regulating valve and the pressure sensor send signals to the upper computer, and then the upper computer sends instructions to the two-way valve controller to control switching-on and switching-off of the vacuum two-way valve. The intelligent negative-pressure air suction and collection device is small in mass and size, the tea buds can be automatically sucked for several times per second, and the collection device is convenient to carry.

The invention discloses an embedded anti-pollution injector, which belongs to the technical field of injectors. Technical key points are that: the embedded anti-pollution injector comprises a needle cylinder, a wing plate, a piston, a columnar push rod and a guide cover plate, wherein the wing plate is arranged at the back end of the needle cylinder; the piston is arranged in the needle cylinder; the columnar push rod is arranged on the back end part of the piston; the guide cover plate is arranged on the back end part of the needle cylinder; the columnar push rod passes through the guide cover plate, and extends to the outer side of the needle cylinder; the guide cover plate is provided with a groove which is communicated with the inner cavity of the needle cylinder; an air filter is arranged in the groove; and a contact part between the groove and the air filter is provided with a sealing ring. The invention aims to provide an embedded anti-pollution injector, which is simple in structure, has a good filtering effect and is used for preparing liquid medicaments.

The invention provides a rapid copper plate slitting device. The rapid copper plate slitting device comprises a slitting structure and a material collecting structure. The material collecting structure is arranged right in front of a conveying roller of the slitting structure, the material collecting structure comprises a rack, an overturning conveying mechanism, two rows of adsorption mechanisms, a material pressing mechanism and a material collecting frame, the two rows of adsorption mechanisms are installed on the upper conveying end face and the lower conveying end face of the overturning conveying mechanism correspondingly, the material pressing mechanism is installed above the upper row of adsorption mechanisms, and the material collecting frame is arranged under the lower row of adsorption mechanisms and is close to the downward overturning conveying side of the overturning conveying mechanism. According to the rapid copper plate slitting device, the adsorption mechanisms are used for receiving materials, a pressing plate is used for pressing material plates and pushing balance weight balls in the adsorption mechanisms down after the materials are received, the balance weight balls provide pushing force to push pistons downwards, and therefore the material plates are stably adsorbed to the tops of the adsorption mechanisms, then the overturning conveying mechanism is used for carrying out horizontal conveying and overturning conveying to convey the material plates to the lower portion, the balance weight falls down under the action of gravity and eject out the material plates, and therefore a process of automatically sucking, transporting and collecting the slit material plates is realized.