270 results about "Cleaning station" patented technology

The invention relates to a crucible cleaning and spraying device and a segregation method purification system. The crucible cleaning and spraying device comprises a crucible cleaning assembly comprising a scraping and sweeping piece, and the crucible cleaning assembly is arranged on a cleaning station and used for cleaning the inner surface and the bottom face of a crucible; the crucible spraying assembly comprises a spray head and a spraying liquid container, the spray head is connected with the spraying liquid container, the crucible spraying assembly is arranged on the spraying station and used for spraying the crucible cleaned by the crucible cleaning assembly, and the cleaning station and the spraying station are arranged adjacently; and the dust removal assembly comprises a dust cover, and the dust cover is arranged above the cleaning station and the spraying station and used for covering the crucible cleaning assembly and the crucible spraying assembly. According to the crucible cleaning and spraying device and the segregation method purification system, the crucible cleaning and spraying efficiency and consistency can be improved, and environmental pollution can be reduced.

The utility model provides a spinneret plate full-automatic integrated cleaning device which comprises a machine frame, the longitudinal section of the side of the machine frame is in an L shape, a station table is arranged on the front side of the machine frame, a machine cavity is arranged on the rear side of the machine frame, and the station table is sequentially provided with a feeding station, a cleaning station, a hot air water cutting station, a baking station and a discharging station from feeding to discharging. A transplanting mechanism is arranged on the position table on the front side face of the rack, an electric control cabinet is arranged on one side of the rack, a water supply tank, a water pump, a filter tank, an air blower, a vacuum pump and an infrared heater are sequentially arranged in the machine cavity from the feeding side to the discharging side, the water pump is communicated with the water supply tank through a water pipe, and the filter tank is communicated with the air blower through an air pipe. The feeding station, the cleaning station, the wind cutting station, the drying station, the discharging station and the like are arranged on the cleaning machine, the jig plate is moved through the transplanting mechanism, automation of material flowing among the stations on the whole equipment is achieved, and the automatic feeding and discharging process can be achieved through the arrangement of the skip car and the feeding and discharging mechanism.

The control valve for cleaning the base station comprises a first valve section and a third valve section, the first valve section comprises a first shell and a first valve element rotationally installed in the first shell, a liquid inlet, a first liquid outlet and a second liquid outlet are formed in the first shell, a first channel is formed in the first valve element, and a second channel is formed in the second valve element; when the first valve element moves, any one of the first liquid outlet and the second liquid outlet is switched to be communicated with the liquid inlet through the first channel; the third valve section comprises a third shell and a third valve element rotationally installed in the third shell, the third shell is provided with a cleaning liquid outlet and a plurality of cleaning liquid inlets, a third channel is formed in the third valve element, and when the third valve element rotates, any one of the cleaning liquid inlets is switched to be communicated with the cleaning liquid outlet through the third channel. According to the invention, the technical problem that the switching control of the cleaning water loop and the adding control of the cleaning liquid cannot be realized through the same control valve in the cleaning base station can be improved.

The utility model provides a tank cover assembly of a sewage cavity, a sewage tank, cleaning equipment and a cleaning base station. The tank cover assembly comprises a tank cover and a water inlet channel. The tank cover is used for covering the opening in the sewage cavity and comprises a cover body; the water inlet channel comprises a water inlet and a water outlet, the water inlet is configured to introduce clear water, and the water outlet is configured to be connected with a water supply port of the self-cleaning mechanism; wherein the water inlet channel is arranged in the cover body, and the projection of the cover body covers the projection of the water inlet channel in the thickness direction of the cover body. According to the utility model, the covering efficiency between the tank cover and the sewage cavity can be improved by improving the tank cover structure of the existing sewage cavity.

The invention discloses an automatic cleaning device and method for a cover plate glass conveying trolley, and belongs to the field of cover plate glass production. The device is arranged at a preset cleaning station on the backflow side of a conveying belt and comprises a clamping jaw opening mechanism and a cleaning mechanism. The clamping jaw opening mechanism drives an ejection block to eject a conveying trolley clamping jaw open through an air cylinder. The sweeping mechanism moves up and down through the lifting driving assembly, cleans the rubber surface of the clamping jaw in combination with a sweeping brush which horizontally reciprocates and rotates, and collects glass residues and dust in cooperation with the dust collecting assembly. According to the device, the clamping jaw of the conveying trolley can be automatically, rapidly and efficiently cleaned, damage and pollution of residues of the clamping jaw to glass are avoided, the surface quality of the cover plate glass is guaranteed, and the device is suitable for the production and conveying link of the cover plate glass through the overflow down-draw method.

The multifunctional multi-station flexible cleaning machine comprises an installation support, installation plates are fixedly installed on the two sides of the installation support at the corresponding heights, a plurality of independent lifting adjusting devices are correspondingly installed on the installation plates, and the independent lifting adjusting devices are correspondingly provided with different cleaning assemblies. Through the structural arrangement, the cleaning machine has the characteristics of multiple functions and multiple stations, and different cleaning procedures are set, so that different products can be randomly switched, or the stations can be exchanged according to different product objects, even more cleaning stations can be added, and different workers can be conveniently selected to clean the surfaces of the products.

The application provides a processing method and device of a surface-mounted packaging structure and cutting equipment, and the method comprises the following steps: after the surface-mounted packaging structure is vacuum adsorbed on a worktable, a cutting knife is controlled to cut the frame and the supporting ribs on the surface-mounted packaging structure, so that the frame and the supporting ribs are cut and separated from the plurality of packaging column structures; a water spraying assembly is controlled to spray water to the frame, and the frame is removed from the worktable along with the water flow sprayed by the water spraying assembly; the cutting knife is controlled to cut the packaging column structure, and a plurality of discrete packaging substructures are obtained; after the vacuum adsorption of the worktable on the packaging substructure and the supporting ribs is stopped, an unloading arm is controlled to transfer all the packaging substructures to a cleaning station on the cutting equipment, so that all the packaging substructures are cleaned on the cleaning station. The application can solve the technical problem of high film material and process cost in the processing of the surface-mounted packaging structure by the tape saw.

This invention discloses an automated grinding machine employing two-fluid spraying, comprising a carrier capable of rotating around the Z-axis and translating along the Y-axis, a machine base, and at least one grinding device mounted on the machine base. Each grinding device includes a grinding mechanism, an X-axis translation drive unit, and a Z-axis translation drive unit. The grinding mechanism includes a grinding box, a grinding wheel capable of rotating along the Z-axis, an upper functional seat, and a lower functional seat. The upper functional seat contains a cooling structure, an upper exhaust structure, and an upper two-fluid generating structure; the lower functional seat contains a lower exhaust structure and a lower two-fluid generating structure. By incorporating the cooling structure, upper exhaust structure, upper two-fluid generating structure, lower exhaust structure, and lower two-fluid generating structure, this invention can promptly clean impurities generated during grinding, eliminating the need for a separate cleaning station. This ensures grinding quality while achieving a cleaning effect, improving production efficiency and cycle time.

This invention discloses a fully electric, shared-beam, synchronously opening and closing four-station injection blow molding machine, comprising: a frame, a blow molding device and an extrusion device slidably mounted on the frame, an electrically raised turret in the blow molding device, an upper beam and a lower beam in the blow molding device, the lower beam being fixedly connected to a tie rod, the upper beam being slidably connected to the tie rod, a threaded section at the upper end of the tie rod, a threaded gear connected to the threaded section being rotatably mounted on the upper beam, an external gear ring meshing with the threaded gear being rotatably mounted on the upper beam, an electrically locking mold linkage being mounted between the lower beam and the platform, and injection molding stations, blow molding stations, demolding stations and temperature-regulating cleaning stations being evenly distributed circumferentially between the platform and the upper beam, an injection mold being mounted at the injection molding station, a blow mold being mounted at the blow molding station, a demolding device being mounted at the demolding station, and an air plate and a wiper being mounted at the temperature-regulating cleaning station. This invention not only ensures the synchronization of the four workstations, but also facilitates maintenance.

According to an embodiment of the disclosure, a charging cradle for mounting and charging a wireless vacuum cleaner, may include: a cradle, and a cleaning station including an automatic cover opening / closing device physically connected to the wireless cleaner and disposed on the cradle. The automatic cover opening / closing device may include: a lower case, an upper case integrally connected to the lower case, a middle case coupled to each of the lower case and the upper case and configured to be movable away from the lower case or toward the lower case, the middle case being rotatably coupled to the lower case, a cover configured to open / close the upper case, a driver comprising a motor and meshing with the middle case and configured to provide a force for rotating and moving the middle case, and a mechanical device provided in the middle case and configured to open / close the cover in response to operation of the driver.

The application discloses an automatic processing production line for a gas meter valve seat and relates to the field of gas meter production equipment, which comprises a main production line for conveying valve seats, and is sequentially provided with an injection molding station, a water port folding station, a sand blasting station, a baking station, a grinding station, a cleaning station, a detection station and a stacking station along the main production line, and a plurality of mechanical hands are arranged along the conveying and placing of the main production line, the valve seats are carried at different stations by the mechanical hands, automatic injection molding, automatic water port folding, automatic sand blasting, automatic baking, automatic grinding, automatic cleaning, automatic detection and automatic stacking of the valve seats are realized, and the production efficiency of the valve seat is improved from the whole production link. The application has the effect of improving the production efficiency of the valve seat.

This utility model discloses an expandable 3D printing device, including a frame, a cylinder transfer guide rail, and a forming cylinder. The frame is equipped with at least two forming stations, one powder cleaning station, and one part removal station. A powder cleaning station and a part removal station are provided between two adjacent forming stations. The cylinder transfer guide rail is fixedly installed on the frame. Each forming station is assigned a corresponding forming cylinder, which is movably mounted on the cylinder transfer guide rail. The forming cylinder can move back and forth along the cylinder transfer guide rail and can move to the part removal station and the powder cleaning station. This utility model has at least two forming stations, one powder cleaning station, and one part removal station installed on the frame. Two adjacent forming stations share one powder cleaning station and one part removal station, reducing the number of auxiliary equipment, lowering equipment costs, reducing equipment footprint, reducing operational complexity, and improving equipment stability.

A fluid manipulation head (200) for aspirating and / or dispensing a fluid, comprises at least a first needle (201), a second needle and a sealing structure for sealing a first and a second needle receptacle (521) of a cleaning station (500), when the first needle (201) and the second needle are accommodated in the first and the second needle receptacle (521) respectively. The sealing structure comprises an opening, wherein a first longitudinal axis of the first needle (201) and a second longitudinal axis of the second needle extend through the opening of the sealing structure. A cleaning station (500) for cleaning a needle of a fluid manipulation head (200) comprising a first opening for a first receptacle (521) and a second opening for a second needle receptacle, wherein the cleaning station (500) further comprises a counter sealing structure for interacting with a sealing structure of a fluid manipulation head, wherein the counter sealing structure comprises an opening, wherein a first longitudinal axis of the first needle receptacle (521) and a second longitudinal axis of the second needle receptacle extend through the opening of the counter sealing structure. A method for cleaning at least a first needle (201) and a second needle of a fluid manipulation head (200) using an arrangement comprising a fluid manipulation head (200) and a cleaning station (500), the first needle (201) and the second needle are accommodated in a first and a second needle receptacle (521) of the cleaning station, wherein the first and a second needle receptacle (521) of the cleaning station (500) are sealed by contacting the counter sealing structure with the sealing structure.

The invention relates to the related technical field of health information monitoring, and discloses integrated health information monitoring equipment and a use method thereof, the equipment comprises a monitor body, and the monitor body is internally provided with an air inlet end, a processing assembly, a condenser, a sensor, a fan and an air outlet end in sequence. The treatment assembly comprises a shell, a cavity unit capable of rotating in the circumferential direction is arranged in the shell, a baffling channel is formed in the cavity unit, and a filtering assembly with a filtering state and a cleaning state is arranged on the baffling channel. The filtering assembly comprises a first arc-shaped filtering plate forming a rough filtering unit and a second arc-shaped filtering plate forming a fine filtering unit. The cavity unit is driven by the driving assembly to rotate, so that the filtering assembly is switched between the filtering station and the cleaning station; the filter resistance change is detected through the differential pressure detector, and when the filter assembly is located at the cleaning station, the cleaning assembly applies reverse airflow to the filter assembly for cleaning.

The present disclosure relates to a cleaning station 11 for a vacuum cleaner 1 The cleaning station 11 comprises a vacuum cleaner 2 comprising a dust collecting device 3 and a wet cleaning tool 23,24. The cleaning station 11 being configured to remove dust particles from the dust collecting device 2 in the vacuum cleaner 1. The cleaning station comprises a housing 11 having an air inlet 12, for connection to the dust collecting device 3, a dust compartment 15, and an air exhaust 13,13a,13b. The housing 11 also comprises a motor / fan unit 17,30 adapted to create an air flow 40,41 from an air inlet 12,32 to the air exhaust 13,13a,13b. The housing 11 comprises a receiver 20 comprising a holder 21 configured to receive the wet cleaning tool 23,24. Said holder 21 being arranged in the air flow 40,41 and / or close to the air exhaust 13,13a,13b. Intended for publication:

This description relates to a cleaning station (600) for a urine analysis device, the cleaning station (600) comprising: a container (610) configured to receive a cleaning liquid, the container (610) further sized to receive at least part of the urine analysis device so that the urine analysis device is in contact with the cleaning liquid; and a charger (620) configured to supply power to the urine analysis device when the urine analysis device is received at least partially in the container (610). Figure 6

The invention relates to a transport device for transporting objects, in particular containers, in a system, in particular a filling and / or packaging system, the device comprising a travel sector, a plurality of transport elements (3) for transporting the objects, and a plurality of drive actuators (24) for driving the transport elements (3), wherein the drive actuators (24) are designed to drive the transport elements (3) and the transport device (1) is designed to control the drive actuators (24) so that the transport elements (3) can be moved independently of one another simultaneously relative to the travel sector and in a movement region along the travel sector, and wherein the transport device (1) comprises a cleaning station (4) which is designed to clean the transport elements (3), wherein the transport elements (3) can be moved at least partially automatically, in particular fully automatically, to the cleaning station (4). The invention further relates to a system comprising a transport device (1), in particular a filling and / or packaging system.

The utility model relates to the technical field of nodular cast iron pipe fittings, in particular to a sand cleaning device suitable for the surface of a nodular cast iron pipe fitting, which comprises a sand tank, a sand cleaning station arranged in the middle of the sand tank, preparation stations arranged on two sides of the sand cleaning station, and two groups of rotatable nodular cast iron pipe fitting rotating clamping tables, the two nodular cast iron pipe fitting rotating clamping tables can be horizontally moved as a whole and can be arranged at a sand cleaning station and one of the preparation stations correspondingly, and the upper portion of the sand cleaning station fixedly communicates with a sand cleaning box with inlets and outlets formed in the bottoms of the two sides; the nodular cast iron pipe fitting sand removing device is simple in structure, sand on the inner wall and the outer wall of a nodular cast iron pipe fitting can be conveniently and continuously removed, the sand removing energy consumption is reduced, the occupied area is reduced, the safety performance is further improved, and abrasion to the nodular cast iron pipe fitting is reduced.

According to the automatic annular production process for the prefabricated parts, two sets of demolding stations, two sets of cleaning stations, two sets of oil spraying stations, two sets of steel bar frame containing stations, two sets of concrete pouring stations and two sets of vibrating stations are sequentially arranged, and the two sets of stations in the two sets of stations are connected end to end to form an annular shape arranged in the vertical direction; the die tables circulate from the two groups of stations in sequence under the action of the annular conveying chain; according to the production line, the two production lines are vertically arranged, and meanwhile, one annular conveying chain is used for conveying, so that the occupied area is reduced, and meanwhile, the cost is reduced.

The invention discloses a radial flow type turbine correcting and cleaning device which aims at solving the problems that correcting and cleaning procedures are separated, efficiency is low, cleaning is not accurate, and equipment adaptability is poor. The multi-station rotary table is at least provided with a back disc correcting station and a cleaning station, and each station is provided with a rotating seat structure; the back disc correction station is provided with a correction chuck formed by splicing two semicircular correction half pieces, a correction sleeve with an avoiding opening and a roll-out platform, and accurate correction of the turbine disc can be achieved without circulation interference. The cleaning station is provided with an intermittent driving mechanism, the intermittent driving mechanism comprises a stirring part and a maintaining part, and through meshing fit of an incomplete gear and a missing gear and limiting of a lever arm driven by a cam, turbine fixed-angle rotation is achieved, and gaps between blades face a cleaning spray head one by one; and the shifting part and the retaining part are adjustable in position through the adjusting arm, so as to adapt to turbines of different specifications. And correction and cleaning integrated operation is achieved, the machining efficiency and precision are improved, universality is high, and the device is suitable for production of various radial flow type turbines.

Provided is a shaver cleaning station assembly comprising a shaver cleaning station and a cartridge for inserting into a slot defined in the shaver cleaning station. The cartridge is suitable for containing cleaning liquid for cleaning a shaver docked in the shaver cleaning station.

A wastewater tank (100) characterized in that it comprises: a wastewater chamber (110) having an opening (111) at the top of the wastewater chamber (110); a tank lid (120) that is removable and closes the opening (111); a water inlet channel (130) arranged on the tank lid (120) and having a water outlet (132) and a water inlet (131) that can be connected to a clear water supply line; a self-cleaning device (140) arranged on the tank lid (120) and located inside the wastewater chamber (110), wherein the self-cleaning device (140) comprises a supply inlet (141) and a spray outlet (142), the supply inlet (141) being connected to the water outlet (132); wherein the jet of clear water exiting the spray outlet (142) generates a recoil that cleans the self-cleaning device (140) drives it to rotation.

A probe wash station assembly, the probe wash station assembly comprising a unitary housing having: at least one first well fluidly connected to a first channel extending through the at least one first well at an inlet region of the housing; at least one second well fluidly connected to a second channel extending through the at least one second well at the inlet region of the housing; a first inlet fluidly connected to the first channel; a second inlet fluidly connected to the second channel; and a waste path configured to direct waste fluid from the at least one first well and the at least one second well to the outlet. The first channel and the second channel are spaced apart from each other.

The invention discloses equipment suitable for cleaning and disinfection of reusable medical instruments, and belongs to the technical field of medical instrument cleaning, and the equipment suitable for cleaning and disinfection of reusable medical instruments comprises a pretreatment station, a continuous cleaning station and a post-treatment station which are sequentially arranged along a treatment path. According to the method, the cleaning process is scientifically divided into three stages of cavitation stripping, resonance penetrating and rinsing waste discharging, each stage aims at a specific cleaning target, collaborative optimization configuration is conducted on the frequency, power and mode of ultrasonic waves and the flow and state of bubbles, collaborative gain of the ultrasonic waves and the bubbles is achieved, and compared with traditional cleaning, the cleaning efficiency is greatly improved. The stripping speed and efficiency are remarkably improved, the industry pain point that deep holes, blind holes and small pipelines are not well cleaned through traditional ultrasonic waves is effectively overcome through stable resonance bubble flow generated in the resonance penetrating stage, and dead-corner-free and high-uniformity thorough cleaning in the true sense is achieved.

The present disclosure relates to a robot cleaner station including an inner frame positioned above the base, a exhaust fan disposed above the inner frame and configured to allow wet vapor to flow, and a wet vapor inlet hole into which the wet vapor is introduced, in which the wet vapor inlet hole is positioned below the exhaust fan and discharges wet vapor, which is generated in the robot cleaner station, to reduce the amount of time required to dry a mop of a robot cleaner, prevent damage to an internal configuration of the robot cleaner station, and prevent bacteria proliferation and the occurrence of an offensive odor.

A noncontact cleaning module for a chemical mechanical polishing system is presented. The non-contact cleaning module comprises a vacuum table disposed within a processing area, a nozzle positioning arm disposed within the processing area and having a cleaning nozzle array configured to provide a cleaning fluid jet spray, and a rinse manifold having a center rinse bar and one or more spray bars.

Systems and methods for processing additive manufacturing objects are provided. In some embodiments, a system includes a cleaning station (1106) configured to agitate one or more additive manufacturing objects to remove at least some precursor material from the one or more additive manufacturing objects. The system may also include a brush assembly (1110) configured to brush the one or more additive manufacturing objects to remove at least some of the precursor material from the one or more additive manufacturing objects. The system may also include a conveyor configured to transport one or more additive manufacturing objects from the cleaning station to the brush assembly.

The utility model discloses oxygen cleaning and deoiling and degreasing equipment for a centrifugal pump, which relates to the field of centrifugal pump production and comprises an automatic part cleaning line and a conveyor belt. The automatic part cleaning line comprises a conveying feeding station, an ultrasonic cleaning station, a high-pressure spraying station, an ultrasonic rinsing station, a spraying rinsing station, a soaking rinsing station, an air sweeping and blow-drying station, a hot air drying station and a conveying discharging station which are sequentially arranged on a power roller way. The power roller way conveys brackets in sequence along all stations of the automatic part cleaning line, and the brackets are used for containing water pump parts. One end of the conveying belt is used for receiving the bracket containing the water pump parts to be cleaned, and the other end of the conveying belt is used for conveying out the bracket containing the cleaned water pump parts. The device is matched with automatic cleaning equipment to carry out oxygen cleaning and deoiling and degreasing treatment on the centrifugal pump and related parts, so that the cleanliness of the pump is improved. It is ensured that the product meets the requirement for no pollution in the pump conveying process in the semiconductor or hydrogen energy industry.

The utility model relates to the technical field of water environment treatment structures of water conservancy projects, in particular to a gate water purification structure for water environment treatment, which comprises a gate body and a water purification tank, and is technically characterized in that a horizontal rotating shaft is supported on one side of the top surface of the water purification tank, two intercepting pore plates are symmetrically connected to two sides of the axis of the horizontal rotating shaft, and a water inlet channel is arranged in the water purification tank; a water inlet communicated with the water inlet channel is formed in the side wall of the upstream side of the water purifying tank, a material receiving station and a cleaning station are arranged on the top face of the water purifying tank, the material receiving station is provided with a through opening avoiding the rotation path of the intercepting pore plate, a horizontal rail is arranged on the upper portion of the upstream side of a frame of the gate body, and a pollutant receiving box is connected in the horizontal rail through a sliding block. And the cleaning station is provided with a worm and gear transmission mechanism which is connected with the horizontal rotating shaft and has a self-locking function. According to the structure, the problem that underwater transmission parts of an existing gate water purification structure are many is solved, a transmission assembly of a filtering structure is greatly simplified, pollutants are conveniently intercepted and removed, and maintenance is convenient.

This invention relates to the field of intelligent sand casting technology, providing a sand mold vent hole cleaning device and method. The automatic cleaning device includes an inner support frame, an outer support frame, an X / Y / Z-axis shifting mechanism, an air blowing pipe assembly, and a compressed air generator. A roller conveyor assembly is installed on the inner support frame, along which the sand box of the sand mold to be cleaned moves. After the sand mold vent holes are drilled, the sand box is moved to the inner support frame, and the air blowing pipe assembly is automatically inserted into each vent hole sequentially by the X, Y, and Z-axis shifting mechanisms to clean residual sand, resulting in high cleaning efficiency. This invention also utilizes a first weighing unit at the drilling station and a second weighing unit at the cleaning station to calculate the drilling and cleaning quality through weight differences, enabling online automatic monitoring of the sand mold vent hole cleaning effect, improving the level of intelligent sand casting, and ensuring casting quality.