35results about How to "Save on-site space" patented technology

A cyclic treating system for the working liquid used for electrospark machining is composed of liquid tank, oil tank, filter, connecting pipelines, and the pumps and control valves in the pipelines, and features that an under-flowing magneto-hydraulic cyclone separator is parallelly connected with the pipeline between liquid tank and filter. It can separate out more than 85% of ferromagnetic or non-ferromagnetic scrap from said working liquid in in-line mode.

The invention relates to a pilot-operated double-spool split-range adjusting valve which is characterized in that a valve base is arranged in a valve body, a Teflon valve base is arranged on the valve base, a main spool is assembled on the Teflon valve base to form flexible sealing, a valve rod is integrally connected with a pilot-operated spool, and the valve rod and a compression spring are assembled in an inner cavity of the main spool. A first Teflon guide tape is arranged in a trough of the pilot-operated spool, a thrust ring is used for being connected with the main spool, and the sealing surface of the pilot-operated spool is attached to the sealing surface in the inner cavity of the main spool. A noise reduction sleeve and a balancing ring base are sequentially arranged on the valve base. A stuffing assembly is assembled in an upper cover stuffing box, and an upper cover is fixed on the valve body. By adopting the pilot-operated double-spool split-range adjusting valve, a bypass parallel-connection valve is not used for flow adjusting, and accordingly the use quantity of the valves is saved. The pilot-operated spool can meet requirement of equal percentage accurate adjusting under small opening, and the main spool can meet requirement of equal percentage accurate adjusting under large opening and achieve the function of media large flow backflow cutting in the pipeline system failure state. Flow of the pilot-operated double-spool split-range adjusting valve can be adjusted accurately and the pilot-operated double-spool split-range adjusting valve can save pipe distribution space and reduce use cost of clients.

The invention discloses automatic film sheathing equipment for a profile and a film sheathing method thereof. The automatic film sheathing equipment comprises a profile charging and discharging conveying unit and an automatic film sheathing unit, wherein the automatic film sheathing unit comprises a sleeve mechanism, a cutting mechanism, a film clamping and translation mechanism, a clamping and pushing-pulling mechanism and a lifting mechanism. The film sheathing method comprises the following steps: the profile charging and discharging conveying unit conveys the profile to the front end of the sleeve mechanism and conveys the profile away from the equipment after the film sheathing is finished, the lifting mechanism lifts the profile from a conveying mechanism in the profile charging and discharging conveying unit, the clamping and pushing-pulling mechanism clamps the end of the lifted profile and push the profile to the sleeve mechanism horizontally, so that the head of the profile extends into a sleeve in the sleeve mechanism; the film clamping and translation mechanism clamps a thin film sheathed outside the sleeve and finishes film sheathing by translation of the thin film along the length direction of the profile to the end part of the profile, and the cutting mechanism is used for carrying out film cutting action after the head of the profile is separated from the sleeve. The automatic film sheathing equipment for profile and the film sheathing method disclosed by the invention have the advantages that the neatness and the quality of the sheathed film can be guaranteed, the film sheathing efficiency can be improved and the labor intensity can be greatly reduced.

The invention aims to provide a low-cost, stable and high-quality image acquisition device and a corresponding defect detection system. In order to achieve the purpose, the invention adopts the following technical scheme: the image acquisition device for a circular knitting machine comprises a plurality of cameras which are arranged at intervals in the circumferential direction of a rotating shaftof a circular knitting machine and are used for acquiring real-time images of fabrics in production inside or outside the circular knitting machine, a control transmission module which is electrically connected with the plurality of cameras respectively and is used for controlling shooting actions of the cameras and storing/transmitting image data acquired by the cameras, and a driving/transmission mechanism which is used for driving or enabling the cameras, so that the cameras synchronously rotate with the circular knitting machine when the circular knitting machine runs.

The invention discloses a flexible sliding table device controlled by a PLC closed loop. The flexible sliding table device comprises a sliding part, a drive part, a transmission part and a PLC control part, wherein the sliding part comprises two linear guide rails which are arranged in a direction of movement of a quartz boat seat, and the two linear guide rails are separately positioned on guide rail mounting plates at left and right sides; a slide block for driving the quartz boat seat to move is arranged on the linear guide rails in a sliding mode, and is driven by the drive part; the drive part comprises a step motor and a speed reducer; the transmission part comprises a left drive wheel assembly, a right drive wheel assembly and two connecting rods; the connecting rods are driven by the drive part to further drive the left drive wheel assembly and the right drive wheel assembly; the left drive wheel assembly and the right drive wheel assembly separately drive a left slide block mounting plate and a right slide block mounting plate as well as the slide bock on the two mounting plates to move along the linear guide rails through a synchronous belt; the quartz boat seat is mounted on the slide block; and the PLC control part is used for controlling the drive part. The flexible sliding table device has the advantages of being simple and compact in structure, simple and convenient to operate, high in control precision, good in reliability and the like.

The invention provides automatic printing equipment for a battery pack. The equipment comprises an index plate, a plurality of jigs are evenly arranged on the upper end face of the index plate, and a feeding station, a first printing station, a first overturning station, a second printing station, a second overturning station and a discharging station are sequentially arranged on the index plate. By means of the mode, the problems that an existing printing mode is low in efficiency and high in reject ratio are solved.

The invention relates to a centrifuge structure in the field of machines, in particular to an integrated arrangement structure of a decanter centrifuge and a hydraulic station. In a rectangular frame (6), one side is provided with an accumbent decanter centrifuge barrel (15), the end of the other side is provided with a motor (1), and power is transmitted to the input shaft end of the centrifuge barrel (15) through a belt. The structure is characterized in that: the hydraulic station is arranged in a rear space of the motor (1) and is a vertically arranged rectangular body; an oil pump motor (5) drives an oil pump (19); the oil pump (19) is respectively connected to the two ends of the centrifuge barrel (15) by front and rear oil inlet pipes (12 and 13) through two oil inlet speed regulating valves (11); an oil supply box (18) and an oil return box (17) are parallelly arranged on the lower part; the lower parts of the two oil boxes are communicated with each other; and the upper part of the oil supply box (18) is connected with a vacuum pump (8). Through the technical scheme, the residual space on the frame (6) is fully utilized, so that the space of a factory building is saved, the problem of transportation and installation inconvenience of a split structure is solved, engineering progress is accelerated, and efficiency is improved.

The invention discloses a large-aperture three-way sealed switching valve which comprises a valve body and a valve component, wherein the valve component is matched with the valve body; the valve component is arranged at an air flow through hole inside the valve body; the valve component comprises a driving rotating shaft as a valve component driving shaft, two driven rotating shafts which are driven by the driving rotating shaft to rotate, and blades which are respectively arranged on the driving rotating shaft and the driven rotating shafts; the driving rotating shaft and the driven rotating shafts are arranged in an inverted triangular manner; the driving rotating shaft and the driven rotating shafts are connected through linkage strips; the driving rotating shaft drives the driven rotating shafts to rotate through the linkage strips; sealing strips are arranged inside the valve body; the sealing strips are arranged at the air flow through hole inside the valve body; the shapes of the sealing strips are matched with those of the blades; the sealing strips are used for sealing gaps between the valve body and the blades. As two valves are integrated into one switching valve, the cost of the valves is reduced, the on-site space is saved, and moreover the phenomenon of interfered 'air flow collision' caused when two fans are switched to operate can be avoided.

The invention provides a gluing tool for spot welding of an automobile front floor doorsill edge beam through a sealant and applies to the technical field of auxiliary processing equipment for automobile body parts. A slide rail I (4) and a slide rail II (5) are arranged between a bending part I (2) and a bending part II (3) of a tool body (1) of the gluing tool for spot welding of the automobilefront floor doorsill edge beam through the sealant, slide blocks (6) movably sleeve the slide rail I (4) and the slide rail II (5), a regulation block I (7) is arranged on the lower surface of the bending part I (2), and a regulation block II (12) is arranged on the lower surface of the bending part II (3); a positioning pin I (8) is arranged on the side face, close to one end, of the tool body (1), a positioning pin II (9) is arranged at the side face, close to the other end, of the tool body (1), and the slide blocks (6) are provided with gluing gun head positioning holes (10). According tothe gluing tool for spot welding of the automobile front floor doorsill edge beam through the sealant, precision gluing can be effectively conducted according to the gluing theory, the gluing efficiency can also be improved, and the production cost is lowered.

A glass rotational-flow sand-removing device for potato starch production comprises a rotational-flow cylinder body and a sand settling body, and the rotational-flow cylinder body and the sand settling body are connected through a connecting fastener. The glass rotational-flow sand-removing device for the potato starch production is characterized in that a rubber cushion is disposed between the rotational-flow cylinder body and the sand settling body, and the connecting fastener is used to combine the rotational-flow cylinder body and the sand settling body into a whole; a feed port is disposed at the top end of the rotational-flow cylinder body, a discharge port is disposed on one side of the upper end of the rotational-flow cylinder body; and a sand discharging pipe is connected with the lower portion of the sand settling body. The rotational-flow sand-removing device is made of glass. The glass rotational-flow sand-removing device for the potato starch production has the advantages that the structure is simple, operation is easy and convenient, the glass rotational-flow sand-removing device for the potato starch production is safe and reliable to use, and almost no maintenance is needed; compared with a conventional sand removing device in the prior art, the glass rotational-flow sand-removing device for the potato starch production has the advantages that the size is small, processing ability is great, the space of production site is saved, and the like; grains of sand in slurry fluid can be constantly removed; and the problem of secondary pollution to slurry materials in other sand removing methods is avoided.

The invention provides a plastic pipe sizing and cooling production device. The plastic pipe sizing and cooling production device comprises a circular sizing inner core and a circular sizing outer shell, wherein the circular sizing inner core comprises an inlet and an outlet of a plastic pipe and is concentrically fixed in an inner cavity of the circular sizing outer shell, the two ends of the circular sizing inner core are flush with the two ends of the circular sizing outer shell, an annular space between the circular sizing inner core and the circular sizing outer shell is generally dividedinto a sizing area and a primary cooling area, the sizing area is used for sizing the plastic pipe, and the primary cooling area is used for rapidly cooling the plastic pipe. According to the plasticpipe sizing and cooling production device, the sizing area and the cooling area are integrally designed, so that the plastic pipe sizing and cooling production device is more intensive, the occupiedfield space is smaller, assembly, disassembly and the like are more convenient, the deformation degree of the plastic pipe after extrusion can be controlled, then the plastic pipe can be cooled more uniformly, finally, the easy-to-deform pipe body can be controlled to meet the diameter requirement required to be met, and the quality and the yield of the product are greatly improved.

The invention provides a full-automatic bulk sheet high-speed stamping manipulator which comprises a material suction and release mechanism, a material push mechanism and an electrical automatic control system, wherein the material suction and release mechanism consists of a synchronous belt conveying mechanism I, a connection rod sliding block transmission mechanism, a gear and rack transmission mechanism I, a synchronous belt conveying mechanism II and a bidirectional buffering intermittent mechanism which are connected in sequence; the material push mechanism consists of the synchronous belt conveying mechanism I, the connection rod sliding block transmission mechanism, a gear and rack transmission mechanism II, a clutch and a synchronous belt conveying mechanism III which are connected in sequence; the material suction and release mechanism is connected with the material push mechanism; the automatic control system is connected with the synchronous belt conveying mechanism I. One worker can supervise multiple machine tools; a stamping machine automatically finishes material releasing, stamping, material taking and rolling processes, no extra equipment needs to be added; furthermore, the stamping rate is high, continuous stamping is realized, and stopping to exchange materials is avoided; meanwhile, the production is safe, stable and efficient.

The invention discloses a laser marking system based on an EHRT punching and shearing machine. The laser marking system includes the EHRT punching and shearing machine for producing copper bars. A laser marking mechanism for plain code marking on the copper bars is arranged on the side edge of a discharging conveyor belt of the EHRT punching and shearing machine, and the laser marking mechanism isset in a tail area of the discharging conveyor belt of the EHRT punching and shearing machine. The laser marking system is based on the German EHRT punching and shearing machine and integrates a laser marking system, the system uses a machine interaction scheme combing hardware and software, and the interaction between an original punching and shearing machine and other equipment is not affected;that is, under the condition that the production efficiency and production layout are not affected, the identification of copper bar parts can be easily realized, and the intelligent promotion of a factory is facilitated; furthermore, due to sufficient use of hardware equipment such as the original conveyor belt of the punching and shearing machine, the marking quality requirements are met, the compactness of the equipment is maintained, and on-site space is saved; and furthermore, the marking production efficiency is balanced, and the marking time of a single part is controlled within 10 seconds, so that non major impact is exerted on the original production efficiency.

The invention discloses prying-mounting equipment for treating mine wastewater. The prying-mounting equipment comprises a first lifting pump, a first-level treating unit, a second lifting pump, a second-level treating unit, a third lifting pump, a third-level treating unit, a fourth lifting pump and a fourth-level treating unit which are communicated with one another sequentially through pipelines. The first lifting pump, the second lifting pump, the third lifting pump and the fourth lifting pump are all connected with first water turbines, the prying-mounting equipment further comprises a first filter, water outlets of all the first water turbines are communicated with the first filter, the first to the fourth-level treating units and the water outlet of the first filter are all connectedwith a fifth lifting pump, the fifth lifting pump is connected with a second water turbine, and water inlets of each first water turbine and the second water turbine are connected with bottom water pipelines. The prying-mounting equipment is not provided with power, and the wastewater after being treated is directly used for production process of face; and the treating method of the mine wastewater achieves non-power in the whole driving process, conforms to the safety requirements of mine undershaft wastewater treatment, and can be widely applied.

The invention relates to a multifunctional lifting principal line bedplate device, and belongs to the technical field of conveying tray carrying devices of production conveyor lines. The multifunctional lifting principal line bedplate device comprises a bedplate and idler wheels arranged at the bottom of the bedplate. The bedplate is provided with a carrying device capable of ascending and descending, and the carrying device is connected with a power supplying device. The bottom of the bedplate is provided with a containing rail perpendicular to the heading direction of the bedplate, one side edge of the bedplate is provided with a walking rail, and one side edge of the bedplate is fixedly connected with a clamp device. The clamp device comprises a connecting component connected with the containing rail in a limiting mode and an overturning component hinged to the connecting component. The overturning component is provided with walking wheels which are arranged on the walking rail, a vehicle door pulling-out and containing device fixed on the floor is arranged between the walking rail and the containing rail, and the clamp device is provided with containing wheels. The automatic lifting bedplate has the advantages of being large in lifting load range, reliable in carrying, high in positioning precision, stable in lifting device and abundant in carrying form.