56results about How to "Tacit cooperation" patented technology

The invention discloses an electric pressure cooker with weighing sensor on the bottom, which comprises the following parts: rigid transverse tray and rigid frame with rigid beam, rigid vertical connecting board and rigid tray, wherein the rigid beam and rigid tray chucks pan-lid, sealing coil, inner pan, heater and weighing sensor together from upwards to downwards, the output end of weighing sensor connects circuit control device, which controls heating condition of heater according to the testing result of weighing sensor.

The invention provides a full-automatic trimming machine which comprises a feeding device, a long edge trimming device, a steering device and a short edge trimming device, wherein panels sequentially pass through the feeding device, the long edge trimming device, the steering device and the short edge trimming device; the long edge trimming device and the short edge trimming device are respectively positioned on the two adjacent sides of the steering device; and the horizontal-direction included angle of the long edge trimming device and the short edge trimming device is 90 degrees. Compared with the prior art, the trimming machine provided by the invention has the advantages that the structure is simple, the panel feeding is smooth, all the steps closely cooperate with each other, before the next step is carried out, the next work task is prepared in the precious step, the connection is close, and the working efficiency is high.

The invention provides a movable pulley combined unit assembled on an upper cross beam and a lower cross beam of a door leaf of a wall cabinet, and belongs to the manufacturing technology of hardware fittings used in architectural decoration. The movable pulley combined unit assembled on the upper cross beam and the lower cross beam of the door leaf of the wall cabinet adopts the structure that an upper rail is assembled above the door leaf of the wall cabinet; and stop blocks are assembled on the upper rail and a lower rail. When the door leaf departs from a door frame edge, the stirring piece of the damper of the movable pulley combined unit can be hooked in triangular groove tables of the stop blocks and pull the top chord of the damper; and when the door leaf goes back to the door frame edge, the stirring device of the damper can generate a damping action to ensure that the door leaf goes back to the door frame edge slowly and safely without the phenomena of beating and collision. The movable pulley combined unit has the advantages of novel design, reasonable structure, compact components, convenience in mounting and adjusting, and obvious effect. The movable pulley combined unit comprises components such as an adjusting bolt (1) and a movable pulley (2), and is characterized in that the movable pulley combined unit (18) is assembled on a door leaf upper cross beam (2) and a door leaf lower cross beam (3); the upper rail (19) is mounted above the door leaf (6); and the stop blocks (20) are mounted on the upper rail (19) and the lower rail (20).

The invention discloses an integrated device capable of achieving rolling, heating, drying, positioning and leveling sizing synchronously during plate conveying. The integrated device is composed of a frame body, heating, pressurizing and leveling rollers, heating and conveying rollers, roller fixing groove frames, sliding bearing bases, fixed bearing bases, plate positioning idler wheels and chains. By means of the integrated device, heated liquid cyclically enters and exits from the heating, pressurizing and leveling rollers and the heating and conveying rollers, so that it is ensured that enough heat energy can be used for heating the two faces of a plate. The heating, pressurizing and leveling rollers can vertically fluctuate freely and automatically, so that it is ensured that the heating, pressurizing and leveling rollers and the heating and conveying rollers are attached to and roll the compound plate all the time, and rolling is even. The operation direction of the integrated plate is maintained in the operation process through the plate positioning idler wheels, so that it is ensured that the integrated plate is operated stably and does not deviate. By means of the integrated device, production can be conducted in dry or moist climate environmental conditions, the plate can be fed, dried and manufactured into a finished product meeting the quality requirement only within 40 minutes or so, the production period is short, and the dryness and humidity of the plate are easy to control.

The invention relates to a dedusting 10 kv switch cabinet. The switch cabinet comprises a cabinet body. The switch cabinet is characterized in that the cabinet body is provided with a dedusting mechanism. The switch cabinet is simple in structure, convenient to use, convenient to popularize, applicable to all cabinet inner cavity structures of various kinds of switch cabinets and good in dedusting effect. A control system of the dedusting mechanism is reasonable in matching, tacit in cooperation, unified in control and capable of uniformly and cooperatively completing dedusting, spraying, cleaning and gas exhausting. Air more suitable for dedusting is provided by a cleaning method, a supercharging method and a spraying method enable dedusting air to form air flows, a better deducting effect is achieved, and dust absorbed to parts is removed. The dedusting mechanism is suitable for live-line dedusting of the cabinet switch, and the switching frequency caused by dedusting is lowered, so that the service lifetime of the switch cabinet is prolonged, and dust is prevented from accumulating in the cabinet and further reducing the insulating property or influencing normal work of elements.

A board conveying and shaping device consists of a rack body, pressure shaping rollers, conveying rollers, roller fixing groove racks, board positioning rollers, chains, a motor group and a power supply box. According to the board conveying and shaping device disclosed by the invention, the pressure shaping rollers can optionally fluctuate vertically to enable the pressure shaping rollers and the conveying rollers to press integrated boards, so that the integrated boards can be evenly rolled; a moving direction of each putty-applied integrated board is maintained by the plate positioning rollers in a moving process so as to enable the integrated board to stably move without deviation; meanwhile, the boards are combined firmly and secondary shaping is performed on the boards, so that quality of the boards is greatly increased, and an internal binding force between the boards is increased; and as the putty-applied integrated boards are dried to be shaped once rather than being aired, not only are time and labor saved but also a production cycle is shortened, and a production spot is saved. The board conveying and shaping device disclosed by the invention is simple in structure but high in automation degree and has a remarkable effect, is capable of greatly increasing working efficiency, replacing manual operation with mechanized operation and reducing working labor, and is very worthy of being popularized widely.

The invention discloses a material-gripping device for paint transportation. The material-gripping device for paint transportation comprises a conveyor belt and a gripping jaw. A ratchet is connected to the conveyor belt. A first swinging rod is arranged below the ratchet. A rotating rod is arranged on the first swinging rod. The first swinging rod is connected to the rotating rod in a sliding mode. A pawl is hinged to the rotating rod. A first elastic piece is connected to the pawl. A second swinging rod is arranged on the left side of the first swinging rod. A second elastic piece is arranged between the first swinging rod and the second swinging rod. A fixed sliding groove is formed above the second swinging rod and internally provided with a rack. A pulling rod is hinged to the rack and connected to the second swinging rod in a sliding mode. The rack is engaged with a gear. The gripping jaw is connected to the gear. A cavity is formed in the right side of the first swinging rod. The upper portion of the cavity communicates with an air bag. A stopping block is connected to the bottom of the cavity in a sliding mode. A pushing block is arranged on the left side of the second swinging rod. A linkage rod is hinged to the pushing block. A crank is hinged to the linkage rod. A pushing rod is connected to the pushing block and connected with the stopping block. According to the material-gripping device for paint transportation, the structure is simplified due to air cylinder control and the connected structure, so that the matching difficulty is reduced.

The invention provides an edge sawing machine capable of conducting automatic feeding and turning. The edge sawing machine comprises a feeding device and a turning device. A panel sequentially passes through the feeding device and the turning device. The feeding device comprises a panel pushing mechanism and a guide mechanism. The panel pushing mechanism is fixed to the guide mechanism and can advance and retreat along the guide mechanism. The turning mechanism comprises a conveying device and a panel pushing device. The conveying device receives the panel conveyed in the long edge direction of the panel. The panel pushing device pushes the panel to the next procedure in the width direction of the panel. The panel pushing device is located above the conveying device. An included angle of 90 degrees exists between the running paths of the conveying device and the panel pushing device. Compared with the prior art, the edge sawing machine is simple in structure and smooth in panel feeding, all links are in close fit, the previous link starts to prepare the next working task when the next link works, connection is tight, and the work efficiency is high.

The invention discloses an oil paint material grabbing and conveying integrated device which comprises a conveyor belt and a gripper arm. A ratchet wheel is connected to the conveyor belt. A first swing rod is arranged below the ratchet wheel and provided with a rotating rod. The first swing rod is connected to the rotating rod in a sliding manner. A pawl is hinged to the rotating rod and connected with a first elastic piece. A second swing rod is arranged on the left side of the first swing rod. A second elastic piece is arranged between the two swing rods. A fixed slide groove is formed above the second swing rod and internally provided with a rack. A pull rod is hinged to the rack and connected to the second swing rod in a sliding manner. The rack is meshed with a gear. The gripper arm is connected to the gear. A first push block is arranged on the right side of the first swing rod. A second push block is arranged on the left side of the second swing rod. An air cylinder and the push rod are connected to the second push block. A linkage gear is meshed with the push rod and is meshed with the first push block. By means of control of the air cylinder and the arrangement of the connected structure, the structure is simplified, and the matching difficulty is lowered.

The invention discloses a system capable of conducting heating and drying simultaneously during board conveying. The system is composed of a frame body, conveying and heating double-function rollers, bearing seats, chains, board circulating guide plates, radiators, a heat-insulating wind resistant hood, a wind resisting and gas uniformizing row-hole metal net, fasteners and an air blower. By using the system, heat-carrying liquid circulates in the conveying and heating double-function rollers, the radiators are continuously provided with hot gas through a heating device, so that both sides of a laminated board can be evenly heated, the board drying speed is high, and plaster smeared on the board face does no adhere to equipment after being heated. Production can be conducted under a dry or humid climatic environment condition, and the process that the board is fed and dried and a finished product with the humidity meeting the quality requirement is obtained only takes about 40 minutes, so that the production cycle is short, the humidity of the board is easy to control, and the board quality is good. By the adoption of the system, the board is dried and formed at a time without airing, so that time and effort are saved, the production cycle is shortened, and a small production spot is occupied.

A splicing and drying integration device for integrated boards is composed of frame bodies, board limiting pipe frames and heat supply pipelines. The board limiting pipe frames are fixed to upper fixing frames and lower fixing frames of the three frame bodies correspondingly, the heat supply pipelines are arranged among the upper fixing frames of the frame bodies, the lower fixing frames of the frame bodies and the board limiting pipe frames correspondingly, and therefore the whole device is formed. According to the device, the process of drying the boards or square timber and then splicing the boards or the square timber is eliminated, and drying and splicing are directly and synchronously realized on a machine; the board limiting pipe frames do not serve as heat supply pipelines of heat conduction carriers, and the movable heat supply pipelines without the limiting and forming effect are used for heating, drying and forming the boards side by side; when the board splicing machine splices the boards and carries out feeding, because the board limiting pipe frames are insusceptible to heat expansion and cold shrinkage and do not deform, the boards are insusceptible to the board limiting pipe frames and do not warp or deform accordingly; the number of the subsequent machining processes of the prepared boards is small, loss is reduced, and the quality is more stable.

The invention discloses a plate setting roller press, which specifically comprises machine body racks, a primary movable compression roller, a secondary movable compression roller and a spring, wherein the two machine body racks are correspondingly put and fixed on the ground; rotating shafts on two sides of the primary movable compression roller are put into through holes which are formed in the lower parts of rack bodies of the two machine body racks; the rotating shafts on two sides of the secondary movable compression roller are respectively put into elevating shaft passages which are formed in the upper parts of the rack bodies of the two machine body racks; and the spring is used for simultaneously hooking the rotating shafts on two sides of the primary movable compression roller and the secondary movable compression roller respectively above and below the rack bodies, thereby forming an overall plate setting roller press. By virtue of the plate setting roller press, firm combination of cement and plates and secondary setting of the plates are simultaneously realized; the flatness of the plate is improved; and meanwhile, the quality of the plates is greatly improved. The plates do not need to be aired, and are dried and molded once, so that time and labor are saved; the production cycle is shortened; and the production site is saved.

The invention relates to a handholding device, in particular to a multifunctional lighting stroboscopic holding device which is suitable for connecting rods of various specifications and has the functions of lighting and calling. The multifunctional lighting stroboscopic holding device consists of three modules which are respectively a handle, a light and a control module. The multifunctional lighting stroboscopic holding device comprises thirty-four parts such as a positioning bowel, a turning buckling rod, a holding handle, a guide spring sheet, a spring sheet gasket, a propping cushion sheet, a sliding cover, a stroboscopic lead, a stroboscopic connecting rod, a lighting connecting rod, a box seat, a reflecting cover, a housing seat, a lighting diode, a stroboscopic diode, a box cover,a press block bolt, a press block gasket, a switch press block, a first front spring sheet, a second front spring sheet, a box housing, a switch shifting block, a rear spring sheet, a rear spring sheet gasket, a rear spring sheet bolt and a circuit board. The holding device has the characteristics that the holding device is convenient to install, is suitable for various proximate matters and various apertures, has the functions of lighting and calling, is convenience to use, and is firm and durable; therefore, the holding device has a wide market space, and relatively high social application value and economic additional value.

The invention relates to a 10 kv switch cabinet realizing live-line dedusting. The switch cabinet comprises a cabinet body. The cabinet body is provided with a dedusting mechanism. The switch cabinet is simple in structure, convenient to use, convenient to popularize, applicable to all cabinet inner cavity structures of various kinds of switch cabinets and good in dedusting effect. A control system of the dedusting mechanism is reasonable in matching, tacit in cooperation, unified in control and capable of uniformly and cooperatively completing dedusting, spraying, cleaning and gas exhausting. Air more suitable for dedusting is provided by a cleaning method, a supercharging method and a spraying method enable dedusting air to form air flows, a better deducting effect is achieved, and dust absorbed on parts is removed. The dedusting mechanism is suitable for live-line dedusting of the cabinet switch, and the switching frequency caused by dedusting is lowered, so that the service lifetime of the switch cabinet is prolonged, and dust is prevented from accumulating in the cabinet and further reducing the insulating property or influencing normal work of elements.

The invention relates to a gear shaft, in particular to a bias gear speed changing shaft which can be not only used independently and but also used in a group array. Ten components including a front end surface, a shaft extension thread, a shaft extension, a shaft pin groove, a front shaft, a front shaft neck, a gear, a back shaft neck, a back end bevel edge and a back end surface are combined to form the bias gear speed changing shaft. The gear comprises five small components including a front wheel spindle, bias gear teeth, gear teeth chamfers, a gear rounding and a back wheel spindle. Besides the same advantages of the common gear speed changing shafts, the bias gear speed changing shaft further has the advantages of accurate match, long service life, convenience in debugging, adaptability and the like as compared with common gear speed changing shafts; and the bias gear speed changing shaft is easy and convenient to produce, and has a solid and durable structure, wide marketing space, certain social application value and economical additional value.

The invention relates to a 10kV switchgear cabinet capable of being dedusted highly efficiently. The 10kV switchgear cabinet comprises a cabinet body and is characterized in that the cabinet is provided with a dedusting mechanism. The 10kV switchgear cabinet has beneficial effects of being simple in structure, convenient to use, easy to popularize, and suitable for the inner chamber structures of various types of switchgear cabinets, and having a good dedusting effect. Each part in the switchgear cabinet can be blown omnibearingly in order to reduce dedusting dead angles and enhance the dedusting of the top surface and the side surface of each element. The 10kV switchgear cabinet achieves an ideal dedusting way, may centralize much dedusting power consumption on the top surface and the side surface, with much dust, of each element, and reduces energy consumption.

The invention discloses a multi-middle-station central scheduling method and system, and belongs to the field of Internet data processing, and the method comprises the following steps: S1, building abusiness assembly through a lua script, and building a business aggregation assembly for providing complete business services based on a lua virtual machine; S2, establishing a scheduling mode of theservice components through a two-dimensional table structure; S3, for each service aggregation component, performing structured storage on the scheduling task running data and the scheduling task intermediate data, and performing task suspension, exception recovery and task scheduling frequency control according to the stored data to enable the service aggregation component to complete task running; and S4, carrying out service discovery and scheduling strategy management through sentry service, and completing central scheduling of multiple middle stations. According to the invention, objectives of unified basic capability, service and bottom layer separation, unified service rule configuration mode and the like can be realized, and thus random scheduling of multiple middle stations is realized.

The invention provides a full-automatic edge sawing machine for edge trimming of plates. The edge sawing machine includes a feeding device, a long edge sawing device, and a steering device; the plate passes through the feeding device, the long edge sawing device, and the steering device; the long-side sawing device and the short-side sawing device are respectively located on the two sides adjacent to the steering device, and the horizontal direction of the long-side sawing device and the short-side sawing device The angle is 90°. Compared with the prior art, the edge sawing machine provided by the present invention has a simple structure, smooth plate feeding, and each link cooperates closely. When the next link is working, the previous link starts to prepare for the next task, the connection is tight, and the work efficient.

The invention discloses an integrated device for paint storage. The integrated device comprises a conveying belt and a gripper arm. The conveying belt is connected with a ratchet wheel. A first swing rod is arranged below the ratchet wheel and provided with a rotary rod. The first swing rod is in sliding connection with the rotary rod. A pawl is hinged to the rotary rod and connected with a first elastic piece. A second swing rod is arranged at the left side of the first swing rod. A second elastic piece is arranged between the two swing rods. A fixed sliding groove is formed above the second swing rod. A rack is arranged in the fixed sliding groove. A pull rod is hinged to the rack and is in sliding connection with the second swing rod. The rack is in meshed with a gear. The gripper arm is connected to the gear. Push blocks are arranged on the two opposite sides of the two swing rods. The two push blocks are both meshed with linkage gears. The two linkage gears are meshed with push rods. The two opposite faces of the two push rods are wedge faces, and a rotary disc is arranged below the two wedge faces. The rotary disc abuts against the two wedge faces, and the rotary disc is connected with an air cylinder. According to the integrated device, by means of air cylinder control and the arrangement of a connected structure, the structure is simplified, and coordinating difficulty is lowered.