45results about How to "Will not affect normal transmission" patented technology

The invention discloses a deviation correcting device for a guiding belt of a cloth drying machine. The deviation correcting device comprises two deviation correcting mechanisms which are symmetrically arranged on the two sides of the guiding belt, and each deviation correcting mechanism comprises a clamping unit and a pulling unit; each clamping unit comprises an upper clamping plate, a lower clamping plate, an upper rotating screw, a lower rotating screw, an upper rotating gear, a lower rotating gear, a driving motor and a base plate, wherein the upper clamping plate and the lower clamping plate are located above and below the edge of the guiding belt respectively, the upper rotating screw and the lower rotating screw are vertically connected to the upper clamping plate and the lower clamping plate in a screwed mode respectively, the upper rotating gear and the lower rotating gear are fixedly arranged on the upper rotating screw and the lower rotating screw in a sleeving mode respectively and meshed with each other, and an output shaft of the driving motor is fixedly connected with the lower end of the upper rotating screw; each pulling unit comprises a long-strip-shaped rack part formed on the upper end face of the base plate, a gear meshed with the rack part and a motor used for driving the gear to rotate. According to the device, the deviated guiding belt can be pulled to a correct operating track, and normal conveying of the guiding belt cannot be influenced.

The invention discloses a pneumatic material conveying system with functions of sweeping and collecting. The pneumatic material conveying system comprises a pneumatic transmission pipeline used for transmitting materials to be conveyed, and more than one blanking collection device connected with the pneumatic transmission pipeline in a sealing way, wherein each blanking collection device is provided with a blanking collection cavity used for collecting a foreign matter in the pneumatic transmission pipeline; a foreign matter settling part used for enabling the foreign matter to settle is arranged between each blanking collection cavity and a pipeline cavity of the pneumatic transmission pipeline; the blanking collection cavities are communicated with the pipeline cavity of the pneumatic transmission pipeline by the foreign matter settling parts; when the foreign matter moving in the pneumatic transmission pipeline passes through the blanking collection devices, the foreign matter settles in the foreign matter settling parts and then drops into the blanking collection cavities. The pneumatic material conveying system has the advantages of being capable of collecting the foreign matter in the pneumatic transmission pipeline in time, maintaining the interior of the pneumatic transmission pipeline to be clean, and being easy to maintain.

The invention provides a message transmission method and system and a message-oriented middleware. The message transmission method comprises: a message sender issues messages with different attribute information; the message-oriented middleware receives the issued messages and extracts the attribute information of the messages on an appointed attribute; the message-oriented middleware determines whether the extracted attribute information is the same as preset attribute information saved in an error information table; if not, the message-oriented middleware transfers the received messages to a message consumer or maintains the received messages; if yes the message-oriented middleware sends the maintained messages according to a predetermined sequence. By means of the embodiments of the invention, improvements in the orderliness and the stability of message transmission are facilitated.

The invention provides a transmission belt electret machine for adding static electricity to a mask based on molybdenum wire, including a body, support legs for supporting the body, an electrostatic electret mechanism for carrying out electrostatic electret to the mask, and an electrostatic electret mechanism for transferring the mask to The stretching mask transmission mechanism at the electrostatic electret mechanism, the support legs are fixedly connected to the bottom of the body, the surface of the body is concave, and the inner wall of the body is fixedly connected with a reinforcing support rod, which relates to the field of electret machines. The conveyor belt electret machine based on molybdenum wire to add static electricity to the mask is designed according to the existing mask stacking and overlapping problem of the electret machine that adds static electricity to the hole mask, and designs a special structure that can quickly add static electricity without slowing down, so that It solves the problem that the transmission speed of the general electret machine that adds static electricity to the mask is easily affected by the light weight and multi-fold nature of the mask itself. If the transmission is too fast, the inertia will cause the mask to stack or even flip, which will affect the efficiency of adding static electricity to the mask. question.

The invention discloses a method for improving underground cold mining conveying efficiency. A coal belt conveyor and baffle blocks are adopted. A plurality of rows of electromagnet blocks are evenly embedded to a conveyor belt of the coal belt conveyor, the thickness of each electromagnet block is equal to that of the conveyor belt, and smooth transmission of the conveyor belt on rollers of the coal belt conveyor cannot be affected by embedding of the electromagnet blocks. Connection line poles of the electromagnet blocks are arranged on one side of the conveyor belt. Connection lines poles of a coal conveying segment of the conveyor belt are provided with electric brushes. A baffle block pushing device is arranged at the position, corresponding to the conveyor belt, of the lower end of the coal belt conveyor, the baffle block pushing device pushes the baffle blocks to the conveyor belt, and the baffle blocks are connected with the powered-on electromagnet blocks in an attraction manner. The conveyor belt of the coal belt conveyor is provided with the baffle blocks which are circularly separated, the conveying efficiency of the coal belt conveyor can be improved by three times, and the phenomenon that coal slides easily is solved well.

The invention discloses a pneumatic material conveying system capable of driving by utilizing a single piston sheath. The pneumatic material conveying system comprises a transmission pipeline unit and a driving air source unit, wherein the transmission pipeline unit is internally provided with a material to be conveyed; the driving air source unit is communicated with the transmission pipeline unit, so that positive / negative air pressure is generated in the transmission pipeline unit; the transmission pipeline unit is also internally provided with the piston sheath matched with a transmission pipeline; the axial end of the piston sheath is in contact with the material to be conveyed; the piston sheath makes movement in the transmission pipeline unit under the action of the driving air source unit so as to complete the pneumatic conveying of the material to be conveyed. The pneumatic material conveying system has the advantages of being good in compatibility, low in use cost, convenient and fast in delivery and high in safety, and being capable of guaranteeing the physical properties and accuracy of a sample.

The invention discloses novel environment-friendly and efficient transport equipment in an underground coal mine. The equipment comprises a coal belt conveyor and a baffle block. A plurality of rows of electromagnetic blocks are uniformly distributed and embedded in a conveying belt of the coal belt conveyor. The thickness of each electromagnetic block is equal to that of the conveying belt. The embedded electromagnetic blocks do not affect smooth conveying of the conveying belt on rollers of the coal belt conveyor. Connecting line poles of the electromagnetic blocks are arranged on one side of the conveying belt. An electric brush is arranged on the connecting line poles on a coal conveying section of the conveying belt. A baffle block pushing device is arranged at the position, corresponding to the conveying belt, of the lower end of the coal belt conveyor and pushes the baffle block onto the conveying belt. The baffle block is in attraction connection with the electrified electromagnetic blocks. By arranging the baffle block with a circulating separation function on the conveying belt of the coal belt conveyor, the conveying efficiency of the coal belt conveyor can be quadrupled, and the problem that coal is prone to slipping off is well solved.

The invention discloses a guiding band with a deviation correcting device, of a cloth dryer. The guiding band disclosed by the invention comprises a guiding band, wherein two deviation correcting mechanisms are symmetrically arranged on two sides of the guiding band; each of the deviation correcting mechanisms comprises a clamping unit and a pulling unit, wherein each clamping unit comprises an upper clamping roller, a lower clamping roller, an upper center shaft, a lower center shaft and a rotating screw rod; the upper clamping rollers are positioned over an edge of the guiding band, and the lower clamping rollers are positioned under the edge of the guiding band; each of the upper clamping rollers sleeves the corresponding upper center shaft in an inserting manner, and each of the lower clamping rollers sleeves the corresponding lower center shaft in an inserting manner; each of the rotating screw rods is sequentially in screw connection to the corresponding upper center shaft and the corresponding lower center shaft; each pulling unit comprises an inserting and connecting ring, an inserting and sleeving ring and a pulling air cylinder, wherein each inserting and connecting ring is molded on the outer side wall of the corresponding upper clamping roller; each inserting and sleeving ring is molded on the outer side wall of the corresponding lower clamping roller; an annular inserting and connecting groove is formed in the outer side wall of the circumference of each inserting and sleeving ring, and an annular through groove is formed in each inserting and sleeving ring; one end of a piston rod of each pulling air cylinder penetrates through the corresponding through groove and a limiting block is molded at the corresponding penetrated end. Through the adoption of the guiding band disclosed by the invention, the deviated guiding band can be pulled into a correct operating orbit, and the transporting of the guiding band is not influenced.

The invention discloses a drainage pipeline. The drainage pipeline comprises a pipeline body. The top of the pipeline body is provided with an opening. Two partition boards are arranged in the middleportion of the pipeline body. The opposite faces of the two partition boards make contact with each other for sealing. The other ends of the two partition boards are integrally connected with the pipeline body. The two partition boards cut off a drainage channel in the middle of the pipeline body. A bottom drainage cavity is formed below the two partition boards. A clamping cavity is formed at theupper ends of the partition boards. An intermediate pipe is arranged in the clamping cavity. The middle of the intermediate pipe is provided with an independent drainage channel. The drainage pipeline can realize respective cavity discharge of two kinds of liquid simultaneously. The whole pipeline can be opened in the shearing process, water in the pipeline is discharged to give an effective warning. When shear force is large, the intermediate pipe can be pressed into the bottom drainage cavity below the partition boards to be protected. The drainage pipeline has good buffering performance and protective performance, also has the good warning effect and achieves the effect of high-efficiency liquid discharge.

The invention relates to a method and a system for constructing a frequency domain reflecting fiber grating sensing network of a bus topological structure. The frequency domain reflecting fiber grating sensing network of the bus topological structure is formed by connecting fiber grating distributed sensing network branches and a network main line both based on the frequency domain reflecting technology by using a three-terminal optical fiber circulator, a four-terminal optical fiber circulator and a network node upper and lower carrier wave division multiplexer consisting of two chirped fiber gratings with complementary reflecting spectra. The network has high capacity and high spatial resolution and increases the measuring distance by dozens of times. The network does not adopts an optical fiber divider, so the insertion loss is low; a signal transmission main line can adopt an armored optical cable and sensing measurement branches can be connected through a flexible optical fiber or an optical cable, so assembling flexibility and convenience of a fiber grating sensor are guaranteed; and damage to the branched fiber grating sensor does not influence normal signal transmission of other branched fiber grating sensors, so the survival rate of the network sensor and the operating reliability of the network are high.