35results about How to "The transmission mode is stable" patented technology

The present invention provides a kind of bamboo bundle fiber integrated veneer weaving machine, comprising frame, and feeding mechanism on the frame, weaving mechanism, mechanical induction triggering mechanism and the transmission mechanism inside the frame, in addition, the present invention also Provide a kind of veneer weaving method of bamboo bundle fiber integral veneer weaving machine, comprising the following steps: S1, power-on inspection: S2, preparatory work: arranging a plurality of wire rolls on the frame, and adjusting the distance between the wire rolls Spacing, select the bamboo veneer, ready to start feeding; S3, weaving: start the weaving machine, when the bamboo veneer is woven to a predetermined length, stop the machine, and tie each thread and cut it; S4, Winding Drying, the invention solves the problem that the bamboo bundle unit for recombined bamboo cannot be processed into a single board during the weaving process of the whole bamboo bundle fiber, and at the same time it is inconvenient to adjust the weaving tightness of the whole bamboo bundle veneer. It is not applicable to the problem of weaving processing of bamboo beam units of different thicknesses.

The invention discloses a three-dimensional packaging machine. According to the technical scheme, the three-dimensional packaging machine comprises a base and a working table, and a film conveying mechanism, a cutting-off mechanism, a heat seal mechanism and a product positioning mechanism are sequentially arranged on the base; the cutting-off mechanism comprises a cutting board and a driving source for driving the cutting board to ascend and descend, a heating wire is fixed to the top of the cutting board, the heat seal mechanism comprises a heating board, and the driving source drives the heating board to ascend and descend; through the heating wire arranged on the cutting board, arrangement of the heating board, and the manner that the driving source drives the cutting board and the heating board to ascend and descend, therefore when a thin film is used for wrapping a product, the driving source drives the cutting board to ascend to the position where the heating wire touches the thin film, and cutting off can be achieved; and the driving source drives the heating board to ascend in a manner of being attached to the side wall of a product, the end of the cut-off thin film is attached to the product in a heat-seal manner, fixing of the end of the thin film is avoided, the whole process can be automatically achieved, manual operation is avoided, manual workloads are reduced, accuracy of the cut-off thin film is good, and therefore the packaging efficiency is improved.

The invention belongs to the technical field of heating furnaces, in particular to a conveying device in the furnace with good anti-black mark effect for the round steel heating furnace, aiming at the lower surface of the crossbeam supporting rod always in contact with the steel billet when the existing heating device is feeding in the furnace The contact of the lower surface will easily lead to the problem of uneven heating of the steel billet. The following scheme is proposed, including a movable beam and a fixed beam with a square tubular structure. The bottom of the fixed beam is fixed with a C-shaped steel slide rail with an upward opening, and the C-shaped steel A slide bar is slidably connected in the slide groove of the slide rail, and a wave bar is fixed on the upper surface of the slide bar. When the present invention is in use, when the steel billet body is placed between the first jacking block and the second jacking block, the first ejector pin and the second ejector pin can be driven up alternately by pushing the sliding bar to the left and right and then cooperating with the wave bar. top, so that the billet body can move back and forth between the first top block and the second top block, avoiding the uneven heating caused by the lower surface of the billet body contacting the upper surface of the fixed beam for a long time.

The invention discloses a photographing miniature mobile trolley system device which comprises a sliding track frame component, a mobile trolley and a transmission mechanism. The sliding track frame component comprises a sliding track. A trolley body of the mobile trolley is of a sleeve type structure. A pulley block is fixed in the trolley body. The trolley body is arranged on the sliding track in a sleeving mode. The pulley block is fixed on the inner wall of the trolley body. A slip rope connecting buckle is fixedly arranged on the upper surface of the trolley body and fixes a slip rope. The slip rope drives the mobile trolley to move along the sliding track through the transmission mechanism. A camera or a probe is arranged on the trolley body through a connecting piece. The mode that the sliding track and pulleys of the mobile trolley are matched is used, so that the mobile trolley moves stably, and a stable power source is provided. The component can be assembled freely, and photographing needs of different scenes are met. A single-track frame formed by a handle and a truss are driven by a slip rope motor, and a transmission mode is smooth and steady. The problems that framing and photographing are hard at a scene where the number of obstacles is large, and equipment power is not stable are solved.

The invention belongs to a single-arm rain brush with an annular brush surface suitable for the application of large protection cover, consisting of a rain brush arm, a brush head and a motor. A motoroutput shaft is sleeved with a fixed gear in a sliding way; the shaft cap at the end of the motor output shaft is pivotally provided with a wheel frame which is longitudinally provided with an intermediate wheel and a driven gear engaged with the fixed gear; the driven gear is coaxially and fixedly provided with a driving belt pulley; the driving belt pulley transmits a driven belt pulley arranged on the upper part of a rain brush arm; the lower part of the rain brush arm is arranged on a wheel frame. The invention has the advantages of reasonable design and simple structure, ensuring the great brushing area of the rain strip by adopting the combination type of the gear engagement and synchronous belt transmission, not disturbing the operation of the scene when the rain brush is rotated,thus obtaining the advantages of the dual arms and the single arms and abandoning the shortages of the dual arms and single arms and ensuring good monitoring effect.

The invention provides a squatting pan and an operating method thereof. The squatting pan comprises a pan body and a box body. The pan body is arranged inside the box body. The upper end face of the pan body is flush with the top face of the box body. The operating method of the squatting pan comprises the following steps that a ground with a pit is obtained; the squatting pan is arranged inside the pit and comprises the pan body and the box body, the pan body is arranged inside the box body, the upper end face of the pan body is flush with the top face of the box body, and the outer surface of the box body is adjacently connected with the inner surface of the pit; when the pan body needs to be maintained or replaced, the pan body is taken out of the box body, and the pan body is maintained or replaced with another pan body. Due to the fact that the pan body is arranged inside the box body, when the pan body needs to be maintained or replaced, the pan body can be easily taken out of the box body, the process is quite easy, no damage is caused to the surrounding ground, the human cost is greatly saved, and the burden cost of consumers is correspondingly decreased.

The invention relates to a servo tool changing device, which includes a tool changing mechanism. The tool changing mechanism includes a fixed box body, a power tool seat and a linkage tooth plate; the fixed box body is provided with a fixed tooth plate; the power tool seat is provided with a rotating tooth plate ;During processing, the linkage gear moves towards the fixed box until it engages with the fixed gear and the rotating gear at the same time; when changing the tool, the linkage gear moves in the opposite direction until it is separated from the fixed gear and / or the rotating gear; The conduction mechanism, the coolant conduction mechanism includes a conduction fixture and a conduction movable part; the conduction fixture is provided with a first conduction channel and a conduction chamber, and the first conduction channel communicates with the liquid conduction channel on the fixed box; the conduction movable part is elastically movable In the conduction chamber, a second conduction channel is provided on the conduction movable part, and the second conduction channel communicates with the first conduction channel, and the conduction movable part elastically abuts against the driven tool seat. The invention has the advantages of reasonable force on the rotating toothed disk, reliable clutch performance, long service life, good sealing performance, and convenient disassembly and assembly of the transmission mechanism.

The invention discloses a test device for detecting dynamic oil leakage of a bearing. The test device comprises a positioning seat and a sealing shell, wherein a positioning hole is formed in the sealing shell, a main shaft and a driving piece for driving the main shaft to rotate are formed on a base, the main shaft is arranged in the positioning hole in a penetrating manner, an installation groove used for installing a to-be-tested bearing is formed between the main shaft and the sealing shell, the sealing shell is provided with a feeding port used for adding oil into the sealing shell, and the feeding port is provided with a sealing plug. The test device is simple and reasonable in structure, and can test and detect the dynamic oil leakage condition of a bearing.

The invention discloses a self-adapting deformable travelling device for a robot and the robot. The self-adapting deformable travelling device comprises three travelling claws, wherein each travelling claw comprises a claw-shaped tip structure for grasping the ground, the periphery of each claw-shaped tip structure is arc-shaped, and the peripheries of the three travelling claws are in end-to-end connection to form a complete wheel; each travelling claw is connected with a transmission plate mechanism through pin-connected outer positioning shafts, and the transmission plate mechanism is connected with a power output shaft; the deformable travelling device further comprises a shape shifting mechanism which enables the travelling claws to rotate around the respective outer positioning shafts to extend out of the respective tip structures to be positioned. The three travelling claws are retracted to form a wheel-shaped structure, so that smooth high-speed movement on the flat ground is realized; in addition, the outer positioning shafts are arranged on the side surfaces of the travelling claws, so that the travelling claws can rotate around the outer positioning shafts to extend out of the respective tip structures so as to form a stable three-claw structure which is suitable for performing barrier crossing movement, and the technical problems that the barrier crossing capacity, the carrying capacity and the cost of the travelling device of the robot are difficult to concurrently consider are solved. The invention further provides the robot comprising the deformable travelling device.